LOGICO2 0496 Sniffer Modbus User Manual
- June 3, 2024
- logico2
Table of Contents
LOGICO2 0496 Sniffer Modbus
Sniffer Modubus for LogiCO2 Safety System.
WARNING!
Please read these instructions carefully prior to start-up and use. These
instructions should be saved for future reference and passed on to any
subsequent owner. Failure to follow any of these instructions could result in
bodily harm or death, and could void product warranties. LogiCO2 International
AB, its affiliates and third party providers assume no responsibility for
claims arising from improper or careless use or handling of its products.
Retain this instruction.
Technical specifications
- Power supply: 24V DC, from the alarm system
- LED Indications: See table on page 5
- Ambient temperature: 0 to +40°C (+32°F to +102°F)
- Cable lenght: 2 x 5 m
- Dimensions (LxWxD): 90 x 161 x 38 mm / 3.5” x 6.3” x 1.5”
Function
The LogiCO2 Sniffer Modbus is a gateway for reading out measuring values and status (e.g. Alarms) from LogiCO2´s Safety Systems. It is only possible to read-out information from the Sniffer (read only). The Sniffer Modbus is connected to maximum eight sensors with or without a central unit. The Sniffer is monitoring the communication between the sensor/s and the central unit. If no central unit is installed in the Safety System, the Sniffer Modbus can communicate directly with the Sensor/s. The Sniffer Modbus is intended as a gateway from the LogiCO2 Safety System. The Sniffer Modbus communicates as a slave via Modbus RTU (RS485) to external systems. The Sniffer Modbus is power supplied from the LogiCO2 Safety System. Default setting is to read-out one Sensor (ID number 1) that is connected to a central unit.
Installation
Connect the cable marked “Connect to sensor” to one of the LogiCO2 Safety
System´s red cables. Use the cable marked “Connect to external system” to
connect the gateway RS485 to the external system.
Pinout red cable: RJ-45 Plug for RS485 Communication
- Pin 4 RS485 – (B)
- Pin 5 RS485 + (A)
- Pin 8 GND
Setup – with or without Central Unit
The default setting of the Sniffer is to communicate with a Safety System
together with a Central Unit. To change setting, remove the cover to access
the two DIP-switches.
Example (DIP-switch 2):
- To read-out sensors with ID-number 1 and 2, set the DIP-switch number 1 and 2 to ON. All other DIP-switches in OFF-position.
- To read-out sensors with ID-number 2 and 4, set the DIP-switch number 2 and 4 to ON . All other DIP-switches in OFF-position.
- To read-out eight sensors, set the DIP-switch number 1-8 to ON . All other DIP-switches in OFF-position.
PCB Layout
Led Indication
| LED C | olour | Information |
|---|---|---|
| 1 Y | ellow | Lost communication with sensors |
| 2 G | reen | Flashing when communicating with sensors |
| 3 G | reen | Power, flashing when communicatíng with external |
system
DIP-Switch settings
DIP-switch settings, ID-address 1-8
Observe! DIP-switch 1, Dip 1-5
DIP-switch settings, Parity
Observe! DIP-switch 1, Dip 6-7
DIP-switch settings, Baud rate
Observe! DIP-switch 1, Dip 8-9
DIP-switch settings, Termination resistor 120 Ω Sensor
Observe! DIP-switch 1, Dip 10
DIP-switch settings, Selection of Sensor ID to monitor
Observe! DIP-switch 2, Dip 1-8
Sensor-ID to be monitored| Not monitored sensor-ID|
Monitored sensor-ID
---|---|---
Dip 2:1 = ID1| OFF| ON
Dip 2:2 = ID2| OFF| ON
Dip 2:3 = ID3| OFF| ON
Dip 2:4 = ID4| OFF| ON
Dip 2:5 = ID5| OFF| ON
Dip 2:6 = ID6| OFF| ON
Dip 2:7 = ID7| OFF| ON
Dip 2:8 = ID8| OFF| ON
DIP-switch settings, Selection of Modbus Master/Slave
Observe! DIP-switch 2, Dip 9
DIP-switch settings, Termination resistor 120 Ω External
Observe! DIP-switch 2, Dip 10
Modbus register
ID 1| ID 2| ID 3| ID 4| ID 5| ID 6| ID 7|
ID 8| Register content
---|---|---|---|---|---|---|---|---
1×0001| 1×0025| 1×0049| 1×0073| 1×0097| 1×0121| 1×0145| 1×0169| CO2 Alarm B
1×0002| 1×0026| 1×0050| 1×0074| 1×0098| 1×0122| 1×0146| 1×0170| CO2 Alarm A
1×0003| 1×0027| 1×0051| 1×0075| 1×0099| 1×0123| 1×0147| 1×0171| TWA Alarm
1×0004| 1×0028| 1×0052| 1×0076| 1×0100| 1×0124| 1×0148| 1×0172| Temp alarm
high
1×0005| 1×0029| 1×0053| 1×0077| 1×0101| 1×0125| 1×0149| 1×0173| Temp alarm low
1×0006| 1×0030| 1×0054| 1×0078| 1×0102| 1×0126| 1×0150| 1×0174| Res
1×0007| 1×0031| 1×0055| 1×0079| 1×0103| 1×0127| 1×0151| 1×0175| Res
1×0008| 1×0032| 1×0056| 1×0080| 1×0104| 1×0128| 1×0152| 1×0176| Res
1×0009| 1×0033| 1×0057| 1×0081| 1×0105| 1×0129| 1×0153| 1×0177| Fatal error
1×0010| 1×0034| 1×0058| 1×0082| 1×0106| 1×0130| 1×0154| 1×0178| Offset error
1×0011| 1×0035| 1×0059| 1×0083| 1×0107| 1×0131| 1×0155| 1×0179| Algorithm
error
1×0012| 1×0036| 1×0060| 1×0084| 1×0108| 1×0132| 1×0156| 1×0180| Output error
1×0013| 1×0037| 1×0061| 1×0085| 1×0109| 1×0133| 1×0157| 1×0181| SD error
1×0014| 1×0038| 1×0062| 1×0086| 1×0110| 1×0134| 1×0158| 1×0182| Out of range
1×0015| 1×0039| 1×0063| 1×0087| 1×0111| 1×0135| 1×0159| 1×0183| Mem error
1×0016| 1×0040| 1×0064| 1×0088| 1×0112| 1×0136| 1×0160| 1×0184| Heating
1×0017| 1×0041| 1×0065| 1×0089| 1×0113| 1×0137| 1×0161| 1×0185| Sensor type
1×0018| 1×0042| 1×0066| 1×0090| 1×0114| 1×0138| 1×0162| 1×0186| Sensor error
1×0019| 1×0043| 1×0067| 1×0091| 1×0115| 1×0139| 1×0163| 1×0187| Communication
error
1×0020| 1×0044| 1×0068| 1×0092| 1×0116| 1×0140| 1×0164| 1×0188| Online
1×0021| 1×0045| 1×0069| 1×0093| 1×0117| 1×0141| 1×0165| 1×0189| Res
1×0022| 1×0046| 1×0070| 1×0094| 1×0118| 1×0142| 1×0166| 1×0190| Res
1×0023| 1×0047| 1×0071| 1×0095| 1×0119| 1×0143| 1×0167| 1×0191| Res
1×0024| 1×0048| 1×0072| 1×0096| 1×0120| 1×0144| 1×0168| 1×0192| Res
Value range – 0 or 1
Read/Write – R
| IR address | Register content | Read/Write |
|---|---|---|
| 3×0001 | Sensor #1 CO2 value | R |
| 3×0002 | Sensor #1 TWA value | R |
| 3×0003 | Sensor #1 Temp value (°C) | R |
| 3×0004 | Sensor #1 Temp value (°F) | R |
| 3×0005 | Sensor #2 CO2 value | R |
| 3×0006 | Sensor #2 TWA value | R |
| 3×0007 | Sensor #2 Temp value (°C) | R |
| 3×0008 | Sensor #2 Temp value (°F) | R |
| 3×0009 | Sensor #3 CO2 value | R |
| 3×0010 | Sensor #3 TWA value | R |
| 3×0011 | Sensor #3 Temp value (°C) | R |
| 3×0012 | Sensor #3 Temp value (°F) | R |
| 3×0013 | Sensor #4 CO2 value | R |
| 3×0014 | Sensor #4 TWA value | R |
| 3×0015 | Sensor #4 Temp value (°C) | R |
| 3×0016 | Sensor #4 Temp value (°F) | R |
| 3×0017 | Sensor #5 CO2 value | R |
| 3×0018 | Sensor #5 TWA value | R |
| 3×0019 | Sensor #5 Temp value (°C) | R |
| 3×0020 | Sensor #5 Temp value (°F) | R |
| 3×0021 | Sensor #6 CO2 value | R |
| 3×0022 | Sensor #6 TWA value | R |
| 3×0023 | Sensor #6 Temp value (°C) | R |
| 3×0024 | Sensor #6 Temp value (°F) | R |
| 3×0025 | Sensor #7 CO2 value | R |
| 3×0026 | Sensor #7 TWA value | R |
| 3×0027 | Sensor #7 Temp value (°C) | R |
| 3×0028 | Sensor #7 Temp value (°F) | R |
| 3×0029 | Sensor #8 CO2 value | R |
| 3×0030 | Sensor #8 TWA value | R |
| 3×0031 | Sensor #8 Temp value (°C) | R |
| 3×0032 | Sensor #8 Temp value (°F) | R |
Maintanence
The LogiCO2-Sniffer requires no maintenance.
Important
All persons responsible for the use and maintenance of this equipment must
read and understand the safety and operating information contained in this
guide. Installation and service of this equipment should be performed only by
professionals. The function of the equipment will be impaired if it is not
properly installed.
Important information regarding third party products
The functionality of LogiCO2’s products are only warranted if connected to
LogiCO2’s systems and products. LogiCO2 is not liable for the functionality of
any systems if LogiCO2 components or parts are connected to third party
products. LogiCO2 permits its products to be connected to external relays
controlling ventilation and valves as well as fire alarm panels and building
management systems. Subject to typographical errors and change without prior
notice.
Manufactured by:
LogiCO2 International AB Box 9097
400 92 Gothenburg, Sweden
E-mail: info@logico2.com
Web: www.logico2.com
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>