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Falcon F1000 Switch User Manual

1. 77 970 484 6510 6 rletech com A Analog Input 4 20mA Reference Chart 79 B F3400 F1000 Accessories Wiring 81 Configuring the SeaHawk LD5100 as an Analog lnput 84 C Alarm ID Reference Tables 87 Analog Tables ma aan TA a ROE ete PNG TRADE ena Ree ee DYW GAR a O N 87 Thermistor Tabl S iv eave AAA UV or iste od Ese x doe E TT ae 88 Digital Tables si arem xh A a AO AUR Sed ALLA WNO aS 89 D Technical Specifications servira RECETA 91 970 484 6510 7 rletech com Notes 970 484 6510 8 rletech com Figures 1 System OVEIVIEW sirena 13 Figure 1 1 Front Panel Indicators and Controls 14 Figure 1 2 Terminal Block Designations 17 Figure 1 3 Rear LED Indicator and Status 18 Figure 1 4 SW1 Switch Is On and SW2 Switch Is Off 18 2 Getting Started iii 19 Figure 2 1 24 VDC Power Supply Connection 23 Figure 2 2 ElA232 COM1 Connection 24 Figure 2 3 F3400 F1000 Ethernet Connection to a PC using a Crossover Cable 25 Figure 2 4 F3400 F1000 Ethernet Connection to a PC on a Subnet 25 Figure 2 5 F3400 F1000 Relay Output Wiring Ekamples 26 3 F3400 F1000 Web Interfa
2. Acknowledge Alarms by Code Alarm Acknowledge Code Acknowledge All Alarms Enter Your Initials Clear Alarm History Enter Your Initials Clear Digital Status History Acknowledge Persistant Traps Acknowledge Server History Enter Your Initials Clear Server History Enter Your Initials Figure 4 6 Alarm Management The Alarm Management link allows users to acknowledge current F3400 F1000 alarms and clear the F3400 F1000 s Alarm History Logs Click the button and enter the appropriate code or user s initials to complete the task Note Press the Submit Changes button after configuration is complete or all access user configuration changes will be lost Note Alarm Acknowledge Codes are set for individual phone numbers under the Modem Configuration www rletech com 42 970 484 6510 4 5 www rletech com 4 Configuration Menu Modem The Modem link allows users to configure the F3400 M F1000 s internal modem if the option is available This instructs the F3400 M F1000 M when how and whom to call when an alarm occurs See definitions below for more information Modem Configuration Submit Changes Initialization String at amp c1 amp d3s0 1 Dial Prefix atdt Pager Deliveries 1 Pager Interval 5 Minutes Pager Baud Rate 1200 O 2400 Pager Resend O Yes No Modem Password rletech Redial Attempts 3 Redial Interval 1 Minutes Dial Back on Returns O Yes No F
3. KI Label Fan Switch 1 K2 Label Fan Switch 2 Analog Level 1 Alarm Relay Activation O Yes O No Figure 4 4 Relays Configuration Page Relays allow users to identify each relay with custom label Analog Level 1 Alarm Relay Activation This allows the users to select if the relays should activate on a High 2 or Low 2 threshold change Default is set to Yes The relay output is a common summary output to any alarm present to that channel 40 970 484 6510 4 3 Schedules Schedule Configuration Submit Changes Schedule A Configuration Status Active Begin DOW End DOW Begin Time End Time Schedule B Configuration Status Active Begin DOW End DOW Begin Time End Time Figure 4 5 Schedules Configuration Menu Sunday v Saturday v 01 00 23 00 Monday Friday b 08 00 14 00 4 Configuration Menu The Schedules page allows users to schedule the activation and deactivation of relay outputs This is useful for cycling redundant equipment such as chillers generators etc Relays are assigned these schedules through the Relay Configuration menus Begin DOW is the day ofthe week the schedule will begin and End DOW is the day of the week the schedule will end Note Press the Submit Changes button when done to save all schedule changes www rletech com 41 970 484 6510 4 Configuration Menu 4 4 Alarm Management Alarm Management
4. 11 39 Example Temperature sensor with a sensing range of 50 95 F displayed in Celsius Convert 50 95 F to 10 35 C and use the Celsius range for the calculations Gain 35 10 4 6 round to the nearest integer Offset 10 6 4 Example Humidity sensor with a range of 0 100 RH Gain 100 0 4 25 Offset 0 25 25 High Limit 2 Applies only when the input type is Analog 4 20mA The F3400 F1000 will record an alarm and send notification when the F3400 F1000 s calculated value exceeds this limit The High Limit 1 and High Limit 2 are disabled when they are both set to 0 High Limit 1 Applies only when the input type is set for Analog 4 20mA The F3400 F1000 will record an alarm and send notification when the F3400 F1000 s calculated value exceeds this limit The High Limit 1 and High Limit 2 are disabled when they are both set to 0 Low Limit 1 Applies only when the input type is Analog 4 20mA The F3400 F1000 will record an alarm and send notification when the F3400 F1000 s calculated value falls below this limit The Low Limit 1 and Low Limit 2 are disabled when they are both set to 0 Low Limit 2 Applies only when the input type is Analog 4 20mA The F3400 F1000 will record an alarm and send notification when the F3400 F1000 s calculated value falls below this limit The Low Limit 1 and Low Limit 2 are disabled when they are both set to 0 Unit Of Measure UOM The 10 character field used to assign a unit of me
5. TECHNICAL SPECIFICATIONS 24VDC Model 24VDC 410 600mA max wall adaptor included Inputs Analog Digital F1000 4 Configurable as 4 20mA 12 bit A D conversion 4 as Digital Input or Thermistor F3400 4 Configurable as 4 20mA 12 bit A D conversion 4 as Digital Input or Thermistor and 24 Digital Input lt 15mA Communications Ports Ethernet 10BASE T RJ45 connector 500VAC RMS isolation ElA 232 DB9 female connector 9600 baud 3000VAC RMS optically isolated 15kV ESD protection ElA 485 selectable as ElA232 Two wire half duplex terminal block selecting EIA232 switches to DB9 male connector 9600 baud 3000VAC RMS optically isolated Modem RJ11 Telco Optional V 34bis 33 6 kbps PPP Enabled FCC Part 68 approved 1500VAC RMS isolation barrier 2100V peak surge protection Modem optional www rletech com 91 970 484 6510 D Technical Specifications Table D 1 Technical Specifications continued Protocols TCP IP UDP IP ICMP IP FTP NTP Telnet IPv4 0 up to 5 URL links to other IP addressable cameras devices webpages comply with Rehabilitation Act of 1973 sections 504 and 508 US Dept of Education website accessibility for computer users with disabilities HTTP HTML V1 MIB 2 compliant NMS Manageable with Get Set and Traps V2c Traps or Informs SNMP Supports Client Authentication plain
6. s IP Address Using an EIA232 Connection 22 Set the F3400 F1000 s IP Address using a Telnet Connection 22 F3400 F1000 Wiring i iu an cdot ed KNANG RR dd ARA AA bed 23 Power Supply and Ground Connections 23 EIA232 CO MIC MAA AA nh 24 RJ11 Phone Line Connection 24 RJ45 Ethernet Connection lt tees 25 Relay K1 and K2 Connection Y FFF FFF rns 26 3 FS400 F 1000 Web Interface 27 F3400 F1000 Web Interface Overview 27 Main Men a iy ww seca gen ead uev Vu A Wn wee GNU de UE DWG WG Sa UO 27 Historical Data 28 Alarm History eurem BANAL a a a ede ba De RR AE 28 Event Hist ye i AA dE acti dd 29 Digital Status History III mh 30 Web User Access Log eee eae 30 Data HION Du 31 Minute Hour and Day View 31 Data History Text Downloads FF RF FFR tenes 32 SENO HISTORY x uxore LAG KANE CEFR CCC AEG CR EC NE haaa 32 Server Stats x a A NANANA RACER Ede ROT eet E aia a A RAN Rae 33 hi E 33 Web LINKS ma cio a RR RC ERES Sets hu uot NEAR PERI Up ES 34 CONQUE 2 e sco mene KGG LT ee NG ole TRA e RUE ER EEE BR RR gon De 34 rletech com 5 970 484 6510 4 CoOnueuranon MEOW reside AAA 35 aeu cec TEC Tc PLE NAA NG YR FD GEN DOE ON
7. 41 Figure 4 6 AlarmmManagement 42 Figure 4 7 Modem ConfigurationPage 43 Figure 4 8 Phone Number Configuration Page 44 Figure 4 9 Configuring Web Links 46 Figure 4 10 Egg Nest Configuration Page 47 Figure 4 11 Falcon Links Configuration Page 47 Figure 4 12 SNMP SYSLOG Configuration Page lt Y 48 rletech com 9 970 484 6510 Figure 4 13 Modbus Interface Configuration 49 Figure 4 14 LD Unit Modbus Slave Configuration 50 Figure 4 15 Modbus Register Data Log Page 51 Figure4 16ModbusPacketLog 51 Figure 4 17 BACnet Configuration 53 Figure 4 18 Server Ping Configuration 54 Figure 4 19 System Configuration 55 Figure 4 20 Clock Configuration 56 Figure 4 21 Setting the Internet Protocol 56 Figure 4 22 User Administration Configuration 57 Figure 4 23 Email Configuration 58 Figure 4 24 Network Time Protoco
8. 50 F 95 F 11 39 Temperature Display in Deg F 32 F 122 F 22 11 Temperature Display in Deg C 10 C 35 C 6 4 Temperature Display in Deg C 0 C 50 C 13 13 CURRENT CT55 Current 0 5 Amps 1 1 0 55 Amps 13 13 www rletech com 79 970 484 6510 A Analog Input 4 20mA Reference Chart Table A 1 Analog Input 4 20mA Reference Chart continued RLE Product Number Transducer Type Range Gain Offset CT20 Current 0 30 Amps 7 7 0 60 Amps 15 15 0 120 Amps 30 30 CT200 Current 0 20 Amps 5 5 0 200 Amps 50 50 CT300 Current 0 100 Amps 25 25 0 300 Amps 75 75 VOLTAGE PT300 Voltage Single Phase 0 300 VAC 75 75 3PT300 Voltage Three Phase 0 300 VAC 75 75 PT600 Voltage Single Phase 0 600 VAC 150 150 3PT600 Voltage Three Phase 0 600 VAC 150 150 LD5100 4 20mA LD5100 Leak Detection 0 1000ft 305m 250 250 4 20mA Output Calc in ft m 0 2500ft 762m 625 625 0 5000ft 1524m 1250 1250 LD5000 4 20mA LD5000 Leak Detection 0 500ft 152m 143 179 4 20mA Output Calc in ft m 0 1000ft 305m 286 357 0 1500ft 457m 429 536 0 2000ft 610m 571 714 0 2500ft 762m 714 893 0 3000ft 914m 857 1071 0 3500ft 1067m 1000 1250 0 4000ft 1219m 1143 1429 0 4500ft 1372m 1286 1607 0 5000ft 1524m 1429 1786 www rletech com 80 970 484 6510 F3400 F1000 ACCESS
9. Acknowledgement Code Any number up to six digits used to acknowledge receipt of an alarm and to terminate any additional call outs for this phone number This code will acknowledge only those alarms sent to this phone number It can be acknowledged by selecting the Acknowledge Alarms button on the bottom of the Alarm History page Multiple phone numbers can use the same acknowledge code This allows one user to acknowledge alarms sent to multiple pager numbers Note Changes will not go into effect until the Submit Changes button is clicked www rletech com 45 970 484 6510 4 Configuration Menu 4 6 Web Links Web Link Configuration Submit Changes Web Link 1 JPG URL http www wpdesigner com images top datacenter jpg Web Link 1 Home URL www rletech com Web Link 1 Link Text Data Center Web Link 2 JPG URL http 10 0 0 72 snapshotipeg resolution 320x240 amp quality standard Web Link 2 Home URL http 10 0 0 72 Web Link 2 Link Text Shop Cam 1 Web Link 3 JPG URL http 10 0 0 73 snapshotipeg resolution 320x2408 quality standard Web Link 3 Home URL http 10 0 0 73 Web Link 3 Link Text Shop Cam 2 Web Link 4 JPGURL Web Link 4 Home URL Web Link 4 Link Text Web Link 5 JPG URL Web Link 5 Home URL Web Link 5 Link Text Main WebCam Image Size O 320x240 640x480 Figure 4 9 Configuring Web Links The Main Menu of the F3400
10. Normally left at the default of 10ms and is active only when the Serial Interface Type is EIA485 After a message is sent the transmit line is held high for this amount of time prior to turning off The time is adjustable from 10 to 500ms 49 970 484 6510 4 Configuration Menu www rletech com Modbus Master Poll Timeout Sets the amount of time the F3400 F1000 waits for a response from the Slave device before moving on to read the next register It is normally set to the default of 1 It is adjustable from 1 to 10 seconds Modbus Master Poll Interval Sets the amount of time from when a response is received from a Slave to when the F3400 F1000 will ask for the next register and is adjustable from 250 to 2000ms It is normally left at the 250ms default The interval affects the overall scan rate If the F3400 F 1000 is configured to read 60 Modbus variables and the poll interval is set to 1000ms 1second each Modbus variable will be read approximately once per minute Modbus Master Retry Attempts Determines how many times the F3400 F1000 will request the same register when there is no response from the Slave before moving on to read the next register It is normally left at the default of 1 second and is adjustable from 1 to 99 LD Unit 1 Type Unit 8 Select LD5000 LD5100 LD2000 LDRA6 or not installed 4 10 1 LD Unit Modbus Slave Configuration Modbus Slave 1 Cfg Submit Changes Slave RTU Station Address 1 1 254 0 di
11. Notes www rletech com 94 970 484 6510
12. 013 4 Low Limit 1 014 4 High Limit 2 015 4 Low Limit 2 016 www rletech com 87 970 484 6510 C Alarm ID Reference Tables C 2 www rletech com Thermistor Tables Table C 2 Thermistor Alarm ID Reference Tables Inputs 5 8 Channel Condition ID 5 High Limit 1 017 5 Low Limit 1 018 5 High Limit 2 019 5 Low Limit 2 020 6 High Limit 1 021 6 Low Limit 1 022 6 High Limit 2 023 6 Low Limit 2 024 7 High Limit 1 025 7 Low Limit 1 026 7 High Limit 2 027 7 Low Limit 2 028 8 High Limit 1 029 8 Low Limit 1 030 8 High Limit 2 031 8 Low Limit 2 032 88 970 484 6510 C 3 www rletech com Digital Tables C Alarm ID Reference Tables Table C 3 Digital Alarm ID Reference Tables Digital Inputs 5 through 32 Channel Condition ID 5 On Off 085 6 On Off 086 7 On Off 087 8 On Off 088 9 On Off 089 10 On Off 090 11 On Off 091 12 On Off 092 13 On Off 093 14 On Off 094 15 On Off 095 16 On Off 096 17 On Off 097 18 On Off 098 19 On Off 099 20 On Off 100 21 On Off 101 22 On Off 102 23 On Off 103 24 On Off 104 25 On Off 105 26 On Off 106 27 On Off 107 28 On Off 108 29 On Off 109 30 On Off 110 31 On Off 111 32 On Off 112 89 970 484 6510 C Alarm ID Reference Tables Notes www rletech com 90 970 484 6510 Table D 1 Technical Specifications Power
13. 1 Type NOT INSTALLED v LD Unit 1 Config LD Unit 2 Type NOT INSTALLED v LD Unit 2 Config LD Unit 3 Type NOT INSTALLED v LD Unit 3 Config LD Unit 4 Type NOT INSTALLED v LD Unit 4 Config LD Unit 5 Type NOT INSTALLED v LD Unit 5 Config LD Unit 6 Type NOT INSTALLED LD Unit 6 Config LD Unit 7 Type NOT INSTALLED v LD Unit 7 Config LD Unit 8 Type NOT INSTALLED V LD Unit 8 Config Modbus Slave Register Display Log Modbus Master Register Data Log Modbus Packet Log Reset Modbus Port Figure 4 13 Modbus Interface Configuration The Modbus Interface page allows users to configure Modbus features for RLE products and enable Modbus slave capabilities for the unit Modbus TCP Slave Unit Identifier Enables and sets the slave unit address for Modbus over TCP IP Modbus RTU EIA 485 Slave Unit Identifier Enables and sets the slave unit address for Modbus over EIA 485 twisted pair wire Disabling the slave unit identifier for RTU will enable the unit to act as a master over EIA 485 twisted pair wire Serial Baud Rate Sets the EIA 485 COM2 port to 1200 2400 or 9600 Baud EIA 485 DE TX Delay Normally left at the 10ms default and is active only when the Serial Interface Type is ELA485 During the start of transmission the transmit line is driven high for this amount of time prior to transmitting the message The time is adjustable from 10ms to 50ms EIA 485 DE Off Delay
14. 36 NA 40 Schedules i342 ad ru eA A A ave A wa As 41 Alarm Management i pa apa rabo ra aaa e dod 42 Mode rociar e Ad aa 43 Configure Phone Numbers F eee 44 Web Ens cen ERE E ES RE RU ERA Ex Tu a E Dd RE PERS ERE RES 46 EgQg N St socios airada dod Y Y dod Ud UR LG aa dn Dd Y db A7 Falcon LINKS ue a AWA MSA WA AA NA WAN Aid A O DANG GL DAN RG NANA KUA A7 SNMP SYSLOG uu ei npa man sel po A GO yd NAA YY GW ae ae wd 48 Modbus InteraGe o aea Aw aeree a aut emu A AU EYDAU DAY O ds 49 LD Unit Modbus Slave Configuration 50 Modbus Register Data Log 0 51 Modbus Packet Log sew uw a Mee PORE RE YE ERR a PAG EET M Rd 51 Reset Modbus Port scu ER RR pe d VIE WI EE kA PANDA Pearce peed ah aS ees 52 F Series Modbus Slave Register Map 52 BACHE rissa pina eas aya aps ha YOU ag whe pha TEX age ee phd pee aE ease dows 53 DOVER ii A te AI eye ee es ee quaai ed 54 DYSIOM eke ii id A na Rd CHa ANF FFON NEO gate adh eee ace A 55 ph T T TT 56 Intemiet Protocol ue EH REG ag GR a lee RR Reim 56 User Administration Web Access 57 EM alls RR re E a wd E AE raa leu OU EN FU GU ee qd OA od 58 Network Time Protocol sse GE eb ed a 59 Network Statistics is exi osque ex e PING DONNA P OSA ERG hares 60 Flash Program s 2 esee a A ave ela ph peal debut eae Eel d
15. Bacnet BBMD BDT Falcon F3400 Falcon IP Address 10 0 0 202 0 Mask 32 FFFFFFFF Primary 1 IP Address 0 HO JO Jo Port 0 Mask 0 1 32 00000000 2IP Address0 Jo Lo D Porto Mask 0 1 32 00000000 3 IP Address 0 o n l o Port 0 Mask 0 1 32 00000000 4 IP Address0 llo o lo Portlo Mask 0 1 32 00000000 Property Identifers Supported BACnet Present Value BACnet Object Type BACnet Event State BACnet Object Identifier BACnet Out Of Service BACnet Status Flags Bacnet Device Objects B Cnet Object Identifier BACnet System Sstatis B Cnet Model Name BACnet Location BACnet Conformance Class BACnet Object List BACnet Segment Timeout B Cnet Bindings BACnet Object Name BACnet Vendor Name BACnet Firmware Revision BACnet Description BACnet Services Supported BACnet Max APDU BACnet APDU Timeout BACnet Object Name BACnet Units BACnet Time Delay BACnet Object Type BACnet Vendor Id BACnet App Software Revision BACnet Protcol Version BACnet Object Types Supported BACnet Segment Supported BACnet APDU Retries Bacnet Packet Log Figure 4 17 BACnet Configuration BACnet Device Name BACnet Device ID and BACnet Description BACnet UDP Port Required for the F3400 F1000 to allow a Building Management System BMS to poll the F3400 F 1000 s inputs using the BACnet protocol over LAN connections For further information regarding BACnet Device Name BACnet De
16. Save Configuration Data 3allows user configurations to be saved and reloaded onto other F3400 F1000s Windows HyperTerminal application software may be used to perform the load save functions Before the configuration can be loaded onto other F3400 F1000s it must be checked for accuracy Blank spaces or unwanted characters such as the Press lt enter gt to download the file text may be saved into the beginning of the configuration file Open the file in notepad and examine the first few lines Delete any characters that were accidentally embedded into the file Configuration Password 4 allows the user to password protect the configuration section of the F3400 F1000 Firmware The password can be any combination of 7 numbers and or characters Exit x exits the Main Configuration Menu and returns to the Main Menu www rletech com 66 970 484 6510 www rletech com 5 EIA 232 Interface 5 3 2 IP Configuration Menu The IP Configuration Menu is accessed by typing a lat the command prompt in the Main Configuration Menu This menu is used to establish IP TCP and PPP interaction with the network The F3400 F1000 must be set up with an IP address mask and default router These addresses can be obtained from your Network Administrator or IT Department To enable the SNMP receiving stations create communities the F3400 F1000 MIB provided on a diskette with every unit must be loaded on a system s runnin
17. Sent from the F3400 F1000 Master Request Column 4 Modbus Packet 4 10 4 Reset Modbus Port This link allows users to reset the Modbus port so that the contents of the polling registers will be cleared 4 10 5 F Series Modbus Slave Register Map Table 4 1 Output Registers Register Description Range 40001 40032 Input 1 32 Value 0 65535 40033 40187 Reserved 40188 40193 MAC Address 0 65535 40194 40197 IP Address 0 65535 40198 Model No 0 65535 40199 Firmware Version 0 65535 40200 Number of Alarms Present 0 65535 40201 40232 Input 1 32 Alarm Bitmap See Table 4 2 40233 40400 Reserved 40401 40432 Input 1 32 Configuration See Table 4 3 Table 4 2 Status Flags Registers 40201 40232 Bit Description 00 1 High1 Alarm 01 1 Low1 Alarm 02 1 High2 Alarm 03 1 Low2 Alarm 04 1 Digital Alarm Table 4 3 Status Flags Registers 40401 40432 Integer Description 0 Not Installed 1 Not Configured www rletech com 52 970 484 6510 www rletech com 4 Configuration Menu Table 4 3 Status Flags Registers 40401 40432 continued Integer Description 2 Analog 4 20mA 3 Digital NO 4 Digital NC 5 Digital Status 4 9 Reserved 10 Thermistor BACnet Bacnet Configuration Submit Changes BACnet Device Name BACnet Device ID 4402 BACnet Description Falcon F3400 Bacnet UDP Port 0 0 47808
18. after the pager number represents a two second delay This delay is used to allow enough time for the pager service to answer before requesting the pager ID Typically only one comma is needed However experimentation with the proper number of commas may be necessary In some cases a 9 must be entered to access an outside line www rletech com 44 970 484 6510 4 Configuration Menu Pager ID Mandatory for numeric and alphanumeric pagers Alphanumeric pager The ID entered is sent to the paging service along with all queued alarm messages The ID is the unique PIN for a specific pager The ID may be a maximum of 16 characters e Numeric pager The ID entered may be configured to deliver different numeric messages The ID can contain 15 characters any combination of the numerals 0 through 9 and a or These are the only characters that will be transmitted to the paging service Y Binary Alarm Condition 1 on 0 return to normal RTN ZZZ Alarm ID Number see Appendix C Alarm ID Reference Tables on page 87 Example A 1001 message is an Input 1 High Limit 1 Alarm A 0093 message means that Digital Input 13 has returned to normal Note When using the if multiple unacknowledged alarms are present in the Alarm History Log the alarm code will be 99999 An effective numeric page depends largely on the parameters established by the paging service Experimentation may be required to achieve desired results
19. avg for the last 65 minutes Hour Every hour high low avg for the last 25 hours Day Every day high low avg for the last 7 days www rletech com 92 970 484 6510 Table D 1 Technical Specifications continued D Technical Specifications Login Security Web Browser Access Ethernet Modem PPP 1 Administrator plus 7 Users individually selectable for Read Only Read Write or Administrator Terminal Emulation Access Modem ElA232 1 Administrator password for both Modem and ElA232 plus 1 Read Only password for Modem only not ElA232 Front Panel Interface Switches Power 1 on off LED Indicators Power 1 green on off Status 1 red flashing boot up on alarm off normal Network Link 1 green Network Activity 1 green Modem 4 green transmit receive off hook and carrier detect Operating Environment Temperature 32 to 158 F 0 to 70 C Humidity 5 to 95 RH non condensing Altitude 15 000ft 4 572m max Storage Environment 40 to 185 F 40 to 85 C Dimensions 16 8 W x 1 8 H x 7 9 D 427mmW x 46mmH x 201mmD Weight 6 Ibs 2 72kg Mounting Rack mount or wall mount brackets required WMB wall mount brackets not included Certifications CE ETL listed conforms to UL STD 61010 1 EN STD 61010 1 CSA C22 2 STD NO 1010 1 RoHS compliant www rletech com 93 970 484 6510 D Technical Specifications
20. either a Pressing any key after power up when a 10 second window provides an opportunity to abort the Flash Main Program or b Typing EX to exit to Bootloader once the Main Menu appears From the F3400 F 1000 Boot prompt type and press ENTER to see the list of available commands From the F3400 F 1000 Boot prompt type ID and press ENTER Note which Flash has the lowest serial number The Flash with the lowest serial number is the backup The idea is to erase the backup load the new version which becomes the active Flash then erase and load the other Flash From the F3400 F 1000 Boot Prompt erase the back up Flash program the one with the lowest serial number by typing ERASE PRGM10T ERASE PRGM2 followed by ENTER After a second or so the screen will update with an OK From the F3400 F1000 Boot prompt type LOAD PRGM1 XMODEM OT LOAD PRGM2 XMODEM followed by Enter Select the same program that was erased From the HyperTerminal menu select Transfer gt Send File Use the browse button to select the F3400 F1000 firmware file from the computer s directory The file must be binary and have a bin extension Select the file and upload it using the 1K X Modem protocol Then click Send A transfer status screen will be displayed The transfer time will take about 10 minutes Once the transfer is complete the transfer status window will automatically close The HyperTerminal window will indicate that the upload is complete From t
21. firmware It will take approximately 10 seconds for the firmware to be erased A confirmation screen will appear once the firmware has been erased Click the Back button on your browser to return to the Flash Program screen Reload this page to ensure the oldest firmware has been erased A Checksum value of FFFF tells you the oldest firmware has been completely erased Uploading firmware via TFTP requires a TFTP Client It may be possible to download a free license TFTP Client from the Internet Consult your IT department to determine a compatible client program Verify that your PC and the F3400 F 1000 are on the same subnetwork LAN Open your TFTP client Configure the client as follows a Host F3400 F1000 IP Address b Port 69 c Block Size 64 128 256 512 or 1024 The file must be sent in BINARY not ASCII Send or PUT the firmware file to the F3400 F1000 It may take 10 seconds for the firmware upload to begin Reload the Flash Program Configuration page to ensure the new firmware has successfully loaded onto the F3400 F1000 74 970 484 6510 8 Upgrading Firmware and Managing Configuration Data 8 1 2 Updating F3400 F1000 Firmware via the ElA232 COM1 Port X Modem 1 Connect to the F3400 F1000 using HyperTerminal For instruction on how to do so see our support document Connect HyperTerminal available on the Documentation Files section of the F Series webpage at www rletech com Start firmware updates by
22. ground c TB2 17 Channel 7 positive TB2 18 Channel 7 negative TB2 19 Channel 8 positive TB2 20 Channel 8 negative TB3 1 Relay 1 NC TB3 2 Relay 1 NO TB3 3 Relay 1 Common TB3 4 Relay 2 NC TB3 5 Relay 2 NO TB3 6 Relay 2 Common P2 COM1 EIA232 male DB9 pin connector configurable 15 970 484 6510 1 System Overview www rletech com Table 1 1 Terminal Block Designations continued TB4 1 COM1 EIA 485 positive configurable TB4 2 COM1 EIA 485 negative configurable TB4 3 ElA 485 ground TB4 4 COM1 ElA485 positive configurable TB4 5 COM1 EIA485 negative configurable TB4 6 ElA485 ground SW1 1 Unit EIA485 termination switch SW1 2 Two or four wire EIA485 termination P3 RJ45 Ethernet 10BASE T connector P4 RJ11 telephone line connector TB5 1 Channel 9 positive TB5 Channel 9 negative TB5 3 Channel 10 positive TB5 4 Channel 10 negative TB5 5 Channel 11 positive TB5 6 Channel 11 negative TB5 7 Channel 12 positive TB5 8 Channel 12 negative TB5 9 Channel 13 positive TB5 10 Channel 13 negative TB5 11 Channel 14 positive TB5 12 Channel 14 negative TB5 13 Channel 15 positive TB5 14 Channel 15 negative TB5 15 Channel 16 positive TB5 16 Channel 16 negative TB5 17 Channel 17 positive TB5 18 C
23. is behind a firewall or NAT Network Address Translation A NAT enables the local area network LAN to use one set of IP addresses for internal traffic and a second set of addresses for external traffic 4 8 Falcon Links Links Configuration SubmitChanges Link 1 Ip Address 0 0 0 0 Link 2 Ip Address 0 0 0 0 Link 3 Ip Address 0 0 0 0 Link 4 Ip Address 0000 Figure 4 11 Falcon Links Configuration Page The Main Menu allows users to link to up to four other F3400 F1000 units The F3400 F1000 Links page allows users to designate the IP Addresses of these additional F3400 F1000 units Note Changes will not go into effect until the Submit Changes button is clicked www rletech com 47 970 484 6510 4 Configuration Menu 4 9 Note www rletech com SNMP SYSLOG SNMP Syslog Configuration Submit Changes Persistent V1 V2C Traps 1 Minutes Analog Trap Type Value UOM Label O Label Only Select Snmp Trap Type VI Trap Max Inform Retries 0 0 unlimited 1 99 Communities 1 IP Address 0 0 0 0 String public Write Trap Syslog O 2 IP Address 10 0 0 76 String rletech Write V Trap M Syslog O 3 IP Address 10 0 0 146 String public Write LI Trap Syslog O 4 IP Address 10 0 0 130 String public Write LI Trap Syslog O 5 IP Address 10 0 0 82 String public Write V Trap O Syslog O 6 IP Address 10 0 0 5 String public Write Tra
24. reboot See Chapter 8 Upgrading Firmware and Managing Configuration Data on page 73 for more detailed instructions Product Registration A Product Registration Form RLE Technologies 104 Recquette Dr Products Fort Collins CO 80524 Purchase Phone Contact ES o Company Name Case Studies 1 800 518 1519 Contact First Name 970 484 6510 IA Fax 970 484 2850 Support Contact Last Name Er line 1 Product Registration Address line 2 Support Discontinued City support rletech com Monday Friday 8 00am 5 00pm MST Our Company m Tech Support Form Sales ssles rletech com Phone Number Google Map E mail Map from DIA amp Accommoda Serial Number s Purchased From Date Of Purchase RR Sa By RA KM C1 Installed Installer s Phone Installer s Email Figure 4 27 Product Registration Located at www rletech com The Product Registration link allows users to register their F3400 F1000 with RLE at the time of configuration The F3400 F1000 s IP Address Subnet Masks and Default Gateway must be configured before this link will be operational Once configured complete the registration form and click the Register button to submit your information to RLE 61 970 484 6510 4 Configuration Menu Notes www rletech com 62 970 484 6510 ElA 232 INTERFACE The F3400 F1000 s EIA 232 interface provides a more detailed an
25. remote PC to view the F3400 F1000 s webpages over a dial up connection See Chapter 7 Point to Point Protocol on page 71 for more information PPP Assignment Sets the IP Address of the remote PC s network connection when accessing the F3400 F1000 via its internal modem This is required to allow a remote PC to view the 56 970 484 6510 4 Configuration Menu F3400 F1000 s webpages over a dial up connection The remote PC s dial up settings should be set to Obtain an IP Address Automatically Note Changes will not go into effect until the Submit Changes button is clicked 4 16 User Administration Web Access Web User Configuration Submit Changes m User Name Password Privilege Last Web Access h falcon Administrator v 06 15 10 14 04 17 n None v 7 None v E None v Figure 4 22 User Administration Configuration The User Administration Web Access page allows the administrator to configure eight separate accounts usernames passwords and privileges for Web access accounts Read Only privileges allow the user to view the Main Menu page Keypad Access History Alarm History Event History Digital Data History Identity Relay Status Relay Control and URL Links pages The Configuration page cannot be viewed or changed by a Read Only user A Read Only user can acknowledge alarms by entering their acknowled
26. straight through serial cable a serial cable is supplied with the F3400 F 1000 2Set the appropriate communication port to 9600 baud NO parity 8 data bits 1 stop bit 9600 N 8 1 and no software or hardware flow command Once the terminal emulation software starts press Enter on the keyboard and the Main Menu should appear If the Main Menu does not appear check the communication settings and make sure the unit is powered on From the Main Menu type SC to select the System Configuration Menu From the main configuration menu type 1 to select the IP Configuration Menu 6299 1 From the IP Configuration Menu type i to change the IP address Enter the new IP address for the F3400 F 1000 Separate each field with a decimal point for example type 10 0 0 50 lt enter gt Enter x to Exit and Save the new IP address F3400 F1000 will erase a memory block and copy data to Flash memory before rebooting The F3400 F 1000 IP address is now set and the F3400 F1000 can be accessed through a Web browser using the new IP address Refer to Chapter 5 EIA 232 Interface on page 63 for more information on the EIA232 command set 2 3 4 Set the F3400 F1000 s IP Address using a Telnet Connection To use the Telnet interface 1 2 Open a command prompt from your PC Laptop Type in the Telnet space and the IP address of the Falcon Once connected enter the user name and password default user name is fal
27. the machine will have r read w read write n none and whether the computer will receive Traps or not y yes n no Separate each of these items with a space and press Enter when done The newly configured community member will appear in the appropriate space in the community listing Type delete to remove an existing community 67 970 484 6510 5 EIA 232 Interface Table 5 3 IP Configuration Menu Commands continued Command Description Function q Quit DOES NOT save changes and returns user to the Main Menu x Exit amp Save Saves changes and returns user to the Main Menu www rletech com 68 970 484 6510 6 1 REMOTE ACCESS Remote Access Configuration Modem Option The F3400 F 1000 can be remotely accessed with any terminal emulation software package To establish a proper dial out session set the appropriate modem port as follows 33 6K baud NO parity 8 bits lstop bit 2400 N 8 1 No software or hardware flow control Once the proper settings are made dial the phone number assigned to the F3400 F1000 Once communication is established press Enter A logon prompt will appear on the screen Type the login and press Enter type the password and press Enter The session will begin Note The factory default settings are username falcon and password rletech www rletech com 69 970 484 6510 6 Remote Access Type a question mark to vie
28. 0 09 15 56 03 System Booted EL29 11 24 09 10 43 01 Email accepted by server EL28 11 24 09 10 42 45 Email accepted by server EL27 11 24 09 10 38 57 Email accepted by server EL26 11 24 09 10 37 14 Email accepted by server EL25 11 23 09 15 40 31 Email accepted by server EL24 11 23 09 15 40 27 Email accepted by server EL23 11 23 09 15 39 02 Email accepted by server EL22 11 23 09 15 38 59 Email accepted by server EL21 11 23 09 15 38 48 System Booted ATA ARA Ed A Adan Ert arti le arm Ac Figure 3 3 Example of the Event History Page Event History displays the past 100 events as recorded by the F3400 F1000 Typical events logged are System Booted Email Accepted by Server No Dial Tone Busy No Carrier Page Successful Alarm History Cleared Digital Status History Cleared Force Acknowledge by lt initials gt Program Upload TFTP etc 29 970 484 6510 3 F3400 F1000 Web Interface 3 2 1 3 Digital Status History pre ete Ta a pee ee ETT NG mtt up meme te Sever Room A Fort Collins SH005 109 0n 11 23 09 15 38 57 Dry Contact Input Alarm SH004 109 0n 11 23 09 15 09 23 Dry Contact Input Alarm SHOD3 109 On 11 21 09 15 30 27 Dry Contact Input Alarm SH002 109 0n 11 21 09 12 56 59 Dry Contact Input Alarm SHOD1 109 On 11 21 09 12 26 14 Dry Contact Input Alarm Historical Data Home Figure 3 4 Example of the Digital Status History Page Digital Status History displays a history of the state of digital points configur
29. 0 F1000 receives from the Slave s Column 1 F3400 F1000 Modbus Master Register Number Column 2 Time the Data is Received Column 3 Number of Bytes Reserved for Data Column 4 Slave Data in Decimal Form Modbus Data Display T ose du 2 132512331220 3 eae igen Aa 4 13 51 35 2 0 5 13 51 36 2 3 6 13 51 36 2 15 7 13 51 37 2 10 8 13 51 37 2 2836 9 13 51 38 2 3 Figure 4 15 Modbus Register Data Log Page 4 10 3 Modbus Packet Log This link displays a log of the Modbus packets that the F3400 F1000 is sending and receiving Modbus Packet Log 0278215487 MOOOS timeout 0278215500 MOOO6 Out 02 04 OO 06 OO 01 Di F8 0278215800 MODD6 timeout 0278215812 M0007 Out 02 04 OD 07 OO 01 80 38 0278216112 M0007 timeout 0278216142 M0008 Out 02 04 OD OS OO 01 BO 3B 0278216425 MODDB timeout 0278216438 MOOOO Out 02 04 OO OO OO 01 31 F9 0278216737 MODDO timeout 0278216750 M0001 Out 02 04 OO 01 OO 01 60 39 0278217050 MOOO01 timeout 0278217062 M0002 Out O2 04 OO O2 OO Oi 90 39 0278217362 MODDZ timeout 0278217375 MODD3 Out 02 04 OO O3 OO O1 Ci F9 0278217675 M0003 timeout 0278217687 M0004 Out 02 04 OO 04 OO O1 70 38 0278217987 M0004 timeout 0278218000 M0005 Out 02 04 00 OS 00 01 21 F8 VIRADA MOEURS ast IRAIL pad tnm nt NA tr nm fide m Figure 4 16 Modbus Packet Log 51 970 484 6510 4 Configuration Menu Column 1 System Up Time Column 2 Modbus Master Register Number Column 3 Direction of Packet OUT Packet
30. 0 and interacts with the F3400 F1000 over the network To add a device to the Communities list select a community number posted as empty Enter the receiving device s IP Address and a string that identifies the device An IP Address of 0 0 0 0 in this field allows any device to access the F3400 F1000 through an MIB browser Select Write if the device will have Read Write network access This allows the F3400 F1000 to be configured over the network Select Traps if the device will receive Traps from the F3400 F1000 Select Syslog if the device will receive Syslog messages from the F3400 F 1000 Refer to the MIB Files Information document located in the F Series webpage of our website www rletech com for more information on the SNMP Trap format and MIB files 48 970 484 6510 4 10 www rletech com 4 Configuration Menu Modbus Interface EIA 485 Modbus Interface Comm Port EIA 485 Port Modbus RTU O GPRS SMS Modem 4 wire only Modbus TCP Slave Unit Identifier 1 1 254 0 disabled Modbus RTU RS 485 Slave Unit Identifier 0 1 254 0 disabled Note To use the RS 485 port as a master set the RS 485 Slave Unit Identifier to 0 Serial Baud Rate O 1200 O 2400 9600 EIA 485 DE TX Delay 10 10 50 mS EIA 485 DE Off Delay 0 0 50 mS Master Poll Timeout 3 1 10 Seconds Master Poll Interval 250 250 2000 ms Master Retry Attempts 5 1 99 LD Unit
31. 3400 F1000 Web Interface The following format is used to record each alarm entry AH ID Condition Date Time Value UOM Label AH is the alarm entry index ID is the alarm identifier number refer to Appendix C Alarm ID Reference Tables on page 87 4 Condition is On High High2 Lowl Low2 or RTN Returned to Normal Date and Time is the internal date and time stamp of the alarm condition Label is the alarm descriptor up to 64 characters long Value and Unit of Measure UOM is captured for analog channels only The value recorded is the actual analog value that exceeded its alarm threshold The Alarm History log entries are color coded as follows Red A point that is configured for dial out pager is in alarm and is unacknowledged The alarm will be red if the point is configured for both pager and email notification Blue The alarm has been acknowledged Black The alarm has returned to normal Unacknowledged dial out alarms marked in red can be acknowledged from this page To acknowledge an alarm type the appropriate code in the box at the bottom of the page and click the Acknowledge Alarms by Code button Acknowledge codes are set under the Phone Number Configuration pages Refer to 4 5 1 Configure Phone Numbers on page 44 for more information on configuring phone numbers 3 2 1 2 Event History Sever Room A Fort Collins EL31 05 13 10 14 03 26 System Booted EL30 11 3
32. 3400 F1000 onto which the configuration will be loaded Log into the F3400 F1000 COM1 through HyperTerminal Terminal Emulation Program Navigate to the Load Save Configuration Data Menu under the Main Configuration Menu 2 Select option 2 Load Xmodem 1x from the Load Save Configuration Menu and press ENTER Then select Transfer Send File from the menu at the top of the HyperTerminal screen 3 Select the 1K X Modem protocol Locate the correct configuration file under Filename Browse select Open and then select the Send button 4 Wait until the Upload is completed and enter X to exit the Load Save Configuration Menu 77 970 484 6510 8 Upgrading Firmware and Managing Configuration Data Notes www rletech com 78 970 484 6510 ANALOG INPUT 4 20MA REFERENCE CHART Analog 4 20Ma Gain Offset Conversion Formula Gain Sensor Range High Value Low Value 4 Offset Sensor Low Value Gain Example TH140 Humidity Gain High Value 100 Low Value 0 4 25 Offset Sensor Low Value 0 Gain 25 25 Table A 1 Analog Input 4 20mA Reference Chart RLE Product Number Transducer Type Range Gain Offset TEMPERATURE TH140 Temperature Display in Deg F 50 F 95 F 11 39 Temperature Display in Deg F 32 F 122 F 22 11 Temperature Display in Deg C 10 C 35 C 6 4 Temperature Display in Deg C 0 C 55 C 13 13 Humidity 0 100 RH 25 25 T120 Temperature Display in Deg F
33. 400 F1000 IP address refer to 2 3 Set the F3400 F1000 s IP Address on page 19 Main Menu NG Technologies Sever Room A Fort Collins Data Center K2 Fan Switch 2is Off K1 Fan Switch 1 is Off Figure 3 1 Example of F3400 F1000 s Main Menu To access the F3400 F1000 s Main Menu type the IP address of the F3400 F1000 into the location bar of the Web browser Then enter a user name and password 27 970 484 6510 3 F3400 F1000 Web Interface The top of the page provides links to other pages for additional monitoring control and configuration The Falcon logo default IP camera image or company logo can be displayed on the Main Menu The bottom of the F3400 F1000 Main Menu features columns that list the F3400 F1000 s configured inputs The number of inputs displayed is configurable from the System Configuration page explained below Each input is numbered The input s name is followed by its status The space behind each input is shaded This shading changes as the input s status changes This allows users to see at a glance the status of their points Color codes are as follows Green Input is normal not in an alarm state Yellow Analog inputs only input is in a high alarm 1 or low alarm 1 state Red Analog input is in a high alarm 2 or low alarm 2 state Digital input is in an alarm state Blue Alarm Input disabled by a schedule White no shadi
34. 484 6510 1 System Overview 1 2 Front Panel Indicators and Controls Figure 1 1 Front Panel Indicators and Controls Communications LEDs Four Modem Status LEDs TX Green On if information is being transmitted RX Green On if information is being received OH Green On if the Modem detects a dial tone off hook CD Green On if a carrier is detected System Status LED Fault Red if an alarm is present green if system in normal Network LEDs Two Network Status LEDs Link Green if network link is established Active Green On if transmitting or receiving data Power LED Green On if power is on www rletech com 14 970 484 6510 1 3 www rletech com Terminal Block Designations Table 1 1 Terminal Block Designations 1 System Overview TB1 1 Input for 24VDC power TB1 2 Input for 24VDC power P1 24VDC wall adapter input center TB2 1 Channel 1 positive TB2 2 Channel 1 negative TB2 3 Channel 1 ground c TB2 4 Channel 2 positive TB2 5 Channel 2 negative TB2 6 Channel 2 ground c TB2 7 Channel 5 positive TB2 8 Channel 5 negative TB2 9 Channel 6 positive TB2 10 Channel 6 negative TB2 11 Channel 3 positive TB2 12 Channel 3 negative TB2 13 Channel 3 ground c TB2 14 Channel 4 positive TB2 15 Channel 4 negative TB2 16 Channel 4
35. 9 Enter 0 to disable Ping Retries The amount of tries to establish communication with a device before entering an alarm state Dial Out Notification The list of up to four pager numbers to which the F3400 F1000 sends alarm notification The numbers correspond to phone numbers configured from the Configure Phone Number links at the bottom of the Modem Configuration page Email Recipient Notification Allow up to four email addresses to be designated for notification if the input goes into alarm Email addresses will be displayed once they are entered on the Email Configuration page Email notification will be sent when a device alarms and when the device returns to normal www rletech com 54 970 484 6510 4 Configuration Menu 4 13 System System Configuration Submit Changes IP Address 10 0 0 201 System Name Technical Support F1000 System Contact Techncial Support Department System Location Technical Support Office Web Refresh Rate 25 Seconds TFTP Server Enable udp port 69 Yes O No TCP Max Seg Size 1436 O 536 Digital Status Color Magenta Figure 4 19 System Configuration The System link allows users to configure basic F3400 F1000 information The F3400 F1000 s IP Address and Point to Point Protocol may also be configured through this menu via the IP Configuration Menu link System Name Appears on the F3400 F1000 s Main Menu The system name is also included as part of email and pager
36. C for local configuration firmware downloads and troubleshooting It is typically a temporary connection Connect the straight through 9 pin cable as shown in Figure 2 2 SERIAL NETWORK PORT PORT B m eo Halo eU Jolo EE Figure 2 2 ElA232 COM1 Connection 2 4 3 RJ11 Phone Line Connection The F3400 F 1000 with modem option the model no would be F3400 M F1000 M contains an internal modem for dial in and dial out capabilities The modem can be used for Remote connection to accomplish a variety of tasks including viewing alarms changing configurations and acknowledging alarms 4 Pager notification to text numeric pager or alpha numeric pager TAP changer Text and numeric pagers do not use a TAP changer 24 970 484 6510 2 Getting Started 2 4 4 RJ45 Ethernet Connection The F3400 F1000 has an internal 10BASE T Ethernet port used to configure and monitor the F3400 F 1000 The Ethernet port supports Web browser access email SMTP BACnet and SNMP The following figures show the physical connections refer to Chapter 4 Configuration Menu on page 35 for more detail on the Ethernet port Figure 2 3 shows a direct connection between the F3400 F1000 and a PC using a crossover cable Figure 2 4 shows a typical F3400 F 1000 connection on a subnet using a hub or switch and straight through CATS cables F3400 F 1000 PC Laptop mi rau ID ipti 2 Figure 2 3 F3400 F1000 Ethemet Connection to a
37. F 1000 s Web interface displays a large image and links to other images These images can be graphics logos or images from an IP camera The Web link page allows users to specify which images and URLs will be available on the F3400 F1000 s Main Menu For Axis207 Web Cameras set the URL link to the following URL Link x Image http xxx xxx xxx xxx jpg image jpg URL Link x Home http Xxx Xxx XXX XXx URL Link x Label Enter the Camera s Label For Panasonic KX HCM10A Web Cameras set the URL link to the following URL Link x Image http xxx xxx xxx xxx snapshotjpeg resolution 320x2408quality standard URL Link x Home http XXX XXX XXX XXX ImageViewer Mode Motion amp resolution 320x240 amp quality standard URL Link x Label Enter the Camera s Label Main WebCam Image Size Designates the size of the image on the F3400 F1000 main page of 320x240 or 640x480 www rletech com 46 970 484 6510 4 Configuration Menu 4 7 Egg Nest Falcon Egg Cfg Submit Changes Egg Login Refered Nologin v Egg Alternate TP Address llo l lo lo a 0 0 0 0 Use lan IP address Figure 4 10 Egg Nest Configuration Page Setting the Egg Login as Referred Nologin allows the F3400 F1000 nest unit to access the F3400 F1000 egg without a password If password protection is desired select Always login The Egg Alternate IP Address is completed with the egg s internet public IP address when the F3400 F1000
38. Monitoring amp Notification F3400 F 1000 F Series User Guide Falcon RLE Technologies Copyright Notice 2010 RLE Technologies All rights reserved No part of this publication may be reproduced or distributed in any form or by any means or stored in a database or retrieval system without the prior written permission of RLE Technologies Trademark Notices RLE is a registered trademark and Falcon Raptor and SeaHawk are trademarks of RLE Technologies All other trademarks or registered trademarks are the property of their respective companies Revision History Part number 11049 Rev No Date 3 0 June 2010 Note As necessary blank pages are added to make the page count even rletech com 970 484 6510 Product Registration Product registration helps RLE Technologies inform owners of Product upgrades Firmware enhancements New products and technologies Special offers available only to registered users Access and submit Product Registration information from the F1000 F3400 Configuration Menu Any information provided to RLE Technologies through the registration form will be regarded as confidential RLE will not sell or distribute any of the information to third parties To read our Privacy Policy please visit our website www rletech com Technical Support Personal assistance is available Monday through Friday from 8 00 a m to 5 00 p m MST A request for assistance ma
39. ORIES WIRING The following figures show the typical wiring between the F3400 F1000 Monitoring System and other products offered by RLE Technologies BAC K PIECE c3 fh th th Fu NE Fo oF ka P TDO VERRIDE Figure B 1 T120D Temperature Sensors BACK PIECE o PARC 420 SEND RHO UT 420 RTH COMMO N TOUT 20 RTH R TD O VERRIDE R TDO VERRIDE Figure B 2 TH140 amp TH140D Temperature Humidity Sensors www rletech com 81 970 484 6510 B F3400 F1000 Accessories Wiring CH2 Hun ldity Vs AA WWIII EA INNEN RI Figure B 5 SMK Smoke Detector Photoelectric www rletech com 82 970 484 6510 B F3400 F1000 Accessories Wiring External 12 b 24VAC or VDC Power Sapply Figure B 6 HD150 8 HD150 2 Gas Sensors Figure B 7 SD Spot Detectors Figure B 8 PFM Power Fail Monitor www rletech com 83 970 484 6510 B F3400 F1000 Accessories Wiring B 1 www rletech com Figure B 9 SeaHawk LD5100 LD2000 Distance Read Leak Detection Dry Contact Configuring the SeaHawk LD5100 as an Analog Input The F3400 F1000 averages filters the analog inputs The LD5100 will output approx 3 95mA when there is no leak The LD5000 will output a value between 4mA and 20mA when there is a water leak The low limit 1 and low limit 2 set points should be set to a 0 value High limit 1 should be set to a value in feet that represents 4 0mA 1 foot This allows the F3400 F1000 to alarm whenever
40. PC using a Crossover Cable F3400 F1000 PC Laptop SERIAL NETWORK PORT PORT Ofna O10 gl gorll Ty To Network EAS Figure 2 4 F3400 F1000 Ethernet Connection to a PC on a Subnet www rletech com 25 970 484 6510 2 Getting Started www rletech com 2 4 5 Relay K1 and K2 Connection Relay outputs may be used to unlatch doors signal annunciators signal IP cameras and to turn on auxiliary equipment such as exhaust fans Relay outputs are Form C SPST Refer to Appendix D Technical Specifications on page 91 for relay contact ratings Relays may be wired for Normally Open NO or Normally Closed NC signals See Figure 2 5 for examples Web Camera External Serenr Input ta r ae Figure 2 5 F3400 F1000 Relay Output Wiring Examples 26 970 484 6510 3 1 3 2 www rletech com F3400 F1000 WEB INTERFACE F3400 F1000 Web Interface Overview The F3400 F1000 s Web interface provides a convenient way to check the F3400 F1000 s status and reconfigure basic settings from any Internet enabled computer The F3400 F1000 is shipped to the user with the IP address configured as 10 0 0 186 and a subnet of 255 255 255 0 The user name is preconfigured as Falcon The unit is configured without a password when a password is requested just leave the space blank These pre configurations can be customized through the Internet Protocol link on the Configuration Menu of the Web interface To change the F3
41. Used when remotely logging into the F3400 F1000 through a modem Redial Attempts Determines the number of times 1 255 to call a number until the call is successful Enter 0 to disable this function 43 970 484 6510 4 Configuration Menu Redial Interval Establishes the number of minutes 1 255 to wait between redials Enter 0 to disable this function Dial Back on Returns Determines whether to call the number again once the alarm condition returns to normal Force Alarm Acknowledge Code Establishes a code that acknowledges all unacknowledged alarms This acts as a master code and can override all other alarm acknowledge codes 4 5 1 Configure Phone Numbers Phone Number 1 Configuration Submit Changes Select Phone type Tex SMS xi Number 19702152063 Pager Id Acknowledge Code Config Phone Number 1 2 3 4 Figure 4 8 Phone Number Configuration Page This page is accessed through the Config Phone Number link at the bottom of the Modem Configuration page This screen allows users to configure pager and cell phone numbers that are used for alarm notification Select Phone Type Determines which type of device the F3400 F1000 calls Select the Text option to dial a PC receiving ASCII strings Select Numeric Pager to dial a numeric pager Select the Alpha numeric Pager option to dial an alpha numeric pager Number Enter the pager service number for numeric and alphanumeric pager entries Each comma
42. ace provided and click Next Enter the phone number of the phone line that connects to the F3400 F1000 Click the Next button Enter the F3400 F1000 s Modem User name and Password see 4 16 User Administration Web Access on page 57 and click Next 10 Add a shortcut to the desktop Click the Finish button 72 970 484 6510 UPGRADING FIRMWARE AND MANAGING CONFIGURATION DATA 8 1 Upgrading F3400 F1000 Firmware You can upgrade F3400 F1000 firmware using either the 4 TFTP client EIA 232 interface Follow the instructions for the method you want to use www rletech com 73 970 484 6510 8 Upgrading Firmware and Managing Configuration Data Note www rletech com 8 1 1 Upgrading F3400 F1000 Firmware via TFTP Client This is the preferred method However it does not work with a PPP connection 1 Download the most recent version of firmware appropriate for your F3400 F1000 from the Documentation Files section of the F Series webpage at www rletech com Save it to the hard drive of your computer Do not change the name of the file The name of the file as downloaded from the RLE website must remain the same The F3400 F1000 can only accept one copy of firmware at a time Before a new version can be uploaded the oldest version must be deleted To do this access the Flash Program link on the Configuration menu of the F3400 F1000 s Web interface Click the Erase Backup button to erase the oldest version of
43. and login compatible with ESMTP Servers SMTP Email Slave RTU Mode Supports function codes 03 04 06 and 16 Modbus RTU transmission protocol function codes Slave 03 master 01 02 03 04 Modus IP Modbus Slave TCP IP transmission protocol BACnet IP Conformance Level 1 Terminal Emulation VT100 compatible TAP Pager Telocator Alphanumeric Protocol Ver1 8 Alarm Notification Pager Modem 4 Text numeric and or alphanumeric pager numbers each Digital and Analog Alarm HighLimit2 and LowLimit2 can notify any 4 of the 4 pagers Email Ethernet Modem PPP 4 Email recipients email sent on Alarm and Return To Normal each Alarm can notify any or all of the 4 email recipients SNMP Traps Ethernet 8 Community Strings Escalation Additional notification to 1 of the 4 pager numbers when initial page results in Failure To Acknowledge status Internal H ardware Real Time Clock Battery backed 1 53 min month accuracy Memory 512K RAM 128K NVRAM 64K ROM 2M Flash Logging Capabilities Alarm Log Last 100 Alarms Event Log Last 100 Events e g Acknowledgement By Code System Boot Page Successful etc Web User Access Log Last 100 HTML Accesses User Date and Time Digital Status Log Last 100 Digital Status entries Trending of Analog Inputs 244 Entries per time frame per channel Minute Every minute high low
44. applies when the input type is Analog 4 20mA or thermistor and is active for High Limit 1 High Limit 2 Low Limit 1 and Low Limit 2 Example A temperature sensor alarms when it reaches its High Limit 1 of 80 F If Hysteresis is set at four the sensor must register less than 76 F before the F3400 F1000 reports it as returned to normal In another example a humidity sensor alarms when it reaches its Low Limit 2 of 30 RH If the Hysteresis is set at five the humidity must register more than 35 before the F3400 F1000 reports it as returned to normal Relay Activate Used to assign a Threshold change to analog inputs or Digital Alarm generated by this input to a specific relay To select the relay check the relay box This feature can be set to activate on a High 2 Low 2 threshold for analog points in the Relay configuration menu Dial Out Notification The list of up to 4 pager numbers to which the F3400 F1000 sends alarm notification The numbers correspond to phone numbers configured from the Configure Phone Number links at the bottom of the Modem Configuration page Separate each ID number with a comma Enter zero to disable The F3400 F1000 will dial the lowest number listed regardless of the order the numbers are listed See 4 5 1 Configure Phone Numbers on page 44 for more information Example If the Alarm dial out string is set to 3 5 1 0 the F3400 F1000 will dial Pager 1 Pager 3 and then Pager 5 when an alarm o
45. aster unit If alarms are present the System Status LED is red KA Kill Alarms KA acknowledges all alarms and terminates all dial out communications and network Traps Tl Display Date TI displays the F3400 F1000 s current time and date Time AD ADC Input AD allows the user to examine the readings of the 4 20mA Values inputs These readings can be referenced during start up to verify gain and offset calculations Data displayed depends on the expansion card s installed MS Modem MS provides a summary of all modem information Statistics NS Network NS displays network and EIA485 statistics including Statistics network packets received packets transmitted and errors SC Main SC displays a submenu that lists all items for system setup Configuration and configuration DU Dump Network DU dumps the headers of all network packets received and Packets sent Only active until the next command is entered This item is for network debugging only and is not normally enabled NT Network Trace _ NT displays troubleshooting messages during the processing of network packets Only active until the next command is entered Network Trace is for network troubleshooting only and is not normally enabled PING PING Allows user to PING another device on the network EX Exit to EX is used to enter the Bootloader command section The Bootloader unit will stop monitoring the inputs and allow firmware updates to be loaded To restore normal operation afte
46. asure label to analog values such as F C RH Amps Volts PSI etc The unit of measure field is only required when the input type is Analog 4 20mA The unit of measure field is displayed on the Main Menu and in notification email pager messages and SNMP Trap Alarm Label Used for input identification Applies to all input types except Not Configured For Analog input types this label is displayed on the F3400 F1000 Main Menu and the Input Configuration Menu When the input alarms and or returns to normal the label is included in the Alarm History and notification messages For Digital NO and Digital NC inputs the label is displayed on the F3400 F1000 Main Menu Input Configuration Menu Alarm History page and in notification messages only when the device is in alarm For Digital Status inputs the label is displayed on the F3400 F1000 Main Menu when the input is on When the input turns on the label is also included in the Digital Status History Normal Label Applies to input types Digital NO Digital NC and Digital Status This field may be left blank If it 1s left blank the F3400 F1000 displays the Label from above This label is displayed on the main page when the input is normal in the Alarm History when the input returns to normal and in notification messages For Digital Status inputs the label is displayed on the main page when the input is off When the input turns off the label is also included in the Digital Status His
47. ble 1 1 Terminal Block Designations 15 Table 1 2 Rear Panel Status Indicators 18 4 Configuration MENU sei ddr BA 35 Table 4 1 OutputRegisters 52 Table 4 2 Status Flags Registers 40201 40232 52 Table 4 3 Status Flags Registers 40401 40432 52 5 mu UNICO id ches ween AA YH eee wd 63 Table 5 1 MainMenuCommands 65 Table 5 2 Main Configuration Menu SC Commands 66 Table 5 3 IP ConfigurationMenuCommands 67 A Analog Input 4 20mA Reference Chart 79 Table A 1 Analog Input 4 20mA Reference Chart 79 C Alarm ID Reference Tables 87 Table C 1 Analog Alarm ID Reference Tables Inputs 1 4 87 Table C 2 Thermistor Alarm ID Reference Tables Inputs 5 8 88 Table C 3 Digital Alarm ID Reference Tables Digital Inputs 5 through 32 89 D Technical Specifications SF UG veer ee pens Get wees 91 Table D 1 Technical Specifications 91 rletech com 11 970 484 6510 Notes 970 484 6510 12 rletech com SYSTEM OVERVIEW 1 1 Product Description The F3400 F1000 monitoring system is a comprehensive
48. ccurs Pager notification will be sent when an input alarms high limit 2 high limit 1 low limit 1 low limit 2 1s exceeded or the digital input is in alarm An option on the Pager Configuration page determines if the F3400 F1000 will send a page when an input returns to normal 39 970 484 6510 4 Configuration Menu 4 2 www rletech com Email Recipient Notification Allows up to four email addresses to be designated for notification if the input goes into alarm Email addresses will be displayed once they are entered on the Email Configuration page Email notification will be sent when an input alarms and when an input returns to normal Alarm Disable by Schedule Used to designate a period of time the input will be disabled or inactive To do this select either the A or B schedules which are defined in the Schedule Configuration menu Within the scheduled time the point on the Main Menu will turn Blue to indicate that the input is currently being disabled during its scheduled time Once the scheduled time has past the point will reactivate and return to its normal color BACnet Instance The BACnet object identifier It is a numerical code used to identify the input This code must be unique within the BACnet device BACnet Units A numerical code used to assign engineering units to this BACnet Instance Refer to the BACnet standard for further information Relays Configuration Home Relay Configuration Submit Changes
49. ce wA APAN rra ROC e 27 Figure 3 1 Example of F3400 F1000 s Main Menu 27 Figure 3 2 Example of the Alarm History Page 28 Figure 3 3 Example of the Event HistoryPage 29 Figure 3 4 Example of the Digital Status History Page 30 Figure 3 5 Example of Web User Access LogPage 30 Figure 3 6 Example of the Data History Page 31 Figure 3 7 Day View Example 31 Figure 3 8 Example of the Data History Text Download Page 32 Figure 3 9 Example of the Server HistoryPage 32 Figure 3 10 Example of the Server Status Page 33 Figure 3 11 Example of the F3400 F1000 Identity Page 33 Figure 3 12 Example of the Web Links DisplayPage 34 Figure 3 13 ConfigurationMenu 34 4 Configuration Men occ scores A a 35 Figure 4 1 ConfigurationMenu 35 Figure 4 2 Inputs ConfigurationPage 36 Figure 4 3 Calculator Link 37 Figure 4 4 Relays Configuration Page 40 Figure 4 5 Schedules ConfigurationMenu
50. ckets 0 ipbcdrop 0 ipnotforme Refresh netstats page Reset netstats Figure 4 25 Setting the Network Statistics The Network Statistics page displays network and EL A485 statistics including network packets received packets transmitted and errors Flash Program Flash Program Configuration Flash 2 Program F3400 V2 2 BO 10 08 09 Checksum 1101 Serial 0008 active Flash 1 Program F3400 V2 1 B16 02 11 08 Checksum 526C Serial 0007 backup Note This version supports program updates wa FTP amp TFTP Figure 4 26 Flash Programs The Flash Program link displays which versions of F3400 F1000 firmware are loaded onto the F3400 F 1000 Only two copies can be loaded onto the F3400 F1000 at a time In order to upload a Firmware update the backup Flash must be blank If it is not click the Erase Backup button to erase it This erases the oldest version of firmware stored on the F3400 F1000 See Chapter 8 Upgrading Firmware and Managing Configuration Data on page 73 Using a TFTP client software program send the F3400 vx x bx bin file to the IP address of the F3400 F 1000 The F3400 F 1000 verifies the file name starts with F3400 and ends with bin Other file names or types will not be accepted The F3400 F1000 will accept TFTP block sizes of 64 128 256 512 or 1024 Once the program has been successfully uploaded the F3400 60 970 484 6510 4 21 www rletech com 4 Configuration Menu F1000 will automatically
51. con all lowercase and no password e g C gt telnet 10 0 0 186 To change the IP Address type ip space and the new IP address of the Falcon Press enter To change the Subnet Mask type sn space and the new Subnet Mask number Press enter To change the Default Gateway type dg space and the new Default gateway number Then press enter 22 970 484 6510 2 4 www rletech com 2 Getting Started F3400 F1000 Wiring RLE Technologies recommends an 18A WG stranded copper wire for connection from each monitored point to a terminal block TB connection on the F3400 F1000 RLE recommends no more than 500 feet 152 4m of wire at this specification If longer runs are needed please contact RLE Technologies for application guidance Shielded twisted pair wiring is recommended for analog signal transmitters being wired outside of conduit runs and dropped ceiling applications 2 4 1 Power Supply and Ground Connections Connect an 18AWG ground wire from the ground terminal to a suitable earth ground Plug the wall adapter into P1 and a UPS outlet as shown below The wall adapter has a five foot power cord RLE Technologies recommends powering the F3400 F1000 from a UPS supply to allow the F3400 F 1000 to send alarm notification during a power outage Figure 2 1 24 VDC Power Supply Connection 23 970 484 6510 2 Getting Started www rletech com 2 4 2 EIA232 COM1 Connection The EIA232 port can be connected to a P
52. d intricate view of the F3400 F 1000 It also allows a user to access more elaborate configuration options In order to proceed through this chapter the F3400 F1000 must be connected to a PC via the EIA232 port If the F3400 F1000 is not yet connected to a PC connect the F3400 F 1000 s EIA232 COMI port as follows 1 Connect the EIA232 port on the F3400 F1000 to a terminal or PC running terminal emulation software HyperTerminal with a 9 pin male female straight through serial cable a serial cable is supplied with the F3400 F1000 Connect To 7 x id RLE HyperT erminal Connection Enter details for the phone number that you want to dial Country region United States 1 Area code 970 Phone number Connect using 7 Cancel Figure 5 1 HyperTerminal Connection Screen www rletech com 63 970 484 6510 5 EIA 232 Interface 2 Set the appropriate COM Port to 9600 baud NO parity 8 data bits 1 stop bit 9600 N 8 1 and no software or hardware flow control COM1 Properties 2l x Port Settings Bits per second seno Data bits fa y Parity None Stop bits h y Flow control Restore Defaults Cancel Apply Figure 5 2 Com1 Properties Screen 3 Once the terminal emulation software starts press Enter on the keyboard and the Main Menu should appear If the Main Menu does not appear check the communication settings and make sure the unit is powered on 5 1 Unit Sta
53. e F3400 F1000 calculates and displays an accurate reading one that corresponds closely to the sensor s reading e g if the sensor measures a temperature of 50 F the F3400 F1000 should display 50 F if the sensor measures a temperature of 95 F the F3400 F 1000 should display 95 F If the gain and offset settings are incorrect the F3400 F1000 will calculate an incorrect value Since the F3400 F1000 s reading will not match the sensor s reading over the entire sensor range missed alarms or nuisance alarms could result To set gain and offset values click the Calculator link 4 20ma Gain Offset Calculator Input 1 Current Readings Raw 8 858 mA Calc 22 Gain 35 Offset 55 Sensor Range High 20ma 1 20 Sensor Range Low 4ma 20 Calculate Figure 4 3 Calculator Link Enter the sensor s range and press the Calculate button Click the Return to Input Configuration link and the gain and offset fields will be automatically entered with the correct offset and gain settings Gain and offset values can also be determined by using the following formulas Gain for 4 20mA Transducer Sensor High Range Value Sensor Low Range Value 4 Offset for 4 20mA Transducer Sensor Low Range Value Gain 37 970 484 6510 4 Configuration Menu www rletech com Example Temperature sensor with a sensing range of 50 95 F displayed in Fahrenheit Gain 95 50 4 11 round to the nearest integer Offset 50
54. eb Access Email DNS Network Time Protocol Network Statistics Flash Program Product Registration Figure 4 1 Configuration Menu www rletech com 35 970 484 6510 4 Configuration Menu 4 1 Inputs e Configuration Home Configuration Input 1 Select Input type Gain Offset Hysteresis Unit of Measure Alarm Delay Alarm Label Normal Label Relay Activate Dial Out Notification Email Recipient Notification Alarm Disable by Schedule BACnet Instance Submit Changes ANALOG 4 20 MA Input Reading 8 859 mA 35 Calculator Calculated Value 22 5 High Limit2 110 3 High Limit1 80 DegF Low Limitl 100 0 Seconds Low Limit2 200 BAPI Temperature Signal OK 1 Fan Switch 1 OR2 Fan Switch 2 Phone 1 Phone 2 O Phone 3 C Phone 4 O 1 tfletcher rletech com 12 13 04 O None OA OB ail BACnet Units 0 Figure 4 2 Inputs Configuration Page Inputs allow users to program specific parameters for each F3400 F1000 input This model allows different numbers of inputs Only installed inputs are displayed Inputs are identified by their name and slot channel number S Ch This page will be displayed when configuring the F3400 F1000 s main board inputs channels 1 32 The options on this page are described below Input Reading Displays the input current as sensed by the F3400 F1000 and the calculated value based on the offset and gain settings Example A cu
55. ed as Status points A digital input can be configured as NO normally open NC normally closed or Status If the digital input is configured as Status it will not alarm but any changes will be noted and appear on this page The log displays the past 100 status changes as recorded by the F3400 F1000 3 2 1 4 Web User Access Log Sever Room A Fort Collins WU098 06 15 10 13 02 05 User falcon WU097 06 15 10 06 34 08 User falcon WU096 06 09 10 14 14 51 Userl falcon WU095 06 09 10 13 51 44 Userl falcon WU094 06 09 10 13 30 54 Userl falcon WU093 03 02 10 08 47 34 Userl falcon WU092 01 15 10 17 12 40 Userl falcon WUD91 01 08 10 14 08 53 Userl falcon WUD90 01 08 10 12 42 22 Userl falcon WU089 01 08 10 12 15 55 Userl falcon WU088 01 08 10 10 46 13 Usert falcon Poit LAC EATS VA ERT MAMA TAON Figure 3 5 Example of Web User Access Log Page The Web User Access Log records the most recent 100 Web interface users www rletech com 30 970 484 6510 3 F3400 F1000 Web Interface 3 2 1 5 Data History Sever Room A Fort Collins CH Description View View View 1 BAPI Temperature Signal Minute Hour Day 2 BAPI Hurnidity Signal Minute Hour Day 3 Minute Hour Day 4 Server 2 Temperature Minute Hour Day 5 Not Analog 6 Not Analog 7 Not Analog 8 Not Analog Data History Text Downloads Historical Data Home theme Md fon fn fdd E E tI ml Inm FN RAEN dn Ln
56. eine d 60 Product Registration ea ku GE RI rege dean x Fae Pee Ed EU rins tna cue ads 61 sS El 2 NENA Y ES DD Y EE Tim sous NER SS SEE SB 63 Unit Start Up cis AA yR DWG GYDAG GOR un RR RR ERA EM GANA Te 64 Flash Executable Code aer uk ete ese rr AU pes ere es NAU A ERE RE EE 64 Main Menu ia O O O OO O Y eee veo daa POEM xa ire Ded qe pex dieere 65 Main ConfigurationMenu SC 66 IP Configuration Menu ka NG ee PNR eee eee pes RR eR ES 67 O Remote ACCESS 6 660656065405 6490000 050850055095 LABANAN AA GA 69 Remote Access Configuration Modem Option eh 69 T Pontto Point Protocol 45529 AAA A 71 Configuring the F3400 F1000 perse e m m a 71 Configuring the PC oel gd Uw Dd DDd Dd Dd ARA A 72 8 Upgrading Firmware and Managing Configuration Data 73 Upgrading F3400 F1000 Firmware FFF RH eee 73 Upgrading F3400 F1000 Firmware via TFTP Client 74 Updating F3400 F 1000 Firmware via the EIA232 COM1 Port X Modem 75 Loading Saving F3400 F1000 Configuration Data 76 Saving Configuration Data via TFTP Client 76 Saving Configuration Data via EIA232 COM1 Port K Modem 76 Loading Configuration Data via TFTP Client TT Loading Configuration Data via EIA232 COM1 Port K Modem
57. en prompted The default user name is falcon and there is no default password leave the password field empty 4 Select the Configuration link then select the Internet Protocol link and change the IP Address Net Mask and Def Route to one provided by the network administrator Press the Submit Changes button The F3400 F1000 will save the new IP address and reboot Once the F3400 F1000 reboots completely the system status LED will stop flashing 5Change the IP address of the computer back to its original IP address If the computer was configured as DHCP the network domain controller assigns an IP address return it to this state This may require assistance from your IT Department or you may need to consult the computer s manual 6The computer and the F3400 F1000 are now both configured to communicate on the network Both should be accessible via the network Connect the PC and the F3400 F1000 to the network From the PC Web browser type in the IP address of the F3400 F1000 Enter the user name and password The default user name is falcon and there is no default password leave the password field empty 21 970 484 6510 2 Getting Started www rletech com 2 3 3 Set the F3400 F1000 s IP Address Using an ElA232 Connection To use the ElA232 interface 1 Connect the EIA232 port P2 EIA232 COMI on the F3400 F1000 to a terminal or PC running terminal emulation software HyperTerminal with a 9 pin male female
58. g a Network Operating System NOS This MIB is compiled through standard functions of the NOS Consult with your Network Administrator for proper installation of the F3400 F1000 MIB on the NOS Once the MIB is loaded the F3400 F1000 can be discovered and configured over the network For proper operation the IP addresses configured in the F3400 F1000 communities must match the IP addresses on the receiving stations Only the administrator s username password may be changed from this menu All other Web users must be changed via the Web interface Table 5 3 IP Configuration Menu Commands Command Description Function i LANIPAddress Designates the LAN IP address m Net Mask Designates the Subnet Mask D Default Route Establishes the default IP address u Web Edits the Web administrator username Administrator Username p Web Edits the Web administrator password Administrator Password f Web Refresh Changes the Web refresh rate Rate s PPP Server IP Designates the PPP server IP address Address c PPP Client IP Designates the PPP client IP address Address z Max Seg Size Establishes the maximum segment size TCP Communities Communities are computers that receive SNMP Traps from the F3400 F1000 and interact with the F3400 F 1000 over the network To add a computer to the communities list select a menu number posted as empty Enter the receiving computer s IP address the type of network access
59. ge code at the bottom of the Alarm History page A Read Only user can activate button controlled relay outputs through the Relay Control page A Read Only user cannot change any settings Read Write privileges allow the user to have full access to all pages viewing and changing except the User Administration Web Access page shown above Administrator privileges allow the user to have full access to all pages including the User Administration Web Access page shown above Note Changes will not go into effect until the Submit Changes button is clicked www rletech com 57 970 484 6510 4 Configuration Menu 4 17 www rletech com Email E Mail Configuration Submit Changes Access Type O None O LAN O PPP Primary DNS Server 10 n lo lio Secondary DNS Server D 0 o lo Mail SMTP Server smtp bizmail yaho o com Mail Sender Address fiietcher rletechcom Mail Subject Falcon F3400 Alarm Mail Recipient 1 ifletcher rletech com Mail Recipient 2 Mail Recipient 3 Mail Recipient 4 Smtp Authentication O None Plain O Login Do not enable this unless instructed by your ISP or IT dept Smtp Password DUN User Name DUN Password Smtp Username ifletcher rletech com Alarm History Entries 67 Emails sent 0 Emails unsent 0 Server History Entries 12 Emails sent 0 Emails unsent 0 Mail Server DNS address logged for smtp biz
60. h entry NH ID Condition Date Time Label 32 970 484 6510 3 F3400 F1000 Web Interface 3 2 1 9 Server Status Sever Room A Fort Collins Server Status 06 15 10 13 13 37 ID State Description Timeouts Last Time Ping Type 1 Server 1 lo None 2 Server 2 lo None 3 Server 3 lo None 4 Server 4 0 None 5 Server 5 lo None 6 Server 6 P32 lo None 7 Evolve F110 lo None 8 DataSphere Falcon 0 None 9 lo None AA RAY YA Figure 3 10 Example of the Server Status Page Server Status displays the current status of each server selected to be monitored The Status field is color coded White indicates the relay output is de energized red indicates that the relay output is energized green indicates relay output is in normal status To setup server s refer to 4 17 Email on page 58 3 3 Identity Sever Room A Fort Collins Model Number F3400 F 1000 System Name Sever Room A Fort Collins System Up Time 32 days 4 hrs 24 mins 43 secs System Contact Technical Support System Location Tech Support Lab Firmware Version 2 2 BO 10 08 09 IP Address 10 0 0 202 MAC Address 00 90 56 03 01 8C Current Time Tuesday 06 15 10 13 14 43 NS ot Ay A ins AAA 0 os dde Po AA dd ta IE Mn AAA ai AA Figure 3 11 Example of the F3400 F1000 Identity Page Identity displays basic F3400 F1000 information including Model Number System Name MAC Address Firmware Vers
61. hannel 17 negative TB5 19 Channel 18 positive TB5 20 Channel 18 negative TB5 21 Channel 19 positive TB5 22 Channel 19 negative TB5 23 Channel 20 positive 16 970 484 6510 Table 1 1 Terminal Block Designations continued 1 System Overview TB5 24 Channel 20 negative TB5 25 Channel 21 positive TB5 26 Channel 21 negative TB5 27 Channel 22 positive TB5 28 Channel 22 negative TB5 29 Channel 23 positive TB5 30 Channel 23 negative TB5 31 Channel 24 positive TB5 32 Channel 24 negative TB5 33 Channel 25 positive TB5 34 Channel 25 negative TB5 35 Channel 26 positive TB5 36 Channel 26 negative TB5 37 Channel 27 positive TB5 38 Channel 27 negative TB5 39 Channel 28 positive TB5 40 Channel 28 negative TB5 41 Channel 29 positive TB5 42 Channel 29 negative TB5 43 Channel 30 positive TB5 44 Channel 30 negative TB5 45 Channel 31 positive TB5 46 Channel 31 negative TB5 47 Channel 32 positive TB5 48 Channel 32 negative www rletech com Figure 1 2 Terminal Block Designations 17 970 484 6510 1 System Overview 1 4 Rear Panel Indicators The rear panel of the F3400 F1000 houses a pair of green LEDs The chart below tracks indicator status when the corresponding green LED is illuminated Table 1 2 Rear Panel Status Ind
62. he F3400 F1000 s IP address Via the ARP and PING commands Via the Web browser Via the EIA232 interface Via Telnet commands www rletech com 19 970 484 6510 2 Getting Started www rletech com 2 3 1 Set the F3400 F1000 s IP Address using the ARP and PING Commands To set the IP address of a manufacturer programmed F3400 F 1000 you can use the ARP Address Resolution Protocol command together with the PING ICMP echo request command However before using these commands you must know the Ethernet address of the F3400 F 1000 2 3 1 1 Obtain the Ethernet Address Each network device must have its own unique identification This identification sets it apart from all other manufacturers and ensures that no two network devices have the same address Each manufacturer must use a six digit numbering convention the first three digits determine the actual manufacturer and the remaining three digits determine the unique network serial number of each individual device A typical Ethernet address also known as a MAC address Media Access Control from the F3400 F 1000 looks like this 00 90 5B 00 02 45 You can find the Ethernet MAC address of your F3400 F1000 by looking at the model number sticker located on the bottom of the device 2 3 1 2 Use the ARP Command Once you know the Ethernet address of the F3400 F1000 use the ARP command with the correct parameters from any computer located on the F3400 F1000 s subnet e g C
63. he F3400 F1000 Boot prompt type RUN or power down the F3400 F1000 and restart it to verify that the new Flash program runs 10 Press ENTER to display the F3400 F1000 Main Menu and repeat the steps above to erase and download to the other Flash program chip 11 Once the firmware upgrade is complete disconnect the serial cable and close www rletech com HyperTerminal 75 970 484 6510 8 Upgrading Firmware and Managing Configuration Data 8 2 Note www rletech com Loading Saving F3400 F1000 Configuration Data This menu allows user configurations to be saved and reloaded onto other F3400 F1000 or in the unlikely event the F3400 F1000 fails a replacement F3400 F 1000 can be quickly placed back in service after loading the saved configuration information The configuration settings are saved to a binary file for backup purposes which cannot currently be edited off line 8 2 1 Saving Configuration Data via TFTP Client 1 Verify that your PC is connected to the F3400 F1000 over the LAN and that port 69 is open between your PC and the Falcon Open your TFTP client Configure the client as follows a Host F3400 F1000 IP Address b Port 69 c Block Size 64 128 256 512 or 1024 The file must be sent in BINARY not ASCII The file name of the configuration being saved must contain the cfg extension Fetch or GET the file After a few seconds the TFTP software should indicate when it is complete Use Windows E
64. icators ElA232 or EIA485 TX COM Interface Data is being transmitted ElA232 or EIA485 RX COM1 Interface Data is being received R5232 or R5485 TX COMI R5232 or R85 RX COMI Figure 1 3 Rear LED Indicator and Status 1 5 SW1 Switch Settings SW1 1 EIA485 Termination switch should be On down if the F3400 F1000 is the end device on an ElA485 network The switch should in the OFF up position if the device is at the beginning or in the middle of an EIA485 network SW1 2 EIA485 Termination switch should be On down if the device is connected via a four wire connection OFF up if the device is connected via a two wire connection 5W1 SW2 Figure 1 4 SW1 Switch Is On and SW2 Switch Is Off www rletech com 970 484 6510 GETTING STARTED 2 1 Installation The F3400 F1000 comes in a 19 inch 48m rack mount enclosure Install the F3400 F1000 in the rack Use the proper anchoring method to mount the unit securely Supply the 24VDC to the unit 2 2 Communication The F3400 F1000 will not communicate over a user s network the first time it is connected to the network The manufacturer programs the F3400 F1000 with a default IP address 10 0 0 186 subnet 255 255 255 0 This default address must be changed to an IP address that corresponds with the user s network before the F3400 F1000 can communicate over the network 2 3 Set the F3400 F1000 s IP Address There are four ways to set t
65. ion and IP Address www rletech com 33 970 484 6510 3 F3400 F1000 Web Interface 3 4 Web Links Sever Room A Fort Collins Figure 3 12 Example of the Web Links Display Page Web links displays still images jpg from all IP cameras and other URLs linked to the F3400 F1000 3 5 Configuration Configuration Menu nputs elays i Schedules Alarm Management Modem Phone Numbers Web Links Egg Nest Falcon Links SNMP Syslog ElA 485 Modbus Interface Bacnet Server Ping System Clock Internet Protocol User Administration Web Access Email DNS Network Time Protocol Network Statistics Flash Program Product Registration Figure 3 13 Configuration Menu The Configuration link provides access to a series of menus from which qualified users can make adjustments to the F3400 F1000 s settings see Chapter 4 Configuration Menu on page 35 for a more detailed explanation www rletech com 34 970 484 6510 CONFIGURATION MENU The Configuration page allows users with administrator or read write privileges to adjust the F3400 F1000 s settings Each link on the Configuration page displays more information about specific configuration settings Configuration Menu Inputs Relays Schedules Alarm Management Modem Phone Numbers Web Links Egg Nest Falcon Links SNMP Syslog El4 485 Modbus Interface Bacnet Server Ping System Clock Internet Protocol User Administration W
66. l Configuration 59 Figure 4 25 Setting the Network Statistics 60 Figure 4 26FlashPrograms 60 Figure 4 27 Product Registration Located at www rletech com 61 5 EIA 232 gari MCI rom 63 Figure 5 1 HyperTerminal Connection Screen 63 Figure 5 2 Com Properties Screen 64 B F3400 F1000 Accessories Wiring 81 Figure B 1 T120D Temperature Sensors 81 Figure B 2 TH140 8 TH140D Temperature Humidity Sensors 81 Figure B 3 Dwyer Temperature Humidity Sensors 82 Figure B 4 BAPI Temperature Humidity Sensor 82 Figure B 5 SMK Smoke Detector Photoelectric 82 Figure B 6 HD150 amp HD150 2 Gas Sensors 83 Figure B 7 SD Spot Detectors 83 Figure B 8 PFM Power Fail Monitor 83 Figure B 9 SeaHawk LD5100 LD2000 Distance Read Leak Detection Dry Contact 84 Figure B 10SeaHawk LD5100 Distance Read Leak Detection 4 20mA 84 Figure B 11SeaHawk LDRA6 LD1000 and LD300 Leak Detection 84 rletech com 10 970 484 6510 Tables 1 SSI DVEIWEW rei 13 Ta
67. lass C with a net mask of 255 255 255 0 For example enter the following from a command prompt arp s 192 168 1 14 00 90 5b 00 02 45 This command tells the computer from which the ARP command was entered that the network device with an IP address of 192 168 1 14 uses the Ethernet MAC address of 00 90 5b 00 02 45 2 3 1 3 Use the PING Command After the ARP command has been entered the PING command must be entered from the same computer in order to set up the IP address of the F3400 F1000 The PING command will use the ARP entry added from 2 3 1 1 Obtain the Ethernet Address on page 20 to send the IP address information directly to the F3400 F 1000 which is just one of several methods to initially configure the IP address on a new F3400 F1000 To do this enter the following from a command prompt PING ip address Where ip address is the IP address you entered using the ARP command In the above example the following would be entered PING 192 168 1 14 This changes the IP address of the F3400 F1000 to 192 168 1 14 20 970 484 6510 Note Note www rletech com 2 Getting Started 2 3 1 4 Troubleshooting the ARP PING Commands If problems are encountered it may be for one of the following reasons The F3400 F1000 already has a non default TCP IP address Once the IP address of the F3400 F 1000 has been changed from the default of 10 0 0 186 it is not possible to change it again with the ARP PING c
68. mail yahoo com 206 190 48 12 Mail Server Dns TTL 56 Ntp Server DNS address logged for india colorado edu 0 0 0 0 Ntp Server Dns TTL O View Smtp Log Figure 4 23 Email Configuration The Email page allows users to configure the F3400 F1000 to send notification via email when inputs are in an alarm state The F3400 F1000 will send one email message per alarm instance to amaximum of four email recipients Access Type Specifies whether to send the message through a local network or over a PPP dial up connection DNS Servers Information provided by your ISP needed to deliver the email message Mail SMTP Server Specifies the email server used to receive and send mail Mail Sender Address The address displayed in the From field of the email message Mail Subject Displayed in the subject field of the received email messages Adding amp m inserts the MAC Address of the F3400 F1000 into the email subject line This ensures the email subject is always unique to a F3400 F 1000 Mail Recipient 1 Mail Recipient 4 Enter the addresses of up to four email recipients SMTP Authentication Used for ESMTP use the recommended default setting unless instructed differently by your IT Department SMTP User Name Used for ESMTP use the recommended default setting unless instructed differently by your IT Department 58 970 484 6510 Note 4 18 www rletech com 4 Configuration Menu SMTP Password Used for ESMTP
69. need to be completed in order for PPP to work PPP Server Assigns an IP address to the F3400 F1000 for PPP communications Any IP address may be used as long as it is not in the same subnet as the F3400 F1000 s primary IP address A good example of an IP address to use 1s 192 168 1 2 Use this address to view the F3400 F1000 Web interface through a browser when communicating with the F3400 F1000 through PPP PPP Assignment Tells the F3400 F1000 what IP address to assign to the PC the user dials in from Again any IP address may be used as long as it is in the same subnet as the PPP Server IP address A good example of an IP address to use is 192 168 1 3 71 970 484 6510 7 Point to Point Protocol 1 2 www rletech com Configuring the PC Now the user is ready to configure the PC they will be dialing in from These directions were written from a Windows XP machine To configure the PC 1 Click on Start Control Panel then Network and Internet Connections Select Internet Options When the Internet Properties window appears select the Connections tab at the top of the window and click on the Setup button to start the New Connection Wizard Click the Next button to begin the Wizard Select Connect to the Internet and click the Next button Select the Set up my connection manually button and click Next Select the Connect using a dial up modem button and click Next Type F3400 F1000 as the name of the ISP in the sp
70. ng Input is not configured spare point for future use Magenta Green or Gold Digital Status point is on This color is configurable under the Configuration System menu 3 2 1 Historical Data Historical Data provides an intermediate page to assist in navigating to desired data 3 2 1 1 Alarm History Alarm History displays the last 100 alarms captured by the F3400 F1000 Alarms are ranked from most recent top of the page to lest recent bottom of the page Sever Room A Fort Collins Color Code Unacknowledged Acknowledged Return to Normal AHO43 0088 On 05 14 10 15 15 18 Dry Contact Input Alarm AH042 0086 On 05 13 10 14 03 43 Thermistor 2 AH041 0012 Low2 05 13 10 14 03 43 21 Deg F AHO40 0010 Low1 05 13 10 14 03 43 21 Deg F AHO39 0095 On 05 13 10 14 03 34 Server Fan 7 On AHO38 0088 RTN 04 01 10 16 38 23 Dry Contact Input Normal AHO37 0088 On 11 30 09 15 56 20 Dry Contact Input Alarm AHO36 0086 On 11 30 09 15 56 20 Thermistor 2 AH035 0012 Low2 11 30 09 15 56 20 22 Deg F AH034 0010 Low1 11 30 09 15 56 20 22 Deg F AHO33 0095 On 11 30 09 15 56 11 Server Fan 7 On AH032 0112 RTN 11 24 09 10 42 27 Dry Contact Input Normal AHO31 0111 RTN 11 24 09 10 42 10 Dry Contact Input Normal AHO30 0110 RTN 11 24 09 10 41 58 Dry Contact Input Normal ARAS EUM 14200 1014122 Bir Captantlannt Bogen as nume t ot Figure 3 2 Example of the Alarm History Page www rletech com 28 970 484 6510 www rletech com 3 F
71. nges Date 06 15 10 Time 14 02 18 Day Tuesday Figure 4 20 Clock Configuration The Clock page allows users to set the date and time on the F3400 F1000 s internal clock Enter the date using a MM DD YY format where MM is a two digit month DD is a two digit day and YY is a two digit year Enter the time using a HH MM SS format where HH is a two digit hour MM is a two digit minute and SS is a two digit second Press the Submit Changes button when done to save all changes Internet Protocol Warning Changing these parameters will cause the network interface to operate differently only change parameters if you are sure the changes are correct IP Configuration Submit Changes MAC Address 00 90 5B 02 05 4B IP Address 10 o jjo 201 Net Mask 255 255 255 l o DefRoute 10 o o n PPP Server o o o o o llo i o PPP Assignment Figure 4 21 Setting the Internet Protocol The IP Configuration link found on the System Configuration page allows users to change a variety of settings including the F3400 F1000 s IP Address used in PPP Default Router and Subnet Mask Contact a network administrator to obtain a valid IP Address for the network Then type the appropriate IP Address Subnet Mask and Default Router into the interface PPP Server Sets the IP Address of the F3400 F1000 s network connection when accessing the F3400 F1000 via its internal modem This is required to allow a
72. notifications System Contact Lists the individual responsible for the F3400 F1000 The System Contact is only available through SNMP Gets and is not included in email pager or SNMP Trap notifications System Location Lists the location of the F3400 F1000 It is used to help identify the F3400 F1000 when viewing the webpages The System Location is not included in email pager or SNMP Trap notifications Web Refresh Rate The rate at which the F3400 F1000 s webpages refresh themselves within the Web browser Only pages that display monitoring points are automatically refreshed Main Menu Relay Status View Points and Modbus Slave pages The default is 0 seconds disabled but is typically set for 15 to 20 seconds TFTP Server Enable udp port 69 This setting opens or closes Port 69 on the LAN connection to the F3400 F1000 The TFTP port is used to upgrade firmware and save and load configurations It can be disabled for security reasons and only opened for short periods of time during firmware upgrades see Chapter 8 Upgrading Firmware and Managing Configuration Data on page 73 for more information Digital Status Color Allows you to choose the color green gold magenta displayed on the main menu Note Changes will not go into effect until the Submit Changes button is clicked www rletech com 55 970 484 6510 4 Configuration Menu 4 14 Note 4 15 www rletech com Clock Clock Configuration Submit Cha
73. o other F3400 F1000s it must be checked for accuracy Blank spaces or unwanted characters such as the Press lt enter gt to download the file text may be saved into the beginning of the configuration file Open the file in Notepad and examine the first few lines Delete any characters that were accidentally embedded into the file 1 Verify that your PC is connected to the F3400 F1000 over the LAN and that port 69 is open between your PC and the Falcon 2 Open your TFTP client Configure the client as follows a Host F3400 F1000 IP Address b Port 69 c Block Size 64 128 256 512 or 1024 The file must be sent in BINARY not ASCII 3 The file name of the configuration being loaded must contain the cfg extension 4 Send or PUT the file After a few seconds the TFTP software should indicate when it is complete 5 Configurations are now loaded onto the replacement F3400 F1000 View the Falcon webpages to verify that the configurations are as expected 8 2 4 Loading Configuration Data via EIA232 COM Port X Modem Before the configuration can be loaded onto other F3400 F1000s it must be checked for accuracy Blank spaces or unwanted characters such as the Press lt enter gt to download the file text may be saved into the beginning of the configuration file Open the file in notepad and examine the first few lines Delete any characters that were accidentally embedded into the file 1 To load settings go to the F
74. ommands This method of setting up the F3400 F1000 s IP address can only be used on a F3400 F1000 that still has its original default IP address as shipped from the manufacturer The device is not on the same Class C subnet as the computer from which the ARP PING commands were sent The F3400 F1000 s default router and net mask must be changed via a Web browser pointed at the F3400 F 1000 s default IP address i e http 10 0 0 186 or via a direct ELA232 terminal connection to the F3400 F1000 both of which are alternate methods for setting up the F3400 F 1000 s IP address 2 3 2 Set the F3400 F1000 s IP Address using a Web Browser 1 Plug a crossover network cable into the laptop or workstation that will be used to configure the F3400 F 1000 This cable is not intended to be connected to a network hub Write down the computer s IP address and Subnet Mask Then change the IP address and Subnet Mask of the computer from its existing address to one that will allow it to communicate with the F3400 F 1000 such as 10 0 0 188 It may be helpful to set the IP address to one that is one number different from the F3400 F 1000 s IP address Consult the computer s manual or your IT Department before attempting this Connect the other end of the network cable to the Ethernet port on the back of the F3400 F1000 Access the F3400 F 1000 through a Web browser by typing the IP address into the location bar Enter the F3400 F1000 user name and password wh
75. orce Alarm Acknowledge Code 1123456 Config Phone Number 1 2 3 4 Figure 4 7 Modem Configuration Page Initialization String A maximum of 38 characters amp c1 and amp d3 are mandatory s0 1 sets the modem to answer after one ring s0 0 disables the auto answer and prevents dial in access Dial Prefix Should be a specific Hayes compatible command or dial modifier depending on pager requirements It is also limited to 38 characters The default is set to atdt Pager Deliveries Designates the number of times 0 255 the pager is called until the alarm is acknowledged Pagers are called in sequence For example if Pager Deliveries is set to 3 and pagers 1 7 and 10 are programmed to be notified the F3400 F1000 dials 1 7 10 1 7 10 1 7 10 As soon as the alarm is acknowledged the F3400 F1000 quits dialing the pagers with that particular access code Pagers with different access codes are still dialed Pager Interval Determines the number of minutes to wait between redials Pager Baud Rate Allows the user to set the pager communications settings Pager Resend Select yes for the F3400 F1000 to send a unacknowledged alarms in the Alarm History Menu Select no to send only the last unacknowledged alarm If no is selected the F3400 F 1000 will auto acknowledge all alarms associated with that particular pager once a successful page has occurred Modem Password Defines a remote access password seven characters maximum
76. p M Syslog Ll TIP Address 10 0 0 168 String public Write Ll Trap M Syslog O 8 IP Address empty String Write O Trap O Syslog O Figure 4 12 SNMP SYSLOG Configuration Page Persistent V1 V2C Traps Enables the F3400 F1000 to issue continuous SNMP Traps until an alarm acknowledgement is received by the F3400 F1000 or until the alarming point returns to normal The parameter is a user defined time interval that is set in minutes Traps can be acknowledged from the Alarm Management page The SNMP Traps do not include any delivery verification A Persistent Trap setting of 5 or 10 minutes will trigger the F3400 F1000 to send the Trap on a regular interval in case the previous Trap did not reach the Network Management System NMS Typically the NMS can be set to ignore duplicate Traps to prevent re alarming at the NMS Analog Trap Type Used for communication to a NMS via SNMP Traps The default will add the Value VOM Unit of Measure and the Label fields If preferred the F3400 F1000 can send only the label on analog Traps This makes analog Traps the same format as digital Traps which may make parsing the Traps easier for the NMS Select SNMP Trap Type Select SNMP V1 Trap V2C Trap or V2C Inform based on individual network system configurations Max Inform Retries Set options related to resending unacknowledged inform requests Communities Identifies devices that receive SNMP Traps and or Syslog messages from the F3400 F 100
77. r updating firmware type run and press Enter on the keyboard or power the unit off and back on again The Bootloader section is designed for experienced technicians or users responsible for maintaining the system Exit immediately if you have not been trained in the use of the Bootloader commands Contact RLE for more information regarding the commands in this section 65 970 484 6510 5 EIA 232 Interface 5 3 1 Main Configuration Menu SC Typing SC at the command prompt on the Main Menu displays the Main Configuration Menu that lists all items for system setup and configuration This menu may be password protected If it is the password must be entered when the SC menu selection is made To enter the password type SC press the space bar once and then type the appropriate password Table 5 2 Main Configuration Menu SC Commands Command Description Function 1 IP Configuration Menu 1displays the IP Configuration Menu Factory Menu 2displays the Factory Menu This menu provides a means to change the MAC address and erase the user configuration stored in Flash memory This area is password protected If you are familiar with MAC assignments and configuring the F3400 F 1000 contact RLE Technologies for the password to this menu WARNING Once you receive the password for this menu you assume full responsibility for the system configuration and proper MAC addressing of the F3400 F1000 Load
78. ri A Ae BANANA AANI fhe te ann t Figure 3 6 Example of the Data History Page Data History provides an intermediate page to assist in navigating to the desired data Only points configured as analog 4 20mA and thermistor are shown The Data History Text Downloads link allows the Alarm History Log to be downloaded as a text txt file and the Minute Hour and Day logs to be downloaded as a comma separated variable csv file 3 2 1 6 Minute Hour and Day View F3400 Data History F3400 System Name Sever Room A Fort Collins Channel 1 Data Type Daily Description BAPI Temperature Signal Unit of Measure Deg F Date Time avg High Low 06 09 10 00 00 22 22 22 06 10 10 00 00 22 22 22 06 11 10 00 00 22 22 22 06 12 10 00 00 22 22 22 06 13 10 00 00 22 22 22 06 14 10 00 00 22 22 22 06 15 10 00 00 22 22 22 Data History Home Figure 3 7 Day View Example The Minute Hour and Day links on the Data History page display the detailed information the F3400 F1000 records in its logs The Minute log displays the high low and average values per minute for the last 60 minutes The Hour log displays the high low and average values per hour for the last 24 hours The Day log displays the high low and average values per day for the last seven 7 days These values can be downloaded to a comma separated variable csv file via the Data History Text Downloads button www rletech com 31 970 484 6510 3 F3400 F1000 Web Interface
79. rrent input of 10 5mA from the temperature sensor would convert to a value of 68 0 F When the input Type is Digital NO Digital NC or Digital Status the Calculated Value will be a 0 or 1 with 1 representing an alarm condition www rletech com 36 www rletech com 4 Configuration Menu Select Input Type Select based on the type of device connected to the input channel Options include e Not Configured Select when there is nothing connected to the input Analog 4 20mA Select when the device connected to the input provides a 4 20mA output Digital NO Select when the device connected to the input is a dry contact that is normally open and closes on an alarm condition Digital NC Select when the device connected to the input is a dry contact that is normally closed and open on an alarm condition Digital Status Select when the device connected to the input is a dry contact that only needs to be monitored status only without alarms Thermistor Select when the device connected to the input provides resistance output Gain and Offset Applies only to Analog 4 20mA input types Inputs like temperature humidity pressure etc sensors connected to the F3400 F1000 convert information to a 4 20mA signal The F3400 F1000 reads this raw 4 20mA signal and calculates a value based on the input and the predetermined gain and offset settings The idea is to determine the correct gain and offset values so that th
80. rt Up When the unit is powered up diagnostic tests are performed and the Flash Program code is verified The main system code is executed after a 10 second delay During the boot up sequence the System Status LED will flash at a rapid rate of 10 flashes per second If the System Status LED continues to flash for more then twenty seconds there is a fault with the unit and service is required 5 2 Flash Executable Code After the bootup sequence the main program executes from Flash memory In order to run properly the unit must have a unique MAC address assigned by the manufacturer and an IP address The factory default for the IP address is 10 0 0 186 If the unit is connected to the enterprise s network an IP address must be obtained from the network administrator The F3400 F 1000 must be reconfigured with this new IP address This reconfiguration can be done in the field See the Configuration Menu menu number 1 Once the system reaches this point press Enter to display the System Main Menu www rletech com 64 970 484 6510 9 3 A WARNING www rletech com Main Menu 5 EIA 232 Interface All system functions begin in the Main Menu Two letter commands display information execute commands and display submenus for additional inquiry and system configuration functions Table 5 1 Main Menu Commands Command Description Function CA Current Alarms CA displays all active alarms on the m
81. s the time of a computer or server in this case the F3400 F1000 to another server or reference time source NTP is important in maintaining a high level of accuracy and reliability in time stamped events This page allows users to configure the F3400 F1000 s NTP feature Network Time NTP Server The IP address or hostname of the Network Time Protocol Server with which the F3400 F1000 will synchronize Examples of public NTP Servers include us pool ntp org and time nist gov Update Interval The time in minutes the F3400 F1000 will take to reguest time updates from the NTP Server This can be set from 5 1440 minutes Enter 0 to disable Retry Interval The time in seconds the F3400 F1000 waits before retrying a failed connection to the NTP Server This can be set from 10 120 seconds Select Time Zone Enter the time zone in which the F3400 F1000 resides Daylight Savings Time Select the hour Daylight Savings Time occurs Typically this is 2 00 A M local time 59 970 484 6510 4 Configuration Menu 4 19 4 20 www rletech com DST Begin Date Enter the date Daylight Savings Time will begin DST End Date Enter the date Daylight Savings Time will end Network Statistics Ethernet Port C38900 Stats Last Reset At 06 16 10 08 57 37 auto 29931 ints 29931 pkts revd O refused 0 missed QO rxlenerror 14006 pkts sent O colls O txlenerror D tx timeout 2064 arppackets 0 arpdropped O nonipdrop 27867 ippa
82. sabled Description Tech Support LDRAB Input 1 Label Test1 234 Input 2 Label Blank Input 3 Label Blank Input 4 Label Blank Input 5 Label B lan k Input 6 Label Blank Dial Out Notification Phone 1 Phone 2 CO Phone 3 Phone 4 Email Recipient Notification v tfletcher rletech com 12 13 4 Figure 4 14 LD Unit Modbus Slave Configuration RTU Station Address Enter the address of the Modbus Slave device Be sure this matches the address programmed on the particular Slave device Description Enter a description for the Slave device Dial Out Notification Select the Phone Number Configuration Entry ID for up to four pager numbers to which the F3400 F 1000 will send notification when any alarm for this Slave occurs The Entry ID numbers correspond to phone numbers configured from the Configure Phone Number links at the bottom of the Modem Configuration page Example If the Alarm dial out string is set to 3 5 1 0 the F3400 F1000 will dial Pager 1 Pager 3 and then Pager 5 when an alarm occurs 50 970 484 6510 www rletech com 4 Configuration Menu Email Recipient Notification Select the recipient email addresses that require notification when any alarm occurs on this Slave The email addresses correspond to the email addresses configured from the Email Configuration page 4 10 2 Modbus Register Data Log This link allows users to view the raw data the F340
83. system which provides additional equipment protection by monitoring critical operating parameters in enterprises remote network facilities communication rooms remote and unmanned facilities and critical support systems The F3400 F1000 is a stand alone system It operates via an embedded Web server that handles all data collection alarm reporting and multiple concurrent communication mediums The F3400 F1000 typically monitors analog and dry contact outputs from devices such as temperature sensors humidity sensors thermistors gas detectors smoke detectors fire suppression systems surveillance products e g IP cameras leak detection systems power monitoring systems uninterruptible power supplies UPSs power distribution units PDUs generators DC power plants commercial power HVAC units ATS and TVSs The F3400 F1000 performs internal diagnostics that check the Flash Program code serial ports RAM non volatile RAM real time clock internal power supplies relay drivers analog to digital converter ADC and modem During operation the F3400 F1000 monitors its status and uses several LED indicators to report its condition The F3400 F1000 s embedded firmware enables system configuration I O setup status inquiries alarm reports data logs and troubleshooting The F3400 F1000 is menu driven and operates with any Web browser ASCII terminal or terminal emulation application such as HyperTerminal www rletech com 13 970
84. there is a leak The high limit 2 should be set to a value in feet that will control the internal relay if needed for the application The Cable Fault relay from the LD5100 should be tied back into the F3400 F1000 to detect a fault with the 5100 controller cable The analog output is only used for a Leak alarm distance LDRA6 LD1000 LD300 o o ZOZ Figure B 11 SeaHawk LDRA6 LD1000 and LD300 Leak Detection 84 970 484 6510 www rletech com B F3400 F1000 Accessories Wiring For assistance wiring the following F3400 F1000 accessories also offered by RLE please contact our Technical Support Department at 970 484 6510 4 CT55 and CT200 Single Phase Current Sensor CT300 and CT800 Single Phase Current Sensor PT150 Single Phase Voltage Sensor PT300 Three Phase Voltage Sensor PT600 Three Phase Voltage Sensor MD3 Motion Sensor MDS Magnetic Door Sensor PS RC Relay Controlled Two Outlet Receptacle 85 970 484 6510 B F3400 F1000 Accessories Wiring Notes www rletech com 86 970 484 6510 ALARM ID REFERENCE TABLES C 1 Analog Tables Table C 1 Analog Alarm ID Reference Tables Inputs 1 4 Channel Condition ID 1 High Limit 1 001 1 Low Limit 1 002 1 High Limit 2 003 1 Low Limit 2 004 2 High Limit 1 005 2 Low Limit 1 006 2 High Limit 2 007 2 Low Limit 2 008 3 High Limit 1 009 3 Low Limit 1 010 3 High Limit 2 011 3 Low Limit 2 012 4 High Limit 1
85. tory 38 970 484 6510 www rletech com 4 Configuration Menu Alarm Delay The amount of time the F3400 F1000 waits to send an alert after an alarm condition is detected The F3400 F1000 uses this same time delay to report a return to normal after the alarm condition clears The alarm delay is active for all input types except Not Configured Example An input is configured as a digital NO labeled CRAC UNIT ALARM and has an alarm delay of 10 seconds When the CRAC unit alarms it closes the contact to the F3400 F1000 If the CRAC unit returns to normal and opens the contact to the F3400 F 1000 within the 10 second alarm delay no alarm is generated in the F3400 F 1000 If the CRAC unit remains in alarm for 10 seconds or more the F3400 F1000 records the alarm and generates notification per the input settings Ifthe CRAC unit returns to normal and alarms within the 10 second alarm delay the F3400 F1000 does not record it as a return to normal Once the CRAC unit returns to normal for the 10 second alarm delay the F3400 F1000 records a return to normal and generators notification per the F3400 F1000 settings Hysteresis The number that designates the amount an input reading must sway from its preset alarm reading before it is classified as returned to normal The Hysteresis provides a deadband around the limit settings to prevent several alarms and return to normal alarms when the input is the same as a limit setting The Hysteresis
86. use the recommended default setting unless instructed differently by your IT Department DUN User Name and Password Only used if PPP is selected The DUN Username and password specifies the dial up network user name and password Contact your ISP for this information DUN Phone Number The number the F3400 F1000 dials to connect to the ISP Contact your IT Department to obtain this phone number When the information is complete click Submit Changes for the changes to take effect Network Time Protocol Network Time Protocol NTP Configuration Submit Changes Network Time NTP Server india colorado edu IP address or hostname Update Interval 0 5 1440 Minutes 0 for disabled Retry Interval 60 10 120 Seconds Select Time Zone Eastern US UTC 5 v Daylight Savings Time Disabled v DST Begin Date Second Sunday March v DST End Date First Sunday November v Mail Server DNS address logged for smtp bizmail yahoo com 206 190 48 12 Mail Server Dns TTL 2 Ntp Server DNS address logged for india colorado edu 0 0 0 0 Ntp Server Dns TTL O sysUpTime 278365712 NextNtpRetry O LastNtpReguestTime O NextNtpReguestTime O LastTansmitTimestamp 00000000 Last Ntp Update ST UTC 0 Figure 4 24 Network Time Protocol Configuration Network Time Protocol NTP is widely used in the Internet to synchronize computer clocks to national standard time or Coordinated Universal Time UTC It synchronize
87. vice ID and BACnet Description consult the BACnet Standard or your IT Department 53 970 484 6510 4 Configuration Menu 4 12 Server Ping Server Ping Configuration Label TP Address Ping Enable Server1 10 0 0 2 None O ICMP Server 10 0 2 200 None O ICMP Server 3 10 0 2 201 O None O ICMP Server 4 10 0 2 202 None O ICMP Sewer 10 0 2 207 None O ICMP Server 6 P32 10 0 2 209 None O ICMP Evolve F110 10 0 0 211 None O ICMP DataSphere Falcon 10 0 0 184 None O ICMP 0 0 0 0 None O ICMP 0 0 0 0 O None O ICMP 0 0 0 0 None O ICMP 0 0 0 0 None O ICMP 0 0 0 0 None O ICMP 0 0 0 0 _ None O ICMP 0 0 0 0 None O ICMP 0 0 0 0 None O ICMP Ping Interval Minutes ho Ping Retries 3 Dial Out Notification OPhone 1 Phone 2 CO Phone 3 Phone 4 Email Recipient Notification 11 tfletcher rletech com 12 13 Ll4 Figure 4 18 Server Ping Configuration The Server Ping page allows a user to monitor up to 16 devices by pinging at set intervals Ping Interval Minutes The time in minutes the F3400 F1000 will take to reguest time updates from the selected device s This can be set from 1 99
88. w the System Menu To terminate the session execute the command in the software package that disconnects the modem The commands for accessing the system remotely are identical to the ones described earlier in this user guide There is however a limited command set for remote access The available commands are Current Alarms CA Kill All Alarms KA Display Date Time TI ADC Input Values AD Modem Stats MS System Configuration SC System Configuration is limited to the System Configuration Menu section Pages can be acknowledged by phone number during a remote access session by entering aa followed by the alarm acknowledgement code for that phone number www rletech com 70 970 484 6510 L www rletech com POINT TO POINT PROTOCOL Point To Point Protocol PPP is an alternate method that may be used to communicate with the F3400 F1000 PPP can only be used through a modem over a phone line The F3400 F1000 and the user s computer must both be configured correctly in order for PPP to work Configuring the F3400 F 1000 1 Access the F3400 F1000 s Web interface 2 Click the Configuration link Enter the correct user name and password if necessary 3 From the Configuration Menu click on the System link 4 On the System Configuration page click on the IP Configuration Menu link The IP Configuration page lists the IP addresses configured on the F3400 F1000 Both the PPP Server and PPP Assignment fields
89. www rletech com 3 2 1 7 Data History Text Downloads This link helps navigate to the desired data F3400 Index of data File Name Type Point Label logdi csv Daily BAPI Temperature Signal loghi csv Hour BAPI Temperature Signal logmi csv Minute BAPI Temperature Signal logd2 csv Daily BAPI Humidity Signal logh2 csv Hour BAPI Humidity Signal logm2 csv Minute BAPI Humidity Signal logd3 csv Daily logh3 csv Hour logm3 csv Minute logd4 csv Daily Server 2 Temperature logh4 csv Hour Server 2 Temperature logm4 csv Minute Server 2 Temperature alarmhistory txt Return to data history menu Falcon 1 3 0 Server at Port 80 Figure 3 8 Example of the Data History Text Download Page 3 2 1 8 Server History Technical Support F1000 NH012 120 RTN 06 02 10 16 45 45 F110 NHO11 120 On 06 02 10 16 31 43 F110 Offline NHO10 120 RTN 05 19 10 13 26 43 F110 NHOO9 120 On 05 18 10 10 43 03 F110 Offline NH008 120 RTN 05 10 10 08 58 43 F110 NHOO7 120 On 05 10 10 07 47 32 F110 Offline NH006 120 RTN 05 10 10 07 36 47 F110 NHOD5 120 On 04 29 10 15 53 31 F110 Offline NH004 120 RTN 04 09 10 15 06 57 F110 NHOO3 120 On 04 09 10 14 49 01 F110 Offline NH002 120 RTN 03 12 10 13 19 54 F110 NHOO1 120 On 03 12 10 13 10 10 F110 Offline Historical Data Home Figure 3 9 Example of the Server History Page Server History displays the past 100 events for all servers as recorded by the F3400 F1000 The following format is used to record eac
90. xplorer to verify that the files exist on the PC s hard drive Copy the files to your desired file backup location 8 2 2 Saving Configuration Data via EIA232 COM1 Port X Modem 1 Before starting make sure the HyperTerminal properties are set correctly to perform load save Select the Properties Menu under File to establish a direct connection through an available COM Port This port should be set to 9600 Baud 8 Data bits NO Parity 1 Stop bit and NO Flow control Select the Settings tab for additional changes The parameters under the Settings tab should reflect what is shown below To save settings go to the F3400 F1000 onto which the configuration will be saved Log into the F3400 F 1000 COM1 through HyperTerminal Terminal Emulation Program Navigate to the Load Save Configuration Data Menu under the Main Configuration Menu Select option 1 Save XModem 1k from the Load Save Configuration Data Menu followed by the ENTER key Then select the Transfer Receive File from the menu at the top of the HyperTerminal screen Specify a name by which to save the file and select the 1K X Modem receiving protocol Then click on the Receive Start button Wait until the download is completed and enter X to exit the Load Save Configuration Menu 76 970 484 6510 Note www rletech com 8 Upgrading Firmware and Managing Configuration Data 8 2 3 Loading Configuration Data via TFTP Client Before the configuration can be loaded ont
91. y be sent to support rletech com Otherwise please call us directly at 970 484 6510 and press 2 for technical support The following information is located on the bottom of each F1000 F3400 unit Please have this information available whenever a technical support call is placed Product Model Number Product Serial Number Product Manufacture Date 970 484 6510 3 rletech com Notes rletech com 4 970 484 6510 Contents T1 System OVEIVIEW si ara AAA 13 Product Description IA WA Aa IA tenes 13 Front Panel Indicators and Controls 14 Terminal Block Designations IAA IIIA IAA hn 15 RearPanellndicators 18 SWWT S Settings vd pee de DY GU AKAA 18 2 Getting Started ir riera etek dee Rx 19 Installation 4 a aee E le aR 19 COMMUNICATION 5 ea keen Sha aa Oe keke AR DDA E RAE ESAE Rep Re eR FN 19 Set the F3400 F1000 s IP Address 19 Set the F3400 F 1000 s IP Address using the ARP and PING Commands 20 Obtain the EthernetAddress 20 Use the ARP Command voee a weed 20 UsethePINGCommand 20 Troubleshooting the ARP PING Commands 21 Set the F3400 F1000 s IP Address using a Web Browser 21 Set the F3400 F1000

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