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AirLink 7010 Gas Monitor Operator’s Manual

Chapter 3: Installation • 13

Wiring the AirLink 7010 Gas Monitor

This section describes procedures for DC power source wiring, AC power source wiring, Modbus out 
wiring, fault indicator wiring, sensor connection, and relay wiring.

The following wiring connections must be made before starting up the AirLink 7010.

CAUTION:

  The internal components can be static sensitive. Use caution when opening the enclosure 

and handling internal components.

WARNING: Make all connections to the AirLink 7010 before you plug in or turn on the AC or DC 

power source. Before you make any wiring adjustments, always verify that all power 
sources are not live.

Connecting a DC Power Source

NOTE:

The AirLink 7010 is configured for AC or DC operation, depending on how it is ordered. If 
you are using AC power as the primary power source, go to the next section, “Connecting an 
AC Power Source”.

Provide a clean and stable 12-35 VDC. Failure to do so may cause the unit (and any wired sensors that 
are connected to the unit) to not operate properly.

Voltage spikes higher than 35 VDC may damage the unit.

1. Open the enclosure box to expose the Front Panel.

2. Unscrew the two thumb screws on the Front Panel.
3. Open the Front Panel so that the Terminal Board is exposed (back of Front Panel).
4. Locate the Power Terminal (on the lower right side of the Back Panel) and connect the DC-live 

wire (red) to the terminal marked “+12-35 VDC”.

5. Connect the DC-ground wire (black) to the terminal marked “GND”.
6. If desired, connect an Earth Ground wire (green) to the terminal marked “EGND” (required for 

surge suppression).

Summary of Contents for AirLink 7010

Page 1: ...www rkiinstruments com AirLink 7010 Gas Monitor Operator s Manual Part Number 71 0537 Revision P2 Released 7 13 21 ...

Page 2: ...f its testing and examination disclose that the alleged defect in the product does not exist or was caused by the purchaser s or any third party s misuse neglect or improper installation testing or calibrations Any unauthorized attempt to repair or modify the product or any other cause of damage beyond the range of the intended use including damage by fire lightning water damage or other hazard vo...

Page 3: ...11 Wiring the AirLink 7010 Gas Monitor 13 Chapter 4 Startup and Operation 22 Power On Off 22 Holding Channels 24 LED Functionality 24 Chapter 5 Setup Mode 25 Overview 25 Entering Setup Mode 25 Channel Settings 25 Relay Settings 29 View System Information 30 Exiting Setup Mode 31 Chapter 6 Advanced Configuration Menu 32 Overview 32 Entering the Advanced Configuration Menu 32 Adjusting the LCD Contr...

Page 4: ...Gas Monitor Operator s Manual Chapter 7 Maintenance 38 Calibration Mode 38 Relay Test Mode 38 Troubleshooting 39 Chapter 8 Parts List 41 Appendix A Relay Operation 42 Appendix B RS 485 Modbus Output 38 Modbus Terms 45 Register Map 46 ...

Page 5: ...s configured for wired sensor assemblies Any channel can be turned off and any channel can be configured to any valid WireFree address 1 255 There are four 5 Amp relays with 4 Amp fuses The fourth relay may be configured as a Fault relay This Fault relay will activate if any Fault is generated by the monitor or if any sensor that the monitor is configured to monitor goes into Fault The Fault relay...

Page 6: ...rator s Manual uses the following conventions for notes cautions and warnings NOTE Describes additional or critical information CAUTION Describes potential damage to equipment WARNING Describes potential danger that can result in injury or death Caution refer to accompanying documentation Vac AC voltage Vdc DC voltage ...

Page 7: ...p to 4 4 20 mA input sensor assemblies Output RS 485 Modbus Construction housing Fiberglass with clear window NEMA 4 Dimensions 27 8 in H x 10 in W x 6 5 in D 70 6 cm H x 25 4 cm W x 16 5 cm D Weight 10 lbs Mounting 4 mounting feet 6 W x 12 25 T 1 4 diameter max mounting bolt screw size User Controls Program buttons RESET ESC SCAN HOLD MENU ADD SUB Display Graphical LCD 128x64 transflective sunlig...

Page 8: ...8 Chapter 2 Description AirLink 7010 Gas Monitor Operator s Manual Chapter 2 Description Front Panel Figure 1 Front Panel ...

Page 9: ...AirLink 7010 Gas Monitor Operator s Manual Chapter 2 Description 9 Terminal Board Figure 2 Terminal Board ...

Page 10: ...10 Chapter 2 Description AirLink 7010 Gas Monitor Operator s Manual Internal Components Figure 3 Internal Components Note Delta power supply only included with AC powered version ...

Page 11: ...o open the housing door and make wiring connections Are the display screen and status lights visible 2 Close and latch the housing door 3 Prepare the selected mounting site as required to mount the AirLink 7010 It should be mounted at eye level 4 1 2 to 5 feet from the floor Refer to Figure 4 for the outline and mounting dimensions 4 Position the monitor on the vertical mounting surface 5 Insert m...

Page 12: ...12 Chapter 3 Installation AirLink 7010 Gas Monitor Operator s Manual Figure 4 Outline and Mounting Dimensions 2 4 GHz Antenna 900 MHz Antenna 6 10 6 5 27 84 20 49 18 63 26 12 19 Ø 31 x 51 slot 4X ...

Page 13: ...ource NOTE The AirLink 7010 is configured for AC or DC operation depending on how it is ordered If you are using AC power as the primary power source go to the next section Connecting an AC Power Source Provide a clean and stable 12 35 VDC Failure to do so may cause the unit and any wired sensors that are connected to the unit to not operate properly Voltage spikes higher than 35 VDC may damage th...

Page 14: ...10 is configured for AC or DC operation depending on how it is ordered If you are using DC power as the primary power source go to the previous section Connecting a DC Power Source WARNING Verify that the power source is unplugged or turned off before you continue with this procedure 1 Open the enclosure box to expose the Front Panel 2 Unscrew the two thumb screws on the Front Panel 3 Open the Fro...

Page 15: ... Board 5 For versions that came with a pre wired AC line cord there are three wires black white and green pre wired from the Delta power supply terminals L AC Load IN N AC Neutral IN and EG Chassis GND or Earth GND This set of wires will be used to plug into an AC power outlet ONCE ALL WIRING CONFIGURATIONS ARE COMPLETE ...

Page 16: ...ct a neutral wire from the AC power source to the power supply s N terminal Connect a ground wire from the AC power source to the power supply s EG terminal NOTE If the AirLink 7010 was not ordered with any housing holes at least one hole will have to be drilled to bring in AC power Figure 6 AC Wiring 7 Close the Front Panel 8 Screw in the thumb screws 9 Close the enclosure box 10 Clamp down the e...

Page 17: ... wire from a DB 9 connector or the connector type that best suits your application to the terminal labeled A on the Modbus Out Terminal Block 6 Connect the white wire from a DB 9 connector to the terminal labeled GND on the Modbus Out Terminal Block 7 Connect the brown wire from a DB 9 connector to the terminal labeled B on the Modbus Out Terminal Block 8 Plug the DB 9 connector into a PLC Figure ...

Page 18: ...and is a DC only output The fault terminal s failsafe operation can be configured as described in step 4 on page 34 1 Open the enclosure box to expose the Front Panel 2 Unscrew the two thumb screws on the Front Panel 3 Open the Front Panel so that the back of the Terminal Board is exposed 4 Locate the Fault Terminal Block on the terminal board 5 Connect a positive red wire to the terminal labeled ...

Page 19: ...l 2 Unscrew the two thumb screws on the Front Panel 3 Open the Front Panel so that the back of the Terminal Board is exposed 4 Locate the Sensor Terminal Blocks on the Terminal Board 5 For each of up to 4 wired 4 20 mA type sensor assemblies Connect the sensor assembly s positive red wire to the terminal labeled VDC Connect the sensor assembly s signal green wire to the terminal labeled 4 20 mA Co...

Page 20: ... Unscrew the two thumb screws on the Front Panel 3 Open the Front Panel so that the back of the Terminal Board is exposed 4 Locate the Relay Terminal Blocks on the Terminal Board 5 Connect the alarm device s H terminal to the NO or NC terminal on the relay terminal block NOTE It is recommended that the relay connections are wired as normally open NO However normally closed NC wiring configurations...

Page 21: ...AirLink 7010 Gas Monitor Operator s Manual Chapter 3 Installation 21 Figure 10 Relay Wiring ...

Page 22: ...wed CAUTION The internal components can be static sensitive Use caution when opening the enclosure and handling internal components Once power is supplied to the AirLink 7010 by being plugged into an AC outlet or by being wired to a DC power supply the display screen and LEDs will illuminate To cycle the Terminal Board power flip the Power Switch located on the lower right side of the Terminal Boa...

Page 23: ...e sensor assemblies or up to 28 WireFree sensor assemblies and up to 4 wired sensor assemblies When in Normal Operating Mode configured channels are scanned through 2 channels at a time every 3 seconds Figure 12 Normal Operating Mode Note The top screen shows a WireFree detector head and the bottom screen shows a wired 4 20 mA detector head ...

Page 24: ... blinking red An alarm condition has occurred on relay 1 but condition has now gone ALARM 2 off No alarm condition has occurred on relay 2 since the last reset or power up solid red An alarm condition is currently happening on relay 2 blinking red An alarm condition has occurred on relay 2 but condition has now gone ALARM 3 off No alarm condition has occurred on relay 3 since the last reset or pow...

Page 25: ... changes and exit Setup Mode at any time press ESC The AirLink 7010 automatically saves any changes and returns to Normal Operating Mode 15 minutes after the last button press Entering Setup Mode 1 Open the enclosure box 2 From Normal Operating Mode press and hold MENU ADD and SUB for 5 seconds to enter Setup Mode Channel Settings 1 Channel Selection Once in Setup Mode press ADD increase or SUB de...

Page 26: ...ss ADD or SUB to change the state of the channel to On or Off 4 Press MENU Next 5 Wired WireFree for channels 29 32 only Press ADD or SUB to change the channel type to Wired or WireFree NOTE Any sensors wired directly to the AirLink 7010 must be set up on channels 29 32 6 Press MENU Next ...

Page 27: ...r type The choices are H2S SO2 O2 CO Cl2 CO2 LEL VOC FEET HCl NH3 H2 CLO2 HCN F2 HF CH2O NO2 O3 INCHES 4 20 None Degrees C Degrees F CH4 NO PH3 HBr Eto CH3SH AsH3 R410A R1234 R32 SF6 SiH4 B2H6 BF3 8 Press MENU Next 9 Sensor Scale wired only Press ADD increase or SUB decrease to select a sensor scale 1 65 000 10 Press MENU Next ...

Page 28: ... The number of decimals available depends on the sensor scale 3 decimals Scale 1 or less 2 decimals Scale 10 or less 1 decimal Scale 100 or less 0 decimals Scale greater than 100 decimal screen does not appear in this case 12 Press MENU Next 13 Radio Address wirefree only Press ADD increase or SUB decrease to set to radio address 1 255 14 Press MENU Next ...

Page 29: ...or SUB to manipulate the relay s On Off status The On Off status affects whether a relay is active on the selected channel or not 2 Press MENU Next 3 Relay Increasing Decreasing Press ADD or SUB to manipulate the relay s Increasing Decreasing status 4 Press MENU next 5 Relay Threshold Press ADD increase or SUB decrease to manipulate the threshold value 1 65 000 ...

Page 30: ...en will show the following 11 Based on the specific application choose one of the following steps to complete Press MENU Next to setup the next channel or continue to system information Press ADD Yes to duplicate the settings to all consecutive channels and ADD Yes again to confirm the operation Press ESC to exit Setup Mode View System Information After the last channel is set press MENU to view t...

Page 31: ...plete the following steps to exit Setup Mode at any time 1 Press ESC at any time to exit Setup Mode 2 Close the enclosure box 3 Clamp down the enclosure latches NOTE The AirLink 7010 automatically saves any changes and returns to Normal Operating Mode 15 minutes after the last button press ...

Page 32: ...tering the Advanced Configuration Menu 1 Open the enclosure box to expose the Front Panel 2 Cycle the unit s power turn OFF then ON For instructions on how to cycle the unit s power see page 22 3 When the RKI Logo is shown on the Display Screen press MENU NOTE The AirLink 7010 automatically saves any changes and returns to Normal Operating Mode 15 minutes after the last button press Adjusting Cont...

Page 33: ...ory Default Settings 1 Press ADD or SUB Yes No as indicated on the display screen to set the unit back to the factory s default settings To leave the settings as they are press MENU Next Factory settings are Channels 1 28 set to WireFree Channels 29 32 set to Wired Relays set at 10 15 20 and 25 All relays set to Auto Reset Increasing Modbus Output Baud set at 9600 Radio Timeout set to 10 minutes N...

Page 34: ... Fault occurs on any channel the Fault Relay is engaged In addition Relay 4 is removed from all setup options 2 Failsafe Press ADD or SUB Yes No as indicated on the display screen to setup Relay 1 as failsafe or not failsafe To leave the setting as it is press MENU Next 3 Repeat step 2 for Relays 2 3 and 4 4 Fault Terminal Failsafe Press ADD or SUB Yes No as indicated on the display screen to setu...

Page 35: ...p 1 Global Modbus Address Press ADD increase or SUB decrease to manipulate the global Modbus Address setting between 1 and 247 2 Press MENU Next 3 Global Baud Press ADD increase or SUB decrease to manipulate the global Baud setting to 4800 9600 or 19200 NOTE Baud default is 9600 4 Press MENU Next ...

Page 36: ... for 2 4 GHz networks NOTE All monitors and sensor assemblies must have the same Network Channel in order to communicate 4 Press MENU Next 5 Primary Secondary Press ADD or SUB to switch the monitor to Primary or Secondary NOTE There can only be one Primary monitor on a network All other monitors must be set up as Secondary monitors If an AirLink 7010 is set as a Secondary monitor when there is no ...

Page 37: ...Normal Operating Mode Exiting the Advanced Configuration Menu 1 Press ESC at any time to exit the Advanced Configuration Menu 2 Close the enclosure box 3 Clamp down the enclosure latches NOTE The AirLink 7010 automatically saves any changes and returns to Normal Operating Mode 15 minutes after the last button press ...

Page 38: ...show CAL on the upper right side 4 To return to Normal Operating Mode press RESET ESC NOTE If RESET ESC is not pressed the unit will remain in Calibration Mode for two hours 5 Close the enclosure box 6 Clamp down the enclosure latches Relay Test Mode Relay Test Mode activates each relay and can be used to determine whether or not the relays and attached alarms are functioning properly 1 Open the e...

Page 39: ...ng communication to the analog sensor board On T3A VOC Pro units F4 means that the Analog to Digital Conversion ADC on the analog sensor board is not communicating to the digital sensor board On the AirLink 6900 F4 means the top card is not communicating with the analog sensor board For IR sensors the sensor element itself could be the issue Also there might not be an issue because sometimes senso...

Page 40: ... The problem could be that the sensor assembly is not connected properly or there may be board issues with the sensor or monitor 1 Check all connections Use a current meter inline to see if the current is correct F11 battery powered detector only The IR sensor is changing temperature too quickly 1 The sensor will clear once the temperature stops changing too quickly F13 4 20 mA wired detector only...

Page 41: ...numbers and descriptions for replacement parts and accessories offered for the AirLink 7010 Gas Monitor Table 3 Parts List AirLink 7010 Gas Monitor Part No Description 18 0107RK Conduit hub 3 4 in 51 0040 RED Strobe horn 20 28 VDC Cl I Div 1 Zone 1 71 0537 AirLink 7010 Gas Monitor Operator s Manual this document ...

Page 42: ...tact and Wet Contact Relays In regard to power there are two types of relays 1 Dry Contact Relays This type of relay does not provide power to the equipment attached to it i e if there is a light hooked up to this type of relay it must be powered by another source 2 Wet Contact Relays This type of relay does provide power to the equipment attached to it i e if a light was hooked up to this type of...

Page 43: ...e alarm condition occurs The NC normally closed relay contacts are closed during non alarm operation and open when the appropriate alarm condition occurs If Failsafe is set to Yes the relays are energized in normal operation and de energize when the appropriate alarm circuit is activated The NO normally open relay contacts are closed during non alarm operation and open when the appropriate alarm c...

Page 44: ...stry standard low cost to implement can reject some forms of electrical noise and the signal does not change value around the loop as opposed to voltage The key advantage of the current loop is that the accuracy of the signal is not affected by a potential voltage drop in the interconnected wiring Even with significant resistance in the line the current loop VOC Pro will maintain the proper curren...

Page 45: ... RTU Setting Baud Rate 9600 Data Bits 8 Parity None Stop Bits 1 Time Out 1000 ms Device Address 1 247 Data Type Holding Registers Start Address The first register the user would like to view must be between 1 255 Length Depends on the number of addresses the user would like to view Scan Rate 1000 ms Data Format Hex Decimal Float ...

Page 46: ...ress R W 16 INTEGER Radio Address 1 255 10 16 Channel 16 Radio Address R W 16 INTEGER Radio Address 1 255 11 17 Channel 17 Radio Address R W 16 INTEGER Radio Address 1 255 12 18 Channel 18 Radio Address R W 16 INTEGER Radio Address 1 255 13 19 Channel 19 Radio Address R W 16 INTEGER Radio Address 1 255 14 20 Channel 20 Radio Address R W 16 INTEGER Radio Address 1 255 15 21 Channel 21 Radio Address...

Page 47: ...valid sensor reading 4D 77 Channel 23 Reading R 32 FLOAT Any valid sensor reading 4F 79 Channel 24 Reading R 32 FLOAT Any valid sensor reading 51 81 Channel 25 Reading R 32 FLOAT Any valid sensor reading 53 83 Channel 26 Reading R 32 FLOAT Any valid sensor reading 55 85 Channel 27 Reading R 32 FLOAT Any valid sensor reading 57 87 Channel 28 Reading R 32 FLOAT Any valid sensor reading 59 89 Channel...

Page 48: ... 7 See Mode Enumeration Below 7F 127 Channel 31 Mode R 16 ENUMERATION 0 7 See Mode Enumeration Below 80 128 Channel 32 Mode R 16 ENUMERATION 0 7 See Mode Enumeration Below 81 129 Channel 1 Battery R 32 FLOAT Sensor Input Voltage 0 0 83 131 Channel 2 Battery R 32 FLOAT Sensor Input Voltage 0 0 85 133 Channel 3 Battery R 32 FLOAT Sensor Input Voltage 0 0 87 135 Channel 4 Battery R 32 FLOAT Sensor In...

Page 49: ...taying 0 timeout CD 205 Channel 13 Sec Since Last Message R 16 INTEGER 1 32768 Seconds 1 no transmissions Staying 0 timeout CE 206 Channel 14 Sec Since Last Message R 16 INTEGER 1 32768 Seconds 1 no transmissions Staying 0 timeout CF 207 Channel 15 Sec Since Last Message R 16 INTEGER 1 32768 Seconds 1 no transmissions Staying 0 timeout D0 208 Channel 16 Sec Since Last Message R 16 INTEGER 1 32768 ...

Page 50: ...ation Below F4 244 Channel 20 Sensor Type R 16 ENUMERATION 0 31 See Sensor Type Enumeration Below F5 245 Channel 21 Sensor Type R 16 ENUMERATION 0 31 See Sensor Type Enumeration Below F6 246 Channel 22 Sensor Type R 16 ENUMERATION 0 31 See Sensor Type Enumeration Below F7 247 Channel 23 Sensor Type R 16 ENUMERATION 0 31 See Sensor Type Enumeration Below F8 248 Channel 24 Sensor Type R 16 ENUMERATI...

Page 51: ...ion below 11E 286 Channel 30 Gas Type R 16 ENUMERATION 0 127 See Gas Enumeration below 11F 287 Channel 31 Gas Type R 16 ENUMERATION 0 127 See Gas Enumeration below 120 288 Channel 32 Gas Type R 16 ENUMERATION 0 127 See Gas Enumeration below 121 289 Channel 1 Fault R 16 ENUMERATION 0 15 See Fault Enumeration below 122 290 Channel 2 Fault R 16 ENUMERATION 0 15 See Fault Enumeration below 123 291 Cha...

Page 52: ...1 means on 148 328 Channel 8 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 149 329 Channel 9 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 14A 330 Channel 10 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 14B 331 Channel 11 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 14C 332 Channel 12 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 14D 333 Channel 13 On Off R W 1...

Page 53: ...ERATION 0 1 0 means off 1 means on 173 371 Channel 19 Relay 1 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 174 372 Channel 20 Relay 1 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 175 373 Channel 21 Relay 1 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 176 374 Channel 22 Relay 1 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 177 375 Channel 23 Relay 1 On Off R W 16 ENUM...

Page 54: ...ay 1 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 19E 414 Channel 30 Relay 1 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 19F 415 Channel 31 Relay 1 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 1A0 416 Channel 32 Relay 1 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 1A1 417 Channel 1 Relay 1 Set Point R W 32 FLOAT Any number 65000 or less and higher t...

Page 55: ...N 0 1 0 means unlatch 1 means latch 1E7 487 Channel 7 Relay 1 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 1E8 488 Channel 8 Relay 1 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 1E9 489 Channel 9 Relay 1 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 1EA 490 Channel 10 Relay 1 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 mea...

Page 56: ... Channel 16 Relay 2 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 211 529 Channel 17 Relay 2 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 212 530 Channel 18 Relay 2 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 213 531 Channel 19 Relay 2 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 214 532 Channel 20 Relay 2 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 215 533...

Page 57: ...l 27 Relay 2 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 23C 572 Channel 28 Relay 2 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 23D 573 Channel 29 Relay 2 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 23E 574 Channel 30 Relay 2 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 23F 575 Channel 31 Relay 2 High Low R W 16 ENUMERATION 0 1 0 means low 1 means...

Page 58: ...ON 0 1 0 means unlatch 1 means latch 285 645 Channel 5 Relay 2 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 286 646 Channel 6 Relay 2 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 287 647 Channel 7 Relay 2 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 288 648 Channel 8 Relay 2 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 mea...

Page 59: ... means on 2AE 686 Channel 14 Relay 3 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 2AF 687 Channel 15 Relay 3 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 2B0 688 Channel 16 Relay 3 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 2B1 689 Channel 17 Relay 3 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 2B2 690 Channel 18 Relay 3 On Off R W 16 ENUMERATION 0 1 0 means off 1...

Page 60: ... Channel 25 Relay 3 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 2DA 730 Channel 26 Relay 3 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 2DB 731 Channel 27 Relay 3 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 2DC 732 Channel 28 Relay 3 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 2DD 733 Channel 29 Relay 3 High Low R W 16 ENUMERATION 0 1 0 means low ...

Page 61: ...ION 0 1 0 means unlatch 1 means latch 323 803 Channel 3 Relay 3 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 324 804 Channel 4 Relay 3 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 325 805 Channel 5 Relay 3 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 326 806 Channel 6 Relay 3 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 me...

Page 62: ...0 1 0 means off 1 means on 34C 844 Channel 12 Relay 4 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 34D 845 Channel 13 Relay 4 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 34E 846 Channel 14 Relay 4 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 34F 847 Channel 15 Relay 4 On Off R W 16 ENUMERATION 0 1 0 means off 1 means on 350 848 Channel 16 Relay 4 On Off R W 16 ENUMERATION ...

Page 63: ...h 377 887 Channel 23 Relay 4 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 378 888 Channel 24 Relay 4 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 379 889 Channel 25 Relay 4 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 37A 890 Channel 26 Relay 4 High Low R W 16 ENUMERATION 0 1 0 means low 1 means high 37B 891 Channel 27 Relay 4 High Low R W 16 ENUMERATION 0 1 0 m...

Page 64: ...number 65000 or less and higher than 0 3C1 961 Channel 1 Relay 4 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 3C2 962 Channel 2 Relay 4 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 3C3 963 Channel 3 Relay 4 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 means latch 3C4 964 Channel 4 Relay 4 Latch Unlatch R W 16 ENUMERATION 0 1 0 means unlatch 1 m...

Page 65: ...ware 5 1 3 3EE 1006 Channel 2 Time Since Last Nulled R 16 UINT Number of days since last nulled Added in Firmware 5 1 3 3EF 1007 Channel 3 Time Since Last Nulled R 16 UINT Number of days since last nulled Added in Firmware 5 1 3 3F0 1008 Channel 4 Time Since Last Nulled R 16 UINT Number of days since last nulled Added in Firmware 5 1 3 3F1 1009 Channel 5 Time Since Last Nulled R 16 UINT Number of ...

Page 66: ...ast Calibrated R 16 UINT Number of days since last Calibrated Added in Firmware 5 1 3 416 1046 Channel 10 Time Since Last Calibrated R 16 UINT Number of days since last Calibrated Added in Firmware 5 1 3 417 1047 Channel 11 Time Since Last Calibrated R 16 UINT Number of days since last Calibrated Added in Firmware 5 1 3 418 1048 Channel 12 Time Since Last Calibrated R 16 UINT Number of days since ...

Page 67: ...ut in minutes 1783 6019 Network Channel R W 16 INTEGER 1 78 1784 6020 Primary Secondary R W 16 ENUMERATION 0 1 0 means Primary 1 means Secondary 1785 6021 Relay 1 is in Alarm R 16 ENUMERATION 0 1 0 means not in Alarm 1 means in Alarm 1786 6022 Relay 2 is in Alarm R 16 ENUMERATION 0 1 0 means not in Alarm 1 means in Alarm 1787 6023 Relay 3 is in Alarm R 16 ENUMERATION 0 1 0 means not in Alarm 1 mea...

Page 68: ...ive Signal Strength 184E 6222 Channel 22 RSSI R 16 INTEGER 0 100 Receive Signal Strength 184F 6223 Channel 23 RSSI R 16 INTEGER 0 100 Receive Signal Strength 1850 6224 Channel 24 RSSI R 16 INTEGER 0 100 Receive Signal Strength 1851 6225 Channel 25 RSSI R 16 INTEGER 0 100 Receive Signal Strength 1852 6226 Channel 26 RSSI R 16 INTEGER 0 100 Receive Signal Strength 1853 6227 Channel 27 RSSI R 16 INTE...

Page 69: ...el Only 11 K 3 Replace sensor element LPIR Only 12 L 4 ADC not responding 13 M 5 Null Failed 14 N 6 Cal Failed 15 O 7 Low pump flow Changed in 5 1 5 unused previously 16 P 8 Two Sensors Same Address 17 Q 9 Sensor Radio Timeout 18 R 10 When Sensor is wired it means no sensor is connected 19 S 11 Rapid temperature change LPIR Only 20 T 12 Sensor Element Restarting LPIR Only 21 U 13 Unspecified Error...

Page 70: ... HCN 40 AN 14 F2 41 AO 15 HF 42 AP 16 CH2O 43 AQ 17 NO2 44 AR 18 O3 45 AS 19 INCHES 46 AT 20 4 20 47 AU 21 Not Specified 48 AV 22 Cº 49 AW 23 Fº 50 AX 24 CH4 51 AY 25 NO 52 AZ 26 PH3 27 HBr Firmware 5 1 3 28 EtO Firmware 5 1 3 29 CH3SH Firmware 5 1 3 30 AsH3 Firmware 5 1 3 31 R410A Firmware 5 1 3 32 R1234YF Firmware 5 1 3 33 R32 Firmware 5 1 3 34 N Future Gases ...

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