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Apprentice II User Guide - Intelligent Lighting Controls

1. Figure 2 1 Terminate Control Transformer Primary ILC Apprentice II User Manual Version 2B 6 16 14 Installation Typical maintained switch A 1 L i I i I 1 I I I I d NN een SE 1 ON Red o COM Yellow LED Orange ON Red OFF Black COM Yellow TT 7 u EH 1 1 d I I i 5 1 I E 1 1 i 9 I H m Lia Se ue el ra AED detail Typical momentary switch with LED 22 ApprenticelT 4 line LCD RJ 45 Data Line USB Port Display Ports Programming e I d D Oe Pushbuttons oo o OJO 70134664 eo sa All ON AIl OFF Ste pushbuttons NOI arena EI Bet row O C 2006 ILC 0 sal or Power In oS o o O Ka reno N 2 eno Dres oss Pal ST a ET Power Switch 1 ON J Oj 2 on J or 0e jzorr 1 Dip Data Ribbon Cable 1 COM J O 2 com J O 3 erLor a ja erLor O Lem 77013469A 3 ON J D 4 on J O 3 OFF J O 4 orr J i d 3com o 4com a OH Ba Saf ee 75 IO Ep E Esp fe E Bs o cani n CH de ES Els O on Je 4 con o Switch Inputs and Li Pilot Outputs Soficross Relay output Relay Status L
2. o 8 PER OOF O Fet lO 193 BACnet add on card C lett ne EIS le mounted below ILC KE OPEN Apprentice Il controller s s CPU board mi SI L S PP El QUE E RJ45 to BACnet RS485 BACnet termination cable termination to panel to panel OOO o0000 f poopoo ES O E O 5 i E El O TE gb TIE X O 128 O DI I N DE OE E o_o GN O 2172 po OT O DI I N S S S 77013475C B 77013475C d ER f E Y O Ho _ So y 2 70 gt Le 2 70 gt Figure B 1 ILC Apprentice Il User Manual B 2 Version 2B 6 16 14 Appendix B BACnet Communications Has Apprentice BACnet Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 4 times SET TIMES A PRESETS ADD ON MODULE EXIT y Press gt ADD ON MODULE PROTOCESSOR EXIT BACnet Screen
3. O E O LonWorks add on card Sa mounted below ILC Ok z Apprentice controller seni ENEL CPU board i o EN a Lonworks cable termination N Se A JO O O 5 i O DE Power O 1 ati Supply a lo E E ORA 4 25 O to panel O Figure L ILC Apprentice Il User Manual L 2 Version 2B 6 16 14 Appendix L LonWorks Communications sas Apprentice LonWorks Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 4 times SET TIMES A PRESETS ADD ON MODULE EXIT y Press gt ADD ON MODULE PROTOCESSOR EXIT LonWorks Screen Flow Figure L 2 ILC Apprentice II User Manual L 3 Version 2B 6 16 14 Ez Apprentice Appendix L LonWorks Communications Read Read SVNT_Switch AP Il Input ON OFF 1 nvoSMD DI 10001 nvoSMD DI 10049 1 Input Closed 0 Input Open 2 nvoSMD DI 10002 nvoSMD DI 10050 1 Input Closed 0 Input Open 3 nvoSMD DI 10003 nvoSMD DI 10051 1 Input Closed 0 Input Open 4 nvoSMD DI 10004 nvoSMD DI 10052 1 Input Closed 0 Input Open 5 nvoSMD DI 10005 nvoSMD DI 10053 1 Input Closed 0 Input Open 6 nvoSMD DI 10006 nvoSMD DI 10054 1 Input Closed 0 Input Open
4. Front E Q Lexan Node A cover address A 2 settings a Location Light LED e lt 0 4 125 4 875 o o J 3 Durable y buttons N Status LEDs RJ 45 Data connectors Figure 4 5 LightSync Switch and G2 Switch Detail ILC Apprentice II User Manual 4 9 Version 2B 6 16 14 LightSync Device Switching Ama ApprenticeIT Standard 1 2 2 conduit thread A Outdoor 1 3 UO db Mila H t fu ni Si es leg Pd 4 69 noo 3 50 az 1 2 20 Threads O Indoor A 15 LightSync Photocell con N troller in remote 1 5 mount yY 65 1 2 20 Threads Y 2 o AT 45 Degree e E 4 69 _______ Figure 4 6 LightSync Photocell Controller and Heads Detail Remote Mount o A 8 Man OUT e Boo au ou 20 E O E eee e m E 1eno Dip Feel 8 O 1 o d o INE n O 4 69 sc Dip 2 coo Din seno n seno Dip n son E u zco a e Din ses S i 9 2 E lt 4 69 Figure 4 7 LightSync Input Module ILC Apprentice II User Manual 4 10 Version 2B 6 16 14 LightSync Device Switching 2
5. DT LE EG Figure 4 1b CPU Board LightSync Connection Detail ILC Apprentice II User Manual 4 3 Version 2B 6 16 14 Buryoyims 29149q ZUASIUBIT LightSync Device Switching Has ApprenticeIT ILC Power and Data Repeating Devices Overview A Power Supply Repeater PSR is both a power supply and data repeater and its primary purpose is to repeat data and provide a bridge to another data line capable of 3000 feet end to end This device also has one incoming and two outgoing RJ 45 ports to split the line into two different directions The PSR also adds power to LightSync devices for an additional 3000 cumulative feet A Power Supply PS provides additional power as needed to the LightSync data line This is the most efficient option to compensate for voltage drop from multiple LightSync devices on the data line Note that a PS provides power only and does not repeat data A LightSyne Hub HUB is a device that allows a home run configuration by providing RJ 45 ports for up to 20 LightSync devices supplying power and data up to 1500 feet CAT 5 Data Cable and Class 2 Switch Wiring Installation Guidelines e Observe all ILC Data Cable Requirements and LightSync Cable Run Distance requirements as they pertain to your project in laying out the cable runs e Maintain the twists of the pairs all the way to the point of termination or no more than 1 untwi
6. NETWORK NETWORK POINT TYPE POINT ADDRESS INPUTS RANGE VALUE NOTES BO 225 25 O Input Enable 1 Input Disable BO 226 26 0 Input Enable 1 Input Disable BO 227 27 0 Input Enable 1 Input Disable BO 228 28 O Input Enable 1 Input Disable BO 229 29 0 Input Enable 1 Input Disable BO 230 30 0 Input Enable 1 Input Disable BO 231 31 0 Input Enable 1 Input Disable BO 232 32 O Input Enable 1 Input Disable BO 233 33 O Input Enable 1 Input Disable BO 234 34 0 Input Enable 1 Input Disable BO 235 35 0 Input Enable 1 Input Disable BO 236 36 O Input Enable 1 Input Disable BO 237 37 O Input Enable 1 Input Disable BO 238 38 0 Input Enable 1 Input Disable BO 239 39 0 Input Enable 1 Input Disable BO 240 40 0 Input Enable 1 Input Disable BO 241 41 0 Input Enable 1 Input Disable BO 242 42 0 Input Enable 1 Input Disable BO 243 43 0 Input Enable 1 Input Disable BO 244 44 0 Input Enable 1 Input Disable BO 245 45 0 Input Enable 1 Input Disable BO 246 46 0 Input Enable 1 Input Disable BO 247 47 0 Input Enable 1 Input Disable BO 248 48 O Input Enable 1 Input Disable Table N 1 ILC Apprentice Il Input Disable Enable N2 Point Map ILC Apprentice Il User Manual N 11 Version 2B 6 16 14 Appendix O Latitude and Longitude Alabama Birmingham 33 87 Alabama Gadsden 34 86 Alabama Huntsville 34 86 Alabama Mobile 30 88 Alabama Montgomery 32 86 Alaska Anchorage 61 150 Alaska Fair
7. Enclosure CPU Board RJ 45 Data IN OUT USB Port Add on Module optional Connections o LCD 9 a Display Oman 2e 0 OCR Uess e oe E Ls Pen JO Ho O EDIT C 2006 ILC E a Programming OI O 3 28 roi Buttons moi me ARS pes o All ON AII OFF SITO On Q e S Buttons 5 2 O Eu E n CH e rw 13 1 E 25 su E 3 e Switch Inputs 5 met 5 des and Pilot Fedeli seno Outputs 9 S o O Fishpaper Barrier Standoff Figure 1 1 ILC Apprentice Il 4 Controller ILC Apprentice Il User Manual Version 2B 6 16 14 Grounding Lug Control Transformer 120 277 VAC Power ON OFF Input Board Output Board Relay Board 1 3 Hi uolydiuosag 181 014U09 Controller Description 1 1 4 Input Board s Each Input board adds four 4 switch inputs and pilot outputs The inputs are all optically isolated Additional boards can be added to the enclosure to provide a network capacity of up to 48 switch inputs See Figure 1 3 which illustrates a ILC Apprentice Il 8 Major components include e Switch Inputs The ILC Apprentice ll is designed to accomplish a wide variety of switch input types Each switch input has an associated switch pilot LED output which can be programmed to track the state of a selected relay relay group or preset See the Table 1 2 next page for a description of switch input types Status LED 4 per board Switch inputs and pilot outputs 4 per board 77013469A I
8. 45 Head to LightSync devices Apprentice Il Controller Figure P 3 LightSync Photocell Installation Overview ILC Apprentice II User Manual Version 2B 6 16 14 D N xipueddy Appendix P Photo Control Applications faz Apprentice LightSync Ramote Mount Photocell Controller Board and Heads lt 2 75 gt Standard 1 2 P conduit thread o Outdoor 1 3 amp oie Kl y rt IN MOUT in La 8 gt 147 SR 4 69 pra B Il R 131 3 50 xk 1 2 20 Threads lio I O EE a uc 9 lg O Indoor 75 1 5 _ EN O Y es 1 2 20 Threads Y O o AT 45 Degree 1 75 lt 4 69 gt Figure P 4 LightSync Remote Mount Photocell ILC Apprentice II User Manual P 3 Version 2B 6 16 14 Appendix P Photo Control Applications P 6 Programming Example How to Program a LightSync Photocell to Control Relay Outputs You ha
9. Main power switch All ON AII OFF Data cable override pushbuttons to I O board Softcross Relay Board 77013469A 11000 2 com 2 PILOT 4 PILOT O 4 ON 4 OFF 3NIT AVO 0nooooooao 0nooooooao 4 COM Line 2s Load Switch inputs Relay output and pilot outputs status LED Figure 1 2 Apprentice Il CPU Board and I O ILC Apprentice Il User Manual 1 6 Version 2B 6 16 14 Controller Description iil I ice fines Apprenti pego Opus Controller Description ILC APPRENTICE II MON 08 07 06 04 19 44 PM C 2006 ILC EDIT o e O N ANTI OO PAPA UNS e ON ANTI avo7 PAPA INS e ON 3NITIQVO PAPA VAN NS O ON 3NIT AVOT LOAD LINE N 0 o LOAD LINE N 0 LOAD LINE N 0 LOAD LINE N 0 Figure 1 3 ILC Apprentice Il 08 with standard 4 inputs 1 7 ILC Apprentice II User Manual Version 2B 6 16 14 Controller Description 1 1 6 Programming Buttons Display See Figure 1 4 The ILC Apprentice provides you
10. Output Closed 0 Output Open SMD DO 00046 1 Output Closed 0 Output Open SMD DO 00047 1 Output Closed 0 Output Open SMD DO 00048 1 Output Closed 0 Output Open Table B 1 2 ILC Apprentice Il Data Field Output Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 Appendix B BACnet Communications EEE Apprentice AP II Output Point SMD DO 00101 1 Output Closed Timer Option 0 Output Open Timer Option 2 SMD DO 00102 1 Output Closed Timer Option 0 Output Open Timer Option 3 SMD DO 00103 1 Output Closed Timer Option 0 Output Open Timer Option 4 SMD DO 00104 1 Output Closed Timer Option 0 Output Open Timer Option 5 SMD DO 00105 1 Output Closed Timer Option 0 Output Open Timer Option 6 SMD DO 00106 1 Output Closed Timer Option 0 Output Open Timer Option 7 SMD DO 00107 1 Output Closed Timer Option 0 Output Open Timer Option 8 SMD_DO_00108 1 Output Closed Timer Option 0 Output Open Timer Option 9 SMD_DO_00109 1 Output Closed Timer Option 0 Output Open Timer Option 10 SMD_DO_00110 1 Output Closed Timer Option 0 Output Open Timer Option 11 SMD_DO_00111 1 Output Closed Timer Option 0 Output Open Timer Option 12 SMD DO 00112 1 Output Closed Timer Option 0 Output Open Timer Option 13 SMD DO
11. 1 Output Disable 0 Output Enable nvoSMD DO 00240 nvisMD DO 00240 1 Output Disable 0 Output Enable nvoSMD DO 00241 nvisMD DO 00241 1 Output Disable 0 Output Enable nvoSMD_DO_00242 nvisMD_DO_00242 1 Output Disable 0 Output Enable nvoSMD DO 00243 nvisMD DO 00243 1 Output Disable 0 Output Enable nvoSMD DO 00244 nvoSMD DO 00245 nvisMD DO 00244 nvisMD DO 00245 1 Output Disable 1 Output Disable 0 Output Enable 0 Output Enable nvoSMD DO 00246 nviSMD DO 00246 1 Output Disable 0 Output Enable nvoSMD_DO_00247 nvisMD_DO_00247 1 Output Disable 0 Output Enable 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 nvoSMD DO 00248 nvisMD DO 00248 1 Output Disable 0 Output Enable Table L 1 4 ILC Apprentice Il Input Enable Disable Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 Appendix M MODBUS Communications M 1 Overview MODBUS protocol is an industrial communi cations and distributive control system devel oped by Gould Modicon to integrate pro grammable logic controllers PLCs comput ers terminals and other monitoring sensing and control devices With the addition of a ILC MODBUS Add On Module and setting a unique address via the mudule s address DIP switche
12. ADDRES VEN X deb deb ALL ON ALL OFF e Each networked Apprentice Il expansion panel must be given a unique 1 digit node address using the addressing switch noted above Settings from 2 to C can be used to address up to 12 panels in a network e A 2 digit address code system is used with LightSync data line devices e Apprentice Il panels and LightSync device adaresses are unique e Document and record node adaress in the supplied area for future reference it will be needed for programming Figure 1 7 CAT 5 Termination and Expansion Node Address Detail ILC Apprentice Il User Manual 1 13 Version 2B 6 16 14 Controller Description Mme Apprentice Max cum distance 3000 ft power Standard 24 gauge 1500 feet per port end to end data rn 00000 0000 0000 To additional devices pes LIE COLE P Apprentice 1104 Power Supply Expansion Panel Repeater PSR Standard 24 gauge CAT 5 cable Remote LightSync Input Module A Bet apen La Eu qa GER Kaz Power Supply L js Repeater PSR 227771 INE B EI E B BE CAT 5 cable Apprentice Il 08 Expansion Panel Pe B Max cum distance 3000 ff power Sl 1500 feet per port end to end data Photocontroller Power Supply and he
13. LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press B gt LIGHT SYNC STATUS NODE LSYNC 02 TYPE 1 BUTTON SHOW STATUS EXIT LS NODE LSYNC 02 INPUTS PA LightSync Switch Status Screen Flow ILC Apprentice II User Manual 4 18 Version 2B 6 16 14 LightSync Device Switching LightSync Switch Status CONCEPTS AND PARAMETERS You can view the current status of each switch input switch node 299 ApprenticelT Parameter Key NODE 1 of 32 possible switching nodes SHOW STATUS display the status of the selected CONNECTED the switch is on the RJ 45 data line and capable of activation SAMPLE OPERATION Check the Current Status of a Switch Input 1 From the Home screen press P EDIT 2 From the Main menu press B gt SWITCH INPUTS then press B gt LIGHT SYNC INPUTS 3 From the Switch Input menu press B gt LIGHT SYNC STATUS 4 When the Switch Input Status screen appears press or W until the LightSync node you want to check appears 5 Press B gt SHOW STATUS to check the status of the node 6 Press B gt EXIT 5 times to return to the Home screen NOTE For a momentary pushbutton switch the screen momentarily displays the switch number when the button is pushed ILC Apprentice II User Manual Version 2B 6 16 14 ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS
14. O E 000000 000000 Dnoumnuuadgnmud LI D D D D D D D ILC Apprentice Il Input Board ILC Apprentice II User Manual Version 2B 6 16 14 connector 222 Apprenticell 1 1 5 Output Board s Each Output board provides four 4 relay outputs that connect to ILC Softcross Relay boards Major com ponents include e Relay Outputs each output switches its associated lighting relay ON and OFF Each output has an associated LED light emitting diode The LED lights when the output switches the relay ON Ribbon cable Powersupply Relay outputs 4 per board connection ILC Apprentice Il Output Board Connection to Output Board LU a Hi aA st O md ILC Softcross Relay Controller Description 299 Apprenticell Momentary ON OFF When momentary contact is made between ON and COM relay outputs controlled by this input are turned ON When momentary contact is made between OFF and COM relay outputs controlled by this input are turned OFF Momentary Push Button When momentary contact is made between ON and COM relay outputs controlled by this input are turned ON and OFF alternately each time contact is made Maintained ON OFF When contact is made between ON and COM relay outputs controlled by this input are turned ON When contact is broken between ON and COM relay outputs controlled by this input
15. HA Apprentice II USER GUIDE Version 2B 6 16 14 Class A FCC Device Statement Warning Changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user s authority to operate this equipment Note This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reason able protection against harmful interference when the equip ment is operated in a commercial environment This equip ment generates uses and can radiate radio frequency ener gy and if not installed and used in accordance with the instructions may cause harmful interference to radio commu nications Operation of this equipment in residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense la INTELLIGENT LIGHTING CONTROLS INC PP 5229 Edina Industrial Boulevard Minneapolis Minnesota 55439 Phone 952 829 1900 FAX 952 829 1901 C 1 800 922 8004 EEE ApprenticelT Overview The ILC Apprentice Il lighting controller is a microprocessor based programmable lighting controller capable of advanced lighting control in a master slave application It is an economical controller that can link up to 48 control points and has the capability of using hardwired or LightSync data line switches You can program
16. SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press gt CONFIGURE TIMERS TIMER 05 05 30 AM SMTWTFSA AAAAAAAA Press B gt TIME NORMAL ASTRO OPEN CLOSE EXIT Press B gt OPEN CLOSE TIMER 05 TIMER 05 CLS 030 MIN ILC Apprentice II User Manual Version 2B 6 16 14 Press B gt DAYS TIMER 05 Press B gt DAILY Press B gt HOLIDAY TIMER 05 TIMER 05 DAILY MONTH HOLIDAY SUNDAY DATE 01 01 ACTIVE YES EXIT Open Close Timer Screen Flow Burwwpibo0ld Programming HA Apprentice IT 3 10 Time Based Operations How to Control a Relay Relay Group or a Preset with a Timer Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press B gt TIMER RELAY CONTROL TIMER SINGLE RELAYS TIMEER RELAY GROUPS TIMER PRESETS EXIT Press B gt TIMER SINGLE RELAYS Press TIMER RELAY GROUPS Press B gt TIMER PRESETS TIMER TIMER 01 TIMER TIMER 12 TIMER TIMER 10 RELAY lt RELAY 01 GROUP 4 GROUP 01 PRESET PRESET 01 ACTION TURN ON ACTION TURN OFF ACTION ACTIVATE EXIT EXIT EXIT Timer Control Screen Flow ILC Apprentice User Manual 3 33 Version 2B 6 16 14 Time Based Operations CONC
17. MODBUS master Only one transmission mode may be selected per network Mixing modes on a single network is not allowed The two available tranbsmission modes are ASCII American Standard Code For Information Interchange and RTU Remote Terminal Unit M 3 1 ASCII Coding System ASCII 7 Bit hexadecimal uses ASCII printable characters 0 9 A F Start Bits 1 Data Bits least significant first 7 Parity optional 1 1 Bit set for even or odd no Bits for no parity Stop Bits 1 or 2 Error Checking LRC Longitudinal Redundancy Check M 3 2 RTU Coding System 8 Bit Binary Start Bits 1 Data Bits least significant first 8 Parity optional 1 1 Bit set for even or odd no Bits for no parity Stop Bits 1 or 2 Error Checking CRC Cyclical Redundancy Check Appendix M MODBUS Communications fas Apprentice ILC Apprentice II MODBUS Communications Example See Termination Detail Below DIP Switch Addressing o 5 o ON Add the value of each ON RE 8 i A u A A A A A switch to determine the e OG address address 05 shown Fy 3SNRO SUWQ uu o 45 Os no P a E EDIT CC 2006 ILC EIS 3 DE Lj Ol Q 18 E O E d Soc MODBUS Add on Card 4 ME Louna SO mounted below ILC Apprentice control
18. Numbering convention is from left to right then drop down and go left to right ON ON O COM Q COM L Oor O orr 3 WIRE MOMENTARY 2 WIRE MOMENTARY ON com O OFF MAINTAINED Figure 3 2 ILC Apprentice II User Manual 3 14 Version 2B 6 16 14 M Buriuuuupu60Jgq Programming HA Apprentice IT Type Physical Operation Momentary ON OFF 3 wire Momentary contact between ON and Common turns controlled relay default type momentary outputs ON Momentary contact between OFF and Common turns controlled relay outputs OFF Momentary Pushbutton 2 wire Momentary contact between ON and Common turns controlled relays momentary ON and OFF alternately each time contact is made Maintained ON OFF 2 wire When contact between ON and Common are made controlled relays maintained turn ON When contact is broken controlled relays turn OFF Maintained Multi way 2 wire When contact is made or broken between ON and Common maintained the controlled relays will toggle from ON to OFF or OFF to ON similar to conventional 3 way switching Set Preset 2 wire When momentary contact between ON and Common is made the Momentary controlled relay outputs will go to their programmed states Timed ON 2 or 3 wire Contact between ON and Common will turn relay outputs on for a momentary programmed time At the end of this time the controlled relays will turn OFF Contact between OFF and Com
19. SMD DO 00018 1 Output Closed 0 Output Open SMD DO 00019 1 Output Closed 0 Output Open SMD DO 00020 1 Output Closed 0 Output Open SMD DO 00021 Output Closed 0 Output Open SMD DO 00022 1 Output Closed 0 Output Open SMD DO 00023 1 Output Closed 0 Output Open SMD DO 00024 1 Output Closed 0 Output Open SMD DO 00025 Output Closed 0 Output Open SMD DO 00026 1 Output Closed 0 Output Open SMD DO 00027 1 Output Closed 0 Output Open SMD DO 00028 1 Output Closed 0 Output Open SMD DO 00029 1 Output Closed 0 Output Open SMD DO 00030 1 Output Closed 0 Output Open SMD_DO_00031 1 Output Closed 0 Output Open SMD_DO_00032 1 Output Closed 0 Output Open SMD_DO_00033 1 Output Closed 0 Output Open SMD_DO_00034 1 Output Closed 0 Output Open SMD_DO_00035 1 Output Closed 0 Output Open SMD DO 00036 1 Output Closed 0 Output Open SMD DO 00037 Output Closed 0 Output Open SMD DO 00038 1 Output Closed 0 Output Open SMD DO 00039 1 Output Closed 0 Output Open SMD DO 00040 1 Output Closed 0 Output Open SMD DO 00041 Output Closed 0 Output Open SMD_DO_00042 1 Output Closed 0 Output Open SMD_DO_00043 1 Output Closed 0 Output Open SMD DO 00044 1 Output Closed 0 Output Open SMD DO 00045
20. SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LIGHT SYNC INPUTS LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press B gt LIGHT SYNC STATUS NODE LSYNC 02 TYPE 1 BUTTON SHOW STATUS EXIT Press B gt SHOW STATUS LS NODE LSYNC 02 TYPE 1 BUTTON EXIT CONNECTED 4 19 Bulyoyims 991194 DUASIUBIT LightSync Device Switching Has ApprenticeIT 4 4 LightSync Switch Pilots Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH PILOTS LOCAL INPUT PILOTS LIGHT SYNC PILOTS EXIT Press B gt LIGHT SYNC PILOTS NODE LSYNC 02 TYPE 6 BUTTON EDIT PILOTS EXIT Press B gt EDIT PILOTS LSYNC 02 1 RELAY 01 RELAY LightSync M Switch Pilots Screen Flow ILC Apprentice Il User Manual 4 20 Version 2B 6 16 14 LightSync Device Switching How to Define a LightSync Switch Pilot CONCEPTS AND PARAMETERS You can program how the pilot lights located on the LightSync switches react or operate Some users prefer the switch pilots to be ON all The time example location light Some users prefer that the pilot LED be ON only when the load or group switched has been switched ON To define a switch pilot you must 1 Select the LightSync switch pilot 2 Select the relay
21. gt to select the preset you have just edited 14 Press P SET to invoke the preset 15 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 299 ApprenticelT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 3 times TIMERS SET TIMES PRESETS EXIT Press gt PRESETS EDIT PRESETS CAPTURE PRESETS EXIT Press gt CAPTURE PRESETS PRESET PRESET 10 CAPTURE lt SET EXIT PRESET a PRESET 10 RELAY RELAY 08 ACTION TURN ON EXIT Press B gt RELAY PRESET PRESET 10 RELAY d RELAY 08 ACTION TURN ON EXIT Press B gt ACTION PRESET PRESET 10 RELAY RELAY 08 ACTION TURN ON EXIT Press B gt TEST PRESET PRESET 10 CAPTURE SET 4 EXIT Programming 3 15 Edit Names Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times Press gt EDIT PANEL NAMES PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS DEFAULT PANEL NAME lt MY BUILDING A SAVE PANEL NAME Ez ApprenticelT Customized Home Screen MY BUILDING FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt SAVE then EXIT 3 times Press gt EDIT EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 30 EXIT Press B gt EDIT NAMES RELAY 01 NAME RELAY 01 DE
22. 0 Input Open 29 nvoSMD DI 10029 nvoSMD DI 10077 1 Input Closed 0 Input Open 30 nvoSMD DI 10030 nvoSMD DI 10078 1 Input Closed 0 Input Open 31 nvoSMD DI 10031 nvoSMD DI 10079 1 Input Closed 0 Input Open 32 nvoSMD DI 10032 nvoSMD DI 10080 1 Input Closed 0 Input Open 33 nvoSMD DI 10033 nvoSMD DI 10081 1 Input Closed 0 Input Open 34 nvoSMD DI 10034 nvoSMD DI 10082 1 Input Closed 0 Input Open 35 nvoSMD DI 10035 nvoSMD DI 10083 1 Input Closed 0 Input Open 36 nvoSMD DI 10036 nvoSMD DI 10084 1 Input Closed 0 Input Open 37 nvoSMD DI 10037 nvoSMD DI 10085 1 Input Closed 0 Input Open 38 nvoSMD DI 10038 nvoSMD DI 10086 1 Input Closed 0 Input Open 39 nvoSMD DI 10039 nvoSMD DI 10087 1 Input Closed 0 Input Open 40 nvoSMD DI 10040 nvoSMD DI 10088 1 Input Closed 0 Input Open 41 nvoSMD DI 10041 nvoSMD DI 10089 1 Input Closed 0 Input Open 42 nvoSMD DI 10042 nvoSMD DI 10090 1 Input Closed 0 Input Open 43 nvoSMD DI 10043 nvoSMD DI 10091 1 Input Closed 0 Input Open 44 nvoSMD DI 10044 nvoSMD DI 10092 1 Input Closed 0 Input Open 45 nvoSMD DI 10045 nvoSMD DI 10093 1 Input Closed 0 Input Open 46 nvoSMD DI 10046 nvoSMD DI 10094 1 Input Closed 0 Input Open 47 nvoSMD DI 10047 nvoSMD DI 10095 1 Input Closed 0 Input Open 48 nvoSMD DI 10048 nvoSMD DI 10096 1 Input Closed 0 Input Open Table L 1 1 ILC Apprentice Il Data Field Input Point Designators ILC Apprentice Il User Man
23. 0 Output Open Table M 1 1 ILC Apprentice Il Data Field Output Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 xipueddy Q Appendix M MODBUS Communications 299 ApprenticelT Apprentice Il Output Coil Point Closed Open 1 101 1 Output Closed Timer Option 0 Output Open Timer Option 2 102 1 Output Closed Timer Option 0 Output Open Timer Option 3 103 1 Output Closed Timer Option 0 Output Open Timer Option 4 104 1 Output Closed Timer Option 0 Output Open Timer Option 5 105 1 Output Closed Timer Option O Output Open Timer Option 106 1 Output Closed Timer Option 0 Output Open Timer Option 7 107 1 Output Closed Timer Option 0 Output Open Timer Option 8 108 1 Output Closed Timer Option 0 Output Open Timer Option 9 109 1 Output Closed Timer Option 0 Output Open Timer Option 10 110 1 Output Closed Timer Option 0 Output Open Timer Option 11 111 1 Output Closed Timer Option 0 Output Open Timer Option 12 112 1 Output Closed Timer Option 0 Output Open Timer Option 13 113 1 Output Closed Timer Option 0 Output Open Timer Option 14 114 1 Output Closed Timer Option 0 Output Open Timer Option 15 115 1 Output Closed Timer Option 0 Output Open Timer Option 16 116 1 Output Closed Timer Option 0 Output Open Timer Option 17 117 1 Outpu
24. 14 4 dB 14 4 dB 12 3 dB Return loss 8 dB 10 dB 8 dB Propagation delay 548 nsec 548 nsec 546 nsec Delay skew 50 nsec 50 nsec 50 nsec Suggested Manufacturers and Data Cables Manufacturer Part Number Cable Type Phone Belden 7854A CAT 5 non plenum 800 235 3361 1583A CAT 5E non plenum 7811A CAT 5 plenum 1585A CAT 5E plenum Contact Cassidey General 2137113 CAT 5 non plenum Technolgies 5133299E CAT 5E non plenum 800 464 9473 5131413 CAT 5 plenum manufacturer 6131278 CAT 5E plenum orlocal Hitachi 38696 8 CAT 5 non plenum distributor 38993 8 CAT 5E non plenum 39419 8 CAT 5 plenum 38891 8 CAT 5E plenum If you have any questions or would like our engineers to approve your cable selection please feel free to contact our applications department at 1 800 922 8004 Figure 4 1a Data Cable Requirements ILC Apprentice Il User Manual 4 2 Version 2B 6 16 14 LightSync Device Switching ss Apprentice T 8 wire CATS cable RJ 45 Male Connector Controller CPU Board ILC APPRENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC RJ 45 Female Connectors ER 77013469A A S ZA LOAD LINE SA SZ S AN LOAD LINE
25. 20 full load amps 2 Pole Relay Option Two pole relay capable of controlling lighting loads up to 277VAC 20 full load amps per pole Table of Contents Az Apprentice IT Section 1 Controller Description 1 0 Section OvervieW rica caco 1 1 1 1 Controller Architecture EE 1 2 Wren 1 2 ER TORO 1 2 A ricca 1 3 ARA e ne 1 4 AR so iii 1 4 1 1 6 Programming Buttons D sSplAy EE 1 8 fe Hie lege REAY viana ad 1 8 INA OG eg emm rm 1 9 12 1 Voice DIMF Module crer 1 9 122 DMX 512 Module sisi elle 1 9 1 2 9 N2 Module acond VEI TREE VE 1 9 1 2 4 MODBUS Module 1 9 1 2 5 BACnet Moclule irren rt c a cr 1 9 1 2 6 LonWorks Module 1 9 TEPPE NE lea 1 9 1 2 8 Modem ISTIC iaa drets 1 9 1 3 Lighting Controller Network 1 10 1 3 1 Communications Protocol and Transmission Media 1 10 1 3 2 Network Architecture siria dais 1 10 Ti Device Node MT rm 1 10 Section 2 Installation 2 0 Section OvervieW aaa atado 2 RK ele Meier e 2 2 2 2 Mounting the CONI 2 2 POE ers enl e RT EE ET ERO 2 2 2 2 2 Environmental Considerations ee 2 2 2 2 3 Distance From Hardwired Control Devices ccce 2 2 2 3 Wiring the Controller acne 2 2 2 3 1 Wire the Control Transformer sis 2 2 2 3 2 Connect Line and LOG scia 2 2 2 349 Wire SPE load 2 2 2 4 Pre Power E 2 5 24 1 Check Controller Power Input siria 2 5 24 2 Verify Supply VOM AS ys fab arrabal dub 2 5 2 4 3 Double Check CONMECTIONS isso pni ado a a oaa 2 5 4 4 4 External Monitoring and Contr
26. 7 nvoSMD DI 10007 nvoSMD DI 10055 1 Input Closed 0 Input Open 8 nvoSMD DI 10008 nvoSMD DI 10056 1 Input Closed 0 Input Open 9 nvoSMD DI 10009 nvoSMD DI 10057 1 Input Closed 0 Input Open 10 nvoSMD DI 10010 nvoSMD DI 10058 1 Input Closed 0 Input Open 11 nvoSMD DI 10011 nvoSMD DI 10059 1 Input Closed 0 Input Open 12 nvoSMD DI 10012 nvoSMD DI 10060 1 Input Closed 0 Input Open 13 nvoSMD DI 10013 nvoSMD DI 10061 Input Closed 0 Input Open 14 nvoSMD DI 10014 nvoSMD DI 10062 1 Input Closed 0 Input Open 15 nvoSMD DI 10015 nvoSMD DI 10063 1 Input Closed 0 Input Open 16 nvoSMD DI 10016 nvoSMD DI 10064 1 Input Closed 0 Input Open 17 nvoSMD DI 10017 nvoSMD DI 10065 1 Input Closed 0 Input Open 18 nvoSMD DI 10018 nvoSMD DI 10066 1 Input Closed 0 Input Open 19 nvoSMD DI 10019 nvoSMD DI 10067 1 Input Closed 0 Input Open 20 nvoSMD DI 10020 nvoSMD DI 10068 1 Input Closed 0 Input Open 21 nvoSMD DI 10021 nvoSMD DI 10069 1 Input Closed 0 Input Open 22 nvoSMD DI 10022 nvoSMD DI 10070 1 Input Closed 0 Input Open 23 nvoSMD DI 10023 nvoSMD DI 10071 1 Input Closed 0 Input Open 24 nvoSMD DI 10024 nvoSMD DI 10072 1 Input Closed 0 Input Open 25 nvoSMD DI 10025 nvoSMD DI 10073 1 Input Closed 0 Input Open 26 nvoSMD DI 10026 nvoSMD DI 10074 1 Input Closed 0 Input Open 27 nvoSMD DI 10027 nvoSMD DI 10075 1 Input Closed 0 Input Open 28 nvoSMD DI 10028 nvoSMD DI 10076 1 Input Closed
27. CONTROL NODE LSYNC 02 TYPE 1 BUTTON EDIT CONTROL EXIT Press B gt EDIT CONTROL INPUT SINGLE RELAYS INPUT RELAY GROUPS EXIT Press B gt INPUT SINGLE RELAYS Press B gt INPUT RELAY GROUPS Controller Clock Screen Flow ILC Apprentice II User Manual Version 2B 6 16 14 INPUT d LSYNC 02 1 RELAY RELAY 01 GROUP 01 ACTION ON AND OFF ON AND OFF EXIT MOM P B MOM P B LSYNC 02 1 4 13 Bulyoyims 291184 DUASJY N LightSync Device Switching How To Control a Relay or Relay Group From a LightSync Switch Node CONCEPTS AND PARAMETERS To control a relay or relays from a LightSync line switch node you must 1 Define the selected switch node 2 Select the relay output or relay group that the switch node controls 3 Define how the switch node will control the relay ILC Apprentice Il User Manual Version 2B 6 16 14 299 Apprentice LIGHTSYNC NODE CONTROL PARAMETERS OPTIONS NODE 1 of 32 possible controller switch node addresses 01 20 Hex Note that nodes contain ing more than one device have address hard encoded suffixes to differentiate the devices For example the third pushbutton of a 6 pushbutton station you address as node 06 would be 6 3 TYPE node the physical configuration of the node 1 6 pushbutton station 4 input switch station SIB 4 6 unit I O unit D 6 data line photocell CONFIGURE the process of defining the para meters
28. Cable throughout observe all cabling guidelines to additional panels TE ESEEEE is d i E EE EE G 2 i Power Supply e Repeater sesh ss O Apprentice II 04 iw Apprentice Il 08 2 1 a LightSync Switch o 3 direct wired Apprentice II 16 2 O gt 3 3 3 3 LightSync Switch 2 JE EE Ee ee SI SIE NE ENE ee LightSync Switch Je Power Supply NL Repeater Custom Switch Station p 1 p 6 BR E B BR eB E E B B B B H LightSync Remote nrys Photocell Controller Pil ES w Head Occupancy Sensor Input to PSR E E E Sl 3 E E E E E Hohf amp ync m input E E E amp 3 si Modules 20 device run LightSync Switch Figure 4 4b Multiple Controller LightSync Cable Network Example ILC Apprentice II User
29. Flow Figure B 2 ILC Apprentice II User Manual B 3 Version 2B 6 16 14 Appendix B BACnet Communications 222 Apprentice Apprentice II Input ON Point OFF Point SMD DI 10001 SMD DI 10049 1 Input Closed 0 Input Open 2 SMD DI 10002 SMD DI 10050 1 Input Closed 0 Input Open 3 SMD DI 10003 SMD DI 10051 1 Input Closed 0 Input Open 4 SMD DI 10004 SMD DI 10052 1 Input Closed 0 Input Open 5 SMD DI 10005 SMD DI 10053 1 Input Closed 0 Input Open SMD DI 10006 SMD DI 10054 1 Input Closed 0 Input Open 7 SMD DI 10007 SMD DI 10055 1 Input Closed 0 Input Open 8 SMD DI 10008 SMD DI 10056 1 Input Closed 0 Input Open 9 SMD DI 10009 SMD DI 10057 1 Input Closed 0 Input Open 10 SMD DI 10010 SMD DI 10058 1 Input Closed 0 Input Open 11 SMD DI 10011 SMD DI 10059 1 Input Closed 0 Input Open 12 SMD DI 10012 SMD DI 10060 1 Input Closed 0 Input Open 13 SMD DI 10013 SMD DI 10061 1 Input Closed 0 Input Open 14 SMD DI 10014 SMD DI 10062 Input Closed 0 Input Open 15 SMD DI 10015 SMD DI 10063 1 Input Closed 0 Input Open 16 SMD DI 10016 SMD DI 10064 1 Input Closed 0 Input Open 17 SMD DI 10017 SMD DI 10065 1 Input Closed 0 Input Open 18 SMD DI 10018 SMD DI 10066 1 Input Closed 0 Input Open 19 SMD DI 10019 SMD DI 10067 1 Input Closed 0 I
30. ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt RELAY OUTPUTS Press B gt RELAY OUTPUT OPTIONS RELAY 4 nELAY 01 TIMERS NO BLINK PWR UP NO ACTION EXIT RELAY OUTPUT STATUS RELAY OUTPUT OPTIONS RELAY GROUPING EXIT Press B gt RELAY GROUPING GROUP 01 RELAY 01 YES Press B gt RELAY OUTPUT STATUS Press B gt SINGLE RELAYS RELAY 01 IS OFF Press B gt SWEEP ALL RELAYS ON ALL RELAYS OFF EXIT ILC Apprentice II User Manual Version 2B 6 16 14 SINGLE RELAYS RELAY GROUPS EXIT Press B gt RELAY GROUPS GROUP 01 lt UNUSED gt Relay Output Screen Flow Burwwpibo0ld Programming Relay Output Operations CONCEPTS AND PARAMETERS You can use RELAY OUTPUTS to view the cur rent ON OFF Status of the relay outputs You also have the option of switching individual relays user defined relay groups or all the controller relay outputs ON OFF from the key pad In addition you can define certain relay output parameters See Tables 3 1 3 2 and form relay groups 299 ApprenticelT Parameter Key RELAY One of a possible 48 Relay Outputs RELAY OUTPUT STATUS ON Turn Relay Output or Relay Group ON OFF Turn Relay Output or Relay Group OFF SWEEP Turn all of the controller relays ON or OFF RELAY OUTPUT OPTIONS TIMERS how relay output will react to an OFF Timer The default is NO BLINK PWR UP how r
31. Input Disable O Input Enable 14 214 1 Input Disable O Input Enable 15 215 1 Input Disable O Input Enable 16 216 1 Input Disable O Input Enable 17 217 1 Input Disable O Input Enable 18 218 1 Input Disable O Input Enable 19 219 1 Input Disable O Input Enable 20 220 1 Input Disable O Input Enable 21 221 Input Disable O Input Enable 22 222 1 Input Disable O Input Enable 23 223 1 Input Disable O Input Enable 24 224 1 Input Disable O Input Enable 25 225 1 Input Disable O Input Enable 26 226 1 Input Disable O Input Enable 27 227 1 Input Disable O Input Enable 28 228 1 Input Disable O Input Enable 29 229 1 Input Disable O Input Enable 30 230 1 Input Disable O Input Enable 31 231 1 Input Disable O Input Enable 32 232 1 Input Disable O Input Enable 33 233 1 Input Disable O Input Enable 34 234 1 Input Disable O Input Enable 35 235 1 Input Disable O Input Enable 36 236 1 Input Disable O Input Enable 37 237 1 Input Disable O Input Enable 38 238 1 Input Disable O Input Enable 30 239 1 Input Disable O Input Enable 40 240 1 Input Disable O Input Enable 41 241 1 Input Disable O Input Enable 42 242 1 Input Disable O Input Enable 43 243 1 Input Disable O Input Enable 44 244 1 Input Disable O Input Enable 45 245 1 Input Disable O Input Enable 46 246 1 Input Disable O Input Enable 47 247 1 Input Disable O Input Enable 48 248 1 Input Disable O Input Enable Table M 1 3 ILC Apprentice Il Input Enable Disable Point Designators ILC Apprentice II User Manual
32. JCI use only Binary Output Unsupported Atiributes Attribute 1 Bit O COS _enabled Bit 1 Normal state ways 0 COS is always enabled Attribute 2 Bit O Always reliable 0 Bit 1 Override active Bit 4 JCI use only Bit 5 JCI use only ways 0 not active Attribute 3 Attribute 4 Minimum ON time Minimum OFF time ways 0 ways 0 Attribute 5 Maximum Cycles Hour ways 0 Attribute 6 Attribute 7 JCI use only JCI use only ILC Apprentice II User Manual Version 2B 6 16 14 Appenaix N N2 Commmunications sas Apprentice ILC Apprentice Il N2 Network Example See Termination Detail Below DIP Switch Addressing m s n ON Add the value of each ON ZRET N A N KR KR d N i switch to determine the E de address address 02 shown SH SRP IR E BC ANS D Q corr 6 2006 uc NO gt 3 n Ci D O i ei R e Q N2 Add On card d i Ora 2200 mounted below ILC z o Apprentice controller 8 CPU board ILC Apprentice Il Controller NEG DRAIN 18 Gauge Shielded twisted pair POS n u n H o ra n to N2 network O 100 ohm Terminating Resistor Me TE SCH must ue Used only if ILC Apprentice Il controller e connected on one ena N2 Add on Card is the last device on a
33. NO to include or exclude each day from the timer operation 11 Press B gt EXIT 2 times to return to the TIMER menu ILC Apprentice Il User Manual Version 2B 6 16 14 299 Apprenticell CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press B gt SET TIMERS TIMER 01 05 30 AM SMTWTFSA AAAAAAAA Press B gt TIME NORMAL TIMER 01 ASTRO OPEN CLOSE EXIT Press B gt NORMAL then B gt HOUR TIMER 01 HOUR 4 05 30 AM MINUTE EXIT Press B gt MINUTE TIMER 01 HOUR 05 30 AM MINUTE EXIT TIMER 01 05 30 AM SMTWTFSA AAAAAAAA Press gt DAYS TIMER 01 Press B gt DAILY TIMER 01 DAILY MONDAY ACTIVE YES Programming SAMPLE OPERATION Program an Astro Timer Step 1 Enter The Astro Clock Parameters 1 From the Home screen press B gt EDIT then press W twice 2 From the Main Menu press gt SET TIMES 3 From the Set Times Menu press B gt ASTRO CLOCK 4 When the Astro Clock screen appears press A og until the proper latitude appears 5 Press B gt LONGITUDE then A or W until the proper longitude appears 6 Press gt TIME ZONE then A or W until the proper time zone appears 7 Press B gt EXIT 3 times to return to the Home screen Note The current sunrise and sunset times for the global coordinates selected appear at the bottom of the Astro Clock screen R and S The default coordi nates a
34. ON AND OFF EXIT MOM ON OFF Press B gt INPUT SINGLE RELAYS INPUT d INPUT 01 RELAY RELAY 01 ACTION ON AND OFF EXIT MOM ON OFF Switch Control Screen Flow 3 12 y o Q E 3 3 2 Programming Switch Status CONCEPTS AND PARAMETERS This function allows you to view the current status of each switch input attached to the the ILC Apprentice Il controller 299 Apprenticell Parameter Key INPUT One of a possible 48 switch inputs HOLD Vor A access the input you want to view SCAN scans all output for an ON or OFF closure and displays most recent input that has changed OPEN maintained switch is OPEN momentary switch is in neutral position CLOSED maintained switch is closed momen tary switch is currently closing SAMPLE OPERATION Check the current status of a Switch Input 1 From the Home screen Press B gt EDIT 2 From the Main Menu Press B gt SWITCH INPUTS ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS 3 From the Switch Input Menu press B gt LOCAL INPUTS e then press B gt SWITCH INPUT STATUS 4 When the Switch Input Status screen appears press Ao W until the switch you want to check SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS appears LIGHT SYNC INPUTS EXIT 5 Press B gt EXIT four times to return to the Home screen Press B gt LOCAL INPUTS ILC Apprentic
35. RELAY RELAY 01 TIMERS NO BLINK PWR UP NO ACTION EXIT RELAY d RELAY 03 TIMERS NO BLINK PWR UP NO ACTION EXIT Press B gt TIMERS then A or W until BLINK appears RELAY RELAY 03 TIMERS 4 BLINK PWR UP NO ACTION EXIT Press B gt EXIT 3 times to return HOME ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming SAMPLE OPERATION How To Define a Relay Group 1 From the Home screen press B gt EDIT 2 When the MAIN menu appears press B gt RELAY OUTPUTS 3 Press B gt RELAY GROUPING 4 When the Relay Grouping screen appears press Ao W to select the relay group number 5 Press B gt RELAY then or V until the first relay to be part of the group appears 6 Press B gt INCLUDE until YES appears in the entry field 7 Repeat steps 5 and 6 to include additional relays 8 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt RELAY OUTPUTS RELAY OUTPUT STATUS RELAY OUTPUT OPTIONS RELAY GROUPING EXIT Press B gt RELAY GROUPING GROUP GROUP 01 RELAY RELAY 01 INCLUDE NO EXIT GROUP d GROUP 02 RELAY RELAY 01 INCLUDE NO EXIT GROUP GROUP 02 RELAY 4 RELAY 04 INCLUDE NO EXIT GRO
36. Used with sentry switch or Watt Stopper 110 Note how to change blink alert override and alarm pulse times defaults is done by selecting BLINK ALERT ALARMS from the TIMER menu Table 3 2 PWR UP Choices Definition LAST STATE Controller will force the relay output to the last state they were in prior to the power outage TURN ON The relay output switches ON when power is applied or reapplied to the controller TURN OFF ON IN 1 The relay output switches OFF when power is applied or reapplied to the controller The relay output switches ON when power is applied or reapplied to the controller if Input 1 is closed at the time of power up OFF IN 1 ILC Apprentice II User Manual Version 2B 6 16 14 The relay output switches OFF when power is applied or reapplied to the controller if Input 1 is closed at the time of power up Programming HA Apprentice II SAMPLE OPERATION How to Turn a Relay ON from the Keypad ILC APPRENTICE II FRI 12 01 06 07 50 54 PM From the Home screen press B gt EDIT EDIT C22006 ILC Press B gt EDIT 2 When the MAIN menu appears press B gt RELAY OUTPUTS RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS 3 When the RELAY OUTPUTS menu appears EXIT press B gt RELAY OUTPUT STATUS Pros Be RELAY OUTPUTS 4 When the Single Relay Group Menu appears ini press B gt SINGLE RELAYS RELAY OUTPUT OPTIONS RELAY GROUPING A EXIT 5 W
37. User Manual Version 2B 6 16 14 EEE ApprenticelT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS then W CHANGE PASSWORD E PHOTOCELL FILTER 30 FIRMWARE REVISION EXIT Press B gt FIRMWARE REVISION ILC APPRENTICE II REV 8 04 07 17 06 EXIT Press B gt EXIT three times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming 3 18 Add On Modules ADD ON MODULES is a choice on the Main menu It is of interest only if the controller is equipped with optional seri al communications and or telephone interface cards Details of these options are discussed in the relevant appendix ILC Apprentice II User Manual Version 2B 6 16 14 Ez ApprenticelT PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Buuwni6oig Programming HA Apprentice II 3 19 How to Enter the Photocell Filter Scan Rate Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 30 E EXIT y Press gt PHOTOCELL FILTER EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 2 EXIT ig Each time you press PHOTOCELL FILTER the scan rate will toggle betwee
38. addition of a Power Supply Repeater Power Supply or LightSync Hub see chart depending on the application The specific use of these devices depends on the project layout There are four main areas of limitation to be addressed 3000 feet end to end Total Data Line Overall Distance The total data line end to end distance may not exceed 3000 feet without the addition of a PSR to the data line Only a PSR will extend the d data line AP II 08 Total number devices Lightmaster panels and LightSync devices Total number of devices without a PSR is 32 A PSR will add 31 more devices PSRs are counted as a device Total number of LightSync devices powered No Apprentice Il controller panel can power more than eight 8 LightSync I Upto 20 addi devices on the data line without a PS PSR or LightSync Hub JE E tional devices each can power up to 20 additional LightSync devices AP Il 16 Counts as 2 Total Power Cumulative Distance The cumulative distance from each device to its power supply may not exceed 2000 feet if powered by a Apprentice Il panel or 3000 feet if pow _ ered by a PS PSR or LightSync Hub Total cumulative distance is equal to the AP 1104 total of the run to EACH device 25 50 50 125 feet in this example ILC Power and Data Total Data end No of LightSync Cumulative Power Repeating Device
39. are turned OFF Maintained Multi Way When contact is either made or broken between the ON and COM relay outputs controlled by this input will be toggled between ON and OFF conditions This function is similar to that of standard 3 and 4 way switches Set Preset When momentary contact is made between ON and COM the selected preset will be activated Timed ON Cleaning Switch When momentary contact is made between COM and ON relay outputs are turned ON When contact is broken a timed ON duration is started from 5 999 minutes Contact between OFF and COM will tum relays OFF ON CH ON COON ON moon moo Ocom Q com COM Q COM N O00M com I O OFF 0 OFF DO OFF O OFF OoFF OoFF MOMENTARY MOMENTARY MAINTAINED MAINTAINED MOMENTARY MOMENTARY Two Step Group Four Step Group Input Disable Timer Disable Output Override Photo Sensor Inputs When the switch is activated group A relay outputs turn ON and The first time the switch is activated group A relay outputs turn ON and When contact is made between ON and COM selected input or inputs While contact is made between ON and COM selected timer or timers While contact is made between ON and COM relay outputs controlled by this ILC Apprentice controllers can be connected to either momentary or maintained group B relay outputs group B relay outputs will be ignored will b
40. cable was designed for characteristics of up to 100 MHz NOTE The twisting of the pairs gives the cable a certain amount of immunity from the infiltration of unwanted interference Category 5E Cable Enhanced Same as Category 5 except that it is made to somewhat more stringent standards see comparison chart below The Category 5E standard is now officially part of the 568A standard Category 5 E is recommended for all new installations and was designed for transmission speeds of up to 1 gigabit per second Below you will find a list of the required properties your selected cable must meet You will also find a list of cables which meet these criteria from several different manufacturers At your option you may utilize one of the below suggested cables or have your cable supplier provide you with a suit able alternative which meets the listed criteria Category 6 Cable Same as Category 5E except that it is made to a higher standard see comparison chart below Category 6 is now part of the 568A standard Standard 24 gauge Data Cable Performance Specification Chart Parameter Category 5 Category 5E Category 6 Specified frequency range 1 100 MHz 1 100 MHz 1 250 MHz Attenuation 24 dB 24 dB 36 dB NEXT 27 1 dB 30 1 dB 33 1 dB Power sum NEXT N A 27 1 dB 30 2 dB ACR 3 1 dB 6 1 dB 2 9 dB Power sum ACR N A 3 1 dB 5 8 dB ELFEXT 17 dB 17 4 dB 15 3 dB Power sum ELFEXT 14 4 dB 14 4 dB 12 3 dB Return loss 8 dB 10 dB 8 dB Propagation del
41. menu To end this call press To repeat this menu press Sub Menus If 1 is pressed on the Main Menu Enter the relay number followed by the key or press to return to the Main Menu Press 01 48 for relays 1 48 The current status of the cosen relay will then be stated Relay __ is ON to turn OFF Relay __ Press 2 To return to the main menu press 9 Relay __ is OFF to turn ON Relay __ Press 1 To return to the main menu press 9 If 3 is pressed on the Main Menu Enter the preset number followed by the key Press 01 48 for the desired preset Preset __ has been activated It will then automatically go back to the Main Menu If A is pressed on the Main Menu Enter the group number followed by the key Press 01 48 for the desired group To turn ON Group press 1 to turn OFF Group press 2 to return to the Main Menu press 9 ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprentice IT A 4 1 Control Codes Use the telephone keypad to enter the following control codes e Relay Codes 2 digits Code designates which relay in the panel you want to control 01 48 Sample Enter code 12 to control relay 12 e Preset codes 2 digit see Page 3 57 for information on how to define a preset 01 48 Sample Enter code 31 to set Preset 31 e Group codes 2 digit see Page 3 20 for information on how to define a relay group 01 48 Sample Enter code 22 you will be prompt ed
42. not switched through a PBX or any type of extension system 3 Dial the telephone number of the controller 4 When the controller answers follow the voice prompts that will guide you through the operations you can perform o o O DE KH Or Qe or o ze O any y0 o EDIT C 2006 IL 5 o CIS o CIS 1088 Gro ES Z Ja O o o o zg O d o X nmm JE S E OF Eu 2 3 SA pen E ojo 3 pes lol tale e E et de pO Eas o o DTMF Card installed in Expansion Slot on CPU board RJ11 Phone Jack Analog Telephone Telephone System RJ11 Phone Jack Figure A I DTMF Phone Control ILC Apprentice II User Manual Version 2B 6 16 14 Appendix A Voice DIMF Add On Module AA Voice Prompts for Standalone DTMF Control When you dial in to the controller you will hear the following voice prompts prompts in bold ILC Elite press 1 press 1 Main Menu For relay status and control press 1 Enter the relay number follwed by the key or press to return to the main menu For presets press 3 Enter the preset number follwed by the key or press to return to the main menu For group control press 4 Enter the group number follwed by the key or press to return to the main
43. output relay group or pre set that is to light the selected switch pilot 299 Apprenticell Parameter Key PILOT the number of the switch input pilot 1 6 located on a LightSync switch ON IF the number of the relay relay group or preset that will actuate the switch pilot 1 48 TYPE the type of actuator relay output group preset or static Relay is the default STATIC the user has the option of locking the switch pilots into either Always ON or Always OFF Always OFF is the default condition SAMPLE OPERATION Program a Status LED to Light When a Preset Is ON 1 From the Home screen press P EDIT 2 When the Main menu appears press B gt SWITCH PILOTS then press B gt LIGHT SYNC PILOTS then press or V to select device 3 When the top level Pilot definition screen appeals press B gt EDIT PILOTS 4 From the Pilot Edit Screen press or W to select the Input 5 Press B gt TYPE until PRESET appears 6 Press or W until the desired preset appears ILC Apprentice II User Manual Version 2B 6 16 14 ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH PILOTS LOCAL INPUT PILOTS LIGHT SYNC PILOTS EXIT Press B gt LIGHT SYNC PILOTS NODE LSYNC 02 TYPE 1 BUTTON EDIT PILOTS EXIT Press B gt EDIT PILOTS PILOT 4 LSYNC 02 ON IF PRE
44. power up verification checks e Pre installation checks e Mounting the controller e Wiring the controller e Pre power up checks e Power up and checkout e Troubleshooting o o Low Voltage Routing Area a Of pego er OO O EC Een Buer Ol Fier O So 219 O 0 EDIT C 2006 ILC 9 role SC 00 o O 2 e Om Za o uo TAE e Il e E OS EL Sz G iB EN LED EE E HES umo 210314 E ka o o zo O gt 882 et HE s Z ko Di Ka SS SE Dr e 2 i n mel 2 O ke Ce o High Voltage Routing Area O O Figure 2 1 Apprentice Il Wire Routing Diagram ILC Apprentice II User Manual 2 1 Version 2B 6 16 14 uOoHDIIDISUI Installation 2 1 Pre Installation Checks Do the following before beginning the installation 1 Verify that you have received the proper equipment Check the packing slip against the materials you ordered and verify that the material is appropriate for the project Check to ensure that the voltages of the controller s transformers match the available power Report any discrepancies or visible d
45. press Aor W until the timer that you want to control the relay group appears in the timer field Press B gt GROUP then Aor V until the relay group you want to be controlled by the timer appears in the relay field Press ACTION then or W until the way you want the timer to control the relay group appears Press B gt EXIT 4 times to return to the Home screen ILC Apprentice Il User Manual Version 2B 6 16 14 EEE Apprenticell CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press B gt TIMER RELAY CONTROL TIMER SINGLE RELAYS TIMEER RELAY GROUPS TIMER PRESETS EXIT Press B gt TIMER RELAY GROUPS TIMER TIMER 12 GROUP GROUP 01 ACTION TURN OFF EXIT Press gt GROUP TIMER TIMER 12 GROUP lt GROUP 01 ACTION TURN OFF EXIT Press B gt ACTION TIMER TIMER 12 GROUP GROUP 01 ACTION lt q TURN OFF EXIT Press B gt EXIT 4 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming SAMPLE OPERATION Program a Timer to Control a Preset Program a Timer to Control a Preset 1 From the Timer menu press B gt TIMER RELAY CONTROL 2 From the Timer Control menu press B gt TIMER PRESETS 3 When the Timer Preset Control screen appears press Aor W until the timer that you want to control the preset appears in the timer field 4 Press B gt PRESET then or W until the preset you want to be controlled by the timer appears in
46. press P EXIT to return to the Timer Definition screen 7 Press gt DAYS when the Day menu appears press DAILY 8 Day Choice screen appears press or Y ona then B gt YES or P gt NO to include or exclude each day from the timer operation 9 Press B gt EXIT 2 times to return to the TIMER menu LightMaster II User Manual Version 2B 6 16 14 299 ApprenticelT SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press gt CONFIGURE TIMERS TIMER 12 05 30 AM SMTWTFSA AAAAAAAA Press B gt TIME NORMAL TIMER 12 ASTRO OPEN CLOSE EXIT Press B gt ASTRO TIMER 12 SUNRISE CASTRO SUNSET SR 015 MIN EXIT Press B gt EXIT TIMER 12 SR 030 MIN SMTWTFSA AAAAAAAA Press B gt DAYS TIMER 12 Press B gt DAYS TIMER 12 DAILY SUNDAY ACTIVE YES M Buiuuupu60Jq Programming SAMPLE OPERATION Program an Open Close Timer Step 1 Define the Open Close Parameters 1 From the Home screen press P EDIT the press 2 From the Main Menu press B gt SET TIMES 3 From the Set Times Menu press W then press gt OPEN CLOSE TIMES 4 When the top level Open Close screen appears press B gt EDIT 5 When the Open Close Day menu appears press B gt NORMAL DAYS 6 When the Open Close Time Setting screen appears press B gt OPEN then press or W to se
47. the switch inputs to control any or all of the relay outputs The controller features ILC Softcross relays with true zero cross switching This User Guide outlines the capabilities of the controller and its add on modules The ILC Apprentice Il is UL and FCC approved for commercial applications Structure The major components making up the controller are e enclosure e control transformer e CPU board with integral keypad display e Input board s e Output board s e lighting relays Enclosure The enclosure is rated NEMA I It contains a line voltage section for the control transformers and lighting relays and a low voltage section Enclosures are avail able in 4 sizes fo accommodate 4 8 16 or 32 relays Transformer A 40 VA multi tap control transformer 120 277 VAC or optional 120 347 VAC that provides the 24 VAC input to power the controller electronics and input output boards CPU Board The CPU board provides the controller s intelligence and memory Major components include e Keypad display 4 line LCD display and six durable comfortable push buttons e Power Supply converts the 24 VAC input to the 5 5 and 12 VDC required by the controller logic and communications circuits A power switch provides the means of ener gizing de energizing all controller electronics e Communications USB port add on card expansion socket e Override Switches push button override switches turn rel
48. to end Distance Devices Powered Distance Apprentice Il Panel 3000 feet 8 2000 feet Power Suppy PS N A 20 3000 feet Power Supply 3000 feet 20 3000 feet Repeater PSR combined LightSync Hub 1500 feet 20 total 1500 feet HUB per port per port ILC Power and Data Repeating Devices A Power Supply Repeater PSR is both a power supply and data repeater and its primary purpose is to repeat data and provide a bridge to another data line capable of 3000 feet end to end This device also has one incoming and two outgoing RJ45 ports to split the line into two different directions The PSR also adds power to LightSync devices for an additional 3000 cumulative feet A Power Supply PS provides additional power as needed to the LightSync data line This is the most efficient option to compensate for voltage drop from multiple LightSync devices on the data line Note that a PS provides power only and does not repeat data A LightSync Hub HUB is a device that allows a home run configuration by providing RJ45 ports for up to 20 LightSync devices supplying power and data up to 1500 feet per each port Figure 1 6 LightSync Network Cable Run Distance Detail ILC Apprentice Il User Manual 1 12 Version 2B 6 16 14 Controller Description su Apprentice 8 wire CATS cable RJ 45 Male Connector ET uouduosegq 181 014U09 Addressing Switch Address A shown as an example
49. with programming buttons and a LCD display to enable programming and view controller data 4 line 32 character Display Screen 222 Apprenticell 1 1 7 Lighting Relays SoftCross Relay Electrically held N O or N C lighting relay rated for up to 277 VAC 20 full load amps 1 Pole Relay Option Single pole relay capa ble of controlling lighting loads up to 347 VAC 20 full load amps 2 Pole Relay Option Two pole relay capable of controlling lighting loads up to 277VAC 20 full load amps per pole The relays are connected to the output board by means of a five pin push on con nector held in place with a retaining screw RENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC Selection Buttons Used to select HESS ALL ON ALL OFF Scrolling Buttons displayed options Figure 1 4 ILC Apprentice Il Programming Buttons and Display ILC Apprentice II User Manual Version 2B 6 16 14 1 8 Controller Description 1 2 1 O Options The ILC Apprentice Il controller can be equipped with the following add on devices 1 2 1 Voice DTMF Module You can equip the controller with a DTMF Dual Tone Multi Frequency interface which allows you to activate switch inputs via commands from a touchtone telephone See Appendix A 1 2 2 DMX 512 Module Provides for direct control of ON OFF lighting or other loads from any DMX 512 control device Any of the avail able 512 DMX control channels may be mappe
50. 00 cumulative feet A Power Supply PS provides additional power as needed to the LightSync data line This is the most efficient option to compensate for voltage drop from multiple LightSync devices on the data line Note that a PS provides power only and does not repeat data A LightSync Hub HUB is a device that allows a home run configuration by providing RJ45 ports for up to 20 LightSync devices supplying power and data up to 1500 feet per each port Figure 4 2b LightSync Network Cable Run Distance Detail ILC Apprentice II User Manual 4 5 Version 2B 6 16 14 LightSync Device Switching His ApprenticeIT Field RJ 45 Connector Termination Detail Termination instructions for RJ 45 connector to CAT 5 or CAT 6 cable 1 Strip cable jacket back about 2 from the end of the cable 2 Sort the pairs so they fit into the connector in the following order RJ 45 Connector Pinouts Color White Orange Orange White Green Blue White Blue Green White Brown Brown 2 1 2 gt S d 4 5 5 6 6 7 7 8 8 Front View RJ45 Connector 3 Insert the pairs through the connector 4 Crimp the pins with a crimp tool 5 Repeat for other end and test cable for wiring faults with a cable tester NOTE DO NOT UNTWIST ANY PAIR MORE THAN 7 INCH To purchase industry standard CAT 5 RJ 45 Connectors e Crimp Tools and Testers contact your local Electrical e dp Distributor or ILC at 800 922 8
51. 00113 1 Output Closed Timer Option 0 Output Open Timer Option 14 SMD DO 00114 1 Output Closed Timer Option 0 Output Open Timer Option 15 SMD DO 00115 1 Output Closed Timer Option 0 Output Open Timer Option 16 SMD DO 00116 1 Output Closed Timer Option 0 Output Open Timer Option 17 SMD DO 00117 1 Output Closed Timer Option 0 Output Open Timer Option 18 SMD DO 00118 1 Output Closed Timer Option 0 Output Open Timer Option 19 SMD DO 00119 1 Output Closed Timer Option 0 Output Open Timer Option 20 SMD DO 00120 1 Output Closed Timer Option 0 Output Open Timer Option 21 SMD DO 00121 1 Output Closed Timer Option 0 Output Open Timer Option 22 SMD DO 00122 1 Output Closed Timer Option 0 Output Open Timer Option 23 SMD DO 00123 1 Output Closed Timer Option 0 Output Open Timer Option 24 SMD DO 00124 1 Output Closed Timer Option 0 Output Open Timer Option 25 SMD DO 00125 1 Output Closed Timer Option 0 Output Open Timer Option 26 SMD DO 00126 1 Output Closed Timer Option 0 Output Open Timer Option 27 SMD DO 00127 1 Output Closed Timer Option 0 Output Open Timer Option 28 SMD DO 00128 1 Output Closed Timer Option 0 Output Open Timer Option 29 SMD DO 00129 1 Output Closed Timer Option 0 Output Open Timer Option 30 SMD DO 00130 1 Output Closed Timer Option 0 Output Open Timer Option 31 SMD DO 00131 1 Output Closed Timer Option 0 Output Open Timer Option 32 SMD DO 00132 1 Output Closed Timer Opti
52. 004 RJ 45 Crimping Tool ILC Part No 1 ea 93000801 T Cat 5 Connectors ILC Part No 10 pk 56801415 Figure 4 2c Field RJ 45 Connector Termination Detail ILC Apprentice Il User Manual 4 6 Version 2B 6 16 14 LightSync Device Switching fas ApprenticeIT LightSync Remote Photocell Controller w Head Standard 24 Gauge CAT 5 Cable throughout B S a oF LightSync Remote Observe all ILC cable and cable run requirements a NT Ver i LightSync Input Module ULI EE H Power Supply Repeater RJ 45 Connector TIENI AA 2 o CHE la el el corr 2058 ne LightSync Switch Figure 4 4a Single Controller LightSync Cable Network Example Apprentice Il 04 Standard 24 Gauge CAT 5
53. 1 Press B gt SAVE NEW PASSWORD SAVED Press B gt EXIT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming HA Apprentice II 3 17 How to View the Firmware Revision Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS then W CHANGE PASSWORD i PHOTOCELL FILTER 30 FIRMWARE REVISION EXIT Press B gt FIRMWARE REVISION ILC APPRENTICE II REV 8 04 07 17 06 EXIT Firmware Revision Screen Flow ILC Apprentice II User Manual 3 56 Version 2B 6 16 14 Buuwni6oig Programming How to View The Controller Firmware Revision The Firmware Revision screen list the firmware currently in the controller This information may be useful when requesting advice or repair components This screen also serves a gateway to a Hidden screen used to perform certain operations Note See Hidden Menu Choices near the beginning of this section SAMPLE OPERATION View The Controller Firmware Revision 1 From the Home screen press B gt EDIT then press W 5 times 2 When the Main menu appears press B gt SPECIAL FUNCTIONS then press W 3 When the Special Functions menu appears press B gt FIRMWARE REVISION to view the Firmware Revision screen 4 Press P EXIT three times to return to the Home screen ILC Apprentice II
54. 2 3 1 Wire the Control Transformer Run a dedicated 120 277 or 347 VAC circuit including grounding conductor and termi nate it to the primaries of the ILC Apprentice processor transformer and grounding lug Cap the unused lead See Figure 2 1 VERY IMPORTANT Keep all Class 2 low volt age wiring separated from the high voltage wiring and routed as shown in Fig 2 1 Failure to follow this procedure may interfere with Ihe operation of the controller 2 3 2 Connect Line and Load Warning The relays in this controller contain a solid state device that may be damaged from a high fault short circuit if the following steps are not completed Failure to follow the proce dure below may damage a relay or the elec tronics in the panel This will void the warranty and the panel may need to be replaced Run the wires through the High Voltage Routing Area and temporarily connect the line and load wires for each circuit to the line terminal of the relay e Once all of the loads are terminated on the circuit power up and verify the circuit is void of any short circuits Clear any shorts found and re test e Power down circuits and remove the line and load wires from the temporary con nection and connect the wires to the proper line and load connections as shown in figure 2 1 e Power up circuit tested Installation EEE Apprentice IT 2 3 3 Wire Switch Inputs Wire the Class 2 Switch Circuits See Figure 2 3 Run the
55. 22 ApprenticelT Remote Mount EY AERRERARE 50 rag a oe oo El a SBRPBRBERBBEP Il ill ar PLN 20 24 oe TR J H AR ee OUTPUT 24VDC 0 8A Di O d O N lt 9 25 gt Figure 4 8 LightSync Occupancy Sensor Input Module gt gt so A cars OUT A land 2 E i Guisa o FT eve EAS gt ED E and data p iN 24 VAC Power IN Sa 24 VAC Power IN Power LED Power LED amp 60 Status LED A e Grounding Lug O Grounding Lug 120 120 277 VAC a Power Y Y Figure 4 4 LightSync Power Figure 4 4a LightSync Supply Repeater PSR Detail Power Supply PS Detail Figure 4 9 LightSync Power Supply Repeater ILC Apprentice Il User Manual 4 11 Version 2B 6 16 14 Bulyoyims eoi eq DUASJY N LightSync Device Switching Type Physical 299 Apprenticell Operation Momentary ON OFF LightSync Input Momentary contact between ON and COMMON turns controlled relay outputs ON Momentary contact between OFF and COMMON turns contr
56. 2a Device Overview and Wiring Guidelines ILC Apprentice Il User Manual 4 4 Version 2B 6 16 14 LightSync Device Switching Ama ApprenticeIT LightSync Network Cable Run Distance Detail Devices that operate on ILC s LightSync CAT 5 5E 6 data line include LightSync switches photocells and interfaces like the LightSync D 6 and SIB 4 A standard CAT 5 5E 6 cable is used for the data line and provides both data and power to these devices There are limitations to the distance data can travel over CAT 5 5E 6 cable without loss and distance limitations due to voltage drop associated with cable length and number of devices on the LightSync data line These limitations are addressed by the addition of a Power Supply Repeater Power Supply or LightSync Hub see chart depending on the application The specific use of these devices depends on the project layout There are four main areas of limitation to be addressed 3000 feet end to end Total Data Line Overall Distance The total data line end to end distance may not exceed 3000 feet without the addition of a PSR to the data line Only a PSR will extend the d data line AP II 08 Total number devices Lightmaster panels and LightSync devices Total number of devices without a PSR is 32 A PSR will add 31 more devices PSRs are counted as a device Total number of LightSync devices powered No Apprentice I
57. 33 102 Texas Marshall 32 94 Texas San Antonio 29 95 Texas Texakana 33 94 Texas Waco 31 97 Utah Opden 41 112 Utah Provo 40 111 Utah Salt Lake City 41 112 Vermont Brattleboro 43 72 Vermont Burlington 44 73 Vermont Montpellier 44 72 Virginia Norfolk 37 76 Virginia Portsmouth 37 76 Virginia Richmond 37 77 Virginia Roanoke 37 80 Washington Bellingham 49 122 Washington Seattle 47 122 Washington Spokane 47 117 Washington Tacoma 47 122 Washington Walla Walla 46 118 Washington Yakima 46 120 West Virginia Charleston 38 81 West Virginia Wheeling 40 80 Wisconsin Eau Claire 45 91 Wisconsin Green Bay 44 88 Wisconsin Kenosha 42 88 Wisconsin Madison 43 89 Wisconsin Milwaukee 43 88 Wisconsin Racine 42 88 Wisconsin Sheboygan 44 87 Wisconsin Superior 46 92 Lo Wyoming Cheyenne 41 105 e Wyoming Sheridan 45 107 o x O 1 Appendix P Photo Control Applications LightSync Photocell The LightSync photo controller is installed as a LightSync device node and communi cates with the Apprentice Il Controller over the CAT 5 data cable The LightSync photo controller features 8 sets of independently adjustable ON OFF set points each with 256 possible set point steps Each step equates on average to the foot candle levels shown in Table P 1 Component and environmental variables may require adjustments from these settings to attain a desired foot candle level Either an indoor or an outdoor photo eye is available The pho
58. 4 SMD DI 10044 SMD DI 10092 Input Closed 0 Input Open 45 SMD DI 10045 SMD DI 10093 1 Input Closed 0 Input Open 46 SMD DI 10046 SMD DI 10094 Input Closed 0 Input Open 47 SMD DI 10047 SMD DI 10095 1 Input Closed 0 Input Open 48 SMD DI 10048 SMD DI 10096 1 Input Closed 0 Input Open Table B 1 1 ILC Apprentice Il Data Field Input Point Designators ILC Apprentice Il User Manual Version 2B 6 16 14 Appendix B BACnet Communications EEE Apprenticell AP II Output Point SMD DO 00001 Output Closed 0 Output Open SMD DO 00002 1 Output Closed 0 Output Open SMD DO 00003 1 Output Closed 0 Output Open SMD DO 00004 1 Output Closed 0 Output Open SMD DO 00005 Output Closed 0 Output Open SMD DO 00006 1 Output Closed 0 Output Open SMD DO 00007 1 Output Closed 0 Output Open SMD DO 00008 1 Output Closed 0 Output Open SO Om IS Os RI Go NO SMD DO 00009 Output Closed 0 Output Open SMD DO 00010 1 Output Closed 0 Output Open SMD DO 00011 1 Output Closed 0 Output Open SMD DO 00012 1 Output Closed 0 Output Open SMD DO 00013 1 Output Closed 0 Output Open SMD DO 00014 1 Output Closed 0 Output Open SMD DO 00015 1 Output Closed 0 Output Open SMD DO 00016 1 Output Closed 0 Output Open SMD DO 00017 Output Closed 0 Output Open
59. 6 14 m po f Section 1 Controller Description sas Apprentice Objectives Overview In this Section you will learn about the The ILC Apprentice Il is a microprocessor structure and configuration of the ILC based lighting controller You can program Apprentice Il Controller the ILC Apprentice Il to control lighting relays in response to switch signals sensed by its inputs and or by time based scheduling The ILC Apprentice II is UL approved and FCC certified for commercial applications ILC Apprentice Il User Manual 1 1 Version 2B 6 16 14 ET uolydiuosag 1ejo1uo 5 Controller Description 1 1 Controller Architecture The major components making up the controller are See Figure 1 1 e enclosure e control transformer e CPU board e input board s e output board s e display keypad e lighting relays Model of Relays 299 ApprenticelT 1 1 1 Enclosure The enclosure is rated NEMA 1 Enclosures are available in 4 sizes to accommodate 4 8 16 or 32 inputs outputs and lighting relays See Table 1 1 The ILC Apprentice Il is shipped to the job site as a complete assembly See Figure 1 1 which illustrates a ILC Apprentice Il 4 1 1 2 Transformer A multi tap transformer 120 277 VAC or optional 120 347 VAC that provides the 24 VAC input to power the controller electronics amp 1 O Points Width Height Depth Apprentice II 4 4 14 Inches 12 Inches 4 Inches Apprentice Il
60. 6 14 Programming Objectives In this section you will learn how to program the ILC Apprentice Il controller Conventions Definitions Actual key strokes entries appear as arrows for example gt followed if applicable by the appropriate keyword For example to leave the Home screen the entry is B gt EDIT Each button to the left controls a line on the LCD display The two buttons on the right control up and down scrolling when those arrows appear on the screen See the figure below The term default appears in this section Default means the value or entry preprogrammed at the factory In many cases the default may be appropriate for your application Making field programming unnecessary For example momentary ON OFF is the default switch type therefore if 3 wire momentary switches are used 222 Apprenticell exclusively at your facility you may not need to make entries defining the SWITCH OPTION Another term used often is Home screen The Home screen is the top level screen of the con troller It features the controller name the date and the time See Figure 3 1 The controller dis plays this screen on power up and at times when you are not programming or checking input output status Information Presentation The information for each programming task is presented in the following way First a screen flow diagram or diagrams illustrating the relevant data entry screens This may be all the informa ti
61. 8 8 14 Inches 16 Inches 4 Inches Apprentice Il 16 16 14 Inches 24 Inches 4 Inches Apprentice Il 32 32 16 Inches 42 Inches Table 1 1 ILC Apprentice Il Configurations ILC Apprentice Il User Manual Version 2B 6 16 14 4 Inches d pop i Controller Description sas Apprentice 1 1 3 CPU Board See Figure 1 2 The CPU e Micro Processor executes the computer board provides the controller s intelligence code and coordinates all controller func memory and communications capabilities tions including the controller real time clock Major components include e Override Switches provided with All ON AI e Power Supply converts the 24 VAC input SEEM RSA ea to the 5 5 and 12 VDC required by the e Flash Memory contains the controller controller logic and communications operating system and basic tasks circuits A power switch provides the means e FEProm memory store the user entered of energizing de energizing all controller operating parameters electronics e Real time clock maintains time and date e Communications USB on board port for up to 30 days without power
62. 8 3 19 How to Enter the Photoccell Filter Scan Rate co 3 59 Section 4 LightSync Device Switching 4 0 SECON OVVIO call 4 GN pe rana ii 4 1 4 2 How to Control Relays With a LightSync Switch essere 4 13 43 LAS ne Se STATUS ET sien io 4 18 le pogo PP nen 4 20 ILC Apprentice II User Manual Version 2B 6 16 14 Table of Contents Az Apprentice I Section 5 Appendix A Voice DTMF Add On Mod BS serbes dien reiten roba y REL ba s A 1 ATO Cecilia ia A 1 A 2 Voice DTMF Control Features sisi A 2 A 3 Volce DIMF Control SST EE A 2 Bi BACHSI Onions iaa B 1 BOE Amt B 1 B2 reise PR A EEE i i B 1 B 3 Hardware SITU EE B 2 os E Om B 3 redigere M B 4 ew Se EN RT C 1 C 1 USB Programming Control and Monitoring sise C 1 A In C 1 E DMX Control FEGNEG ess crosse tetomen msntenssannieenit E 1 LION cca E 1 E2 ODJECHVES RE mcm E 1 ES Programming EXI o TNR a iag a aiia E 4 L LonWorks Corrado te iaa gi L 1 ES EE ccm L 1 BZ ea o NN L 2 B3 Hardware o AAA rm L 3 BA POINT MAD satis ii L 4 M MODBUS ln E le M 1 ME LOVE SW arteria abad M 1 Ke Den Tut M 1 Mo TO MSI MOSS mm M 1 MA Transmission Mode Characteristics AAA M 3 NES H rcivale Seli licia M 3 M 6 Required Parameter Entries M 3 MZ ge lu ei eT T Tm M 3 M 8 Supported COMMONS asirio aora M 3 M S Additonal UIC TOMS scat incase reb i ls retentu ndun M 3 AER e te ve le id e Le urinarios M 3 ies pcs Atom O O O mo N 1 NE OV EIE reitera N 1 BIZ Hardware EE N 1 Meolo
63. 8 76 1 Input Closed 0 Input Open 29 29 77 1 Input Closed 0 Input Open 30 30 78 1 Input Closed 0 Input Open 31 31 79 1 Input Closed 0 Input Open 32 32 80 1 Input Closed 0 Input Open 33 33 81 1 Input Closed 0 Input Open 34 34 82 1 Input Closed 0 Input Open 35 35 83 1 Input Closed 0 Input Open 36 36 84 1 Input Closed 0 Input Open 37 37 85 1 Input Closed 0 Input Open 38 38 86 1 Input Closed 0 Input Open 39 39 87 1 Input Closed 0 Input Open 40 40 88 1 Input Closed 0 Input Open 41 41 89 1 Input Closed 0 Input Open 42 42 90 1 Input Closed 0 Input Open 43 43 91 1 Input Closed 0 Input Open 44 44 92 1 Input Closed 0 Input Open 45 45 93 1 Input Closed 0 Input Open 46 46 94 1 Input Closed 0 Input Open 47 47 95 1 Input Closed 0 Input Open 48 48 96 1 Input Closed 0 Input Open ILC Apprentice II User Manual Version 2B 6 16 14 Table M I ILC Apprentice Il Data Field Input Point Designators Appendix M MODBUS Communications E Apprentice Apprentice Il Output Closed Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open SO Dm Ni Os BS Go RO 1 Output Closed 0 Output Open 1 Output
64. A AAAAAAAA Press TIME NORMAL ASTRO OPEN CLOSE EXIT Press B gt NORMAL TIMER 01 TIMER 01 HOUR 05 30 AM MINUTE EXIT ILC Apprentice II User Manual Version 2B 6 16 14 Press B gt DAYS TIMER 01 Press B gt DAILY Press gt HOLIDAY TIMER 01 TIMER 01 DAILY MONTH HOLIDAY MONDAY DATE 01 01 ACTIVE YES EXIT Time Based Operations Screen Flow Burwwpibo0ld Programming HA Apprentice II 3 10 Time Based Operations How to Set the Astro Clock Parameters Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press B gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press B gt ASTRO CLOCK LATITUDE d 045 LONGITUDE 090 TIME ZONE CENTRAL EXIT RO5 57 18 16 Astro Clock Screen Flow ILC Apprentice Il User Manual 3 29 Version 2B 6 16 14 Programming 22 ApprenticelT 3 10 Time Based Operations How to Define an Astro Timer Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press gt CONFIGURE TIMERS TIMER 02 05 30 AM SMTWTFSA AAAAAAAA Press B gt TIME NORMAL TIMER 02 ASTRO OPEN CLOSE EXIT Press B gt ASTRO TIMER 02 S
65. A e o O IU O SELER N 1 O Latitude and Longitude BROS orina O 1 P Photo Control AD eee ea ario P 1 RION Reid NE P FET Node P 2 PS Blue e ue REE a a P 3 P S Programming BOMPE socorrista tna P 4 ILC Apprentice II User Manual Version 2B 6 16 14 HA Apprentice IT Section I Confroller Description ILC APPRENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC em ALL ON ALL OFF ILC Apprentice II User Manual Version 2B 6 16 14 ES uouduosegq 181 01U09 Controller Description Table of Contents Haas Apprentice Section 1 Controller Description 1 0 Section Overview ii 1 1 1 1 Controller ArChiteCtUTE vi ciro 1 2 MAE 345 0 E E A 1 2 1 1 2 TONSfOMNer rere terea narun 1n rk Ra it FR Pia CE Fb Rv at 1 2 bd c 200600 PRE PP EN Manis RERO Kn Rink UR 1 3 ACA o lirici 1 4 UNE USOT BOATA S ran 1 4 1 1 6 Programming BUTONS DISDICIV sesiones iria 1 8 k 1 7 9AA REAY e 1 8 INA elec EE EE 1 9 PASS AAA i II Er EAEE 1 9 1 2 1 VOS DIME Module ia nn uen 1 9 T2 DMX 512 Meduna rara 1 9 1 253 N2 e IT 1 9 12 4MODBBUS Module sacar decent daa rh ci cn eebe 1 9 T 2 5 BACNet Mod le anice 1 9 1 2 6 LonWorks Modulada 1 9 1 2 7 TCP IP INteErface pira 1 9 1 2 8 Modern e gt Le 1 9 1 3 Lighting Controller Network iconos 1 10 1 3 1 Communications Protocol and Transmission Media 1 10 1 3 2 Network Architecture i 1 10 1 3 3 Device NOdeS TTE i EEaren 1 10 ILC Apprentice II User Manual Version 2B 6 1
66. Apprentice Switch Types ILC Apprentice Il User Manual 3 15 Version 2B 6 16 14 Programming SAMPLE OPERATION Control a single Relay Output with a Switch Define the Switch Input 1 From the Home screen press B gt EDIT 2 When the MAIN menu appears press B gt SWITCH INPUTS then press B gt LOCAL INPUTS 3 From the Switch Input Menu press B gt SWITCH INPUT OPTIONS 4 When the Switch Input options screen appears press or W until the switch input you want to define appears 5 Press B gt TYPE then A or W until the desired switch type appears 6 Press B gt EXIT to return to the Switch Input menu ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press gt LOCAL INPUTS SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT Press B gt SWITCH INPUT OPTIONS INPUT 4 INPUT 01 TYPE MOM ON OFF EXIT INPUT INPUT 06 TYPE MOM ON OFF EXIT INPUT INPUT 06 TYPE 4 MNT ON OFF EXIT Press B gt EXIT to return to SWITCH INPUT SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT 3 16 Buuwni6oig Programming SAMPLE OPERATION Control a single Relay Output with a Switch Selec
67. Apprenticell Parameter Key CAPTURE PRESETS PRESET one of a possible 48 ON OFF relay output patterns CAPTURE save the current relay ON OFF states to a preset scene SET a keyboard command to invoke a captured preset EDIT PRESETS RELAY one of 48 possible relay outputs making up the preset ACTION The state you want the relay output to assume when the preset is invoked Buuwni6oig Programming SAMPLE OPERATION Capture EDIT and Invoke a Preset From the Home screen press P EDIT then press W three times 2 When the Main menu appears press B gt PRESETS 3 When the Presets menu appears press B gt CAPTURE PRESETS 4 When the Preset Capture screen appears press Aor W until the preset you want to capture appears in the preset field 5 Press B gt CAPTURE to save the current ON OFF relay pattern as the preset 6 Press B gt EXIT to return to the Preset Menu 7 Press B gt EDIT PRESETS 8 When the Edit Presets screen appears press Aor v until the preset you previously captured appears in the preset field 9 Press B gt RELAY then press or W until the relay whose preset ON OFF state you want to change appears 10 Press B gt ACTION the press or W until the desired relay state appears in the action field 11 Repeat steps 9 and 10 for any additional relays you want to change 12 Press P EXIT to return to the Presets menu then press B gt CAPTURE PRESETS 13 Press
68. Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed 0 Output Open 1 Output Closed
69. Closed 0 Output Open 39 nvoSMD DO 00039 nvisMD DO 00039 1 Output Closed 0 Output Open 40 nvoSMD DO 00040 nvisSMD DO 00040 1 Output Closed 0 Output Open 41 nvoSMD DO 00041 nvisMD_DO_00041 1 Output Closed 0 Output Open 42 nvoSMD DO 00042 nvisMD_DO_00042 1 Output Closed 0 Output Open 43 nvoSMD DO 00043 nvisMD_DO_00043 1 Output Closed 0 Output Open 44 nvoSMD_DO_00044 nvisMD_DO_00044 1 Output Closed 0 Output Open 45 nvoSMD DO 00045 nvisMD_DO_00045 1 Output Closed 0 Output Open 46 nvoSMD_DO_00046 nvisMD_DO_00046 1 Output Closed 0 Output Open 47 nvoSMD DO 00047 nvisMD_DO_00047 1 Output Closed 0 Output Open 48 nvoSMD DO 00048 nvisMD_DO_00048 1 Output Closed 0 Output Open Table L 1 2 ILC Apprentice Il Data Field Output Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 Appendix L LonWorks Communications 299 Apprenticell Read Write SVNT_Switch AP Il Output Closed Open nvoSMD DO 00101 nviSMD DO 00101 1 Output Closed Timer Option 0 Output Open Timer Option 2 nvoSMD DO 00102 nviSMD DO 00102 1 0Output Closed Timer Option 0 Output Open Timer Option 3 nvoSMD DO 00103 nviSMD DO 00103 1 Output Closed Timer Option O Output Open Timer Option 4 nvoSMD DO 00104 nviSMD DO 00104 1 Output Closed Timer Option O Out
70. Duluth 47 92 Minnesota Minneapolis 45 93 Minnesota Rochester 44 92 Minnesota St Cloud 45 94 Minnesota St Paul 45 93 Mississippi Biloxi 30 89 Mississippi Gulfport 30 89 Mississippi Jackson 32 90 Mississippi Natchez 31 91 Missouri Columbia 38 92 Missouri Joplin 37 94 Missouri Kansas City 39 94 Missouri Springfield 37 93 ILC Apprentice II User Manual Version 2B 6 16 14 Missouri St Joseph 40 95 Missouri St Louis 38 90 Montana Billings 46 108 Montana Butte 46 112 Montana Great Falls 47 111 Montana Helena 46 112 Nebraska Lincoln 41 96 Nebraska Omaha 41 96 Nevada Carson City 39 120 Nevada Las Vegas 36 115 Nevada Reno 39 120 New Hampshire Concord 43 71 New Hampshire Manchester 43 71 New Hampshire Portsmouth 43 71 New Jersey Atlantic City 39 74 New Jersey Elizabeth 40 74 New Jersey Jersey City 40 74 New Jersey Newark 40 74 New Jersey Peterson 41 74 New Jersey Trenton 40 75 New Mexico Albuquerque 35 106 New Mexico Gallup 35 108 New Mexico Santa Fe 35 106 New York Albany 42 74 New York Binghamton 42 76 New York Buffalo 43 79 New York Central Islip 41 73 New York New York 41 74 New York Rochester 43 77 New York Schenectady 43 74 New York Syracuse 43 76 New York Troy 42 73 New York Utica 43 75 New York White Plains 41 74 North Carolina Asheville 35 82 North Carolina Charlotte 35 81 North Carolina Durham 36 79 North Carolina Greensboro 35 80 North Carolina Raleigh 36 78 North Carolina Wilmington 34 78 North Ca
71. EDs Figure 2 2 Wire Class 2 Switch Circuits 2 4 ILC Apprentice II User Manual Version 2B 6 16 14 Installation 2 4 Pre Power Checks Complete the following checks BEFORE applying power to the ILC Apprentice Il controller 2 4 1 Check Controller Power Input 1 Verify that the controller power switch is OFF 2 After verifying that the transformer source voltage is 120 277 or 347 VAC whichever is appropriate power up the circuit 3 Verify correct line voltage on the primary of the transformer 2 4 2 Verify Supply Voltage Verify that there is 24 VAC on the transformer secondary and 12 VAC between each leg and the center tap see figure 1 2 2 4 3 Double Check Connections 1 Verify integrity of I O connections 2 Verify integrity of all internal and external wire cabling 2 4 4 External Monitoring and Control If panel control via Apprentice Il Pro software and a PC is desired consult the appendix for instructions regarding the USB port ILC Apprentice II User Manual Version 2B 6 16 14 299 ApprenticelT 2 5 Power Up and Check Out Complete the following procedures to power up and checkout the ILC Apprentice Il controller 2 5 1 Power Up the Controller 1 Turn the power switch located on the CPU board ON See Figure 1 2 2 Verify that the controller keypad screen displays the default time and date 2 5 2 Verify the Lighting Relays switch all relays ON and OFF using the All ON AI OF
72. ELAY one of 48 available relay outputs impact ed by the timers RELAY GROUP one of 48 available user defined groups of relay outputs that respond as a group to atimer PRESET one of 48 available user defined ON OFF relay output patterns activated by a timer ACTION How the timer will impact the relay out put relay group or preset The default is NO ACTION The timer has no effect on the relay relay group or preset Other possible entries are TURN ON used with relays and relay groups TURN OFF used with relays and relay groups ACTIVATE used with presets y o Q E 3 3 2 Programming SAMPLE OPERATION Program a Normal Timer Define the Normal Timer 1 From the Home screen press P EDIT then W 2 From the Main Menu press B gt TIMERS 3 When the Timer menu appears press B gt CONFIGURE TIMERS 4 When the Timer Definition screen appears press Aor W until the timer you want to program appears in the timer field 5 Press B gt TIME then when the Timer type menu appears press B gt NORMAL 6 When the Set Time screen appears press B gt HOUR then Aor Wuntil the hour for the timer to occur appears 7 Press B gt MINUTE then or W until the correct time appears on the screen 8 Press B gt EXIT to return to the Timer Definition screen 9 Press B gt DAYS when the Day menu appears press B gt DAILY 10 Day Choice screen appears press or V and then YES or P gt
73. EPTS AND PARAMETERS You can program the ILC Apprentice Il con troller to control a single relay output a relay group or a preset according to a time based schedule A preset is user defined group of relays programmed to assume a pre deter mined ON OFF pattern when invoked Presets will be discussed later in more detail Time based control involves 1 Defining the timer and any associated parameters 2 Programming how the timer impacts the selected relay relay group or preset NOTE You will need the latitude and longitude for your location in order to define an Astro Timer A listing of latitudes and longitudes for many major US cities is provided in the Appendix O ILC Apprentice II User Manual Version 2B 6 16 14 Programming HA Apprentice IT Parameter Key TIMER 1 of up to 48 time based events that impact relays relay groups or presets A NORMAL timer executes its function according to standard AM PM time This the default timer type An ASTRO timer operates in relation to sunrise or sun set An OPEN CLOSE timer is keyed to user entered facility open and close times Both ASTRO and OPEN CLOSE timers can be pro grammed to occur at exactly sunrise sunset open close or offset either before or after these times Open Close Timers can be keyed to differ ent open close times For example weekday hours as opposed to weekend hours An Open Close timer can also be programmed to execute on a specific date R
74. ER RELAY CONTROL Program a Timer to Control a Single Relay BUENO ACERTIALARNS EXIT Press B gt TIMER RELAY CONTROL Program a Timer to Control a Relay 1 From the Timer menu press B gt TIMER RELAY CONTROL TIMER SINGLE RELAYS TIMEER RELAY GROUPS TIMER PRESETS 2 From the Timer Control menu EXIT press B gt TIMER SINGLE RELAYS Press B gt TIMER SINGLE RELAYS When the Timer Relay Control screen appears press or W until the timer that you want to control the relay appears in the timer field Press RELAY then A or W until the relay you want to be controlled by the timer appears in the relay field Press B ACTION then or V until the the way you want the timer to control the relay appears Press B gt EXIT 4 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 TIMER 4 RELAY ACTION EXIT TIMER RELAY TURN ON 01 01 Press B gt RELAY TIMER RELAY 4 ACTION EXIT TIMER RELAY TURN ON 03 01 Press B gt ACTION TIMER RELAY TIMER RELAY ACTION TURN ON EXIT 03 02 Burwwpibo0ld Programming SAMPLE OPERATION Program a Timer to Control a Relay Group Program a Timer to Control a Relay Group A From the Timer menu press B gt TIMER RELAY CONTROL From the Timer Control menu press B gt TIMER RELAY GROUPS When the Timer Relay Group Control screen appears
75. Enable SMD DO 00227 1 Input Disable O Input Enable SMD DO 00228 1 Input Disable O Input Enable SMD DO 00229 1 Input Disable O Input Enable SMD DO 00230 1 Input Disable O Input Enable SMD_DO_00231 1 Input Disable O Input Enable SMD_DO_00232 1 Input Disable O Input Enable SMD_DO_00233 1 Input Disable O Input Enable SMD_DO_00234 1 Input Disable O Input Enable SMD_DO_00235 1 Input Disable O Input Enable SMD_DO_00236 1 Input Disable O Input Enable SMD_DO_00237 1 Input Disable O Input Enable SMD_DO_00238 1 Input Disable O Input Enable SMD_DO_00239 1 Input Disable O Input Enable SMD_DO_00240 1 Input Disable O Input Enable SMD_DO_00241 1 Input Disable O Input Enable SMD_DO_00242 1 Input Disable O Input Enable SMD_DO_00243 1 Input Disable O Input Enable SMD_DO_00244 1 Input Disable O Input Enable SMD_DO_00245 1 Input Disable O Input Enable SMD_DO_00246 1 Input Disable O Input Enable SMD_DO_00247 1 Input Disable O Input Enable SMD_DO_00248 1 Input Disable O Input Enable Table B 1 4 ILC Apprentice Il Input Enable Disable Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 Appendix C PC Control via USB Port Overview C 1 USB Programming Control and Monitoring You can link a per
76. F override pushbuttons located on the CPU board Verify that the relay status LED goes ON and OFF and that the relay itself changes state Verify that the relay controls the proper circuit 2 5 3 Perform Initial Programming Procedures See Section 3 1 Clear memory 2 Configure the system nodes Master and Expansion panel s size and function 3 Set the correct date and time on the controller 4 Program the switch inputs and timers 2 5 4 Verify the Switching Function 1 Operate each switch 2 Verify that each switch controls the correct lighting relays in the manner you have programmed 2 5 5 Verify the Timer Functions Using Demo Clock x10 feature see Section 3 Verify that the relays respond as programmed 2 Reset the controller clock to the correct date and time UOHDJIDISU Installation 2 6 Troubleshooting In the event of trouble use the following procedures to identify the problem 2 6 1 Controller Will Not Power Up 1 Verify that there is 120 277 or 347 VAC on the primary and 24 VAC on the secondary of the control transformer 2 Verify that the power LED on the CPU is lit 3 If there is proper primary and secondary voltage on the transformer but the power LED is not lit and the LCD screen doesn t come up consult the factory 2 6 2 Lighting Relay s Will Not Function Verify that there is 24 VAC to the terminal block on the output board from the trans former 2 Make sure t
77. FAULT HALL A Press B gt EDIT PANEL NAMES RELAY NAMES GROUP NAMES Press W GROUP 01 NAME GROUP 01 DEFAULT HALL A Press B gt EDIT RELAY NAMES GROUP NAMES INPUT NAMES Press W RELAY NAMES GROUP NAMES TIMER NAMES Press W RELAY NAMES GROUP NAMES PRESET NAMES ILC Apprentice II User Manual Version 2B 6 16 14 INPUT 01 NAME INPUT 01 TIMER 01 NAME TIMER 01 DEFAULT HALL A Press B gt EDIT DEFAULT HALL A Press B gt EDIT PRESET 01 NAME PRESET 01 DEFAULT HALL A y o Q E 3 3 gt Programming How to Customize the Name s of the ILC Apprentice Il Controller Relays Groups Inputs LightSync and hardwired Timers and Presets You have the option of assigning Customized names to the controller and the other major components features of the lighting control system The customized names will appear on the screens featuring that component feature SAMPLE OPERATION Customize The Name Of a Relay Output 1 From the Home screen press B gt EDIT then press W 5 times When the Main menu appears press B gt SPECIAL FUNCTIONS When the Special Functions menu appears press B gt EDIT NAMES When the Edit Names menu appears press B gt EDIT RELAY NAMES When the Relay Naming screen appears press Aor W until the relay that you want to name ap
78. HOURS SWEEPS INPUT ACTIVE TIMES EXIT INPUT 4 INPUT 03 ENABLE 06 00 AM DISABLE 12 00 AM EXIT Input Active Times Screen Flow ILC Apprentice II User Manual 3 47 Version 2B 6 16 14 299 Apprenticell Programming prenticeu Input Active Times CONCEPTS AND PARAMETERS Parameter Key Input one of up to 48 possible controller switch You can program the controller to enable inputs disable selected input s during certain hours Enable the input will function from the entered During the enable time the input will function enable time to the entered disable time normally During the disable hours the input will not function Disable the input will NOT function from the entered disable time to the entered enable time SAMPLE OPERATION Program a Switch Input for Input Active Times 1 From the Home screen press B EDIT then press W twice 2 When the Main menu appears press B gt SET TIMES then W 3 times 3 When the SET TIMES Menu appears press B gt INPUT ACTIVE TIMES 4 When the Input Active Times screen appears press A or Y until the input you want to program appears in the input field 5 Press B gt ENABLE then press or W until the desired enable time appears 6 Press B gt DISABLE then press Aor W until the desired disable time appears 7 Press B gt EXIT three times to return to the Home screen ILC Apprentice Il User Manual Version 2B 6 16 14 ILC APPRE
79. IMERS 4 When the Timer Definition screen appears press Aor W until the timer you want to program appears in the timer field OT Press P gt TIME then when the Timer Type menu appears press B gt OPEN CLOSE 6 When the Open Close Set screen appears press either B gt OPEN or gt CLOSE to tie the timer to either the facility open or closing time If you desire to offset the time press Aor W until the correct offset appears on the screen Then press P EXIT to return to the Timer Definition screen 7 Press B gt DAYS when the Day menu appears press B gt DAILY 8 Day Choice screen appears press or V ana then P gt YES or P gt NO to include or exclude each day from the timer operation 9 Press EXIT 2 times to return to the TIMER menu ILC Apprentice II User Manual Version 2B 6 16 14 SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press gt CONFIGURE TIMERS TIMER O5 05 30 AM SMTWTFSA AAAAAAAA Press B gt TIME NORMAL TIMER 05 ASTRO OPEN CLOSE EXIT Press B gt OPEN CLOSE TIMER 05 OPEN CLOSE CLS 030 MIN EXIT Press B gt EXIT TIMER 05 CLS 30 MIN AAAAAAAA Press B gt DAYS TIMER 05 DAILY HOLIDAY EXIT Press B gt DAILY TIMER 05 DAILY MONDAY ACTIVE YES Programming HA Apprentice II SAMPLE OPERATION CONFIGURE TIMERS TIM
80. IT PHOTOCELL 5 Repeat steps 3 and 4 for any additional relays controlled by the input 6 Press Uf EXIT 3 times to return to the Switch Input menu If desired change the photocell filter 1 From the Home screen press f EDIT then press W 5 PRESETS times ADD ON MODULES SPECIAL FUNCTIONS EXIT 2 When the Main menu appears press B gt SPECIAL Press SPECIAL FUNCTIONS FUNCTIONS CHANGE PASSWORD PHOTOCELL FILTER 30 a 3 When the Special Functions menu appears press FIRMWARE REVISION B gt PHOTOCELL FILTER to change the filter from 30 to 2 sui seconds 4 Press B gt EXIT twice to return to the Home screen ILC Apprentice II User Manual P 5 Version 2B 6 16 14
81. ITCH INPUT 45 ON O OPEN 1 CLOSED BI 91 SWITCH INPUT 46 OFF O OPEN 1 CLOSED BI 92 SWITCH INPUT 46 ON O OPEN 1 CLOSED BI 93 SWITCH INPUT 47 OFF O OPEN 1 CLOSED BI 94 SWITCH INPUT 47 ON O OPEN 1 CLOSED BI 95 SWITCH INPUT 48 OFF O OPEN 1 CLOSED BI 96 SWITCH INPUT 48 ON O OPEN 1 CLOSED N 7 Appendix N N2 Commmunications 299 Apprenticell NETWORK NETWORK POINT TYPE POINT ADDRESS UNITS POINT DESCRIPTION RANGE VALUE BO RELAY OUTPUT 1 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 2 RELAY OUTPUT 2 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 3 RELAY OUTPUT 3 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 4 RELAY OUTPUT 4 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 5 RELAY OUTPUT 5 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 6 RELAY OUTPUT 6 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 7 RELAY OUTPUT 7 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 8 RELAY OUTPUT 8 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 9 RELAY OUTPUT 9 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 10 RELAY OUTPUT 10 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 1 RELAY OUTPUT 11 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 12 RELAY OUTPUT 12 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 13 RELAY OUTPUT 13 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 14 RELAY OUTPUT 14 0 OFF Open 1 ON Closed 2 OFF w Time
82. LAY MAPPING ON OFF LEVELS EXIT Press gt DMX RELAY MAPPING Press B gt ON OFF LEVELS RELAY 4 RELAY 01 DMX ON 090 DMX CH 150 080 DMX OFF 010 AUTO MAP RELAYS 2 48 FILTER 10 EXIT EXIT ILC Apprentice II User Manual E 3 Version 2B 6 16 14 Appendix E DMX Control Feature E 3 Programming Example Set the DMX signal ON level at 92 and the OFF level at 15 Program relay output 1 to respond by switching ON at 92 and OFF at 15 on channel 200 The default values are 90 and 10 respectively NOTE If programming relays 1 48 you can enter the relay channel for relay 01 then press Auto Map Relays 2 48 and the controller will automatically assign relays 2 48 to the channels in ascending order Example If you program Relay 01 to channel 200 relay 2 will be assigned to channel 201 relay 3 to channel 202 and so on in ascending order Note also that the DMX Relay Control screen displays the current level 1 From the Home screen press B gt EDIT then press W 4 times to access the ADD ON MODULE screen 2 Press B gt ADD ON MODULE 3 Press gt ON OFF LEVELS 4 When the Level screen appears press or V until 92 appears in the ON field 5 Press B gt DMX OFF then or W until 15 appears in the OFF field 6 Press P FILTER then or V to select a filter value 7 Press B gt EXIT to return to the DMX menu 8 Press B gt DMX RELAY MAPPING 9 Press B gt DMX CH then press
83. LE OPERATION Configure the Network System Panels 1 From the Home screen press B EDIT then press W 6 times 2 Press gt CONFIGURE SYSTEM 3 From the Configure System screen start with Node 1 the Master Node Press B gt SIZE 4 Press or W until to select the number of relay out puts in the Master 5 Press B gt NODE then press or V to select the Slave node number determined by the rotary switch in the Slave panel 6 Press B gt SIZE then press or W to select the number of relay outputs in that panel 7 Repeat the above steps to configure any other panels in the network ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprentice ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 6 times ADD ON MODULE A SPECIAL FUNCTIONS L CONFIGURE SYSTEM EXIT Press gt CONFIGURE SYSTEM CONFIGURE SYSTEM NODE 1 SIZE 04 01 04 EXIT LOCAL 1 0 Press gt SIZE CONFIGURE SYSTEM NODE 1 SIZE 04 01 04 EXIT LOCAL 1 0 Press B gt NODE CONFIGURE SYSTEM NODE 2 SIZE 04 01 04 EXIT LOCAL 1 0 Press gt SIZE CONFIGURE SYSTEM NODE 1 SIZE 08 01 08 EXIT LOCAL 1 0 Repeat for additional panels Press B gt EXIT twice to return to the Home Screen Programming Ez Apprenticell 3 4 Relay Output Operations Overview Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006
84. LL MEMORY to remove all programming 3 Press B gt EXIT 5 times to leave the Hidden Menu Screen and return to the Home Screen ILC APPRENTICE II REV 8 04 09 01 06 EXIT Press A and W at the same time CLEAR ALL MEMORY DEMO CLOCK 10X EXIT Press B gt CLEAR ALL MEMORY to remove all programming Press B gt EXIT 5 times Clear All Memory Screen Figure 3 3 How to Auto Map Inputs to Outputs After clearing memory you have the option to auto program all of the hardwired inputs This option will map Input 1 to Relay 1 Inout 2 to Relay 2 etc 1 Clear memory following the procedure above 2 Press B AUTO MAP 1TO 1 3 Press B gt EXIT 5 times to return to the Home Screen ILC Apprentice II User Manual Version 2B 6 16 14 ILC APPRENTICE II REV 8 04 09 01 06 EXIT Press A and W at the same time CLEAR ALL MEMORY DEMO CLOCK 10X EXIT Press B gt CLEAR ALL MEMORY o a MEMORY CLEARED AUTO MAP 1 TO 1 EXIT Press B gt AUTO MAP 1TO 1 Programming 3 3 Configuring the Apprentice Il Network CONCEPTS AND PARAMETERS The Apprentice Il controller may be connected with Apprentice Il expansion panels to form a Master Slave network Each expansion panel is configured with a unique address by means of a rotary switch From the Display Keypad of the Master the controllers must be configured with the address of each panel and the num ber of relay outputs each contains SAMP
85. M 8 Version 2B 6 16 14 Appendix N N2 Commmunications N 1 Overview The ILC Apprentice Il controller can be inte grated into a Building Automation System BAS that uses the N2 communications pro tocol The host system can then poll the sta tus of the ILC Apprentice Il controller inputs and outputs and issue ON OFF commands to the ILC Apprentice ll s relay outputs N 2 Hardware Setup The ILC Apprentice Il must be equipped with a N2 add on module that is addressed with ILC LightMaster N2 Rev 1 Unsupported Attributes EEE Apprentice a unique node address See Figure N 1 The network cable is a two wire shielded twisted pair Consult the BAS system documentation for the exact specifications Terminate the cable as shown in Figure N 1 N 3 Point Map Fill out the point map for the ILC Apprentice Il controller Note that only BI and BO point types are used The completed point map will serve as the control schedule used to determine how ILC Apprentice Il relay out puts will be controlled All attributes in the following regions Analog Input Analog Output Internal Float Internal Integer Internal Byte Binary Input Unsupported Attributes Attribute 1 Bi COS _enabled Alarm_enabled Always 1 COS is always enabled Normal state Always 0 Always 0 disabled Always reliable 0 Override active Normal 0 JCI use only Always 0 not active Attribute 3 JCI use only Attribute 4
86. Manual 4 7 Version 2B 6 16 14 LightSync Device Switching Ze Apprentice 20 RJ 45 Connectors 24 VAC Out 120 277 VAC In Voltage Divider Transformer LightSync Hub in Enclosure RJ 45 Connectors to LightSync Network to up to 20 LightSyncM devices providing data up to 1500 feet per port and total cumulative power up to 1500 feet per port over standard 24 gauge CAT 5 cable to LightSync to other devices Network to other panels LightSync Network Example with LightSync Hub Figure 4 4c Light8ync Hub Option ILC Apprentice II User Manual 4 8 Version 2B 6 16 14 LightSync Device Switching Ama ApprenticeIT LightSync Switch Detail Choice of colors standard Ivory White Black Gray or Stainless Steel custom col ors available Sleek contemporary styling Standard Front CAT 5 Back Direct Wired Back Lexan or stainless steel screwless cover painted steel with screws available D DE D Durable buttons COCCO GOG Engraved switch Status LEDs Node RJ 45 Data identification available address connectors 10 character max settings G2 Switch Detail Choice of colors Sleek contemporary styling Ivory White or Gray
87. N 1 CLOSED BI 66 SWITCH INPUT 33 ON O OPEN 1 CLOSED BI 67 SWITCH INPUT 34 OFF O OPEN 1 CLOSED BI 68 SWITCH INPUT 34 ON O OPEN 1 CLOSED BI 69 SWITCH INPUT 35 OFF O OPEN 1 CLOSED BI 70 SWITCH INPUT 35 ON O OPEN 1 CLOSED BI 71 SWITCH INPUT 36 OFF O OPEN 1 CLOSED BI 72 SWITCH INPUT 36 ON O OPEN 1 CLOSED BI 73 SWITCH INPUT 37 OFF O OPEN 1 CLOSED N 6 gt o o 0 2 x Appendix N N2 Commmunications Ez Anprentice IT Table N 1 ILC Apprentice Il Input N2 Point Map ILC Apprentice II User Manual Version 2B 6 16 14 NETWORK NETWORK POINT TYPE POINT ADDRESS UNITS POINT DESCRIPTION RANGE VALUE NOTES BI 74 SWITCH INPUT 37 ON O OPEN 1 CLOSED BI 75 SWITCH INPUT 38 OFF O OPEN 1 CLOSED BI 76 SWITCH INPUT 38 ON O OPEN 1 CLOSED BI 77 SWITCH INPUT 39 OFF O OPEN 1 CLOSED BI 78 SWITCH INPUT 39 ON O OPEN 1 CLOSED BI 79 SWITCH INPUT 40 OFF O OPEN 1 CLOSED BI 80 SWITCH INPUT 40 ON O OPEN 1 CLOSED BI 81 SWITCH INPUT 41 OFF O OPEN 1 CLOSED BI 82 SWITCH INPUT 41 ON O OPEN 1 CLOSED BI 83 SWITCH INPUT 42 OFF O OPEN 1 CLOSED BI 84 SWITCH INPUT 42 ON O OPEN 1 CLOSED BI 85 SWITCH INPUT 43 OFF O OPEN 1 CLOSED BI 86 SWITCH INPUT 43 ON O OPEN 1 CLOSED BI 87 SWITCH INPUT 44 OFF O OPEN 1 CLOSED BI 88 SWITCH INPUT 44 ON O OPEN 1 CLOSED BI 89 SWITCH INPUT 45 OFF O OPEN 1 CLOSED BI 90 SW
88. NABLED START DATE END DATE EXIT CURRENT DST Press gt CONFIG DST ENABLED CONFIG DST DISABLED START DATE END DATE EXIT CURRENT DST Press B gt EXIT 3 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming HA Apprentice II 3 9 Adjust Daylight Savings Time Settings Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press B gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press gt DAYLIGHT SAVINGS CONFIG DST ENABLED START DATE END DATE EXIT CURRENT DST Press B gt START DATE DST STARTS WEEK 2ND MONTH MAR EXIT DST ENDS WEEK TST MONTH NOV EXIT Press B gt EXIT 3 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC ILC Apprentice II User Manual 3 26 Version 2B 6 16 14 Buuwni6oig Programming How to Adjust Day Light Savings Settings The ILC Apprentice Il controller allows you to adjust the start and end date settings for Day Light Savings Time The times are adjustable for any week in any month From the Home screen press B gt EDIT then press W twice 2 From the main menu press B gt SET TIMES 3 From the Set Times menu press B gt DAYLIGHT SAVINGS 4 When the Day Light Savings screen appears press B gt START DATE 5 When the Start Date screen appears p
89. NTICE II EDIT FRI 12 01 06 07 50 54 PM C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT OPEN CLOSE TIMES OFF HOURS SWEEPS INPUT ACTIVE TIMES EXIT INPUT 4 INPUT 04 ENABLE DISABLE 12 00 AM EXIT 06 00 AM Press B gt ENABLE INPUT ENABLE a 09 00 AM DISABLE 12 00 AM EXIT INPUT 04 Press B gt DISABLE INPUT ENABLE DISABLE 4 10 00 PM EXIT INPUT 04 09 00 AM M Buuwni6oig Programming HA Apprentice IT 3 14 Preset Operations Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 3 times TIMERS SET TIMES PRESETS EXIT Press B gt PRESETS EDIT PRESETS CAPTURE PRESETS EXIT Press B gt EDIT PRESETS Press B gt CAPTURE PRESETS PRESET PRESET 10 PRESET PRESET 10 A RELAY RELAY 08 CAPTURE ACTION TURN ON SET EXIT EXIT ILC Apprentice II User Manual 3 49 Version 2B 6 16 14 Programming Preset Operations CONCEPTS AND PARAMETERS The ILC Apprentice Il supports the ability to save the current relay output ON OFF states in a preset scene You can program the controller to execute this scene by keyboard command a signal from a Set Preset switch type or timer signal You also have the ability to edit the preset if you need to change the ON OFF pattern ILC Apprentice II User Manual Version 2B 6 16 14 299
90. O OPEN 1 CLOSED BI 19 SWITCH INPUT 10 OFF O OPEN 1 CLOSED BI 20 SWITCH INPUT 10 ON O OPEN 1 CLOSED BI 21 SWITCH INPUT 11 OFF O OPEN 1 CLOSED BI 22 SWITCH INPUT 11 ON O OPEN 1 CLOSED BI 23 SWITCH INPUT 12 OFF O OPEN 1 CLOSED BI 24 SWITCH INPUT 12 ON O OPEN 1 CLOSED Table N 1 ILC Apprentice Il Input N2 Point Map ILC Apprentice II User Manual Version 2B 6 16 14 gt o o 0 2 a x Appendix N N2 Commmunications 299 ApprenticelT Table N 1 ILC Apprentice Il Input N2 Point Map ILC Apprentice II User Manual Version 2B 6 16 14 NETWORK NETWORK POINT TYPE POINT ADDRESS UNITS POINT DESCRIPTION RANGE VALUE NOTES BI 25 SWITCH INPUT 13 OFF O OPEN 1 CLOSED BI 26 SWITCH INPUT 13 ON O OPEN 1 CLOSED BI 27 SWITCH INPUT 14 OFF O OPEN 1 CLOSED BI 28 SWITCH INPUT 14 ON O OPEN 1 CLOSED BI 29 SWITCH INPUT 15 OFF O OPEN 1 CLOSED BI 30 SWITCH INPUT 15 ON O OPEN 1 CLOSED BI 31 SWITCH INPUT 16 OFF O OPEN 1 CLOSED BI 32 SWITCH INPUT 16 ON O OPEN 1 CLOSED BI 33 SWITCH INPUT 17 OFF O OPEN 1 CLOSED BI 34 SWITCH INPUT 17 ON O OPEN 1 CLOSED BI 35 SWITCH INPUT 18 OFF O OPEN 1 CLOSED BI 36 SWITCH INPUT 18 ON O OPEN 1 CLOSED BI 37 SWITCH INPUT 19 OFF O OPEN 1 CLOSED BI 38 SWITCH INPUT 19 ON O OPEN 1 CLOSED BI 39 SWITCH INPUT 20 OFF O OPEN 1 CLOSED BI 40 SWITCH INPUT 20 ON O
91. OPEN 1 CLOSED BI 41 SWITCH INPUT 21 OFF O OPEN 1 CLOSED BI 42 SWITCH INPUT 21 ON O OPEN 1 CLOSED BI 43 SWITCH INPUT 22 OFF O OPEN 1 CLOSED BI 44 SWITCH INPUT 22 ON O OPEN 1 CLOSED BI 45 SWITCH INPUT 23 OFF O OPEN 1 CLOSED BI 46 SWITCH INPUT 23 ON O OPEN 1 CLOSED BI 47 SWITCH INPUT 24 OFF O OPEN 1 CLOSED BI 48 SWITCH INPUT 24 ON O OPEN 1 CLOSED BI 49 SWITCH INPUT 25 OFF O OPEN 1 CLOSED N 5 Appendix N N2 Commmunications E Apprentice Table N 1 ILC Apprentice Il Input N2 Point Map ILC Apprentice II User Manual Version 2B 6 16 14 NETWORK NETWORK POINT TYPE POINT ADDRESS UNITS POINT DESCRIPTION RANGE VALUE NOTES BI 50 SWITCH INPUT 25 ON O OPEN 1 CLOSED BI 51 SWITCH INPUT 26 OFF O OPEN 1 CLOSED BI 52 SWITCH INPUT 26 ON O OPEN 1 CLOSED BI 53 SWITCH INPUT 27 OFF O OPEN 1 CLOSED BI 54 SWITCH INPUT 27 ON O OPEN 1 CLOSED BI 55 SWITCH INPUT 28 OFF O OPEN 1 CLOSED BI 56 SWITCH INPUT 28 ON O OPEN 1 CLOSED BI 57 SWITCH INPUT 29 OFF O OPEN 1 CLOSED BI 58 SWITCH INPUT 29 ON O OPEN 1 CLOSED BI 59 SWITCH INPUT 30 OFF O OPEN 1 CLOSED BI 60 SWITCH INPUT 30 ON O OPEN 1 CLOSED BI 61 SWITCH INPUT 31 OFF O OPEN 1 CLOSED BI 62 SWITCH INPUT 31 ON O OPEN 1 CLOSED BI 63 SWITCH INPUT 32 OFF O OPEN 1 CLOSED BI 64 SWITCH INPUT 32 ON O OPEN 1 CLOSED BI 65 SWITCH INPUT 33 OFF O OPE
92. Output Point SMD DO 00201 1 Input Disable O Input Enable SMD DO 00202 1 Input Disable O Input Enable SMD DO 00203 1 Input Disable O Input Enable SMD_DO_00204 1 Input Disable O Input Enable SMD_DO_00205 1 Input Disable O Input Enable SMD_DO_00206 1 Input Disable O Input Enable SMD_DO_00207 1 Input Disable O Input Enable SMD_DO_00208 1 Input Disable O Input Enable SO Om IS Os BS Go NO SMD_DO_00209 1 Input Disable O Input Enable SMD_DO_00210 1 Input Disable O Input Enable SMD_DO_00211 1 Input Disable O Input Enable SMD_DO_00212 1 Input Disable O Input Enable SMD_DO_00213 1 Input Disable O Input Enable SMD_DO_00214 1 Input Disable O Input Enable SMD_DO_00215 1 Input Disable O Input Enable SMD_DO_00216 1 Input Disable O Input Enable SMD_DO_00217 1 Input Disable O Input Enable SMD_DO_00218 1 Input Disable O Input Enable SMD_DO_00219 1 Input Disable O Input Enable SMD_DO_00220 1 Input Disable O Input Enable SMD_DO_00221 1 Input Disable O Input Enable SMD_DO_00222 1 Input Disable O Input Enable SMD_DO_00223 1 Input Disable O Input Enable SMD_DO_00224 1 Input Disable O Input Enable SMD_DO_00225 1 Input Disable O Input Enable SMD DO 00226 1 Input Disable O Input
93. ROL BLINK ALERT ALARMS EXIT 5 Press B gt EXIT three times to return to the Home screen Press B gt BLINK ALERT ALARMS BLINK ALERT 4 10MIN OVERRIDE 090MIN ALARMS O5SEC EXIT Press B gt EXIT 3 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM C 2006 ILC ILC Apprentice II User Manual Version 2B 6 16 14 Programming HA Apprentice IT 3 12 Off Hours Sweeps Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press SET TIMES then W twice ASTRO CLOCK OPEN CLOSE TIMES OFF HOURS SWEEPS Im EXIT Press B gt OFF HOURS SWEEPS INTERVAL 1 HOUR S RELAYS GROUPS EXIT Press B gt INTERVAL 1 2 OR 3 Press B gt RELAYS INTERVAGSE SE Press B gt GROUPS RELAYS GROUPS EXIT OFF HOURS SWEEPS OFF HOURS SWEEPS RELAY d RELAY 08 GROUP d GROUP 02 INCLUDE YES INCLUDE YES EXIT EXIT ILC Apprentice II User Manual 3 45 Version 2B 6 16 14 Programming Off Hours Sweeps CONCEPTS AND PARAMETERS You can program the controller to execute OFF sweeps to insure that single relay outputs and relay groups will be turned OFF at regular intervals outside of normal business hours NOTE This is used in conjunction with Open Close Times see Page 3 28 and 3 35 EEE ApprenticelT Parameter Key INTERVAL time between OFF sweeps 1 2 3 hours Relays i
94. RR EE TTE M 3 N LE ge da ee Atom O O O mo N 1 LESE EE EE N 1 BIZ Hardware EE N 1 Meolo A e o O IU O SELER N 1 O Latitude and Longitude BROS orina O 1 P Photo Control AD eee ea ario P 1 ge cieca lai P FET WOE e MD cm P 2 Peo MAST OUMONY nica ai P 3 P S Programming BOMPE socorrista tna P 4 ILC Apprentice II User Manual Version 2B 6 16 14 Appendix A Voice DTMF Add On Module sas Apprentice IT The FCC requires that the following statement be included in this manual FCC Registration 6TP USA 35522 DM N Ringer Equivalence 0 4B Connecting to the telephone company This equipment complies with Part 68 of the FCC rules On the back plate near the RJ 11 jack of this equipment is a label that contains among other information the FCC registration number and ringer equivalence REN for this equipment If requested provide this information to your telephone company The REN is useful to determine the quantity of devices that may be connected to the telephone line Excessive RENs on the tele phone line may result in devices not ringing in response to an incoming call In most but not all areas the sum of RENS of all devices should not exceed five 5 To be certain of the number of devices that may be connected to a line as determined by the total RENs contact the local telephone company If your telephone equipment causes harm to the telephone network the telephone company will notify you in advance that tem porary discontinuanc
95. Relay Group Press B gt INPUT RELAY CONTROL INPUT SINGLE RELAYS 1 From the Local Switch Input Menu press B gt INPUT RELAY CONTROL When the Single Relay Relay Group Control menu appears press B gt INPUT RELAY GROUPS When the Input Relay Group Control Screen appears press A or W until the input you are programming appears in the INPUT field Press B gt GROUP then press or W until the relay to be controlled appears in the GROUP field Press B gt ACTION then A or W until the desired switch action appears Press B gt EXIT 5 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 INPUT RELAY GROUPS EXIT Press B gt INPUT RELAYGROUPS INPUT GROUP ACTION EXIT INPUT 01 GROUP 01 ON AND OFF MOM ON OFF INPUT GROUP ACTION EXIT INPUT 03 GROUP 01 ON AND OFF MOM ON OFF INPUT GROUP q ACTION EXIT INPUT 03 GROUP 02 ON AND OFF MOM ON OFF INPUT GROUP ACTION EXIT INPUT 03 GROUP 02 ON AND OFF MOM ON OFF Press B gt EXIT 5 times to return HOME ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC 3 19 Programming HA Apprentice II 3 6 Switch Pilot Operation Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH PILOTS LOCAL INPUT PILOTS LIGHT
96. SET 01 TYPE PRESET EXIT Press B gt TYPE PILOT LSYNC 02 ON IF PRESET 01 TYPE 4 PRESET EXIT Bulyoyims 291184 DUASJY N LightSync Device Switching Ama ApprenticeIT ILC Apprentice II User Manual 4 22 Version 2B 6 16 14 As Apprentice IT Section 5 Appendix xi OO O 77013466A ed le ILC APPRENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC ic ALL ON ALL OFF ILC Apprentice II User Manual Version 2B 6 16 14 Appendix Table of Contents Mme Apprentice Section 4 Appendix A Voice DTMF Add On Mod cren A 1 E o leali A 1 A 2 Voice DTMF Control Features siens A 2 A 3 Volce DIMF Control SST cirio A 2 B BACNEFCOMMURCANONS sarna dia EA AES ee B 1 B 2 HOWO al time A B 1 B 3 Hardware SITU EE EEEE EEEE B 2 os E Om B 3 redigere M B 4 PG MNBR Porri C 1 C 1 USB Programming Control and Monitoring sise C 1 A In C 1 E KK tte ET E 1 be ida E 1 E2 ODJECHVES RE mcm E 1 ES Programming EXI o TNR a iag a aiia E 4 L Lon Works Communications L 1 ES sir ariel L 1 leie e E armar ia L 2 B3 Hardware o AAA rm L 3 BA POINT MAD satis ii L 4 M MODBUS COMMUNICATIONS curada M 1 AN NI M 1 MS SIMIC ARS sapo bid M 1 MS Transmission MOSS cnica ria M 1 M A Transmission Mode Characteristics AAA M 3 NES Merite Ve EEN M 3 M 6 Required Parameter Entries M 3 MZ ge lu ei eT T Tm M 3 M 8 Supported COMMONS asirio aora M 3 ME AcdiionaFIRGHOS riad M 3 MAIO Additional ee es PE
97. SYNC PILOTS EXIT Press B gt LOCAL INPUT PILOTS PILOT a INPUT 01 ON IF PRESET 01 TYPE PRESET EXIT Switch Pilot Screen Flow ILC Apprentice II User Manual 3 20 Version 2B 6 16 14 Buuwni6oig Programming How to Define a Switch Pilot CONCEPTS AND PARAMETERS To Define a Switch Pilot you must 1 Select the input whose Input Pilot status LED is to light 2 Select the relay output relay group or pre set that is to light the selected status LED NOTE Switch Pilots refer to switch pilot light output that is located on the I O board s EEE Apprenticell Parameter Key PILOT The number of the switch input pilot 1 48 ON IF The number of the relay relay group or preset which will actuate the switch pilot 1 48 TYPE the type of actuator relay output group or preset Note The default is for the switch pilot to light with the corresponding relay status output LED lights SAMPLE OPERATION Program a Status LED to Light when a Preset is ON 1 From the Home screen press B gt EDIT 2 When the MAIN menu appears press B gt SWITCH PILOTS then press B gt LOCAL INPUT PILOTS ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS 3 From the Status Definition Screen press A or V to EXIT select the Input 4 Press B gt TYPE until PRESET appears 5 Press or W until the desired preset appear
98. UNRISE CASTRO SUNSET SR 015 MIN EXIT ILC Apprentice User Manual Version 2B 6 16 14 Press B gt EXIT TIMER 02 SR 015 MIN SMTWTFSA AAAAAAAA Press B gt DAYS Press B gt DAILY TIMER 02 DAILY SUNDAY ACTIVE YES TIMER 02 Press gt HOLIDAY TIMER 02 MONTH HOLIDAY DATE 01 01 EXIT Astro Timer Screen Flow y o Q E 3 3 2 Programming HA Apprentice IT 3 10 Time Based Operations How to Set Open Closed Parameters Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMERS EXIT DAYLIGHT SAVINGS ASTRO CLOCK OPEN CLOSE TIMES EXIT Press B gt OPEN CLOSE TIMES CURRENT OPEN CLOSE OP 08 00 AM EDIT CL 09 00 PM EXIT Press B gt EDIT NORMAL DAYS SINGLE DATE TEET PATER TIMES Press B gt SINGLE DATE MONTH TIMER 01 DATE HOLIDAY EDIT 01 01 EXIT Press gt NORMAL DAYS Press B gt RESET DATES TIMES Press B gt EDIT DAY 4 MONDAY RESET ALL TIMES CLEAR 01 01 OPEN 08 00 AM YES OPEN CLOSE 09 00 PM NO CLOSE 12 00 PM EXIT EXIT Open Close Parameters Screen How ILC Apprentice User Manual 3 31 Version 2B 6 16 14 Programming 222 Apprenticell 3 10 Time Based Operations How to Define an Open Close Timer Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W
99. UP GROUP 02 RELAY RELAY 01 INCLUDE 4 YES EXIT Press B gt EXIT 3 times to return HOME ILC APPRENTICE II FRI 12 01 06 07 50 54 PM C 2006 ILC 3 10 Buuwni6oig Programming HA Apprentice II 3 5 Switch Operations Status Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LOCAL INPUTS SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT Press B gt SWITCH INPUT STATUS INPUT 01 ON OPEN OFF OPEN Switch Status Screen Flow ILC Apprentice Il User Manual 3 11 Version 2B 6 16 14 Programming 222 Apprenticell Switch Operations Controlling Relays with a Switch Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LOCAL INPUTS Press B gt SWITCH INPUT OPTIONS INPUT INPUT 01 TYPE MOM ON OFF EXIT ILC Apprentice II User Manual Version 2B 6 16 14 SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT Press B gt INPUT RELAY CONTROL INPUT SINGLE RELAYS INPUT RELAY GROUPS EXIT Press B gt INPUT RELAY GROUPS INPUT d INPUT 01 GROUP GROUP 01 ACTION
100. UTPUT 30 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 3 RELAY OUTPUT 31 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 32 RELAY OUTPUT 32 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 33 RELAY OUTPUT 33 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 34 RELAY OUTPUT 34 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 35 RELAY OUTPUT 35 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 36 RELAY OUTPUT 36 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 37 RELAY OUTPUT 37 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 38 RELAY OUTPUT 38 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 39 RELAY OUTPUT 39 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 40 RELAY OUTPUT 40 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 41 RELAY OUTPUT 41 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 42 RELAY OUTPUT 42 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 43 RELAY OUTPUT 43 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 44 RELAY OUTPUT 44 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 45 RELAY OUTPUT 45 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 46 RELAY OUTPUT 46 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 47 RELAY OUTPUT 47 O OFF Open 1 ON Closed 2 OFF w Timer Option BO 48 RELAY OUTPUT 48 O OFF Open 1 ON Closed 2 OFF w Timer Option Table N 1 ILC Apprentice Il Relay Output N2 Point Map ILC Apprentice User Manual N 9 Version 2B 6 16 14 Appenaix N N2 Commmunication
101. VISION EXIT Press gt FIRMWARE REVISION ILC APPRENTICE II REV 8 04 12 01 06 EXIT Press and at the same time CLEAR ALL MEMORY DEMO CLOCK 10X EXIT ILC Apprentice II User Manual Version 2B 6 16 14 Hidden Menu Screen Flow Figure 3 2 Programming HA Apprentice II 3 2 Clear All Memory Fast Track ILC APPRENTICE II WED 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS then W once CHANGE PASSWORD PHOTOCELL FILTER 30 FIRMWARE REVISION EXIT Press B gt FIRMWARE REVISION ILC APPRENTICE II REV 8 04 12 01 06 EXIT Press and at the same time CLEAR ALL MEMORY DEMO CLOCK 10X EXIT Press CLEAR ALL MEMORY to remove all programming Clear All Memory Screen Flow ILC Apprentice II User Manual 3 3 Version 2B 6 16 14 Buuwni6oig Programming How to Clear All Memory Prior to programming the Apprentice Il con troller it is very important to clear the memory OH o O ILC APPRENTICE II REV 8 04 09 01 06 EXIT Ok Oo jala Firmware Revision Screen 222 ApprenticelT SAMPLE OPERATION Clear All Memory 1 From the Firmware Revision screen press and W at the same time to access the Hidden Screen 2 Press B gt CLEAR A
102. WITCH INPUTS then press B gt LOCAL INPUTS 3 From the Switch Input Menu press B gt SWITCH INPUT OPTIONS 4 When the Switch Input options screen appears press or W until the switch input you want to define appears 5 Press B gt TYPE then A or W until the desired switch type appears 6 Press B gt EXIT to return to the Switch Input menu ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LOCAL INPUTS SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT Press B gt SWITCH INPUT OPTIONS INPUT 4 INPUT 01 TYPE MOM ON OFF EXIT INPUT INPUT 06 TYPE MOM ON OFF EXIT INPUT INPUT 06 TYPE lt MNT ON OFF EXIT Press B gt EXIT to return to SWITCH INPUT SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT 3 18 Buuwni6oig p i Programming Haas Apprentice SAMPLE OPERATION SWITCH INPUT STATUS 1 1 SWITCH INPUT OPTIONS Control a Relay Group with a Switch INP TIRELAY CONTROL Select the relay group that you want the switch to con EXIT trol Note Be sure the relay group you wish to control has been previously defined See Sample Operation How to Define a
103. ad Repeater PSR IE IEEE VEN EN E LightSync Switches e Observe all ILC cable and cable run requirements Fig 1 5 and 1 6 e Each panel can support up to 8 LightSync devices e Each PSR powers up to 20 additional devices and adds 3000 ft cumulative power 1500 ft per port data per run e Apprentice Il network system supports 32 LightSync device addresses Apprentice Il 16 Master Controller _ i Figure 1 8 Example Network Riser ILC Apprentice II User Manual 1 14 Version 2B 6 16 14 Controller Description Mme Apprentice 20 RJ45 connectors 120 277 VAC In Transformer LightSync Hub in enclosure RJ45 connectors to LightSync network to up to 20 LightSync devices providing data up to 1500 feet per port and total cumulative power up to 1500 feet per port over standard 24 gauge CAT 5 cable to LightSync to other devices Network LightSync Network Example with LightSync Hub Figure 1 9 LightSync Hub Option ILC Apprentice II User Manual 1 15 Version 2B 6 16 14 O O 3 Q d O D o 9 E o 5 HA Apprentice IT Section 2 Installation ILC APPRENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC SECH ALL ON ALL OFF ILC Apprentice II User Manual Version 2B 6 16 14 Section 2 Table of Contents fa Apprenticell Sectio
104. amage at once 2 Review electrical prints and other relevant project documentation 3 Ensure that you have a digital multi meter 2 2 Mounting the Controller Consider the following when selecting a site for the ILC Apprentice Il 2 2 1 Location Typically the Apprentice Il controller is mounted near the lighting breaker panel containing the circuits to be controlled by the lighting relays The enclo sure is manufactured with pre drilled mount ing holes located near the four corners of the rear wall of the enclosure Secure the enclosure to the mounting surface with hardware appropriate for the application 2 2 2 Environmental Considerations The ILC Apprentice ll is designed to operate in tem peratures between 0 and 40 degrees C 32 104 F and 10 90 humidity non condensing 2 2 3 Distance From Hardwired Control Devices Hardwired switches pilots and other control devices can be located up to 1500 feet from the ILC Apprentice Il controller using 18 gauge wire See LightSync section for data line devices ILC Apprentice II User Manual Version 2B 6 16 14 EEE ApprenticelT 2 3 Wiring the Controller Perform the following procedures to wire the line and control circuits of the ILC Apprentice ll Do NOT apply power to any circuits until instructed to do so Document all terminations Remove fish paper voltage barriers prior to any wiring Ensure all barriers are replaced prior to powering up the controller
105. an be a maximum of up to 32 device nodes in a the lighting control network There are limitations to the distance data can travel over CAT 5 cable without loss and distance limitations due to voltage drop associated with cable length and number of devices on the LightSync data line These limitations are addressed by the addition of a Power Supply Repeater Power Supply or LightSync Hub see Figure 1 6 depending on the application The specific use of these devices depends on the project layout Each controller will power up to 8 device nodes without a Power Supply Repeater PSR Power Supply PS or LightSync Hub HUB Each of these will supply power to an additional 20 devices If T connections are required or if data needs to be extended a PSR is necessary A LightSync Hub See Figure 1 9 provides home run wiring capability Consult factory for details Each device node is addressed via address dials that are part of the device Possible adaresses for device nodes are 01 20 These are a different set of addresses from the con froller node addresses If your project features device nodes consult Section 4 for details 1 10 Controller Description sus Apprentice O O 3 Q d Jg 1 o 9 3 o 5 Data Cable Requirements Definitions Category 5 Cable UTP Unshielded Twisted Pair A 4 pair high performance cable that consists of twisted pair conductors used mainly for data transmission Basic CAT 5
106. ay 548 nsec 548 nsec 546 nsec Delay Skew 50 nsec 50 nsec 50 nsec Suggested Manufacturers and Data Cables Manufacturer Part Number Cable Type Phone Belden 7854A CAT 5 non plenum 800 235 3361 1583A CAT 5E non plenum 7811A CAT 5 plenum 1585A CAT 5E plenum Contact Cassidey General 2137113 CAT 5 non plenum Technolgies 5133299E CAT 5E non plenum 800 464 9473 5131413 CAT 5 plenum manufacturer 6131278 CAT 5E plenum orlocal Hitachi 38696 8 CAT 5 non plenum distributor 38993 8 CAT 5E non plenum 39419 8 CAT 5 plenum 38891 8 CAT 5E plenum If you have any questions or would like our engineers to approve your cable selection please feel free to contact our applications department at 1 800 922 8004 Figure 1 5 Data Cable Requirements ILC Apprentice Il User Manual 1 11 Version 2B 6 16 14 Controller Description sus Apprentice LightSync Network Cable Run Distance Detail Devices that operate on ILC s LightSync CAT 5 SE 6 data line include LightSync switches photocells and interfaces like the LightSync D 6 and SIB 4 A standard CAT 5 5E 6 cable is used for the data line and provides both data and power to these devices There are limitations to the distance data can travel over CAT 5 5E 6 cable without loss and distance limitations due to voltage drop associated with cable length and number of devices on the LightSync data line These limitations are addressed by the
107. ays all ON or all OFF ILC Apprentice Il User Manual Version 2B 6 16 14 e Microprocessor executes the computer code and coordinates all controller functions including the controller real time clock e Flash Memory contains the controller operating system and basic tasks e the FEProm memory store the user entered operating parameters e Real time clock maintains time and date for up to 30 days without power Input Board s Each input board provides four 4 switch inputs Major components include e Switch Inputs can accept input from either 2 or 3 wire momentary or maintained dry contact devices Each switch input features a switch pilot LED output which can be pro grammed to track the state of a single relay relay group or preset The inputs are optically isolated noise and surge resistant A switch and pilot may be located up to 1500 feet from the controller provided you use a mini mum of 18 gauge wire Output Board s Each output board provides four 4 relay outputs Major components include e Relay Outputs Each optically isolated out put switches its associated lighting relay ON and OFF Each output has an associated LED The LED lights when the output switches the relay ON e Relay SoftCross Relay Electrically held N O or N C lighting relay rated for up to 277 VAC 20 full load amps 1 Pole Relay Option Single pole relay capa ble of controlling lighting loads up to 347 VAC
108. banks 65 148 Alaska Juneau 58 135 Arizona Flagstaff 35 111 Arizona Phoenix 33 112 Arizona Tucson 32 111 Arizona Yums 32 114 Arkansas Fort Smith 35 94 Arkansas Little Rock 34 92 California Bakersfield 35 119 California Berkeley 38 122 California Eureka 41 124 California Fresno 36 120 California Los Angeles 34 118 California Oakland 37 122 California Pasadena 34 118 California Sacramento 38 121 California San Bernandio 34 117 California San Diego 32 117 California San Francisco 38 122 California San Jose 37 122 California Santa Barbara 34 119 California Santa Cruz 37 122 California Stockton 38 121 Colorado Colorado Springs 39 105 Colorado Denver 39 105 Colorado Grand Junction 39 108 Colorado Pueblo 38 104 Connecticut Bridgeport 41 73 Connecticut Hartford 42 72 Connecticut Meriden 41 73 Connecticut New Britain 41 73 Connecticut New Haven 41 73 Connecticut Stanford 41 73 Delaware Wilmington 39 75 District of Columbia Washington 39 77 Florida Daytona Beach 29 81 Florida Gainesville 29 82 Florida Jacksonville 30 81 Florida Key West 24 82 Florida Miami 26 80 Florida Orlando 28 81 Florida Penescola 30 87 Florida Sarasota 27 82 Florida St Petersburgh 28 82 Florida Tallahassee 30 84 Florida Tampa 28 82 Florida West Palm Beach 26 80 Georgia Atlanta 34 84 Georgia Augusta 33 82 Georgia Columbus 32 85 Georgia Macon 33 83 Georgia Savannah 32 81 Idaho Boise 43 116 Idaho Pocatello 43 112 Illinois Bloomington 40 89 I
109. ble Figure N 1 N2 Set Up ILC Apprentice Il User Manual N 2 Version 2B 6 16 14 o o 0 2 x Appenaix N N2 Commmunications sas Apprentice N2 Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 4 times SET TIMES PRESETS ADD ON MODULE EXIT Press gt ADD ON MODULE METASYS N2 REV 3 NODE 001 N2 Screen Flow ILC Apprentice II User Manual N 3 Version 2B 6 16 14 Appendix N N2 Commmunications 222 Apprenticell NETWORK NETWORK POINT TYPE POINT ADDRESS UNITS POINT DESCRIPTION RANGE VALUE NOTES BI SWITCH INPUT 1 OFF O OPEN 1 CLOSED BI 2 SWITCH INPUT 1 ON O OPEN 1 CLOSED BI 3 SWITCH INPUT 2 OFF O OPEN 1 CLOSED BI 4 SWITCH INPUT 2 ON O OPEN 1 CLOSED BI 5 SWITCH INPUT 3 OFF O OPEN 1 CLOSED BI 6 SWITCH INPUT 3 ON O OPEN 1 CLOSED BI 7 SWITCH INPUT 4 OFF O OPEN 1 CLOSED BI 8 SWITCH INPUT 4 ON O OPEN 1 CLOSED BI 9 SWITCH INPUT 5 OFF O OPEN 1 CLOSED BI 10 SWITCH INPUT 5 ON O OPEN 1 CLOSED BI 11 SWITCH INPUT 6 OFF O OPEN 1 CLOSED BI 12 SWITCH INPUT 6 ON O OPEN 1 CLOSED BI 13 SWITCH INPUT 7 OFF O OPEN 1 CLOSED BI 14 SWITCH INPUT 7 ON O OPEN 1 CLOSED BI 15 SWITCH INPUT 8 OFF O OPEN 1 CLOSED BI 16 SWITCH INPUT 8 ON O OPEN 1 CLOSED BI 17 SWITCH INPUT 9 OFF O OPEN 1 CLOSED BI 18 SWITCH INPUT 9 ON
110. controlled by switch inputs and timers ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell EXAMPLE 1 To lock out all control other than DMX set the DMX ON level to 90 and the OFF level to 10 By setting the DMX signal level to 100 or 0 the relay s will turn ON or OFF and also revert to the desired position after any change due to a switch input or timer EXAMPLE 2 To control relays via DMX and also allow switch inputs or timers to change the position set the DMX ON level to 90 and the OFF level to 10 By momentarily setting the DMX signal level to 100 and then setting it to 50 the relay s will be turned ON and local control will return By momentarily setting the DMX signal level to 0 and then setting it to 50 the relay s will be turned OFF and local control will return DMX Filter The Filter setting determines the number of times the ILC Apprentice Il must receive a constant value on a DMX channel prior to performing the control mapped to that channel The Filter may be set from 1 to 16 Lower Filter settings make the ILC Apprentice Il respond faster to DMX commands Higher Filter settings prevent undesired relay control due to momentary zero levels on DMX chan nels The Filter setting does not directly corre spond to DMX frame counts due to the ILC Apprentice Il not reading each frame E 2 Objectives After reading Appendix D you will be able to program the ILC Apprentice Il to impl
111. d Screen Flow ILC Apprentice II User Manual 3 54 Version 2B 6 16 14 Buuwni6oig Programming Entering Changing a Password CONCEPTS AND PARAMETERS If you want you can enter a 6 digit password to restrict unauthorized access to the controller Caution Memorize and write down the password Store it in a secure place Once you have saved the pass word you will need to enter it or be denied access to the controller SAMPLE OPERATION Enter a Password For the Controller 1 From the Home screen press B gt EDIT then press W 5 times 2 When the Main menu appears press B gt SPECIAL FUNCTIONS 3 When the Special Functions menu appears press B gt CHANGE PASSWORD 4 When the Password Editing screen appears press gt until the cursor is positioned under the first digit in the password field The press B gt or W until the first digit of the password appears 5 Repeat step 7 for the remaining digits 6 Press B gt SAVE A message will appear saying NEW PASSWORD SAVED 7 Press B gt EXIT to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 30 EXIT Press gt CHANGE PASSWORD CLEAR PASSWORD 4 03250
112. d to control individual relays See Appendix B 1 2 3 N2 Module Provides for direct control of control devices in building automation sys tems using N2 protocol See Appendix N 1 2 4 MODBUS Module Provides for direct control of control devices in building automa tion systems using MODBUS protocol See Appendix M 1 2 5 BACnet Module Provides for direct control of control devices in building automation systems using BACnet protocol See Appendix B 1 2 6 LonWorks Module Provides for direct control of control devices in building automation systems using LonWorks protocol See Appendix L 1 2 7 TCP IP Interface Provides a TCP IP interface with the configuration software over a LAN or WAN 1 2 8 Modem Interface Provides a modem interface over an analog phone line with the configuration software ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprenticell 1 9 ET uouduosegq 181 014U09 Controller Description 1 3 Lighting Controller Network ILC Apprentice Il controllers can be net worked together in a Local Area Network LAN to form a comprehensive lighting con trol system for a faciltity 1 3 1 Communications Protocol And Transmission Media Devices that operate on ILC s LightSync CAT 5 data line include Apprentice Il lighting controllers LightSync switches photocells inputs and occupancy sensor inputs A standard 24 gauge CAT 5 5E or 6 cable is used for the data line and pr
113. e ment DMX control Appendix D DMX Control Feature sas Apprentice IT DMX Communication Channel Enable DIP Settings Q 512 Channels Shown 2 GR 8 1 OFF 2 OFF 64 channels enabled el OO 1 ON 2 OFF 128 channels enabled O Ch 1 OFF 2 ON 256 channels enabled THE MoN 08 07 08 O n 1 ON 2 ON 512 channels enabled Q an DU ed Ex CH o zg O o e 2 Ki DMX 512 Interface Card ple 3 Ye mounted beneath O shEBBABE ILC Apprentice Il 2 2 Controller CPU Board o o SS a ILC Apprentice Il Controller KOKK NEG Ga DRAIN 18 Gauge Shielded twisted pair EZ POS DMX 512 Control Cable ER o To Theatrical Lighting Controller a USITT DMX 512 Protocol NOTE Drain wire must only be connected on one end OQO 100 ohm Terminating Resistor Used only if ILC Apprentice Il controller DMX 512 Interface Card is the last device on DMX 512 Cable Figure D I DMX Interface Hardware Features ILC Apprentice User Manual E 2 Version 2B 6 16 14 gt o o 0 2 x Appendix E DMX Control Feature Haze Apprentice IT DMX Control Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 4 times SET TIMES PRESETS ADD ON MODULE EXIT Press gt ADD ON MODULE DMX REV 5 DMX RE
114. e II User Manual Version 2B 6 16 14 SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT Press B gt SWITCH INPUT STATUS HOLD q INPUT 01 SCAN ON OPEN OFF OPEN EXIT HOLD d INPUT 06 SCAN ON OPEN OFF OPEN EXIT Programming HA Apprentice IT How To Control A Relay or Relay Group of Relays With a Switch Parameter Key CONCEPTS AND PARAMETERS di li To control a relay with a switch you must 1 Define the selected switch input 2 Select the relay output or relay group that the switch controls 3 Define how the switch will control the relay INPUT 1 of 48 possible controller switch inputs TYPE switch type Default is MOM ON OFF see Table 3 3 for a list of possible switch types RELAY 1 of 48 possible controller relay outputs RELAY GROUP a user defined group of relay out puts that will react as a group to a switch or timer NOTE The ILC Apprentice Il controller input can signal accept dry contact inputs from 3 wire SPDT ACTION How the switch actuation will effect the momentary contact switches or 2 wire momen relay Default is NO ACTION Other possible tary and maintained contact switches See responses ON ONLY OFF ONLY ON AND OFF Figure 3 2 BLINK ALERT NOTE Hardwire input numbers correlate to the Output board that it is attached to For exam ple an Input board associated with an Output board controlling relays 5 to 8 would contain inputs 5 to 8
115. e Time Setting screen appears press or V until the proper hour is displayed Be sure that AM PM setting is correct 6 Press B gt MINUTE then press or W until the correct minute is displayed 7 Press B gt SET to return to the Time Date menu 8 Press B gt DATE 9 MONTH is displayed then press or V until the correct month is displayed 10 Press B gt DATE then press or W until the correct day of the month is displayed 11 Press B gt VEAR then press or W until the correct year is displayed 12 Press B gt SET to return to the Time Date menu 13 Press DAY then press or W until the correct day of the week is displayed 14 Press B gt SET to return to the Time Date menu 15 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice Il User Manual Version 2B 6 16 14 EEE ApprenticelT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then press W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press TIME AND DATE 07 50 54 PM WED 10 30 02 Press B gt TIME then or W TIME 4 07 50 PM MINUTE SET TIME 07 50 PM MINUTE 4 SET Press B gt SET TIME 07 50 54 PM DATE WED 10 30 02 DAY EXIT Press B gt EXIT 3 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming HA A
116. e connec tors See Figures 4 1a and 4 1b Run the CAT 5 cable between the controller and specially designed LightSync devices installed throughout the facility See Figure 4 4b There are limitations to the distance that data can travel over CAT 5 cable without loss and distance limitations due to voltage drop asso ciated with cable length and number of devices on the LightSync data line See Figure 4 2b for detail The devices are equipped with two RJ 45 connectors Each switch must have a unique node address 01 20 See Figure 4 5 NOTE LightSync switch node addresses are preset at the factory LightSync switches are available in momen tary pushbutton maintained or key switch configurations Switches are available with up to 6 pushbuttons mounted on a single gang plate Key switch nodes are limited to one per gang In addition to the switches a ILC Apprentice Il User Manual Version 2B 6 16 14 299 Apprenticell LightSync photocell node Figure 4 6 a 4 input switch input module Figure 4 7 and a occupancy sensor input module Figure 4 8 are also available Each Apprentice Il con troller or expansion panel controller may power up to 8 LightSync switch nodes No Apprentice Il controller panel can power more than eight 8 LightSync devices on the data line without a Power Supply PS Power Supply Repeater PSR or LightSync Hub each can power up to 20 additional LightSync devices S
117. e ignored input are turned ON OFF or output photo sensors as turn OFF When the input is turn OFF The second time held in their current state shown below activated again group A the switch is activated and all other control com ON turn OFF and group B turn group A turn OFF and mands are ignored ON The pattern repeats group B turn ON The third All inputs timers are O COM with successive switch acti time both groups turn ON ignored for controlled vations The fourth time both relay outputs groups turn OFF The fifth O OFF actuation begins a repeat MOMENTARY of the 4 steps Programmed as Momentary ON ON 00 9 ON 9 ON O p Gm oem o com om Q COM Q com COM OoFF OorF OoFF O OFF O OFF OOFF MOMENTARY MOMENTARY MAINTAINED MAINTAINED MAINTAINED se ON OFF input Motion Sensor Inputs Fire Alarm System Inputs Dry Contact Interface Force Timer HID Bi Level ILC Apprentice controllers can be connected to either momentary or maintained output motion sensors as shown below O COM O OFF MOMENTARY Programmed as Momentary ON oco Oort MAINTAINED Programmed as Maintained ON OFF input ILC Apprentice controllers can be easily connected to building Fire Alarm Systems to force selected controlled lighting circuits to the ON OFF or HOLD state and lock out all other forms of con trol when a Fire Alarm sig
118. e of service may be required But if advance isn t practical you will be notified as soon as possible You will be advised of your right to file a complaint with the FCC if you believe it is necessary Your telephone company may make changes in your facilities equipment operations or procedures that could affect he opera tion of your equipment If they do you will be given advance notice so as to give you an opportunity to maintain uninterrupted service If you experience trouble with this telephone equipment please contact Intelligent Lighting Controls Inc Reliant Relay Co Technical Support Department at 1 800 922 8004 for repair and warranty information If your equipment is causing harm to the telephone network the telephone company may request that you disconnect the equipment until the problem is resolved This equipment may not be used on public coin service provided by the telephone company Connection to party lines is subject to state tariffs Contact your local state public utility commission or corporation commission for information NOTICE The Industry Canada label identifies certain equipment This certification means that the equipment meets certain telecommunications network protective operational and safety requirements The Industry Canada does not guarantee the equip ment will operate to the user s satisfaction Before installing this equipment users should ensure that it is permissible to be connected to the
119. ee Figures 4 2a b and c PSRs are also required if the installation layout requires T connections one incom ing and two outgoing lines See Figure 4 9 4 1 Installation Check the electrical prints and other job documentation to determine the most efficient way to route the CAT 5 cable as well as the number and location of any required repeaters 2 Run the cable between the Apprentice II and all the LightSync node locations Observe all guidelines detailed in Figure 4 2a 3 Install the male RJ 45 connectors on the cable ends and verify the integrity of cable runs with a CAT 5 cable tester Nofe The Apprentice Il expansion panel controller and device node address are sep arate sets Therefore it is possible for exam ple to have a slave node 03 and a device node 03 4 Set each node address and plug the cables into the appropriate controllers and device nodes 5 Power up the Apprentice Il controller and expansion nodes If necessary see Section 2 for required guidance 6 Program the switches and define the relay outputs relay groups that each switch controls See programming information later in this section Actuate each switch to verify correct operation N 4 1 Bulyoyims 991194 DUASJY N LightSync Device Switching fas ApprenticeIT Data Cable Requirements Definitions Category 5 Cable UTP Unshielded Twisted Pair A 4 pair high performance cable that consists of twi
120. elay output will react when the Table 3 1 TIMERS Choice controller is powered up The default is NO ACTION RELAY GROUP a user defined group of relay outputs that will react as a group to a switch or timer signal Definition NO BLINK default The relay will not blink prior to an OFF Timer BLINK The relay output blinks and postpones the OFF timer for a user defined time 2 99 minutes The default alert time is 5 minutes If a switch controlling the relays is turned ON during this time the OFF Timer is again postponed for a user defined period 5 999 minutes or until the switch is turned OFF The default override is 120 minutes HID DELAY Same as BLINK the OFF timer is postponed except that there is NO blink warning ALARM ON PLS During the ON pulse period 1 99 seconds programmable the relay is cycled ON and OFF at 1 second intervals The relay returns to OFF when complete Used to alarm or buzzer signal applications ALARM OFF PLS During the OFF pulse period 1 99 seconds programmable the relay is cycled OFF and ON at 1 second intervals The relay returns to ON when complete Used in set table blink alert applications ALARM ON Relay will turn ON for a programmed duration 1 99 seconds and then return to the OFF state Used for mechanically latching contactor control ALARM OFF Relay will turn OFF for a programmed duration 1 99 seconds and then return to the ON state
121. en 18 nvoSMD DO 00018 nvisMD DO 00018 1 Output Closed 0 Output Open 19 nvoSMD DO 00019 nvisSMD DO 00019 1 Output Closed 0 Output Open 20 nvoSMD DO 00020 nviSsMD DO 00020 1 Output Closed 0 Output Open 21 nvoSMD_DO_00021 nvisMD_DO_00021 1 Output Closed 0 Output Open 22 nvoSMD_DO_00022 nvisMD_DO_00022 1 Output Closed 0 Output Open 23 nvoSMD DO 00023 nvisMD_DO_00023 1 Output Closed 0 Output Open 24 nvoSMD_DO_00024 nvisMD_DO_00024 1 Output Closed 0 Output Open 25 nvoSMD_DO_00025 nvisMD_DO_00025 1 Output Closed 0 Output Open 26 nvoSMD_DO_00026 nvisMD_DO_00026 1 Output Closed 0 Output Open 27 nvoSMD DO 00027 nvisMD_DO_00027 1 Output Closed 0 Output Open 28 nvoSMD_DO_00028 nvisMD_DO_00028 1 Output Closed 0 Output Open 29 nvoSMD_DO_00029 nvisMD_DO_00029 1 Output Closed 0 Output Open 30 nvoSMD_DO_00030 nvisMD_DO_00030 1 Output Closed 0 Output Open 31 nvoSMD DO 00031 nvisMD_DO_00031 1 Output Closed 0 Output Open 32 nvoSMD DO 00032 nvisSMD DO 00032 1 Output Closed 0 Output Open 33 nvoisMD DO 00033 nvisMD DO 00033 1 Output Closed 0 Output Open 34 nvoSMD DO 00034 nvisSMD DO 00034 1 Output Closed 0 Output Open 35 nvoSMD DO 00035 nvisSMD DO 00035 1 Output Closed 0 Output Open 36 nvoSMD DO 00036 nvisMD DO 00036 1 Output Closed 0 Output Open 37 nvoSMD DO 00037 nvisMD DO 00037 1 Output Closed 0 Output Open 38 nvoSMD DO 00038 nviSsMD DO 00038 1 Output
122. facilities of the local t elecommunications company The equipment must also be installed using an acceptable method of connection In some cases the company s inside wiring associated with a single line of individual service may be extended by means of a certified connector assembly telephone extension cord The customer should be aware that compliance with the above conditions may not prevent degradation of service in some situations Repairs to certified equipment should be made by an authorized Canadian maintenance facility designed by the supplier Any repairs or alterations made by the user to this equipment or equipment malfunctions may give the telecommunications com pany cause to request the user to disconnect the equipment Users should ensure for their own protection that the electrical ground connections of the power utility telephone lines and internal metallic water pipe system if present are connected together This precaution may be particularly important in rural areas CAUTION Users should not attempt to make such connections themselves but should contact the appropriate electric inspection authority or electrician as appropriate The Ringer Equivalence Number REN assigned to each terminal device provides an indication of the maximum number of termi nals allowed to be connected to a telephone interface The termination on an interface may consist of any combination of devices subject only to the requirement that the sum
123. ghtSync Switching ILC APPRENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC SECH ALL ON ALL OFF ILC Apprentice II User Manual Version 2B 6 16 14 LightSync Device Switching Table of Contents fm APprenticelT Section 4 LightSync Device Switching 4 0 Section OVE EN ici 4 1 Eee 10 risa 4 1 4 2 How to Control Relays With a LightSync Switch esseere 4 13 AS WGI OVINE SVEN te 4 18 224 L NNE VEN risas dotium do toubib 4 20 ILC Apprentice II User Manual Version 2B 6 16 14 LightSync Device Switching 4 0 Section Overview This section covers installation and program ming procedures required to implement LightSync switching via a Apprentice Il controller You should be equipped with the following tools available from ILC CAT 5 Terminal Crimping Tool ILC Part No 1 ea 93000801 LanRover Pro CAT 5 Tester ILC Part No 1 ea 93000811 System Overview Guidelines You can control relay outputs and monitor switch and switch pilot status over the con troller s communications bus Most switch functions available via hardwired connection to the switch inputs are also available for LightSync switching The Apprentice Il Network supports up to 32 LightSync switch nodes Note These adaresses are separate set of addresses from the Apprentice Il Expansion Panel slave node addresses The communications media is an 8 wire 24 gauge CAT 5 cable terminated at the controller CPU Board RJ 45 femal
124. hat the Softcross relays are landed properly on the relay output board s 3 Override the affected relay ON OFF with the override switches located on the controller board See Figure 1 2 4 If the relay doesn t respond consult the factory 2 6 3 Switch Input Will Not Function 1 Check your programming 2 Verify proper connections at field and controller end 3 Verify that there is only one maintained switch connected per input 4 Unhook field connections from affected input Connect test switch of same type as field switch LightMaster II User Manual Version 2B 6 16 14 EEE Apprenticell 5 Work the test switch and verify that the CPU is seeing the switch input by viewing the current switch status This can be done with the keypad by going to the Switch Status screen and scrolling to the individual input or scanning all of the inputs to verify that a switch closure is being seen by the controller See Section 3 4 Also the output board s s can be tested through the key pad Relays can be forced individually or alll swept ON or OFF using the keypad See Section 3 3 6 If the switch input or affected relay doesn t respond or no response is viewed through the keypad consult the factory 2 6 4 Timers Will Not Function Properly 1 Check your programming 2 Force the Timer using the keypad under Force Timers in the Timer section If the relay doesn t react consult the factory 2 6 5 Entire Inpu
125. hen press B gt EDIT CONTROL 2 When the Single Relay Relay Group Control menu appears press B gt INPUT RELAY GROUPS 3 Press or W until the input that controls relay s appears 4 Press B gt GROUP then press or V until the relay group to be controlled appears 5 Press B gt ACTION then press or W until the desired relay group action appears 6 Repeat steps 3 and 4 for any additional relay groups controlled by the input ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprentice LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press B gt INPUT RELAY CONTROL NODE LSYNC 02 TYPE 1 BUTTON EDIT CONTROL EXIT Press B gt EDIT CONTROL INPUT SINGLE RELAYS INPUT RELAY GROUPS EXIT Press B gt INPUT RELAY GROUPS INPUT LSYNC 02 1 GROUP GROUP 01 ACTION ON AND OFF EXIT MOM P B Press gt GROUP INPUT LSYNC 02 1 GROUP 4 GROUP 01 ACTION ON AND OFF EXIT MOM P B Press B gt ACTION INPUT LSYNC 02 1 GROUP GROUP 01 ACTION 4 ON AND OFF EXIT MOM P B Bulyoyims 291194 DUASIUBIT LightSync Device Switching Ama ApprenticeIT 4 3 LightSync Switch Status Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LIGHT SYNC INPUTS
126. hen the Relay Status menu appears press or W Press B gt RELAY OUTPUT STATUS until the relay you want to control appears 6 Press B gt ON to switch ON the relay or B gt OFF to switch GE OFF the relay EXIT Press B gt SINGLE RELAYS 7 Press B gt EXIT 4 times to return to the Home Screen RELAY 01 IS OFF Press for desired relay RELAY 03 IS OFF Press B gt ON or gt OFF RELAY 03 IS ON Press B gt EXIT 4 times to return HOME ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC ILC Apprentice II User Manual 3 8 Version 2B 6 16 14 Buuwni6oig Programming SAMPLE OPERATION How To Program a Relay To Perform a Blink Alert 1 From the Home screen press P EDIT 2 When the MAIN menu appears press B gt RELAY OUTPUTS 3 Press B gt RELAY OUTPUT OPTIONS 4 When the Relay Options screen appears press Ao W until the Relay you want to perform the blink alert appears 5 Press B gt TIMERS then Ao W until BLINK appears in the timer field 6 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt RELAY OUTPUTS RELAY OUTPUT STATUS RELAY OUTPUT OPTIONS RELAY GROUPING EXIT Press B gt RELAY OUTPUT OPTIONS
127. l controller panel can power more than eight 8 LightSync I fq Upto 20 addi devices on the data line without a PS PSR or LightSync Hub JE E tional devices each can power up to 20 additional LightSync devices AP Il 16 Counts as 2 Total Power Cumulative Distance The cumulative distance from each device to its power supply may not exceed 2000 feet if powered by a Apprentice Il panel or 3000 feet if pow _ ered by a PS PSR or LightSync Hub Total cumulative distance is equal to the AP 1104 total of the run to EACH device 25 50 50 125 feet in this example ILC Power and Data Total Data end No of LightSync Cumulative Power Repeating Device to end Distance Devices Powered Distance Apprentice Il Panel 3000 feet 8 2000 feet Power Suppy PS N A 20 3000 feet Power Supply 3000 feet 20 3000 feet Repeater PSR combined LightSync Hub 1500 feet 20 total 1500 feet HUB per port per port E I Ei LO lt 2 0 O s 0 0 e fs 2 I Q ILC Power and Data Repeating Devices A Power Supply Repeater PSR is both a power supply and data repeater and its primary purpose is to repeat data and provide a bridge to another data line capable of 3000 feet end to end This device also has one incoming and two outgoing RJ45 ports to split the line into two different directions The PSR also adds power to LightSync devices for an additional 30
128. ler o o e CPU board em OOO ILC Apprentice Il Controller KK OK OK 3 NEG DRAIN 18 Gauge Shielded twisted pair H POS o n u B o ul to MODBUS network O 100 ohm Terminating Resistor NOTE Drain wire must only Used only if ILC Apprentice Il controller MODBUS Add on Card is the last device on able be connected on one end Figure M 1 MODBUS Set Up gt o o 0 2 a x ILC Apprentice Il User Manual M 2 Version 2B 6 16 14 Appendix M MODBUS Communications M 4 Transmission Mode Characteristics ASCII printable characters are easy to view when trouble shooting and this mode is suit ed to PLC masters and computer masters programmed in a high level language such as VISCOM BASIC In RTU mode data is sent in 8 bit binary char acters In ASCII mode data is divided into two 4 bit parts and then represented by the hexadecimal equivalent ASCII mode uses twice as many characters as RTU mode but decoding is easier In RTU mode data must be transmitted in a continuous stream In ASCII mode breaks of up to one second can occur between char acters to allow for a relatively slow master M 5 Hardware Setup The ILC Apprentice Il must be equipped with a MODBUS add on card and addressed with a unique node address See Figure M 1 The network cable is a two wire shielded twisted pair Consult the Automation system provider for the exact specifications Terminate the cable as shown in Figure M 1 M 6 Requi
129. llinois Champaign 40 88 Illinois Chicago 42 87 Illinois Decatur 40 89 Illinois Peoria 40 89 Illinois Rockford 42 89 Illinois Springfield 40 89 Illinois Urbana 40 86 Indiana Evansville 38 87 Indiana Ft Wayne 41 85 Indiana Gary 41 87 Indiana Indianapolis 40 86 Indiana Lafayette 40 87 Indiana Muncie 40 85 Indiana South Bend 41 86 Indiana Terre Haute 39 87 lowa Cedar Rapids 42 91 lowa Des Moines 41 93 lowa Dubuque 42 90 lowa lowa City 41 91 Iowa Sioux City 43 96 lowa Waterloo 42 92 Kansas Dodge City 38 100 Kansas Kansas City 39 94 Kansas Salina 39 97 Kansas Topeka 39 95 Kansas Wichita 37 97 Kentucky Ashland 38 82 Kentucky Bowling Green 37 86 Kentucky Lexington 38 84 Kentucky Louisville 38 86 Kentucky Paducah 37 88 Louisiana Baton Rouge 30 91 Louisiana New Orleans 30 90 Louisiana Shreveport 32 93 Maine Augusta 44 70 Maine Bangor 45 69 Maine Lowell 42 71 Maine Portland 43 70 Maryland Baltimore 39 76 Maryland Springfield 42 72 Massachusetts Boston 42 71 Massachusetts Brockton 42 71 Massachusetts Cambridge 42 71 Massachusetts Fall River 41 71 Massachusetts Lawrence 42 71 Massachusetts Plainfield 42 73 Massachusetts Worcester 42 72 Michigan Ann Arbor 42 83 Michigan Battle Creek 42 85 Michigan Bay City 43 84 Michigan Detroit 42 83 Michigan Flint 43 83 Michigan Grand Rapids 43 85 Michigan Jackson 42 84 Michigan Kalamaz00 42 85 Michigan Lansing 42 84 Michigan Saginaw 43 84 Minnesota
130. lt timing parameters for the alert HID delay or alarm and the execution of an optional blink alert HID delay and alarm relay OFF timer or blink alert switch signal that has not output timer options are not appropriate for been overridden by a switch closure The default e i is 5 minutes Other choices are from 2 99 minutes your application you can change them If the defaults are appropriate you need not OVERRIDE The amount of time a switch closure i i can be programmed to postpone the execution FORO reel alone allo of an OFF timer or blink alert switch signal The default is 120 minutes Other choices are from 5 minutes to 999 minutes ALARMS The length of the pulse for momentary alarm signals The default is 5 seconds Other choices are from 1 99 seconds CONFIGURE TIMED ON Whether the timed on period is invoked by a switch opening or closing FORCE TIMERS Execute the selected timer U To SAMPLE OPERATION ILC APPRENTICE II Q Change the Blink Alert from the Default iti S 1 Ce S 1 From the Home screen press P EDIT then W EDIT C 2006 ILC 3 I Q Press B gt EDIT then 2 When the Main menu appears press B gt TIMERS SWITCH INPUTS 3 When the Timer menu appears press B gt BLINK SR ALERT ALARMS EXIT Press B gt TIMERS 4 When the Blink Alert Alarms screen appears press A or W until the desired Blink Alert time appears CONETBURE PINE in the Blink Alert field TIMER RELAY CONT
131. module commands can be sent to the panel to force relays On and OFF force relays On and OFF with a timer option blink double blink HID delay Alarm On Alarm OFF Pulse On and Pulse OFF monitor relay status monitor input sta tus and enable disable inputs ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell L 2 Hardware The Apprentice Il LonWorks module consists of a FieldServer ProtoCessor module that directly connects to the main processor via a ribbon cable and multi pin connector This interface is provided with a 5VDC power supply that derives its power from the 24VAC control transformer The module is provided with a connector for data communications See Figure L 1 L 3 Hardware Setup The controller will automatically sense and enable communication for the system To verify that the interface is communicating to the panel follow the menu shown in figure L 2 L 4 Point Map Refer to Table L 1 for the points that the BAS system can read or write These points read the entire network of panels as if it is a single panel L 1 Appendix L LonWorks Communications sas Apprentice ILC Apprentice II LonWorks Communications
132. mon will turn relays OFF HID BI LEVEL 3 wire The first contact between ON and Common turns the ON OFF ballast momentary relay ON and the HIGH LOW ballast relay HIGH NC default or Low NO default and locks them in this position for a 15 minute warm up period Subsequent contact closures between ON and Common toggle between HIGH and LOW Contact between OFF and COMMON locks both the ON OFF and HIGH LOW ballast relays OFF for 15 minutes Two Step Group 2 wire Upon switch activation Group A relays turn ON and Group B turn OFF momentary The following activation causes Group A to turn OFF and Group B to turn ON The pattern repeats with each switch activation Four Step Group 2 wire On the first activation Group A relays turn ON and Group B turn OFF momentary On the second activation Group A turns OFF and B turns ON The third activation causes both A and B to go ON On the fourth activation both A and B go OFF Then the pattern repeats Input Disable 2 wire As long as the switch is closed other selected inputs are disabled maintained Timer Disable 2 wire As long as the switch is closed selected timers are disabled maintained Output Override 2 wire When the switch is closed selected relay s will go to the programmed maintained ON OFF or No Control status other signals are ignored until switch is open FORCE TIMER 2 wire The switch closure will trigger the selected timer maintained Table 3 3 ILC
133. n 30 and 2 seconds Photocell Filter Scan Rate Screen Flow ILC Apprentice II User Manual 3 59 Version 2B 6 16 14 Programming How to Change the LightSync Photocell Filter CONCEPTS AND PARAMETERS The controller reacts to a change of state seen by the photo sensor To ensure switching accuracy the controller will react only when the change of state is observed for a pre established default duration time of 30 seconds You may change the default duration time 30 seconds to 2 seconds SAMPLE OPERATION Change the Photocell Filter to 2 Seconds 1 From the Home screen press B gt EDIT then press W 5 times 2 When the Main menu appears press B gt SPECIAL FUNCTIONS 3 When the Special Functions menu appears press B gt PHOTOCELL FILTER to change the scan rate from 30 to 2 seconds 4 Press B gt EXIT twice to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 299 ApprenticelT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 30 m EXIT y Press gt PHOTOCELL FILTER EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 2 EXIT i Press P EXIT twice ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Buuwni6oig Ik Apprentice IT Section 4 Li
134. n 2 Installation AR SS EN EE 2 1 2 1 Pre nsrellatlon CHECK 2 2 22 Mounting the CORI 2 2 A TIME 2 2 2 2 2 Environmental Considerations ii 2 2 2 2 3 Distance From Hardwired Control Devices 2 2 23 Wing Te Controle ura 2 2 2 3 1 Wire the Control Transformer msn cad 2 2 FA PAS en eme pelle se PR dad 2 2 LERRET pe OE inttr ttrian tt trE rrine rennet 2 2 2 4 PIE POWET Checa 2 5 2 4 1 Check Controller Power Input aa rana 2 5 2 4 2 Verify Supply VON nine scheme 2 5 2 4 3 Double Check CONNECTIONS sis mirent 2 5 4 4 4 External Monitoring and Control AAA 2 5 2 5 Power Up and Check OUT 2 5 2 5 1 Power Up NE COMbll rLuuqunonnsasmesvnintsadnmuekpeinin 2 5 2 5 2 Verify the Lighting IOelgays uice rre rr eres 2 5 2 5 3 Perform Initial Programming Procedures 2 5 254 Verify the Switching FUNCION 2 5 2 5 5 Verify The Timer Functions iii i 2 5 2 6 MOUBIESNOOTINO seia essences 2 6 2 6 1 Controller Will Not Powoer Up s sive ainia 2 6 2 6 2 Lighting Relay s Will Not Function 2 6 2 6 3 Switch Input Will NOT FUNCHON ir 2 6 2 6 4 Timers Will Not Function Propper 2 6 2 6 5 Entire Input or Output Board s Will Not Function 2 6 ILC Apprentice II User Manual Version 2B 6 16 14 Section 2 Installation sas Apprentice IT Objectives Overview This section shows you how to install the ILC This section covers the following topics Apprentice Il controller and how to perform required
135. n pushbutton addressed as 06 the buttons would be 06 1 06 2 and 06 3 respectively 8 Press B gt TYPE then press or W until the desired functional switch type appears Note Functional switch types are limited by the physical node type See Table 4 10 9 Press B gt EXIT twice to return to the LightSync Input menu ILC Apprentice Il User Manual Version 2B 6 16 14 ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LIGHT SYNC INPUTS LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press gt CONFIGURE DEVICES NODE 4 LIGHT SYNC 02 TYPE 1 BUTTON CONFIGURE EXIT Press gt CONFIGURE INPUT 4 LSYNC 02 1 TYPE MOM P B EXIT Press gt TYPE INPUT LSYNC 02 1 TYPE a MOM P B EXIT Press B gt EXIT twice LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT 4 15 Bulyoyims 291184 DUASJY N LightSync Device Switching SAMPLE OPERATION Control a Single Relay Output From a Switch Node Select the Relay That the Switch Node Controls 1 From the LightSync Input menu press B gt INPUT RELAY CONTROL press or V to select device then press gt EDIT CONTROL On the next screen press B gt INPUT SINGLE RELAYS 2 Press until the inpu
136. nal is present contacts CLOSED 00 _o com OoFF MAINTAINED Programmed as Output Override input Virtually any control sys tem or device can be inter faced to a ILC Apprentice controller through the use of a simple dry contact interface utilizing any of the available switch types Please consult factory for any special requirements A switch input can be mapped to force a ILC Apprentice Timer activation gt On _o com OoFF MAINTAINED Operation of Bi level HID Ballasts First contact between COM and ON will turn ON power and High Low relay High Low relay is locked ON for 15 minutes for warm up peri od Additional activations of ON terminal will toggle High Low relay Contact between OFF and COM will turn relays OFF OA Q COM Oo MOMENTARY NOTE Switch Enable Disable Inputs may be enabled or disabled based on Time of day Table 1 2 ILC Apprentice Switch Input Types ILC Apprentice Il User Manual Version 2B 6 16 14 O O 3 Q d Jg 1 o 9 E o 5 Controller Description Mme Apprentice 4 line LCD display USB Port Programming buttons RJ 45 Connectors for Add on Module data line devices optional IFFITIITT D E na Programming buttons Power LED Terminal block for ILC APPRENTICE II i processor fransformer MON 08 07 06 04 19 44 PM O EDIT CC 2006 ILC 12 VAC
137. ndividual relays subject to the OFF sweeps Groups relay groups subject to the OFF sweeps SAMPLE OPERATION Program a Relay Group for Off Sweeps 1 From the Home screen press B gt EDIT then press W twice 2 When the Main menu appears press B gt SET TIMES then W twice 3 When the SET TIMES Menu appears press B gt OFF HOURS SWEEPS 4 When the Off Hours Sweep menu appears press B gt GROUPS 5 When the Off Sweep Group screen appears press Aor V to select the relay group subject to the Off sweep 6 Press B gt INCLUDE until YES appears 7 Press B gt EXIT 4 times to return to the Home screen ILC Apprentice Il User Manual Version 2B 6 16 14 ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press B gt SET TIMES then W twice ASTRO CLOCK OPEN CLOSE TIMES OFF HOURS SWEEPS EXIT de Press B gt OFF HOURS SWEEPS INTERVAL 1 HOUR S RELAYS GROUPS EXIT Press gt GROUPS OFF HOURS SWEEPS GROUP d GROUP 03 INCLUDE NO EXIT Press B gt INCLUDE OFF HOURS SWEEPS GROUP GROUP 03 INCLUDE YES EXIT Burwwpibo0ld Programming HA Apprentice II 3 13 Input Active Times Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT OPEN CLOSE TIMES OFF
138. nput Open 20 SMD DI 10020 SMD DI 10068 1 Input Closed 0 Input Open 21 SMD DI 10021 SMD DI 10069 1 Input Closed 0 Input Open 22 SMD DI 10022 SMD DI 10070 1 Input Closed 0 Input Open 23 SMD DI 10023 SMD DI 10071 1 Input Closed 0 Input Open 24 SMD DI 10024 SMD DI 10072 1 Input Closed 0 Input Open 25 SMD DI 10025 SMD DI 10073 1 Input Closed 0 Input Open 26 SMD DI 10026 SMD DI 10074 1 Input Closed 0 Input Open 27 SMD DI 10027 SMD DI 10075 1 Input Closed 0 Input Open 28 SMD DI 10028 SMD DI 10076 1 Input Closed 0 Input Open 29 SMD DI 10029 SMD DI 10077 1 Input Closed 0 Input Open 30 SMD DI 10030 SMD DI 10078 1 Input Closed 0 Input Open 31 SMD DI 10031 SMD DI 10079 1 Input Closed 0 Input Open 32 SMD DI 10032 SMD DI 10080 1 Input Closed 0 Input Open 33 SMD DI 10033 SMD DI 10081 1 Input Closed 0 Input Open 34 SMD DI 10034 SMD DI 10082 1 Input Closed 0 Input Open 35 SMD DI 10035 SMD DI 10083 1 Input Closed 0 Input Open 36 SMD DI 10036 SMD DI 10084 1 Input Closed 0 Input Open 37 SMD DI 10037 SMD DI 10085 1 Input Closed 0 Input Open 38 SMD DI 10038 SMD DI 10086 1 Input Closed 0 Input Open 39 SMD DI 10039 SMD DI 10087 1 Input Closed 0 Input Open 40 SMD DI 10040 SMD DI 10088 1 Input Closed 0 Input Open 41 SMD DI 10041 SMD DI 10089 1 Input Closed 0 Input Open 42 SMD DI 10042 SMD DI 10090 1 Input Closed 0 Input Open 43 SMD DI 10043 SMD DI 10091 1 Input Closed 0 Input Open 4
139. ns PARITY options RTU ASCII 4800 9600 19200 38400 ODD EVEN NONE ILC Apprentice II User Manual Version 2B 6 16 14 MODBUS Screen Flow xipueddy Appendix M MODBUS Communications fas Apprentice Apprentice II Input ON OFF Closed Open 49 1 Input Closed 0 Input Open 2 2 50 1 Input Closed 0 Input Open 3 3 51 1 Input Closed 0 Input Open 4 4 52 1 Input Closed 0 Input Open 5 5 53 1 Input Closed 0 Input Open 6 6 54 1 Input Closed 0 Input Open 7 7 55 1 Input Closed 0 Input Open 8 8 56 1 Input Closed 0 Input Open 9 9 57 1 Input Closed 0 Input Open 10 10 58 1 Input Closed 0 Input Open 1 1 59 1 Input Closed 0 Input Open 12 12 60 1 Input Closed 0 Input Open 13 13 61 1 Input Closed 0 Input Open 14 14 62 1 Input Closed 0 Input Open 15 15 63 1 Input Closed 0 Input Open 16 16 64 1 Input Closed 0 Input Open 17 17 65 1 Input Closed 0 Input Open 18 18 66 1 Input Closed 0 Input Open 19 19 67 1 Input Closed 0 Input Open 20 20 68 1 Input Closed 0 Input Open 21 21 69 1 Input Closed 0 Input Open 22 22 70 1 Input Closed 0 Input Open 23 23 71 1 Input Closed 0 Input Open 24 24 72 1 Input Closed 0 Input Open 25 25 73 1 Input Closed 0 Input Open 26 26 74 1 Input Closed 0 Input Open 27 27 75 1 Input Closed 0 Input Open 28 2
140. o vides both data and power to these devices See Figure 1 5 which details cable specifications The cable terminates to ports on each Apprentice Il controller or expan sion panel as shown in Figure 1 7 The total data line end to end distance may not exceed 3000 feet without the addition of a Power Supply Repeater PSR See Figure 1 6 and 1 8 to the data line Only a PSR will extend the data line A PSR has one incoming and two outgoing RJ45 ports to split the line into two different directions See Figure 1 8 for an example of possible project layout 1 3 2 Network Architecture The network can consist of a Master stan dard panel and a number of Expansion pan els that add up to a maximum of 48 relay out puts The Master panel is always Node 1 and controls the Expansion panels The Expansion panels are adddressed with a unique node address ranging from 2 to C The data line exits the Master panel s RJ 45 OUT port and enters the IN port of the Expansion panel As an alternative to programming from the Master Controller Keypad programming may be done from a personal computer PC equipped with proprietary ILC Apprentice Il Pro software See Appendix C for details ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell 1 3 3 Device Nodes Apprentice Il Networks also feature Device Nodes These are data switches photocells and other input devices connected to the CAT 5 data line See Figure 1 8 There c
141. of each device making up the switching node INPUT the node address of the device which is to control the Relay or Relay group TYPE functional the operational characteristics of the input See Table 4 10 for possible choices RELAY 1 of 48 possible controller relay outputs RELAY GROUP a user defined group of relay outputs that will react as a group to a switch or timer signal ACTION how the switch actuation will affect the relay Default is NO ACTION Other possible responses are ON ONLY OFF ONLY ON AND OFF BLINK ALERT 4 14 EEE Apprenticell LightSync Device Switching premiceu SAMPLE OPERATION Control a Single Relay Output From a Switch Node Define the LightSync Switch Node 1 From the Home screen press B gt EDIT 2 When the Main menu appears press B gt SWITCH INPUTS then press B gt LIGHT SYNC INPUTS 3 From the Switch Input menu press B gt CONFIGURE DEVICES 4 When the top level configuration screen appears press or W until the switch node address you want to define appears 5 Press B gt TYPE then press Aor W until the physical switch node type appears 6 Press CONFIGURE to access the second configuration screen 7 If necessary press or V until the sub address of the device you want to define appears NOTE On multi device nodes each device will have a distinct sub address which can be assigned its own function switch type For example in a 3 butto
142. of the Ringer Equivalence Numbers of all the devices does not exceed 5 gt o o 0 2 a x ILC Apprentice Il User Manual A 1 Version 2B 6 16 14 Appendix A Voice DIMF Add On Module A 1 Overview The telephone Add On Module is an option al board that is easily added to the ILC Apprentice Il controller This module supports dual tone multi frequency DTMF touchtone telephone control and monitoring The mod ule plugs into the expansion port provided on the ILC Apprentice Il controller CPU board See Figure A 2 A 2 Voice DTMF Control Features This Add On Module supports the following touchtone telephone control features e Get the current status of the controller s relay outputs e Turn ON or OFF single relays or groups of relays e Get the current status of the controller s switch inputs e Activate preset scenes ILC Apprentice II Controller E Apprenticell DTMF commands and control functions are supported by voice prompts that guide you through operational commands and give you instructions on how to use the system A 3 Voice DTMF Control Setup 1 The ILC Apprentice Il must be equipped with a Voice DTMF Add On Module Locate the card on the controller s processor board See Figure A 2 2 Connect a phone cord to the module s RJ11 jack and connect the other end to the telephone outlet The telephone line must be an analog line and have its own phone number The line must be direct and
143. ol no norronnnnnnnoo 2 5 2 5 PowerUp and CSC D E 2 5 2 5 1 Power Up the Controller criadores 2 5 2 5 2 Verify the Lighting RES 2 5 2 5 3 Perform Initial Programming Procedures 2 5 2 5 4 Verify the Switching FUNCTION anis ass ac 2 5 2 5 5 Verify the Timer FUNCTIONS 2 5 ILC Apprentice II User Manual Version 2B 6 16 14 Table of Contents HP Apprentice IT Section 2 Installation continued 2 6 Leen Te ele WEE 2 6 2 6 1 Controller Will Nor Power Up 4 irr eina rera ea end 2 6 2 6 2 Lighting Relay s Will Not Function i 2 6 2 6 3 Switch Input Will Not FUPCHTOTL isa een ade elei 2 6 2 6 4 Timers Will Not Function Propper 2 6 2 6 5 Entire Input or Output Board s Will Not Function 2 6 Section 3 Programming 3 0 Section OVSIVIGW unici 3 3 1 Addeen Menu CROSS JE td 3 2 Reien e 3 3 3 3 Configuring the Apprentice Il Network AA 3 5 3 4 Relay Output OSTIAS shine nimes 3 6 3 9 e Opera TE nda 3 11 3 5 ewiteh POTOSI aries 3 20 3 7 How To Set The Controller CIOCK reeniri 3 22 3 8 Disable Daylight SAVINGS me 3 24 3 9 Adjust Daylight Savings Time Settings 3 26 3 10 Time Based Operations vass dsd ddumigaeedaninmmdjnnine 3 28 3 11 Blink 219 cca 3 43 312 Off AGUS SWS OS sica 3 45 181600 ACE NES ciao daa ei 3 47 o 11 Preser ODEIOTIONG id ia 3 49 3 SINN iaa i 3 52 3 16 How to Enter or Change a Password ss 3 54 3 17 How to View the Firmware Revision i 3 56 KA e e D e e 3 5
144. olled relay outputs OFF Momentary Pushbutton LightSyncSwitch LightSync Input Momentary contact between ON and COMMON turns controlled relays ON and OFF alternately each time contact is made Maintained ON OFF LightSync Input When contact between ON and COMMON is made controlled relays turn ON When contact is broken controlled relays turn OFF Photocell LightSync Photocell Controller Relays go ON and OFF at user entered approximations of foot candle levels Set Preset LightSync Switch LightSync Input When momentary contact between ON and COMMON is made the controlled relay outputs will go to their programmed states HID BI LEVEL LightSync Input The first contact between ON and COMMON turns the ON OFF ballast relay ON and the HIGH LOW ballast relay HIGH NC default or Low NO default and locks them in this position for a 15 minute warm up period Subsequent contact closures between ON and COMMON toggle between HIGH and LOW Contact between OFF and COMMON locks both the ON OFF and HIGH LOW ballast relays OFF for 15 minutes Two Step Group LightSync Switch LightSync Input Upon switch activation Group A relays turn ON and Group B turn OFF The following activation causes Group A to turn OFF and Group B to turn ON The pattern repeats with each switch activation Four Step Group LightSync Switch LightSync Input On the first activation Group A relays turn ON and G
145. on 0 Output Open Timer Option 33 SMD DO 00133 1 Output Closed Timer Option 0 Output Open Timer Option 34 SMD DO 00134 1 Output Closed Timer Option 0 Output Open Timer Option 35 SMD DO 00135 1 Output Closed Timer Option 0 Output Open Timer Option 36 SMD DO 00136 1 Output Closed Timer Option 0 Output Open Timer Option 37 SMD DO 00137 1 Output Closed Timer Option 0 Output Open Timer Option 38 SMD DO 00138 1 Output Closed Timer Option 0 Output Open Timer Option 39 SMD_DO_00139 1 Output Closed Timer Option 0 Output Open Timer Option 40 SMD DO 00140 1 Output Closed Timer Option 0 Output Open Timer Option 41 SMD DO 00141 1 Output Closed Timer Option 0 Output Open Timer Option 42 SMD_DO_00142 1 Output Closed Timer Option 0 Output Open Timer Option 43 SMD DO 00143 1 Output Closed Timer Option 0 Output Open Timer Option 44 SMD_DO_00144 1 Output Closed Timer Option 0 Output Open Timer Option 45 SMD DO 00145 1 Output Closed Timer Option 0 Output Open Timer Option 46 SMD DO 00146 1 Output Closed Timer Option 0 Output Open Timer Option 47 SMD DO 00147 1 Output Closed Timer Option 0 Output Open Timer Option 48 SMD DO 00148 1 Output Closed Timer Option 0 Output Open Timer Option Table B 1 3 ILC Apprentice Il with a Timer Option Blink Alarm Output Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 B Appendix B BACnet Communications 299 ApprenticelT AP II
146. on that is required by the experienced user Second a more detailed explanation of the rele vant concepts and programming procedures will be presented Third specific sample operations will be displayed ILC APPRENTICE II MON 08 07 06 4 19 44 PM C 2006 ILC EE ALL ON ALL OFF Figure 3 1 ILC Apprentice Il Home Screen ILC Apprentice Il User Manual Version 2B 6 16 14 furiuuuupu60Jq Programming Automatic Timeout Data Saving If you do not press any keys for 5 minutes while you are programming the controller will automatically return to the Home screen To ensure programming is properly saved enter the proper keyword usually B gt EXIT or B gt SAVE EEE Apprenticell 3 1 Hidden Menu Choices There are two operations you can perform from the Hidden Menu CLEAR ALL MEMORY and DEMO CLOCK 10X CLEAR ALL MEMORY allows you to clear the programmed memory that has been entered and resets the parameters to their default values DEMO CLOCK 10X speeds up the controller clock to run 10 times faster than normal and can be used to test the oper ation of time based operations To reset the clock to normal operation power down the controller ILC APPRENTICE II WED 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS then W once CHANGE PASSWORD PHOTOCELL FILTER 30 FIRMWARE RE
147. or W until channel 200 appears 10 If you want to Auto program the rest of the channels press B gt AUTO MAP RELAYS 2 48 11 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 299 ApprenticelT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 4 times SET TIMES PRESETS ADD ON MODULE EXIT Press gt ADD ON MODULE DMX REV 3 DMX RELAY MAPPING ON OFF LEVELS EXIT Press B gt ON OFF LEVELS DMX ON 092 DMX OFF 015 FILTER 10 EXIT Press B gt EXIT DMX REV 3 DMX RELAY MAPPING ON OFF LEVELS EXIT Press gt DMX RELAY MAPPING RELAY d RELAY 01 DMX CH 150 080 AUTO MAP RELAYS 2 48 EXIT RELAY RELAY 01 DMX CH 200 080 AUTO MAP RELAYS 2 48 EXIT RELAY RELAY 01 DMX CH 150 080 AUTO MAP RELAYS 2 48 d EXIT xipueddy T A Appendix L LonWorks Communications Overview L 1 Overview Devices in a LonWorks network communi cate through a control network specific pro tocol originally created by echelon The pro tocol was ratified as an official standard by a number of national and international stan dards setting bodies including ANSI IEEE CEN and EN In January 2009 the protocol underlying the LonWorks platform was rati fied as a global standard for building con trols It is now formally known as ISO IEC 14908 1 With the panel
148. pears Press B gt EDIT When the Relay Name Editing screen appears press B until the cursor is positioned under the first charac ter of the default name The press or V until the first character of the customized name appears Repeat step 7 until the customized name has com pletely overridden the default name Press B gt SAVE ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS EDIT NAMES CHANGE PASSWORD FIRMWARE REVISION EXIT Press B gt EDIT NAMES EDIT PANEL NAMES EDIT RELAY NAMES EDIT GROUP NAMES EXIT RELAY 01 NAME RELAY 01 Press B gt EDIT DEFAULT lt HALL R 01 gt A Press B gt SAVE DEFAULT lt q OFFICE R 01 gt A Press B gt EXIT 4 times RELAY 01 NAME OFFICE Programming HA Apprentice IT 3 16 How to Enter or Change a Password Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 5 times PRESETS ADD ON MODULES SPECIAL FUNCTIONS EXIT Press B gt SPECIAL FUNCTIONS EDIT NAMES CHANGE PASSWORD PHOTOCELL FILTER 30 C EXIT Press gt CHANGE PASSWORD CLEAR PASSWORD 4 032501 Press B gt SAVE NEW PASSWORD SAVED Change Passwor
149. pprentice II 3 8 Disable Daylight Savings Time Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press B gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press B gt DAYLIGHT SAVINGS CONFIG DST ENABLED START DATE END DATE EXIT CURRENT DST Press gt CONFIG DST ENABLED Daylight Savings Screen Flow ILC Apprentice II User Manual 3 24 Version 2B 6 16 14 Buuwni6oig Programming How to Enable and Disable Day Light Savings The ILC Apprentice Il is defaulted for automatic change over between standard and day light savings time If the controller is in an area that doesn t observe day light savings you can disable this feature 1 From the Home screen press P EDIT then press W twice 2 From the main menu press B gt SET TIMES 3 From the Set Times menu press B gt DAYLIGHT SAVINGS 4 When the Day Light Savings screen appears press B gt DISABLE 5 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 EEE ApprenticelT ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then press W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press B gt DAYLIGHT SAVINGS CONFIG DST E
150. pprentice Tapy 71 SOFTWARE Figure B I Programming the Controller from a PC ILC Apprentice II User Manual Version 2B 6 16 14 xipueddy Appendix E DMX Control Feature E Overview e Vith the addition of a DMX 512 interface card the ILC Apprentice Il controller supports the control of non dimmed loads via standard USITT DMX 512 communica tions protocol e The physical link is a standard USITT DMX 512 control cable 18 gauge shielded twisted pair that runs from the DMX output of the theatrical lighting controller to the ILC Apprentice Il DMX communications port The DMX 512 interface mounts below the ILC Apprentice Il CPU board See Figure D 1 e You can program the ILC Apprentice ll with desired ON and OFF DMX signal levels and then select how the ILC Apprentice Il relay outputs will respond e You set common ON and OFF DMX signal levels for all DMX 512 channels 1 to 512 channels However you can program relay action on an individual channel basis DMX ON and DMX OFF Levels Any time a DMX channel is at or above the ON level the relay s mapped to that chan nel will be forced ON regardless of any switch input or timer control Any time a DMX channel is at or below the OFF level the relay s mapped to that channel will be forced OFF regardless of any switch input or timer control While a DMX channel is below the ON level and above the OFF level the relay s mapped to that channel are able to be
151. ption 40 140 1 Output Closed Timer Option 0 Output Open Timer Option 41 141 1 Output Closed Timer Option 0 Output Open Timer Option 42 142 1 Output Closed Timer Option 0 Output Open Timer Option 43 143 1 Output Closed Timer Option 0 Output Open Timer Option 44 144 1 Output Closed Timer Option 0 Output Open Timer Option 45 145 1 Output Closed Timer Option 0 Output Open Timer Option 46 146 1 Output Closed Timer Option 0 Output Open Timer Option gt 47 147 1 Output Closed Timer Option 0 Output Open Timer Option 3 48 148 1 Output Closed Timer Option 0 Output Open Timer Option e o x Table M 1 2 ILC Apprentice II with a Timer Option Blink Alarm Output Point Designators ILC Apprentice User Il Manual Version 2B 6 16 14 Appendix M MODBUS Communications Ez Apprenticell Apprentice II Intput Coil Point Closed Open 1 201 1 Input Disable O Input Enable 2 202 1 Input Disable O Input Enable 3 203 1 Input Disable O Input Enable 4 204 1 Input Disable O Input Enable 5 205 1 Input Disable O Input Enable 6 206 1 Input Disable O Input Enable 7 207 1 Input Disable O Input Enable 8 208 1 Input Disable O Input Enable 9 209 1 Input Disable O Input Enable 10 210 1 Input Disable O Input Enable 1 211 1 Input Disable O Input Enable 12 212 1 Input Disable O Input Enable 13 213
152. put Disable 0 Output Enable nvoSMD_DO_00202 nvisMD_DO_00202 1 Output Disable 0 Output Enable nvoSMD DO 00203 nvisMD DO 00203 1 Output Disable 0 Output Enable nvoSMD DO 00204 nvoSMD DO 00205 nvisMD DO 00204 nvisMD DO 00205 1 Output Disable 1 Output Disable 0 Output Enable 0 Output Enable NvoSMD_DO_00206 nvisMD_DO_00206 1 Output Disable 0 Output Enable NvoSMD_DO_00207 nvisMD_DO_00207 1 Output Disable 0 Output Enable nvoSMD_DO_00208 nvisMD DO 00208 1 Ourtput Disable 0 Output Enable nvoSMD DO 00209 nvisMD DO 00209 1 Output Disable 0 Output Enable nvoSMD DO 00210 nvisMD DO 00210 1 Output Disable 0 Output Enable nvoSMD DO 00211 nvisMD DO 00211 1 Output Disable 0 Output Enable nvoSMD DO 00212 nvisMD DO 00212 1 Output Disable 0 Output Enable nvoSMD DO 00213 nvisMD DO 00213 1 Output Disable 0 Output Enable nvoSMD DO 00214 nvisMD DO 00214 1 Output Disable 0 Output Enable nvoSMD_DO_00215 nvoSMD DO 00216 nvisMD DO 00215 nvisMD DO 00216 Output Disable 1 Output Disable 0 Output Enable 0 Output Enable nvoSMD_DO_00217 nvisMD_DO_00217 1 Output Disable 0 Output Enable nvoSMD_DO_00218 nvisMD_DO_00218 1 Output Disable 0 Output Enable nvoSMD_DO_00219 nvisMD_DO_00219 1 Output Disable 0 Output Enable nvoSMD DO 00220 nvisMD DO 00220 1 Outp
153. put Open Timer Option 21 nvoSMD DO 00121 nviSMD DO 00121 1 Output Closed Timer Option O Output Open Timer Option 22 nvoSMD DO 00122 nviSMD DO 00122 1 0Output Closed Timer Option 0 Output Open Timer Option 23 nvoSMD DO 00123 nviSMD DO 00123 1 Qutput Closed Timer Option O Output Open Timer Option 24 nvoSMD DO 00124 nviSMD DO 00124 1 Output Closed Timer Option 0 Output Open Timer Option 25 nvoSMD DO 00125 nviSMD DO 00125 1 Output Closed Timer Option 0 Output Open Timer Option 26 nvoSMD DO 00126 nviSMD DO 00126 1 Qutput Closed Timer Option O Output Open Timer Option 27 nvoSMD DO 00127 nviSMD DO 00127 1 0Output Closed Timer Option 0 Output Open Timer Option 28 nvoSMD DO 00128 nviSMD DO 00128 1 Qutput Closed Timer Option O Output Open Timer Option 29 nvoSMD DO 00129 nviSMD DO 00129 1 Output Closed Timer Option O Output Open Timer Option 30 nvoSMD DO 00130 nviSMD DO 001301 Output Closed Timer Option O Output Open Timer Option 31 nvoSMD DO 00131 nviSMD DO 00131 1 Output Closed Timer Option O Output Open Timer Option 32 nvoSMD DO 00132 nviSMD DO 00132 1 Qutput Closed Timer Option O Output Open Timer Option 33 nvoiSMD DO 00133nviSMD DO 00133 1 Output Closed Timer Option O Output Open Timer Option 34 nvoSMD DO 00134 nviSMD DO 00134 1 Qutput Closed Timer Option O Output Open Timer Option 35 nvoSMD DO 00135 nviSMD DO 00135 1 Qutput Closed Timer Option O Output Open Timer Option 36 nvoSMD DO 00136 nviSMD DO 00136 1 0Output Closed Timer Option O Ou
154. put Open Timer Option 5 nvoSMD DO 00105 nvisSMD_DO 00105 1 Output Closed Timer Option O Output Open Timer Option 6 nvoSMD DO 00106 nvisMD DO 00106 1 0Output Closed Timer Option O Output Open Timer Option 7 nvoSMD DO 00107 nvisMD DO 00107 1 0Output Closed Timer Option 0 Output Open Timer Option 8 nvoSMD DO 00108 nviSMD DO 00108 1 Output Closed Timer Option O Output Open Timer Option 9 nvoSMD DO 00109 nviSMD DO 00109 1 Output Closed Timer Option 0 Output Open Timer Option 10 nvoSMD DO 00110 nviSMD DO 00110 1 Qutput Closed Timer Option O Output Open Timer Option 11 nvoSMD DO 00111 nviSMD DO 0011 1 1 Output Closed Timer Option 0 Output Open Timer Option 12 nvoSMD DO 00112 nviSMD DO 00112 1 0Output Closed Timer Option 0 Output Open Timer Option 13 nvoSMD DO 00113 nviSMD DO 00113 1 Output Closed Timer Option O Output Open Timer Option 14 nvoSMD DO 00114 nviSMD DO 00114 1 0Output Closed Timer Option 0 Output Open Timer Option 15 nvoSMD DO 00115 nviSMD DO 00115 1 Output Closed Timer Option O Output Open Timer Option 16 nvoSMD DO 00115 nviSMD DO 00115 1 Output Closed Timer Option O Output Open Timer Option 17 nvoSMD DO 00117 nviSMD DO 00117 1 Output Closed Timer Option 0 Output Open Timer Option 18 nvoSMD DO 00118 nviSMD DO 00118 1 Output Closed Timer Option O Output Open Timer Option 19 nvoSMD DO 00119 nviSMD DO 00119 1 Output Closed Timer Option O Output Open Timer Option 20 nvoSMD DO 00120 nviSMD DO 00120 1 Qutput Closed Timer Option O Out
155. r Option BO 15 RELAY OUTPUT 15 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 16 RELAY OUTPUT 16 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 17 RELAY OUTPUT 17 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 18 RELAY OUTPUT 18 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 19 RELAY OUTPUT 19 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 20 RELAY OUTPUT 20 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 21 RELAY OUTPUT 21 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 22 RELAY OUTPUT 22 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 23 RELAY OUTPUT 23 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 24 RELAY OUTPUT 24 0 OFF Open 1 ON Closed 2 OFF w Timer Option Table N 1 ILC Apprentice Il Relay Output N2 Point Map ILC Apprentice II User Manual Version 2B 6 16 14 N 8 gt o o 0 2 a x Appendix N N2 Commmunications 299 ApprenticelT NETWORK NETWORK POINTTYPE POINT ADDRESS UNITS POINT DESCRIPTION RANGE VALUE BO 25 RELAY OUTPUT 25 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 26 RELAY OUTPUT 26 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 27 RELAY OUTPUT 27 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 28 RELAY OUTPUT 28 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 29 RELAY OUTPUT 29 0 OFF Open 1 ON Closed 2 OFF w Timer Option BO 30 RELAY O
156. re for Minneapolis Minnesota ILC Apprentice Il User Manual Version 2B 6 16 14 EEE Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press B gt ASTRO CLOCK LATITUDE 045 LONGITUDE 090 TIME ZONE CENTRAL EXIT R05 57 18 16 Press B gt LONGITUDE LATITUDE 045 LONGITUDE q 090 TIME ZONE CENTRAL EXIT RO5 57 S18 16 Press B gt TIME ZONE LATITUDE 045 LONGITUDE 090 TIME ZONE d CENTRAL EXIT R05 57 S18 16 Press B gt EXIT 3 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM C 2006 ILC Programming SAMPLE OPERATION Program an Astro Timer Step 2 Define the Astro Timer 1 From the Home screen press P EDIT then W 2 From the Main Menu press B gt TIMERS 3 When the Timer menu appears press gt CONFIGURE TIMERS 4 When the Timer Definition screen appears press Aor W until the timer you want to program appears in the timer field a Press gt TIME then when the Timer type menu appears press P ASTRO 6 When the Astro Time Set screen appears press either B gt SUNRISE to set the time in relation to sunrise or B gt SUNSET to key the timer to sunset If you want to off set the time press either Aor W until the desired off set appears on the screen Then
157. red Parameter Entries After setting the MODBUS card address DIP switches you must power up the ILC Apprentice Il controller and define certain operational parameters for MODBUS communication See Fast Track diagram on next page ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell M 7 Framing Both ASCII and RTU transmission modes feature mechanisms to indicate the begin ning and end of a frame the node address a function code the type of information sought command signal a data field indicating the particular point or register accessed See Table M 1 for data field I O point designators for a ILC Apprentice node M 8 Supported Commands 01 Read coil status 02 Read input status 05 Force singe coil 15 Force multiple coils For more information refer to Modicon Modbus Protocol Reference Guide PI MBUS 300 M 9 Additional Functions e On OFF with Time options Blink Alarm See Table M 1 2 e Input Enable Disable See Table M 1 3 M 10 Additional Information Contact Modicon Inc if you would like more detailed information on MODBUS protocol M 3 Appendix M MODBUS Communications MODBUS Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W 4 times SET TIMES PRESETS ADD ON MODULE EXIT Press gt ADD ON MODULE MODBUS REV 3 CONFIGURE EXIT Press gt CONFIGURE 222 Apprenticell MODE options BAUD optio
158. required wiring between the con troller and the field installed switches Consult project documentation to deter mine the type and quantity of required switch circuits Check each switch run to ensure that there are no shorts between conductors or to ground Also verify that If your installation involves LightSync data line switches see Section 4 NOTE Hardwire input numbers correlate to the Output board that it is attached to For example an Inout board associated with an Output board controlling relays 5 to 8 would contain inputs 5 to 8 Numbering convention is from left to right then drop down and go there are no opens left to right 8 5 2 Make the connections at the switch end d 3 Make the connections to the controller 8 switch input terminals o 5 Control Transformer Grounding Lug 120 277 VAC Brown o 277 VAC Hot O O White Neutral Oo 200 e s guira P 4 S KO rroan 120 VAC Hot Cap O al unused TLC APPRENTICE 11 O logg HON 08 07 06 120 347 VAC 9 EDIT C 2006 ILC O a oS C ES o Orange e 347 VAC Hot SET HE ts Ja White Neutral o o o bes ET LY D E O Re o Black amp PEA E EE Bays 120 VAC Ho cap SU ma Bass unused SRO ape ent lead De cube a D Dnllsa D Din Li RX OFF n 2 orr n Sar ine o HE rid Fed SEE g epee i adle m dle DE ug Load o EN ERiie 0 bere 2 B Lighting Relay O O
159. ress B gt WEEK then press Aor W until the required week appears 6 Press B gt MONTH then press or W until the required month appears 7 Press B gt EXIT then press B gt END DATE 8 When the End Date screen appears press B gt WEEK then press Aor W until the required week appears 9 Press gt MONTH then press or W until the required month appears 10 Press B gt EXIT 3 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 BE Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press B gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press B gt DAYLIGHT SAVINGS CONFIG DST ENABLED START DATE END DATE EXIT CURRENT DST Press B gt START DATE DST STARTS WEEK 2ND MONTH MAR EXIT DST ENDS WEEK 1ST MONTH NOV EXIT Press B gt EXIT 3 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Programming 222 ApprenticelT 3 10 Time Based Operations How to Define a Normal Timer Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press gt CONFIGURE TIMERS TIMER 01 05 30 AM SMTWTFS
160. return to the Switch Input menu ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press gt CONFIGURE DEVICES NODE LIGHT SYNC 04 TYPE PHOTOCELL CONFIGURE EXIT Press gt CONFIGURE INPUT LSYNC 04 1 ON LEVEL 110 255 OFF LEVEL 137 255 EXIT Press gt EXIT twice LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT P A xipueddy Appendix P Photo Control Applications faz Apprentice P 6 Programming Example continued Select the Relay That the Switch Node Controls LINE STATUS CONFIGURE DEVICES 1 From the Light Sync Input menu press B gt INPUT RELAY FUPUTZRELEY CONTROL CONTROL then when the next screen appears EXIT press B gt EDIT CONTROL Then on the next screen press B gt INPUT SINGLE RELAYS Press B gt INPUT RELAY CONTROL INPUT SINGLE RELAYS 2 Press amp until the input that controls relay s appears INPUT RELAY GROUPS EXIT 3 Press B gt RELAY then press until the relay to be Press B gt INPUT SINGLE RELAYS controlled appears INPUT lt q LSYNC 04 1 RELAY RELAY 08 4 Press ACTION then press A until the desired relay ACTION ON AND OFF action appears EX
161. rolina Winston Salem 36 80 North Dakota Bismarck 47 101 North Dakota Fargo 37 97 North Dakota Minot 48 101 Ohio Akron 41 81 Ohio Canton 41 81 Ohio Cincinnati 39 84 Ohio Cleveland 41 81 Ohio Columbus 40 83 Ohio Dayton 40 84 Ohio Hamilton 39 84 Ohio Lima 40 84 Ohio Springfield 40 84 Ohio Staubenville 40 80 Ohio Toledo 41 83 Ohio Youngstown 41 80 Ohio Zanesville 40 82 Oklahoma Enid 36 98 Oklahoma Oklahoma City 35 97 Oklahoma Tulsa 38 96 Oregon Salem 45 123 Oregon Eugene 44 123 Oregon Portland 45 122 Pennsylvania Allentown 40 75 Pennsylvania Erie 42 80 299 Apprenticell Pennsylvania Harrisburg 40 77 Pennsylvania Johnstown 40 79 Pennsylvania Lancester 40 76 Pennsylvania Philadelphia 40 75 Pennsylvania Pittsburgh 40 80 Pennsylvania Reading 40 76 Pennsylvania Wilkes Barre 41 76 Rhode Island Providence 42 71 South Carolina Charleston 33 80 South Carolina Columbia 34 81 South Carolina Greenville 35 82 South Carolina Spartanburg 35 82 South Dakota Pierre 44 100 South Dakota Rapid City 44 103 South Dakota Sioux Falls 43 96 Tennessee Chattanooga 35 85 Tennessee Knoxville 36 84 Tennessee Memphis 35 90 Tennessee Nashville 36 87 Texas Abilene 32 99 Texas Amerillo 35 102 Texas Austin 30 97 Texas Beaumont 20 04 Texas Corpus Christi 28 97 Texas Dallas 33 97 Texas El Paso 32 106 Texas Fort Arthur 30 94 Texas Fort Worth 32 97 Texas Galveston 29 95 Texas Houston 20 08 Texas Laredo 27 99 Texas Lubbock
162. roup B turn OFF On the second activation Group A relays turn OFF and B turns ON The third activation causes both A and B to go ON On the fourth activation both A and B go OFF Then the pattern repeats Timer Disable LightSync Input As long as the switch is closed selected timers are disabled Timed ON LightSync Switch LightSync Input When momentary contact is made between COMMON and ON relay outputs are turned ON When contact is broken a timed ON duration is started from 5 999 minutes Contact between OFF and COMMON will turn relays OFF Output Override ILC Apprentice II User Manual Version 2B 6 16 14 LightSync Input As long as the switch is closed selected relay output s will ignore all input timer or network commands Figure 4 10 LightSync Device Types 4 12 LightSync Device Switching 222 Apprenticell 4 2 How to Control Relays With a LightSync Switch Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT RELAY OUTPUTS SWITCH INPUTS SWITCH PILOTS EXIT Press B gt SWITCH INPUTS Press gt CONFIGURE DEVICES NODE 4 LSYNC 02 TYPE 1 BUTTON CONFIGURE EXIT Press B gt CONFIGURE INPUT 4 LSYNC 02 1 TYPE MOM P B EXIT LOCAL INPUTS LIGHT SYNC INPUTS EXIT Press B gt LIGHT SYNC INPUTS LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press B gt INPUT RELAY
163. s 6 Press B gt EXIT three times to return to the Home Screen ILC Apprentice II User Manual Version 2B 6 16 14 Press B gt SWITCH PILOTS LOCAL INPUT PILOTS LIGHT SYNC PILOTS EXIT Press B gt LOCAL INPUT PILOTS PILOT 4 INPUT 01 ON IF PRESET 01 TYPE PRESET EXIT PILOT INPUT 03 ON IF PRESET 01 TYPE PRESET EXIT PILOT INPUT 03 ON IF PRESET 03 TYPE a PRESET EXIT Programming HA Apprentice IT 3 7 How to Set the Controller Clock Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMES EXIT Press gt SET TIMES TIME AND DATE DAYLIGHT SAVINGS ASTRO CLOCK EXIT Press B gt TIME AND DATE 07 50 54 PM TUE 09 30 02 Press B gt TIME Press B gt DAY TIME 07 50 PM 4 TUESDAY MINUTE SET Press B gt DATE MONTH d 09 30 02 DATE YEAR SET Controller Clock Screen Flow ILC Apprentice II User Manual 3 22 Version 2B 6 16 14 Burwwpibo0ld Programming How to Set the Controller Clock setting the controller clock to the proper time and date is fundamental to the execution of all time based operations From the Home screen press B gt EDIT then press W twice 2 From the main menu press B SET TIMES 3 From the Set Times menu press B gt TIME and DATE 4 From the Time Date menu press B TIME 5 When th
164. s the ILC Apprentice Il lighting con troller can become a Slave NODE on the MODBUS Network See Figure M 1 M 2 Structure MODBUS is a Master Slave communications protocol One device the Master controls all serial activity by selectively polling one or more of the slave devices The maximum number of slave devices is 247 per network Each device node is assigned a unique address to distin guish it from all the other nodes Only the Master initiates a transaction Transactions are either a query response only a single slave is addressed or a broadcast no response all slaves are addressed A transac tion comprises a single query and single response frame or a single broadcast frame Certain characteristics of the MODBUS proto col are fixed frame format frame sequences communications error handling exception conditions and the functions performed Other characteristics are selectable transmission media baud rate character parity number of stop bits communications error handling exception conditions and functions performed ILC Apprentice Il User Manual Version 2B 6 16 14 EEE Apprenticell M 3 Transmission Modes The transmission mode is the structure of the individual units of information within a mes sage and the numbering system used to transmit the data Two transmission modes are available Both provide the same com munication capabilities The mode slected depends on the equipment used as the
165. s faz Apprentice NETWORK NETWORK POINT TYPE POINT ADDRESS INPUTS RANGE VALUE NOTES BO 201 01 0 Input Enable 1 Input Disable BO 202 02 0 Input Enable 1 Input Disable BO 203 03 O Input Enable 1 Input Disable BO 204 04 0 Input Enable 1 Input Disable BO 205 05 O Input Enable 1 Input Disable BO 206 06 0 Input Enable 1 Input Disable BO 207 07 0 Input Enable 1 Input Disable BO 208 08 O Input Enable 1 Input Disable BO 209 09 0 Input Enable 1 Input Disable BO 210 10 0 Input Enable 1 Input Disable BO 211 1 0 Input Enable 1 Input Disable BO 212 12 0 Input Enable 1 Input Disable BO 213 13 O Input Enable 1 Input Disable BO 214 14 0 Input Enable 1 Input Disable BO 215 15 0 Input Enable 1 Input Disable BO 216 16 O Input Enable 1 Input Disable BO 217 17 0 Input Enable 1 Input Disable BO 218 18 0 Input Enable 1 Input Disable BO 219 19 0 Input Enable 1 Input Disable BO 220 20 O Input Enable 1 Input Disable BO 221 21 0 Input Enable 1 Input Disable BO 222 22 0 Input Enable 1 Input Disable BO 223 23 0 Input Enable 1 Input Disable BO 224 24 O Input Enable 1 Input Disable 3 Table N 1 ILC Apprentice Il Input Disable Enable N2 Point Map ILC Apprentice User Manual N 10 Version 2B 6 16 14 Appendix N N2 Commmunications sas Apprentice T
166. sonal computer PC equipped with a USB 2 0 port and Apprentice Il Pro software to the ILC Apprentice Il controller s USB port and perform all the control and programming operations supported by Apprentice Il Pro including e Check the status of the controller s relay outputs and switch inputs e Turn ON OFF individual relay outputs e Sweep ON OFF all the relay outputs e Define switch inputs and map them to relay outputs e Define timers and map them to relay outputs USB Port ILC Apprentice Il Controller o o Q eee o d et X OQ o OJO rosen d O at FET O Do oj epi 2006 1L C g ES CS 9 Om mE E O d e amp TOR S E o X NOUN RC JE a 9 OQ Ez sal o e j AV H HEER O ud e o USB A to B Cable Ez ApprenticelT e Define and invoke preset scenes e Upload and download data between the controller and your PC C 1 USB Setup 1 Install the Apprentice Il Pro software onto the PC prior to connecting the USB cable The USB driver will install at the end of the software install 2 Connect a USB A to B cable to the ILC Apprentice Il s USB port and connect the other end to the computer 3 Finish 4 Start the Apprentice Il Pro program Personal Computer equipped with Apprentice II Pro software ha
167. sted e Make gradual bends of the cable where necessary No sharper than a 1 radius e Dress the cables neatly with cable ties Use low to moderate pressure e Use low to moderate force when pulling cable e Use cable pulling lubricant for cable runs that may otherwise require great force to install e Keep cables away from potential sources of EMI electrical cables transformers light fixtures etc e Install proper cable supports spaced no more than 5 feet apart e Always label every termination point Use a unique number for each cable segment This will make moves adds changes and troubleshooting as simple as possible Document these onto a riser e Always test every installed segment with a CAT 5 cable tester e Always leave extra slack in the cable run neatly coiled up in the ceiling or nearest concealed place e Always use grommets to protect the cable when passing through metal studs or anything that can possibly cause damage to them e Always follow all local and national building and fire codes Be sure to firestop all cables that pene trate a firewall Use plenum rated cable where it is mandated e Do not pull ANY data cable or switch wires with high voltage wires e Keep alll low voltage totally separate from ALL high voltage Failure to do so will void the ILC warranty e Always contact ILC on installations between buildings or cable pulled underground Special considera tions may be needed Figure 4
168. sted pair conductors used mainly for data transmission Basic CAT 5 cable was designed for characteristics of up to 100 MHz NOTE The twisting of the pairs gives the cable a certain amount of immunity from the infiltration of unwanted interference Category 5E Cable Enhanced Same as Category 5 except that it is made to somewhat more stringent standards see comparison chart below The Category SE standard is now officially part of the 568A standard Category 5 E is recommended for all new installations and was designed for transmission speeds of up to 1 gigabit per second Below you will find a list of the required properties your selected cable must meet You will also find a list of cables which meet these criteria from several different manufacturers At your option you may utilize one of the below suggested cables or have your cable supplier provide you with a suit able alternative that meets the listed criteria Category 6 Cable Same as Category 5E except that it is made to a higher standard see comparison chart below Category 6 is now part of the 568A standard Standard 24 gauge Data Cable Performance Specification Chart Parameter Category 5 Category 5E Category 6 Specified frequency range 1 100 MHz 1 100 MHz 1 250 MHz Attenuation 24 dB 24 dB 36 dB NEXT 27 1 dB 30 1 dB 33 1 dB Power sum NEXT N A 27 1 dB 30 2 dB ACR 3 1 dB 6 1 dB 2 9 dB Power sum ACR N A 3 1 dB 5 8 dB ELFEXT 17 dB 17 4 dB 15 3 dB Power sum ELFEXT
169. t Closed Timer Option 0 Output Open Timer Option 18 118 1 Output Closed Timer Option 0 Output Open Timer Option 19 119 1 Output Closed Timer Option 0 Output Open Timer Option 20 120 1 Output Closed Timer Option 0 Output Open Timer Option 21 121 1 Output Closed Timer Option 0 Output Open Timer Option 22 122 1 Output Closed Timer Option 0 Output Open Timer Option 23 123 1 Output Closed Timer Option 0 Output Open Timer Option 24 124 1 Output Closed Timer Option 0 Output Open Timer Option 25 125 1 Output Closed Timer Option 0 Output Open Timer Option 26 126 1 Output Closed Timer Option 0 Output Open Timer Option 27 127 1 Output Closed Timer Option 0 Output Open Timer Option 28 128 1 Output Closed Timer Option 0 Output Open Timer Option 29 129 1 Output Closed Timer Option 0 Output Open Timer Option 30 130 1 Output Closed Timer Option 0 Output Open Timer Option 31 131 1 Output Closed Timer Option O Output Open Timer Option 32 132 1 Output Closed Timer Option 0 Output Open Timer Option 33 133 1 Output Closed Timer Option O Output Open Timer Option 34 134 1 Output Closed Timer Option 0 Output Open Timer Option 35 135 1 Output Closed Timer Option O Output Open Timer Option 36 136 1 Output Closed Timer Option 0 Output Open Timer Option 37 137 1 Output Closed Timer Option O Output Open Timer Option 38 138 1 Output Closed Timer Option O Output Open Timer Option 30 139 1 Output Closed Timer Option 0 Output Open Timer O
170. t or Output Board s Will Not Function 1 Check to ensure that the data and power cables linking the I O boards are connect ed properly and are free of opens and shorts 2 Verify that the CPU sees the expansion input or Output boards using the keypad This can be done by going to the Relay Output Status screen and forcing each relay ON or OFF See Section 3 3 3 If the I O boards do not operate properly consult the factory Ik Apprentice IT Section 3 Programming ILC APPRENTICE II MON 08 07 06 04 19 44 PM EDIT C 2006 ILC SECH ALL ON ALL OFF ILC Apprenticell User Manual Version 2B 6 16 14 Programming Table of Contents fas Apprentice IT Section 3 Programming KE el e EE 3 3 1 Hidden Menu Chole arcaica ii a 3 2 3 2 Cleat NAME NO sii 3 3 3 3 Configuring the Apprentice Il Network AA 3 5 3 4 D Eu ee e E 3 6 3 5 Switch Opera EE 3 11 3 6 Switch Pilot ODSTOMOMG EE 3 20 3 7 How to Set the Controller Clock 3 22 3 8 Disable Daylight Savings TIME nn ias 3 24 3 9 Adjust Daylight Savings Time Settings i e 3 26 3 10 Time Based Opera Sissi 3 28 3 11 let AE AEE sca 3 43 3 12 Off GRE EE 3 45 3 PO IND ACTIVE IME naa ari 3 47 o IPS PO e joo EE 3 49 318 Edit A EA 3 52 3 16 How to Enter OF Change a Password sine 3 54 3 17 How to View the Firmware Revision i 3 56 a Eezd Heo SEERE EE 3 58 3 19 How to Enter the Photocell Filter Scan Rate 3 59 ILC Apprentice II User Manual Version 2B 6 1
171. t that controls relay s appears 3 Press B gt RELAY then press or W until the relay to be controlled appears 4 Press B gt ACTION then press or W until the desired relay action appears 5 Repeat steps 3 and 4 for any additional relays controlled by the input 6 Press B gt EXIT 6 times to return to the Home screen ILC Apprentice Il User Manual Version 2B 6 16 14 299 Apprentice LIGHT SYNC STATUS CONFIGURE DEVICES INPUT RELAY CONTROL EXIT Press B gt INPUT RELAY CONTROL NODE LSYNC 02 TYPE 1 BUTTON EDIT CONTROL EXIT Press B gt EDIT CONTROL INPUT SINGLE RELAYS INPUT RELAY GROUPS EXIT Press B gt INPUT SINGLE RELAYS INPUT LSYNC 02 1 RELAY RELAY 01 ACTION ON AND OFF EXIT MOM P B Press B gt RELAY INPUT LSYNC 02 1 RELAY 4 RELAY 01 ACTION ON AND OFF EXIT MOM P B Press B gt ACTION INPUT LSYNC 02 1 RELAY RELAY 01 ACTION ON AND OFF EXIT MOM P B 4 16 LightSync Device Switching SAMPLE OPERATION Control a Relay Group From a LightSync Switch Node Define the LightSync switch node as already described then select the relay group that the switch node con trols NOTE Be sure the relay group you wish to control has been previously defined See Sample Operation How to Define a Relay Group in Section 3 1 From the LightSync Input menu press B gt INPUT RELAY CONTROL press or V to select device t
172. t the open time of the facility for the day that appears in the day field 7 Press gt CLOSE then press or V to set the close time of the facility for the day that appears in the day field 8 Press B gt DAY to access the next day the repeat steps 5 and 6 for that day 9 After finishing setting all the open and close times for the facility press B gt EXIT 5 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprenticell ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT c 2006 ILC Press B gt EDIT then W twice SWITCH PILOTS TIMERS SET TIMERS EXIT Press B gt SET TIMES then W DAYLIGHT SAVINGS ASTRO CLOCK OPEN CLOSE TIMES EXIT de Press gt OPEN CLOSE TIMES CURRENT OPEN CLOSE OP 08 00 AM EDIT CL 09 00 PM EXIT Press B gt EDIT NORMAL DAYS SINGLE DATE RESET DATES TIMES EXIT Press gt NORMAL DAYS DAY 4 MONDAY OPEN 08 00 AM CLOSE 09 00 PM EXIT Press gt OPEN DAY MONDAY OPEN 08 00 AM CLOSE 09 00 PM EXIT Press B gt CLOSE DAY MONDAY OPEN 08 00 AM CLOSE 09 00 PM EXIT M Buuwni6oig 299 Apprenticell Programming prentice L SAMPLE OPERATION Program an Open Close Timer Step 2 Define the Open Close Timer From the Home screen press P EDIT then W 2 From the Main Menu press B gt TIMERS 3 When the Timer menu appears press B gt CONFIGURE T
173. t the relay to be controlled 1 From the Local Switch Input Menu press B gt INPUT RELAY CONTROL 2 When the Single Relay Relay Group Control menu appears press B gt INPUT SINGLE RELAYS 3 When the Input Relay Control Screen appears press Ao W until the input you are programming appears in the INPUT field 4 Press RELAY then press or W until the relay to be controlled appears in the RELAY field Press B gt ACTION then A or W until the desired switch action appears a 6 Press B gt EXIT 5 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 EEE ApprenticelT SWITCH INPUT STATUS SWITCH INPUT OPTIONS INPUT RELAY CONTROL EXIT Press B gt INPUT RELAY CONTROL INPUT SINGLE RELAYS INPUT RELAY GROUPS EXIT Press B gt INPUT SINGLE RELAYS INPUT RELAY ACTION EXIT INPUT 01 RELAY 01 ON AND OFF MOM ON OFF INPUT RELAY ACTION EXIT INPUT 03 RELAY 01 ON AND OFF MOM ON OFF INPUT 03 RELAY 03 ON AND OFF MOM ON OFF Press ACTION then or W to scroll INPUT 03 RELAY 03 ON AND OFF MOM ON OFF Press B gt EXIT 5 times to return HOME ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC 3 17 Programming SAMPLE OPERATION Control a Relay Group with a Switch Define the Switch Input 1 From the Home screen press B gt EDIT 2 When the MAIN menu appears press B gt S
174. th a timer option blink double blink HID delay Alarm On Alarm OFF Pulse On and Pulse OFF monitor relay status monitor input status and enable disable inputs B 2 Hardware The Apprentice Il BACnet module consists of a FieldServer ProtoCessor module that directly connects to the main processor via a ribbon cable and multi pin connector This interface is provided with a 5VDC power supply that derives its power from the 24VAC control transformer The module is provided with connectors for interfacing the IP or MSTP communications See Figure B 1 ILC Apprentice II User Manual Version 2B 6 16 14 EEE Apprentice B 3 Hardware Setup The controller will automatically sense and enable communication for the system To verify that the interface is communicating to the panel follow the menu shown in figure B 2 B 4 Configuration The BAS interface may desire a specific node address IP address Please refer to the BACnet configuration file supplied for more information on adjusting these settings B 5 Point Map Refer to Table B 1 for the points that the BAS sys tem can read or write These points read the entire network of panels as if it is a single panel B 1 Appendix B BACnet Communications sas Apprentice ILC Apprentice II BACnet Communications
175. the relay field 5 Press B ACTION then A or W until the way you want the timer to control the preset appears 6 Press B gt EXIT 4 times to return to the Home screen ILC Apprentice II User Manual Version 2B 6 16 14 EEE ApprenticelT CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT TIMER SINGLE RELAYS TIMER RELAY GROUPS TIMER PRESETS EXIT Press B gt TIMER PRESETS Press B TIMER RELAY CONTROL TIMER TIMER 05 PRESET PRESET 01 ACTION ACTIVATE EXIT Press B gt PRESET TIMER TIMER 05 PRESET a PRESET 01 ACTION ACTIVATE EXIT Press B gt ACTION TIMER TIMER 05 PRESET PRESET 01 ACTION q ACTIVATE EXIT Press B gt EXIT 4 times ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Burwwpibo0ld Programming HA Apprentice IT 3 11 Blink Alert Alarms Fast Track ILC APPRENTICE II FRI 12 01 06 07 50 54 PM EDIT C 2006 ILC Press B gt EDIT then W SWITCH INPUTS SWITCH PILOTS TIMERS EXIT Press B gt TIMERS CONFIGURE TIMERS TIMER RELAY CONTROL BLINK ALERT ALARMS EXIT Press B gt BLINK ALERT ALARMS BLINK ALERT d O5MIN OVERRIDE 090MIN ALARMS O5SEC EXIT Blink Alert Alarms Screen Flow ILC Apprentice User Manual 3 43 Version 2B 6 16 14 Programming HA Apprentice IT Blink Alert Alarms Parameter Key CONCEPTS AND PARAMETERS BLINK ALERT The length of time between a blink If the defau
176. to eye may be installed up to 5000 ft from the photo controller using 18 gauge wire The settings are programmed at the Apprentice Il Controller See Figures P 3 for Installation detail ILC Apprentice II User Manual Version 2B 6 16 14 299 Apprentice Table P 1 LightSync Photocell Set Points Foot Candle Avg Settings 18 27 37 Note Typical ON OFF set points for an outdoor application are 25 fc 110 ON and 75 fc 137 OFF Appendix P Photo Control Applications sas Apprentice P 5 Installation Route the CAT 5 cable to the photo controller from the nearest device node or from the Apprentice Il 2 Crimp male ends on the cable and check the cable integrity with a CAT 5 cable tester 3 Install the photo sensor and terminate the conductors to the controller board 4 Set the node address 5 Plug the incoming CAT 5 cable into the IN photo controller RJ 45 connector Plug the other end of the CAT 5 into the OUT connector on the upstream LightSync node This node could be the Apprentice Il expansion controller or a LightSync device like a LightSync pushbutton switch Outdoor Photocell Head Indoor Head Remote LightSync O Photocell Board
177. to push 1 to turn ON Group 22 or push 2 to turn OFF group 22 xipueddy gt Co Appendix A Voice DTMF Add On Module fas Apprentice CPU module d DI Oe me qua O 9 o 770134664 C ILC APPRENTICE II Le DNE eur 2006 uc O 9 DTMF Add on Module pn DE 2 RJ 11 Connector PE FS GOR geass O i Q i EZ 20 for Voice DTMF Main power switch yo E S o Li 4 a 2 E S r B i q OMEN sd m e d o og 38 H peso o o of Sha UL EOS One E o E li L z 2 CH E Sz Alle sg SO Dieu o E sof end E efo q z e File pO bene 77 o o O O Figure A 2 Voice DTMF Module Installation ILC Apprentice II User Manual A 4 Version 2B 6 16 14 Appendix B BACnet Communications Overview B 1 Overview BACnet is an open protocol developed by Ashrae for building automation and control systems Apprentice Il BACnet MSTP or IP modules give you direct control of all of the panels on the network With this module commands can be sent to the panel to force relays On and OFF force relays On and OFF wi
178. tput Open Timer Option 37 nvoSMD DO 00137 nviSMD DO 00137 1 Output Closed Timer Option O Output Open Timer Option 38 nvoSMD DO 00138 nviSMD DO 00138 1 Output Closed Timer Option O Output Open Timer Option 39 nvoSMD DO 00139 nviSMD DO 00139 1 0Output Closed Timer Option O Output Open Timer Option 40 nvoSMD DO 00140 nviSMD DO 00140 1 Qutput Closed Timer Option O Output Open Timer Option 41 nvoSMD DO 00141 nviSMD DO 00141 1 Output Closed Timer Option 0 Output Open Timer Option 42 nvoSMD DO 00142 nviSMD DO 00142 1 0Output Closed Timer Option 0 Output Open Timer Option 43 nvoSMD DO 00143 nviSMD DO 00143 1 Output Closed Timer Option O Output Open Timer Option 44 nvoSMD DO 00144 nviSMD DO 00144 1 0Output Closed Timer Option 0 Output Open Timer Option 45 nvoSMD DO 00145 nviSMD DO 00145 1 Output Closed Timer Option O Output Open Timer Option 46 nvoSMD DO 00146 nviSMD_ DO 00146 1 Output Closed Timer Option O Output Open Timer Option 47 nvoSMD DO 00147 nvisMD DO 00147 1 0Output Closed Timer Option 0 Output Open Timer Option 48 nvoSMD DO 00148 nviSMD DO 00148 1 Output Closed Timer Option 0 Output Open Timer Option Table L 1 3 ILC Apprentice Il with a Timer Option Blink Alarm Output Point Designators ILC Apprentice II User Manual Version 2B 6 16 14 L 6 Appendix L LonWorks Communications 299 Apprentice AP II Output Read Write SVNT_Switch Closed Open nvoSMD DO 00201 nviSMD DO 00201 1 Out
179. ual Version 2B 6 16 14 Appendix L LonWorks Communications 299 Apprenticell Read Write SVNT_Switch AP Il Output Closed Open nvoSMD DO 00001 nvisMD_DO_00001 1 Output Closed 0 Output Open 2 nvoSMD_DO_00002 nvisSMD DO 00002 1 Output Closed 0 Output Open 3 nvoSMD DO 00003 nvisMD_DO_00003 1 Output Closed 0 Output Open 4 nvoSMD_DO_00004 nvisMD_DO_00004 1 Output Closed 0 Output Open 5 nvoSMD DO 00005 nvisMD_DO_00009 1 Output Closed 0 Output Open 6 nvoSMD DO 00006 nvisMD_DO_00006 1 Output Closed 0 Output Open 7 nvoSMD DO 00007 nvisMD_DO_00007 1 Output Closed 0 Output Open 8 nvoSMD DO 00008 nvisMD_DO_00008 1 Output Closed 0 Output Open 9 nvoSMD_DO_00009 nvisMD DO 00009 1 Output Closed 0 Output Open 10 nvoSMD_DO_00010 nvisMD_DO_00010 1 Output Closed 0 Output Open 11 nvoSMD DO 00011 nvisMD_DO_00011 1 Output Closed 0 Output Open 12 nvoSMD DO 00012 nvisMD_DO_00012 1 Output Closed 0 Output Open 13 nvoSMD_DO_00013 nvisMD_DO_00013 1 Output Closed 0 Output Open 14 nvoSMD_DO_00014 nvisMD_DO_00014 1 Output Closed 0 Output Open 15 nvoSMD DO 00015 nvisMD_DO_00015 1 Output Closed 0 Output Open 16 nvoSMD_DO_00016 nvisMD_DO_00016 1 Output Closed 0 Output Open 17 nvoSMD DO 00017 nvisSMD DO 00017 1 Output Closed 0 Output Op
180. ut Disable 0 Output Enable nvoSMD_DO_00221 nvisMD_DO_00221 1 Output Disable 0 Output Enable nvoSMD_DO_00222 nviSMD DO 00222 1 Output Disable 0 Output Enable nvoSMD DO 00223 nvisMD DO 00223 1 Output Disable 0 Output Enable nvoSMD_DO_00224 nvisMD_DO_00224 1 Output Disable 0 Output Enable nvoSMD_DO_00225 nviSMD_DO_00225 1 Output Disable 0 Output Enable NvoSMD_DO_00226 nvisMD_DO_00226 1 Output Disable 0 Output Enable nvoSMD_DO_00227 nvisMD_DO_00227 1 Output Disable 0 Output Enable NvoSMD_DO_00228 nvisMD_DO_00228 1 Output Disable 0 Output Enable nvoSMD_DO_00229 nvisMD_DO_00229 1 Output Disable 0 Output Enable nvoSMD DO 00230 nvisMD DO 00230 1 Output Disable 0 Output Enable nvoSMD DO 00231 nvisMD DO 00231 1 Output Disable 0 Output Enable nvoSMD DO 00232 nvisMD DO 00232 1 Output Disable 0 Output Enable nvoiSMD DO 00233 nvoSMD DO 00234 nvisMD DO 00233 nvisMD DO 00234 1 Output Disable 1 Output Disable 0 Output Enable 0 Output Enable nvoSMD DO 00235 nvisMD DO 00235 1 Output Disable 0 Output Enable nvoSMD DO 00236 nvisMD DO 00236 1 Output Disable 0 Output Enable nvoSMD_DO_00237 nvisMD_DO_00237 1 Output Disable O Output Enable nvoSMD_DO_00238 nvisMD_DO_00238 1 Output Disable 0 Output Enable nvoSMD DO 00239 nvisMD DO 00239
181. ve to perform two essential and possibly one optional tasks to control relays from a LightSync photocell e Define the photocell operational parameters e Select the relays to be controlled and define how they will react e If desired change the photocell filter rate from its default of 30 seconds to 2 seconds The filter is a delay period applied to the photocell controller to prevent nuisance switching 30 is generally used Define the Photocell Node From the Home screen press B gt EDIT 2 When the Main menu appears press B gt SWITCH INPUTS then press B gt LIGHT SYNC INPUTS 3 From the Switch Input menu press B gt CONFIGURE DEVICES 4 When the top level Configuration screen appears press or Y until the node address of the photocell appears Press B gt TYPE then press Aor W until PHOTOCELL appears a 6 Press B gt CONFIGURE to access the second Configuration screen 7 If necessary press or W until the sub address of the device appears there will be eight possible sub addresses 01 1 01 2 etc Each sub address can be assigned its own set point values 8 Press B gt ON then press or W until the desired ON set point appears Press gt OFF then press or V until the desired OFF set point appears sO 10 To define additional sub addresses press B gt INPUT then press Aor W to select another sub address and repeat steps 8 and 9 11 Press EXIT twice to

Apprentice II User Guide - Intelligent Lighting Controls

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