Corby System 1 Access Control System Manual
Contents
1. CORBY SYSTEM 1 USER S MANUAL CORBY INDUSTRIES INC 1501 E Pennsylvania Street Allentown Pennsylvania 18109 USA Telephone 610 433 1412 1 800 OK CORBY FAX 610 435 1963 PREFACE This document is a complete reference manual for the Corby System 1 Access Control unit hardware and software which are manufactured designed and distributed by Corby Industries Inc USA It is assumed that the user of this manual is expert in the installation of high security devices and has professional knowledge in electronics and security related installations Corby Industries Inc reserves the right to make changes without notice in the products contained in this manual in order to improve design or performance Corby assumes no responsibility for stenographic and or clerical errors or the suitability or unsuitability of Corby products used in combination with any electrical electronic or mechanical system or subsystem PROPRIETARY NOTICE The hardware and software described in this manual are proprietary products developed owned and distributed by Corby Industries Inc Allentown Pennsylvania USA The software is furnished to the user only under a license and may not be copied or reproduced in accordance with the terms of the license and copyright laws Copyright C 2001 by Corby Industries Inc All rights reserved The reproduction or utilization of this work in any form or by any electronic mechanical or other means now known or her2. Button Connections liliis 9 7 10 Magnetic Lock Door Strike Connections 9 7 11 Printer Connections 2s cma ame Met HEROS RR GAS HG Ee Sata dG 9 7 12 Printer Baud Rate and Dip Switch Settings 9 7 13 VDT Connections 5x oe zt EE 10 7 14 Modem Connections 10 7 15 PC Connections sisi merece Per Badd Mea REO Siete Bae eR tad Dada 10 CHAPTER 8 SYSTEM OPERATION 0000 ernennen nennen nennen 11 8 1 Programming Functions 222 0000 cece teas 11 8 2 User Functions 44 2 2 2 2 Pee ee Pe ae ee A a 11 8 3 Door E nctlons cueste Te Etre ee a ee Dedit a 11 8 3 1 Time Cancel 2 2 ee erue e Du dede us 11 8 3 2 Door Ajar u 924 Sees all ee ohne eee lars Ne code Sees let ews 11 9 3 3 Forced Entty cod reed sd tase bee baaa 11 8 3 4 Request TO Exits oun robar arar gare 11 8 4 status of AC Power als ne baled dated A awe 11 8 5 A api d Le de A E a 11 8 6 User Numbers su deo id o e oe oe etek 11 8 7 Time Schedules s i21 d dee 2 a a ende ER ns 11 8 7 1 User Time Schedules 00 000 llle 12 8 7 2 Relay Time Schedules 12 8 7 3 Schedules that Cross Midnight 13 8 8 Clearing the Keypad 13 8 9 Keypad and Reader Operation 13 8 10 Programming Data Chip batch ID number 13 8 11 Remote Programming 13 8 12 Off site Programming 2 22 22 cee ete 13 CHAPTER 9 PROGRAMMING THE SYSTEM 14 9 1 General Guidelines 14 EIN Thee Key oia me eas deine eem t e E
3. Open and 20 is Common Terminals 21 through 23 Aux Relay The contacts are rated at 1 A 30 Volts DC They activate whenever a door ajar or forced entry condition occurs Terminal 21 is Normally Open 22 is Common and 23 is Normally Closed System 1 User s Manual Version 4 5G Page 19 APPENDIX C GLOSSARY AC Alternating Current used to power devices ASP Advantage Series Proximity A technology employed in Corby s Indala 30 bit Wiegand Proximity cards Does not require an internal battery to power the card thus drastically improving the life span of the card AWG American Wire Gauge usually denotes the size of wire used in a system BCD Binary Coded Decimal Baud Rate Speed at which serial data is being transmitted Code A sequence of digits which are sensed by the System 1 when the user enters a Corby Card or touches numbered keypad buttons CORBY CARD A plastic card containing user ID information CORBY CARDs come in three different technologies 30 bit Wiegand Swipe 30 bit Wiegand Proximity and Magnetic Stripe This card is inserted into swiped through or presented to a Corby Card reader CPU Central Processing Unit Data Chip A stainless steel coin shaped canister containing an integrated circuit that transfers 48 bits of digital data when touched to a compatible reader Used in place of keypad Magnetic Stripe Wiegand Swipe or Proximity card technologies for access control DC Direct Current Usually sp
4. Proximity readers and as the CLOCK input for Magnetic Stripe or Bar Code readers Terminal 13 DATA for Magnetic Stripe This terminal is used only as the Magnetic Stripe or Bar Code data input Terminal 14 Request To Exit Input Terminal 14 is the Request To Exit RTE input line Whenever Terminal 14 is shorted to Terminal 5 common the main relay will activate as if a valid code card was entered RTE contacts must be open circuit Please Note RTE connections should be made away from the keypad or card reader for security reasons Terminal 15 Door Ajar Forced Entry and Time Cancel Input This input serves three functions at the same time and uses a closed circuit switch contact mounted to the door This switch is a typical alarm type magnetic switch and must be closed when the door is closed for proper operation Please Note If any of these features are not used place a jumper between Terminals 5 and 15 Terminals 16 through 18 Main Relay The contacts are rated at 5 A 30 Volts DC They can be used to switch power to a lock or gate or arm disarm an alarm system Terminal 16 is Normally Open 17 is Common and 18 is Normally Closed Page 18 System 1 User s Manual Version 4 5G Terminals 19 and 20 Shunt Contacts The contacts are rated at 5 A 30 Volts DC They can be used to shunt a door contact This set of contacts follows the main relay because they activate at the same time the main relay activates Terminal 19 is Normally
5. a code length of five Enter the desired code length then touch After selecting a code length a prompt will ask Are you sure CAUTION Answering yes 1 will clear memory erasing all previous codes A no answer keeps the code length at its previous length and gives you the Enter Option prompt Program Time Schedules for users or the port automatically by touching 3 then Select Sched Select the schedule number desired 1 3 followed by a The default setting upon power up is SUN 00 00 00 00 This is the first day for which you have to enter a time schedule Enter the starting and ending time desired hh mm hh mm followed by ak The START time is the exact time of the day when a User Code becomes valid or when the Door Port automatically opens The END time is the time of day when the User Code becomes invalid or when the Door Port automatically closes If there is an existing time schedule which you do not wish to change simply touch to go to the next day You will be prompted Again where you will have the option to enter another time schedule Touching 1 yes will prompt you to Select Sched by touching 2 no you will be prompted to Enter Option Follow the same steps for other days if desired Enter Codes Cards into the system by touching 4 then The prompt will ask you to Enter Code choice of 2 5 digits depending upon the code length selected in Option 2 Example If you choose 12345 for a code enter this number and t
6. automatically activate the main relay each day Each activation also has a corresponding deactivation Start time for a relay schedule refers to the time of day when the relay automatically activates End time for a relay schedule refers to the time of day when the relay automatically deactivates Relay activation and deactivation refer to the relay contacts physically changing states The relay will be in the active state between the start and end time for any time zone A relay time schedule with a start and end time equal to each other will keep the relay in the active state for a 24 hour period for that time zone If Wednesday s time zone was 07 00 to 07 00 the relay will be in the active state from midnight on Tuesday to midnight on Wednesday a 24 hour period When the relay is activated from a time schedule all inputs that affect the relay will be ignored during the on time for any time zone in that schedule Caution must be used when assigning a schedule to a relay If a time schedule is assigned to the main relay in the middle of a valid time zone the relay activates as soon as the system is returned on line If the program mode is entered at 2 00 P M and a schedule is set up for automatic relay activation from 09 00 to 17 00 5 00 P M the relay will activate as soon as the system is returned on line A time schedule used to unlock the Lobby door at 9 00AM and relock the door at 5 00PM is shown below Page 12 System 1 User s M
7. dd 3 When an invalid code is entered the main relay will not activate The following will be displayed on the LCD INV hh mm mm dd Door Functions Time Cancel When the door is closed before the allotted time any programmed door activation time remaining will be canceled This prevents unauthorized people from following closely behind and allowing entry Door Ajar After a valid entry or exit if the door is held open 30 seconds beyond the programmed activation time the auxiliary relay closes and a door ajar message will appear on the LCD DRAJ hh mm mm dd The auxiliary relay stays closed until the door closes which causes a door closed message to appear on the LCD DRCL hh mm mm dd Forced Entry If the door is opened without entering a valid code or pressing the RTE button the auxiliary relay will activate and remain activated until the door is closed A FREN hh mm mm dd message will appear on the LCD Request To Exit When the RTE button is pushed the main relay will close for the programmed relay time and a Request To Exit message will appear on the LCD RTE hh mm mm dd Status of AC Power If AC power is lost and the system has a standby battery connected the following message will be displayed on the LCD ACOF hh mm mm dd When AC poweris restored ACON hh mm mm dd will be displayed on the LCD Reset System 1 has a watchdog circuit that resets the processor automatically on power up and when electrical noise interr
8. including 30 bit Wiegand Swipe or Proximity Cards Magnetic Stripe Cards Bar Code Cards Data Chips 16 Character Liquid Crystal Display 3 Programmable Time Schedules 21 Zones Forced Entry and Door Ajar Capability Optional 80 Column Printer EEPROM Nonvolatile Memory Supports Request To Exit Optional Battery Back up System 1 features basic installation with localized wiring and easy programming Any DC door strike burglar alarm control panel or other electronic device can be controlled with the built in heavy duty relay that is fully programmable to be momentary up to 250 seconds or latching on off There are six input technologies to choose from If you choose a Corby keypad you have the option to use any of the 4000 series keypads that Corby has to offer If your application requires a card reader you will have a choice of card reader technologies including 30 bit Wiegand Swipe 30 bit Wiegand Proximity Data Chip Magnetic Stripe or Bar Code System 1 User s Manual Version 4 5G Page 1 CHAPTER 2 QUICKSTART Quickstart is for those who are too busy to read manuals 2 1 Quick Installation Bench test the System It can be pre programmed before you take it to the job site because all data except for current Date and Time is stored in nonvolatile EEPROM Locate a secure spot inside the protected area and mount the System 1 cabinet using the supplied hardware Remove the cover plate but not the circuit
9. user code access or relay operation Use 24 hr military time format only 5 pm 17 00 SCHEDULE 1 Description User Schedule Relay Schedule DAY START END COMMENTS 1 SUNDAY 2 MONDAY 3 TUESDAY 4 WEDNESDAY 5 THURSDAY 6 FRIDAY 7 SATURDAY SCHEDULE 2 Description User Schedule Relay Schedule DAY START END COMMENTS 1 SUNDAY 2 MONDAY 3 TUESDAY 4 WEDNESDAY 5 THURSDAY 6 FRIDAY 7 SATURDAY System 1 User s Manual Version 4 5G Page 23 Description User Schedule Relay Schedule DAY START END 1 SUNDAY SCHEDULE 3 COMMENTS 2 MONDAY 3 TUESDAY 4 WEDNESDAY 5 THURSDAY 6 FRIDAY 7 SATURDAY Page 24 System 1 User s Manual Version 4 5G APPENDIX E WIRING DIAGRAMS Diode Cautlom soos sxelp nave RIRs te at ee De ei E 26 Figure 1 Battery and Transformer 27 Figure 2 Power using a 12VDC Power Supply 28 Figure 3 Keypad Connection 29 Figure 4 Keypad Connection with Door Aar and HIE 30 Figure 5 30 Bit Wiegand Swipe Card Reader 31 Figure 6 30 Bit Wiegand Proximity Card Reader Indala ASP 32 Figure 7 30 Bit Wiegand Proximity Reader Indala Extended 33 Figure 8 30 Bit Wiegand Proximity Card Reader Pyramid 00 00 cece eee 34 Fi
10. 250 mA Terminal 4 Voltage Output The System 1 has a selectable output voltage of 5 or 12 volts DC This output is only to be used to power card readers or the LED on the remote keypad The voltage is selected at the jumper labeled J2 This output CANNOT be used to power any other external device The output on Terminal 4 is fused at Y amp Terminal 5 Common This is the System 1 s common power supply negative for card readers and keypads PLEASE NOTE The keypad common line is a red wire NOT to be associated with power connections Terminal 6 LED Driver This is a negative output voltage for lighting a Light Emitting Diode LED When the main relay is activated the LED on the keypad or card reader will light to show that a valid code card was entered CAUTION This output is not current limited so be sure to use only LEDs that have a built in current limiting resistor All Corby LEDs have current limiting resistors built in Terminals 7 through 10 BCD Keypad Data Chip Input Data Lines All keypads and Data Chips used with the System 1 output a Binary Coded Decimal BCD output BCD has four data lines DATA 1 DATA 2 DATA 4 and DATA 8 Terminal 11 DATA 1 Wiegand Swipe and Proximity readers require two data lines DATA 1 and DATA 0 Terminal 11 is the DATA 1 input Mag Stripe readers do not use this terminal Terminal 12 DATA 0 and Magnetic Stripe Clock This terminal serves as the DATA 0 connection for Wiegand Swipe and
11. LACED ACROSS TERMINALS 5 AND 15 Request To Exit Button System 1 supports the use of a Request To Exit Button Corby model 4035 or 4135 which must have normally open contacts Page 6 System 1 User s Manual Version 4 5G 6 1 6 2 6 2 1 6 2 2 6 2 3 6 2 4 6 2 5 CHAPTER6 TECHNICAL DATA Earth Ground is very important to protect the System 1 from voltage transients static and lightning discharges The ground connection should be made to a dedicated metal stake or cold water pipe as Close as possible to Terminal 1 of the System 1 board Terminal 1 is the common earth ground for the System 1 board If you install a separate ground rod it must be bonded connected electrically and physically to the building electrical ground Bonding insures that all the grounds are the same potential which eliminates ground loop problems Grounding and bonding must be done according to the National Electrical Code NEC Keypad Ground All system keypads have an earth ground screw terminal for attaching the foil shield of the multiconductor wire The foil shield should also be attached to the keypad plate The foil shield of the keypad should be connected to Terminal 1 of the System 1 board Reader Ground All readers require a foil shield connection to Terminal 1 on the System 1 circuit board There is no physical connection between the shield and the Wiegand Data Chip Bar Code or Magnetic Stripe reader The Proximity reader requires a ph
12. Touch 1 for yes if the input device is a keypad or Data Chip If you touch 2 for no Card Reader will be displayed Again you may choose 1 yes or 2 no Note Data Chips use keypad format Select Keypad in Option 6 If a card reader is selected Bank Card is displayed A yes response will allow most magnetic stripe cards as well as Corby cards to work in the system A no response will allow only Mag Stripe cards with the exact Corby format to work A yes or no response to the Bank Card prompt applies only to Magnetic Stripe cards All other cards are not affected by this selection When you have entered 1 yes to one of the above options a choice between a momentary or latching relay output must be made The prompt will say Momentary Choose 1 yes or 2 no If you choose 1 yes the momentary relay time must be entered in a three digit format 001 250 seconds Relay Time If you choose 2 no the relay will be programmed to be latching Finally you will be asked to enter a time schedule 1 2 or 3 to assign the relay Auto Sched Example To assign the relay to schedule 1 enter 1 If you do not wish to use a schedule simply enter 0 The door will remained locked 24hrs a day Change Serial Number by first removing the jumper J1 and then touching 7 followed by Enter the new 5 digit serial number at the New Ser prompt Re enter the new serial number at the next New Ser prompt to verify that the number
13. anual Version 4 5G SUN 00 00 00 00 MON 09 00 17 00 TUE 09 00 17 00 WED 09 00 17 00 THU 09 00 17 00 FRI 09 00 17 00 SAT 00 00 00 00 8 7 3 Schedules that Cross Midnight If a time schedule is required to cross the midnight hour the schedule will appear slightly different than a normal one A good example is the 23 00 to 07 00 shift This time schedule could apply to a group of users or to the main relay This example is shown below SUN 23 00 00 00 MON 23 00 07 00 TUE 23 00 07 00 WED 23 00 07 00 THU 23 00 07 00 FRI 00 00 07 00 SAT 00 00 00 00 8 8 Clearing the Keypad The button should be used before entering a code on a keypad This will 8 9 8 10 8 11 8 12 System 1 User s Manual Version 4 5G clear the keypad buffer erasing anything entered before the was touched The keypad does not have a timer that clears the buffer automatically Keypad and Reader Operation Keypads can be used along with any of the reader technologies supported by the System 1 A keypad and a reader may be used together One or the other will activate the System 1 relay However increased security cannot be gained through combined operation If Magnetic stripe or Proximity readers are used the LED on the keypad must be switched through the A form contacts of the main relay as shown in Figure 4 Switching the negative side of the LED with Terminal 6 would leave the LED on all the time Programming Data Chip batch ID numbers Along with the
14. ard does not have to be removed The cover plate must be removed to mount the cabinet and should remain off until all the terminal wire connections are made Changing Your Serial Number should be done while the cover plate is removed In order to change your serial number Jumper J1 must be removed Jumper J1 is located to the left of the main relay on the circuit board Changing your serial number is explained in Section 9 2 7 Mount the Keypad or Card Reader on any flat surface If the keypad card reader is an outdoor version and will be mounted in a humid location protect the wire terminals from corrosion by applying a light coat of grease or other protective caulk to the terminals Wiring for the Keypad and Card Reader requires an eight conductor 18 or 22 gauge multiconductor shielded cable DO NOT ATTACH THE SHIELD TO ANY TERMINALS ON THE CARD READER The shield attaches to a screw terminal on the keypads for an earth ground Follow the wiring diagram which corresponds to the input device you have chosen Keypad Connections from the wire harness to the System 1 Terminal Block GND Red to 5 Data 1 Yellow to 7 Data 2 Green to 8 Data 4 White to 9 Data 8 Black to 10 The LED connections include 12VDC Orange to 4 LED Blue to 6 If you are using a keypad you must switch jumper J2 to 12V J2 is located left of the LED display on the circuit board and just below the heat sink Wiring for the Card Readers 30 bit Wiegand Swip
15. be retained with this method because it is stored in the nonvolatile EEPROM memory AC with Standby Battery This method uses the supplied 16 5 VAC 15VA transformer and optional 12 volt rechargeable lead acid battery minimum 1 2 amp hour to power the System 1 A separate power supply is used for the door lock if one is being used When the System 1 is used to control something other than a door lock alarms electrical equipment etc this method allows only the System 1 to operate normally if AC power is lost DC only This method is the most popular A 12 VDC power supply with its own standby battery is used in place of the 16 5 15VA transformer to power both the System 1 and the door lock With this convenient method everything is powered from the same source and both the System 1 and the door lock will operate normally when AC power is lost Printer Video Display Terminal System 1 has a built in 9600 baud full duplex serial port that may be used for an optional printer or a video display terminal The printer can provide a hard copy of events The terminal can be used for remote programming Door Ajar Contact System 1 will support the use of a door ajar contact switch to make use of the door ajar time cancel and forced entry features This switch mounts directly on the door and must be a closed circuit when the door is closed and an open circuit when the door is opened IF ANY OF THESE FEATURES ARE NOT USED AJUMPER WIRE MUST BE P
16. board for mounting For the best viewing angle of the LCD mount the unit slightly below eye level Run the wire You ll need one cable for the reader or keypad and door ajar switch and a separate two conductor cable for the door lock Don t forget a pair for the AC power transformer and one for the door lock power supply Mount the card reader or keypad Keypads should ideally be mounted at eye level except in locations where the Americans with Disabilities Act ADA requirements must be met ADA requires all controls to be mounted no higher that 48 inches from floor level All 30 bit Wiegand Swipe Magnetic Stripe Bar Code and Data Chip readers are waterproof and may be installed outside 30 bit Wiegand Proximity card readers are available in indoor and outdoor versions Mount the door lock and FOLLOW THE DIRECTIONS that come with it Make sure to install a diode across the coil for noise and spike suppression but only on DC powered door locks Install the Request To Exit button and door ajar time cancel switch Don t run the Request To Exit wires out to the keypad or card reader Drop them off inside the protected area Make your connections to the System 1 and reinstall the cover plate Apply power to the unit Unit should display a four letter message along with the time and date Example ACON 00 00 00 00 If it does continue If it does not remove power and re check all connections Apply power again If unit still does not display co
17. cccccccc eee 6 5 4 Request To Exit Button 6 CHAPTER 6 TECHNICAL DATA 7 6 1 Earth Ground is very important 7 6 1 1 Keypad Ground emitan IRE BAe ey iin PES dada er 7 6 1 2 Reader Ground 4 4 204 e Ad a EE P px er qe 7 6 1 3 Printer Ground hic e iste heme 2 edebat eater diee dtd 7 6 2 Proper Wie Zus er ae Pate x Ob die dei P aa Ei Fc aee Pallas 7 6 2 1 Keypad Wiring ias ree Rer a ERR UR ES dew E eR Ra 7 6 2 2 Card Reader WING 22 5 EEN ee ee Ae MEE ae 7 6 2 3 Data CE Wiring a ex o dat Ro are CRGO Ebo gE AS RR ce RC 7 0 2 4 Printer WING nte five ola Ba 04 2 ag par RR AIR ease RU Ro ean ae 7 9 2 5 VD T WINING See dt anata ated bero ato Dto raid sus uA E ct 7 CHARTER 7 INSTALLATION 0 e t teta pev Eo Dei ered pao io beUa NEQUE 8 7 1 Mount the System 1 Control Cabinet 8 7 2 Changing Your Serial Number 8 7 3 Mount the Keypad or Card Reader 8 7 4 Wiring for the Keypad and Card Reader 8 7 5 Keypad Connections 22222 eee ae 8 7 6 Wiring for the Card Readers 8 7 6 1 Wiegand Reader Connections 8 7 6 2 Proximity Reader Connections 8 7 6 3 Magnetic Stripe Reader Connections 8 7 6 4 Bar Code Connections 8 7 6 5 Data Chip Adapter Connections 9 7 6 6 Data Chip Reader Connections liliis 9 7 7 Transformer Connections 9 System 1 User s Manual Version 4 5G Page iii 7 8 Door Ajar Time Cancel amp Forced Ent 9 7 9 Request To Exit
18. ck 5VDC Red to 4 LED Brown to 6 Mag Stripe Data White to 13 Data 0 Green to 12 GND Black to 5 Connect the shield from the reader to the shield in the cable The Blue and Orange wire from the reader are not connected Jumper J2 should remain at 5V for a Bar Code reader The reader can be located a maximum of 500 ft from the System 1 Page 8 System 1 User s Manual Version 4 5G 7 6 5 7 6 6 7 7 7 8 7 9 7 10 7 11 7 12 Data Chip Adapter Connections use the seven position wire harness supplied with the adapter to connect to the System 1 Terminal Block See Figure 11 for more information Connections are as follows Wire Harness System 1 Ground Blue amp Strobe Red 5 Data 1 Yellow 7 Data 2 Green 8 Data 4 White 9 Data 8 Black 10 LED Brown 19 In addition the 12VDC Terminal on the adapter should be connected to Terminal 4 on the System 1 Terminal Block Jumper J1 must be set to the 12V position Connect a jumper wire across Terminals 4 and 20 of the System 1 for LED operation Data Chip Reader Connections from the reader to the adapter Terminal Block GND Black and LED Yellow to the Terminal Data Grey changing to white to the Data Terminal and LED Red to LED Terminal Transformer Connections are accomplished with an 18 gauge wire to Terminals 2 and 3 See Figure 1 for more information Door Ajar Time Cancel and Forced Entry Connections are made to Terminals 5 and 15 T
19. ct user access at preset times of the day or week A user code card can have one of the three time schedules assigned to it When a user enters a code card the system checks if the code card is valid and also if the user is allowed access at the time of code entry Start time for a user refers to the time of day when the user code card becomes valid End time for the user refers to the time of day when the user code card becomes invalid The user code card is valid between the start and end time of the time zones assigned to it A user time zone with a start and end time equal to each other will allow 24 hour access for that day A special case is a time zone with a start and end time of 00 00 In this case access will not be allowed to that user for that day If a user is allowed 24 hour access seven days a week a time schedule is NOT needed for access and should not be assigned Example of a 24 hour time zone MON 12 00 12 00 Example of a no access time zone MON 00 00 00 00 A time schedule granting access from 8 30AM to 5 30PM Monday through Friday is shown on the next page use military time SUN 00 00 00 00 MON 08 30 17 30 TUE 08 30 17 30 WED 08 30 17 30 THU 08 30 17 30 FRI 08 30 17 30 SAT 00 00 00 00 Relay Time Schedules Auto relay activation is a very powerful security management tool that can lock unlock a door or gate arm disarm an alarm system or control energy management systems without any user involvement The System 1 can
20. e harness into header H2 on the circuit board located to the left of Terminal 16 The Green wire TXD is connected to pin 3 on a 25 pin D subminiature male connector The Yellow wire RXD is connected to pin 2 on the 25 pin connector The Orange wire CTS is not used The White wire GND is connected to pin 7 on the connector If the PC has a 9 pin connecter connect the Green wire TXD to pin 2 on the 9 pin connector The Yellow wire RXD is connected to pin 3 on the 9 pin connector The Orange wire CTS is not used The White wire GND is connected to pin 5 on the connector Page 10 System 1 User s Manual Version 4 5G 8 1 8 2 8 3 8 4 8 5 8 6 8 7 CHAPTER 8 SYSTEM OPERATION Programming Functions are done using the keypad LCD LED bar and menus Each is discussed in detail in Chapter 9 User Functions Users can gain access through a keypad 30 bit Wiegand Swipe 30 bit Wiegand Proximity Data Chip Magnetic Stripe or Bar Code reader Three possible results can occur when a user enters a code or uses a card or Data Chip Each one is outlined below and assumes a user number of 001 1 When the valid code for user number 001 is entered the main relay will activate The valid user number time and date will be displayed on the LCD V001 hh mm mmi dd 2 When a valid code is entered outside the programmed time schedule the main relay will not activate The following will be displayed on the LCD S001 hh mm mmi
21. e Reader Connections to the System 1 Terminal Block 5VDC Red to 4 Data 1 White to 11 Data 0 Green to 12 LED Brown to 6 GND Black to 5 Jumper J2 should remain at 5V for a Wiegand reader Maximum wire distance is 500 ft 30 bit Wiegand Proximity Reader Connections to the System 1 Terminal Block Power Red to 4 Data 1 White to 11 Data 0 Green to 12 LED Brown to 6 GND Black to 5 If using a Proximity reader you must switch jumper J2 to 12V The Proximity reader will not function on 5V If you are using a Model 4181 Indala Extended Range Proximity Reader you will need to power the reader with an external 12V power supply See Figure 7 for a wiring example Do not power a Model 4181 from the System 1 Terminal 4 The proximity reader will not work and you may damage the System 1 circuit board Maximum wire distance is 500 ft Magnetic Stripe Reader Connections to the System 1 Terminal Block 5VDC Red to 4 LED Brown to 6 Mag Stripe Data White to 13 Data 0 Green to 12 GND Black to 5 A 1K ohm resistor should be connected between Terminals 4 and 6 Jumper J2 should remain at 5V for a Magnetic Stripe reader The maximum distance a magnetic stripe reader can be located from the System 1 is 500 ft Magnetic Stripe readers are very sensitive to voltage for proper operation Minimum operating voltage for Magnetic Stripe readers is 4 75 volts DC measured at the reader Bar Code Connections to the System 1 Terminal Blo
22. eafter invented including photocopying and recording in any information storage and retrieval system is forbidden without the written permission of the publisher Your Comments Are Invited Version A DG Printed June 2001 Part number 3001 Printed in USA Page ii System 1 User s Manual Version 4 5G TABLE OF CONTENTS CHAPTER 1 GENERAL DESCRIPTION 0 00000 cece rrr 1 1 1 Gorby s Systeri T sss 22044 and 1 1 2 Features 22x eat vet Mahe tay Bebe ces lek Mae ebd meer ed x Gadd 1 1 3 System 1 features simple installation 1 1 4 There are six input technologies 1 GHAPTER Z QUICKSTART iate eee eet mtem e eb Dre c a pe tbc 2 2 1 Quickilnstallation 2 444 34 22 20 a0 tege epe A ace ae Rer ec 3 CHAPTER 3 WHAT YOU GET surcar Da tex Eer Ae eae ee EE ele Rede 3 3 1 When you receive your System Te 3 CHAPTER 4 ADDITIONAL EQUIPMENT 0 00 ccc RR er un 4 4 1 Keypads T 4 4 2 Card Readers 4 4 3 Gorby Cards ste bee EV pe o deed Dept aed ER ORO e ERE E n 4 4 4 Gooseneck Mounting Hardware 5 4 5 UTC 5 46 Power Supply sc cee as re AA date Ars inte haw alate ais 5 CHAPTER 5 OPTIONAL EQUIPMENT ssseee RR hm rn 6 5 1 Standby Battery 8 Power Supply Methods 6 9 181 AC only isa det ra ERE de a RE RS 6 5 1 2 AC with Standby Battery 6 5 1 3 DG Only sh NA 6 5 2 Printer Terminal sidr eege AE da nn EAGGRES 6 5 3 Door Ajar Time Cancel and Forced Entry ooo
23. ecified as having a positive and negative source Default Pre set values in the software which the System 1 will use if the user does not change them Disabled Turned off Not active Earth Ground A direct electrical path to earth Usually a cold water pipe the steel beams of a building or a steel rod driven at least six feet into the earth Enabled Turned on Active Enter To type information on the System 1 in response to a prompt Page 20 System 1 User s Manual Version 4 5G EEPROM Electrically Erasable Programmable Read Only Memory A memory chip used in System 1 that contains all user information EEPROMS retain all information without the need for backup power Fail Safe If and when power to the portal door fails the portal will be made permanently open and allow entrance or exit without the need for access control codes or cards Fail Secure If and when power to the portal door fails the portal will be made permanently closed and will not allow entry or exit Form A Relay A type of relay which is single pole single throw Form C Relay A type of relay which has contacts including a common a normally open NO leg and a normally closed NC leg LED Light Emitting Diode A semiconductor device that emits light Magnetic Stripe Card technology that uses a magnetic stripe to hold its data System 1 uses a track 2 ABA format PCB Printed Circuit Board PIN Personal Identification Number A number whic
24. five digit code number there is also a batch ID number in the Data Chips This batch number must be programmed into the Data Chip adapter To program the batch number into the adapter install the jumper across the two pins of jumper J1 on the adapter then touch one of the Data Chips to the reader or the test point on the adapter The LED on the adapter and at the reader will flash to indicate the batch number was accepted The jumper should then be removed from J1 and placed over only one of the two pins This will put the adapter into normal mode Remote Programming System 1 can be remotely programmed with a nearby video display terminal VDT or computer by using a terminal connected to the serial port H2 The serial port parameters are 9600 baud 8 data bits no parity and 1 stop bit The terminal will show exactly what is on the LCD display The and keys provide the same function as on the System 1 keypad In addition the enter key can be used in place of the key and the backspace key can be used in place of the key Off site Programming System 1 can be programmed off site by using a pair of modems and a VDT or computer System 1 can transmit at 9600 baud only The modems and the off site terminal must be setup as shown in Section 8 11 Remote Programming Page 13 9 1 9 1 1 9 1 2 9 2 9 2 1 9 2 2 9 2 3 9 2 4 CHAPTER 9 PROGRAMMING THE SYSTEM 1 General Guidelines The Key is similar to the ente
25. gure 9 Indoor Outdoor Magnetic Stripe Reader 35 Figure 10 Bar Code Reader 36 Figure 11 Data Chip and Adapter Connections 37 Figure 12 Request To Exit and Door Aar 38 Figure 13 Operate a Mag Lock and Shunt a Door Contact 39 Figure 14 Operate a Door Strike and Shunt a Door Contact 40 Figure 15 Serial Printer Connection s es 0 0 0 ene 41 Figure 16 VDT and Printer Connection 42 Figure 17 Phone Modem Connection 43 Figure 18 Personal Computer Connection ssaa saaa cee 44 System 1 User s Manual Version 4 5G Page 25 CAUTION If you use this system to operate a DC door strike magnetic lock relay or any device that has a coil inductive load that is powered from a DC ae Win ae UST install a diode in parallel across the coil terminals Use a 1N4001 1N4002 or equivalent Connect the stripe side of the diode to the coil terminal that becomes positive Connect the other side of the diode to the other end of the coil Proper installation of this diode will prevent the high voltage spike that occurs whenever a coil is de energized If you do not use this diode you will eventually damage the system and any other electronic device attached to it Corby supplies the necessary diodes with this product please use them Page 26 System 1 User s Manual Version 4 5G
26. h is unique to each user of the system and is entered at a keypad in order to gain access Power Supply Converts AC voltage to DC voltage Prompt A cue When programming the System 1 will ask you to choose an option This asking is called a prompt RAM Random Access Memory Semiconductor memory that can be both written to and read from RS 232 Data transmission standard using 12 volt transitions to transmit digital data RTE Request to Exit A circuit controlled by a push button installed within a secured area which when touched allows a user to exit the area SPDT Single Pole Double Throw SPST Single Pole Single Throw UL Underwriters Laboratories An organization that certifies the safety and functionality of electrical devices System 1 User s Manual Version 4 5G Page 21 Watchdog A circuit in the System 1 that prevents microprocessor latch up The watchdog circuit minimizes the likelihood that voltage transients will crash the system Wiegand Technology Card technology that uses special patented wires imbedded inside the card to encode its data System 1 uses a format which stores card information in a 30 bit code No other Wiegand formats can be used with System 1 Page 22 System 1 User s Manual Version 4 5G APPENDIX D TIME SCHEDULE SHEETS This Time Schedule Worksheet is provided so that you have a permanent copy of the 3 available Time Schedules showing the day starting time and ending time for
27. he magnetic door contacts must be a closed circuit when the door is closed and open when the door opens If these features are not used a jumper wire must be placed across Terminals 5 and 15 See Figure 12 for more information Request To Exit Button Connections are to Terminals 5 and 14 Request to exit contacts must be normally open See Figure 12 for more information Magnetic Lock Door Strike Connections are to Terminals 17 and 18 Connections must also be made to your power supply Refer to Figure 13 mag lock or Figure 14 door strike for the appropriate wiring diagram Printer Connections are from the four position wire harness included with the system Plug the harness into header H2 on the circuit board located to the left of Terminal 16 The Green wire TXD is connected to pin 3 on a 25 pin D subminiature male connector The Yellow RXD is not used The Orange wire CTS is not used The White wire GND is connected to pin 7 on the connector Plug the 25 pin connector into the right side of the printer See Figure 15 for more information Printer Baud Rate and Dip Switch Settings for the Citizen GSX 190 with the RS 232 card Corby model 4007 The System 1 outputs serial data through H2 at 9600 Baud with 8 data bits 1 stop bit and no parity To set the switches for the printer turn OFF AC power to the printer and remove the Dip Switch cover plate There are three sets of switches inside this panel The two located beside each othe
28. nd accesses the RS 232 signals needed for printing or Video Display Terminal VDT operation Wire 50 ft of wire is included with the system Additional wire can be purchased p n 4023 Instruction Manual This is a six inch by nine inch booklet that contains comprehensive information for the installation and use of the System 1 Screw Package This plastic bag contains four screws and nylon plugs to mount the cabinet 1N4001 diodes are also included for use on DC door locks to prevent high voltage kick back Since this standard screw pack is also used in other Corby products there are 1N4148 diodes included The 1N4148 diodes should not be used with the System 1 System 1 User s Manual Version 4 5G Page 3 4 1 4 2 4 3 CHAPTER 4 ADDITIONAL EQUIPMENT Keypads Choose one of the Corby 4000 series keypads Indoor keypads 4020 flush mount keypad 4014 surface mount hidden view keypad Outdoor keypads 4012 flush mount keypad with aluminum housing 4066 flush mount heavy duty metal keypad for high usage 4064 surface mount heavy duty keypad mounted in lock box Card Readers Choose one of five available card reader technologies 30 bit Wiegand Swipe card readers 4042 beige indoor outdoor surface mount swipe reader 4044 black indoor outdoor surface mount swipe reader 30 bit Wiegand Proximity readers 4177 Indala indoor outdoor 4 5 read range 4178 Indala indoor outdoor door frame mount 3 4
29. ntact Corby Technical Support If the LCD displays a parity error PRTY 15 15 15 15 this indicates that the time and date have been cleared from the unit s memory Follow the instruction below to set the time and date To begin programming enter the default serial number 11111 Corby recommends changing this serial number after installation is complete Set the time and date etc Put in one or two codes to test the system Do not program time schedules until the basic features are working Page 2 System 1 User s Manual Version 4 5G 3 1 CHAPTER 3 WHAT YOU GET When you receive your System 1 please take a moment and do an inventory of the shipping box We take great care when packaging and double check everything but it s a good idea to check for the following items System 1 The system comes with a metal cabinet main circuit board programming guide cover plate programming keypad LCD display LED display and battery leads Power Transformer 16 5VAC 15VA used to power the System 1 only It cannot be used to power additional equipment Cabinet Keys There are two supplied in a white bag labeled hard ware enclosed Mounting template This sheet is used to locate the screw positions for mounting the cabinet Match the template to the cabinet and mark the proper holes Wire harness A four position wire harness with six inch wires is supplied for the optional printer connections This harness plugs onto header H2 a
30. nual Version 4 5G Data Chips 4320 coin assembled on metal keytag with Corby logo 4321 coin only use with tape dots model 4323 Magnetic Stripe card 4074 standard card Corby graphics Bar Code cards 4151 credit card size Corby graphics 4 4 Gooseneck Mounting Hardware For use with model 4042 or 4044 Wiegand Card Readers Corby model 4060 Mounts onto 4061 Gooseneck Pedestal 4 5 Wire Use an eight conductor stranded 22 gauge shielded multiconductor wire non twisted pair Corby model 4023 for wiring the keypad or card reader An 18 gauge or higher two conductor wire is recommended for the magnetic lock door strike 4 6 Power Supply to match your door holding device Corby stocks a 6VDC 12VDC switchable 1 Amp continuous power supply The power supply includes a 4 amp hr battery and transformer Corby model 4094 System 1 User s Manual Version 4 5G Page 5 5 1 5 2 5 3 5 4 CHAPTER 5 OPTIONAL EQUIPMENT Standby Battery amp Power Supply Methods There are three methods of supplying power to the System 1 The method you choose depends on the AC power loss requirements for your system and the type of power supply available for the electric door lock being used AC only This method is the simplest The supplied 16 5VAC 15VA transformer is used to power the System 1 and a separate transformer is used to power the door lock When AC power is lost the system will be inoperative Programmed data will
31. ouch A time schedule may now be assigned to a user Enter Schedule Enter the schedule number 1 3 and touch to enter the information If no schedule is desired enter 0 This will allow a user 24hr access seven days a week After all data is entered you will be prompted xxx Again Enter 1 then xk to repeat and add more users xxx is the user number for the code you just entered Enter 2 then xk to exit Option 4 and return to the main menu Page 14 System 1 User s Manual Version 4 5G 9 2 5 9 2 6 9 2 7 9 2 8 9 2 9 Delete Display Codes Cards is a dual function option This option can be used to delete codes cards or to display the codes cards one by one Touch 5 then At the prompt Enter Code enter the code number and touch For example if you wish to delete the first user who has a code 12345 enter 12345 D 12345 001 2 The D stands for Delete 12345 stands for the user code 001 stands for the user number 2 stands for the time schedule assigned to the user Choose 1 for yes or 2 for no If you choose 1 Are you sure will appear A yes answer will delete this user A no answer will advance to the next code To exit touch 0 at the D 12345 001 2 prompt Enter Option will then be displayed Touching 2 no repeatedly will allow you to step through and examine all your codes cards will exit this option Set Port Parameters by touching 6 then k When you enter this option Keypad will be displayed
32. ounted in or next to the System 1 cabinet Use the seven position wire harness provided with the adapter to connect it to the System 1 The 12VDC power input can also be connected to the System 1 The Data Chip reader requires four conductor shielded cable Six conductor cable should be used if RTE or Door ajar contacts are required Data Chip readers can be sensitive to noise at distances over 300 ft For this reason it is recommended that 24 gauge wire be used for these readers over 300 ft Maximum cable length from the System 1 to the reader is 500 ft Printer Wiring The optional printer requires a two conductor 22 or 24 gauge stranded wire with an overall shield Maximum cable length from the System 1 to the printer is 500 ft VDT Wiring The optional Video Display Terminal VDT requires a three conductor 22 or 24 gauge stranded shielded wire Maximum cable length from the System 1 to the VDT is 500 ft System 1 User s Manual Version 4 5G Page 7 7 1 7 2 7 3 7 4 7 5 7 6 7 6 1 7 6 2 7 6 3 7 6 4 CHAPTER 7 INSTALLATION Mount the System 1 Control Cabinet in a dry secure area It contains all the electronic circuits which control the keypad card reader and IT IS NOT WATERPROOF It requires AC or DC power an earth ground and must be located within 1000 feet of a keypad or within 500 feet of a card reader Corby supplies a mounting template with the System 1 Use it to mount the cabinet The printed circuit bo
33. r labeled SW1 and SW2 allow you to control the parallel port These switches do not need to be set The switch labeled SW1 on the serial port is the only switch which needs to be set Refer to the Citizen GSX 190 manual for additional information sun VV or 4 Printer Switch SW1 Settings System 1 User s Manual Version 4 5G Page 9 7 13 VDT Connections are from the four position wire harness included with the system Plug the harness into header H2 on the circuit board located to the left of Terminal 16 The Green wire TXD is connected to pin 3 on a 25 pin D subminiature male connector The Yellow wire RXD is connected to pin 2 on the 25 pin connector The Orange wire CTS is not used The White wire GND is connected to pin 7 on the connector Plug the 25 pin connector into the connecter on the VDT labeled Main Modem port or Port A 7 14 Modem Connections are from the four position wire harness included with the system Plug the harness into header H2 on the circuit board located to the left of Terminal 16 The Green wire TXD is connected to pin 2 on a 25 pin D subminiature male connector The Yellow wire RXD is connected to pin 3 on the 25 pin connector The Orange wire CTS is not used The White wire GND is connected to pin 7 on the connector 7 15 PC Connections are from the four position wire harness included with the system Plug th
34. r ee e reg 14 9 1 2 The 4E Key ord atte her te p daret Pe rp ede pling 14 9 1 3 Whena Appears crue ata en Fa fa AREE Dee AUR RP Ep aan Ee ota da 14 9 2 Programming bo cre catia aan eee ean ERE LEA EU CUR ERAN ea ID cet Ld 14 9 2 1 Set the Time and Date scc Erates x eR Ee a Ee Ee ERR E 14 9 2 2 Setthe Code Length ey e rS mEnE EERE nenn 14 9 2 3 Program Time Schedules 14 9 2 4 Enter Codes Cards 14 9 2 5 Delete Display Codes Cards o oocooccooocco eese 15 9 2 6 Set Port Parameters 15 9 2 7 Change Serial Number 15 9 28 Clear Memory u RR RW NEEN EN E de de Pd ee 15 9 2 9 Print User Numbers Codes and Last 50 Events 15 9 3 Exit Programming 16 APPENDICES APPENDIX A LCD MESSAGES 17 APPENDIX B TERMINAL DESCHIDITION 000 00 cee eh 18 APPENDIX C GLOSSARY 2 2 22 222 22 neh 20 APPENDIX D TIME SCHEDULE GHEET 23 APPENDIX E WIRING DIAGRAMS ooo 25 Page iv System 1 User s Manual Version 4 5G 1 1 1 2 1 3 1 4 CHAPTER 1 GENERAL DESCRIPTION Corby s System 1 is an economical keypad or card access system which controls a single door It may be used to restrict access to a computer room supply room or any other sensitive area The System 1 accepts a code from a keypad or any one of five card reader technologies Features Controls 1 Door Uses Keypads Card Readers or Data Chip Readers Supports 250 Users and a 50 Event Buffer Supports Multiple Card and Reader Technologies
35. r key on a terminal keyboard and must be touched after each entry Entering information and touching will enter the data To exit the option and return to the previous function touch without entering any information The Key is similar to the delete key on a terminal keyboard and will clear whatever is displayed on the LCD When a Appears you have the option to choose a yes or no answer The yes key is 1 The no key is 2 To exit touch 0 Programming To Begin Programming Touch The LCD will display Entr Ser The system is shipped with 11111 as the default serial number Enter 11111 to get into programming mode As you enter the serial number s will be displayed instead of the numbers you entered You have the option to change this number further into the programming mode While in program mode the system inputs and outputs will be inoperative The LCD will prompt you to Enter Option Set the Time and Date by touching 1 then When prompted to Enter Time use military time hh mm Seconds are not used Set the time and touch to enter the information Next you may set the Date mm dd yy After setting the date touch to enter the information You will then be prompted to Enter Option Set the Code Length by touching 2 then Set Length WARNING CHANGING THE CODE LENGTH WILL ERASE ALL CODES FROM MEMORY The default setting is five digits If using keypads choose between two and five digits Cards must have
36. read range 4179 Indala indoor outdoor flush mount 4 5 read range 4180 Indala indoor outdoor medium range 4181 Indala indoor outdoor long range 4201 Pyramid door frame mount 3 4 read range black amp ivory plates included 4203 Pyramid flush mount 4 5 read range black amp ivory plates included 4206 Pyramid surface mount combination proximity amp keypad Proximity Reader Notice Indala and Pyramid proximity readers and cards are not interchangeable between manufacturers Data Chip readers 4302 single gang plate with one green LED 4303 single gang plate with one green and red LED 4304 narrow plate with one green LED 4305 narrow plate with one green and red LED 4306 read head only 4307 mullion black surface mount with bi color LED Data Chip Reader Notice All Data Chip readers require a 4301 Data Chip Adapter Magnetic Stripe readers 4075 outdoor surface mount swipe reader Bar Code readers 4160 outdoor surface mount swipe reader Corby Cards Choose one of the available card types for your reader technology 30 bit Wiegand Swipe cards 4049 standard card Corby graphics 4149 Photo Di sub card 30 bit Wiegand Proximity cards 4190 Indala credit card size card 4192 Indala key chain tag 4219 Pyramid credit card size card Proximity Card Notice 26 bit Wiegand Proximity Cards will not work with System 1 Do not use 4215 or 4218 cards Page 4 System 1 User s Ma
37. t If you answer no the last 50 events will be displayed on the LCD one at a time To advance to the next System 1 User s Manual Version 4 5G Page 15 event touch To exit this option and return to the main menu touch 0 then x 9 3 Exit Programming by touching 0 then k at the Enter Option prompt This will return the system back online The system will display ONLN along with the time and the date Page 16 System 1 User s Manual Version 4 5G APPENDIX A LCD MESSAGES LCD Messages V xxx hh mm mm dd Valid User S xxx hh mm mm dd Schedule Error INV PRTY ARON AROF DRAJ DRCL RTE FREN PROG ONLN ACON ACOF RST System 1 User s Manual Version 4 5G Invalid Code Parity Error See Page 4 Auto Relay On Auto Relay Off Door Ajar Door Closed Request To Exit Forced Entry Program Mode On Line AC Power On AC Power Off Reset Page 17 APPENDIX B TERMINAL DESCRIPTION Terminal Description Terminal 1 Earth Ground The earth ground must be connected to a dedicated metal stake or cold water pipe using a 12 gauge or larger solid copper wire DO NOT use electrical gas or telephone grounds Shields from the keypad or card reader cables must also connect to Terminal 1 Terminals 2 and 3 AC or DC Input Power The System 1 accepts 12 to 24 volts AC or DC If AC is used a 16 5 volt 15 VA transformer is recommended If DC is used Terminals 2 and 3 are not polarity sensitive The System 1 requires a minimum current of
38. upts the microprocessor User Numbers System 1 makes use of two sets of numbers to organize its data One is the user number the other is the code card number When a code card number is programmed into the System it is automatically assigned by the System 1 to the lowest user number When a code card number is deleted from the system its user number becomes available to be used again User numbers are displayed when a code card number is programmed into the System 1 and when a valid code card number is used at the keypad or card reader Time Schedules System 1 has three programmable time schedules which act as user selectable time clocks Time schedules can be assigned to user codes cards to limit access They can also be assigned to the main relay for automatic activation and deactivation In each time schedule there are System 1 User s Manual Version 4 5G Page 11 seven time zones one for each day of the week Time zones consist of two time cells a start and end time cell Time schedules are programmed in Option 3 using a military time format for hours and minutes HH MM seconds are not used The week days are shown as a three letter abbreviation Example MON WED FRI User codes cards may have one time schedule assigned to them The main relay may have one schedule assigned to it Note Assigning a user to Schedule 0 will allow 24 hour access User Time Schedules Time restriction is a very useful management tool used to restri
39. was entered correctly If the two serial numbers entered do not match the old serial number will remain valid and the prompt New Ser will appear allowing another try Jumper J1 must be removed for this option Jumper J1 is located to the left of the main relay on the circuit board CAUTION If J1 is removed and the serial number is changed replacing J1 will change the serial number back to 11111 If the program mode is entered after replacing J1 the system will prompt Are You Sure Entering a 1 for yes will Clear Memory Entering a 2 for no will exit program mode This will allow you to replace J1 restoring the old serial number The reason for clearing memory is so that anyone replacing J1 and entering the default serial number cannot get into program mode without being detected Clear Memory by touching 8 then When prompted Are you sure enter 1 yes or 2 no CAUTION This will erase all existing codes operating parameters and will insert the default settings This routine takes approximately 2 seconds to complete Reprogramming may take hours Print User Numbers Codes and Last 50 Events by touching 9 then k All Users with their codes and schedules will be printed out You need the optional printer to see this data After all the users are printed System 1 will prompt Print If you have a printer enter 1 yes If you do not have a printer enter 2 no If you answer yes the last 50 events will be printed ou
40. ysical connection of the shield to the reader itself see wiring diagram for Proximity readers Printer Ground The foil shield of the printer must be earth grounded Attach the shield from the printer cable only to Terminal 1 of the System 1 DO NOT CONNECT THE EARTH GROUND TO THE PRINTER Proper Wire specifications for all keypads card readers is a four five seven or eight conductor 18 or 22 gauge stranded multiconductor with an overall foil shield It cannot be a twisted pair cable Please note that multiconductor cable does have some overall twist which is acceptable Keypad Wiring The keypad requires a five conductor cable with a foil shield if the LED connections are not used A minimum of seven conductors are necessary to utilize both Red and Green LED s An eight conductor cable is required if the Request To Exit RTE or door ajar options are going to be used If both RTE and door ajar options are used only one LED can be used with an eight conductor cable Maximum cable length from the System 1 to the keypad is 1000 ft Card Reader Wiring The card reader requires a five conductor shielded cable A minimum of seven conductors are necessary to use the RTE button or door ajar contact An eight conductor cable is required if both options are going to be used Maximum cable length from the System 1 to the card reader is 500 ft Data Chip Wiring The Data Chip reader requires a Data Chip adapter model 4301 The adapter should be m
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