VOC Gas Detection SensorUL 61010 - Calibration Free
UL 61010 - Calibration Free
key sensor features
The GAS-VOC sensor is available through OEM partners in select markets.
It is a plug and play sensor to detect off-gas and temperature events from Li-Ion batteries. Available as a standard, RS-485 or daisy chained sensor. VOC sensors are NOT recommended for monitoring liquid li-ion batteries as time between off-gas and fire can be as low as 2 seconds.
- measures VOC levels between a 0-500 VOC index
- measures temperatures -10°C to +60°C
- measures humidity 0-95%rh
- optional hydrogen gas detection available (0-100% LEL)
- a resolution of 0.1°C and 0.1% rH
- with a ±0.8°C accuracy from 15°C-35°
- with a ±6%rH accuracy from 15°C-35°
- available as a standard sensor
- or daisy chained (up to 12 sensors per daisy chain)
- UL 61010
- compact plug & play sensor.
- designed for indoor use.
- steel enclosure for non-power sensors or non-IP sensors. custom color & logo options available.
- industrial grade.
- 0u rack, DIN rail, magnetic or wall mountable sensor.
- plugs into the base unit.
- powered by the base unit (PoE, 12v DC, optionally 24v or -48v)
- alerts via SNMP Traps, email or SMS.
- out of the box integration via Modbus TCP, SNMP.
- optional integration via MQTT for Industrial IoT applications1
.
- optional integration via RS-485 enabling direct integration with your own gateway & controllers.2
1Requires FW 10 or higher
2Some sensors are not available in RS-485 native versions. In that case RS-485 is available using the optional Modbus RTU module.
It is a plug and play sensor to detect off-gas and temperature events from Li-Ion batteries. Available as a standard, RS-485 or daisy chained sensor. VOC sensors are NOT recommended for monitoring liquid li-ion batteries as time between off-gas and fire can be as low as 2 seconds.
- measures VOC levels between a 0-500 VOC index- measures temperatures -10°C to +60°C
- measures humidity 0-95%rh
- optional hydrogen gas detection available (0-100% LEL)
- a resolution of 0.1°C and 0.1% rH
- with a ±0.8°C accuracy from 15°C-35°
- with a ±6%rH accuracy from 15°C-35°
- available as a standard sensor
- or daisy chained (up to 12 sensors per daisy chain)
- UL 61010
- compact plug & play sensor.
- designed for indoor use.
- steel enclosure for non-power sensors or non-IP sensors. custom color & logo options available.
- industrial grade.
- 0u rack, DIN rail, magnetic or wall mountable sensor.
- plugs into the base unit.
- powered by the base unit (PoE, 12v DC, optionally 24v or -48v)
- alerts via SNMP Traps, email or SMS.
- out of the box integration via Modbus TCP, SNMP.
- optional integration via MQTT for Industrial IoT applications1
.- optional integration via RS-485 enabling direct integration with your own gateway & controllers.2
1Requires FW 10 or higher
2Some sensors are not available in RS-485 native versions. In that case RS-485 is available using the optional Modbus RTU module.
No PC or Software Required
The InfraSensing sensors connect to the base unit (BASE-5). The base unit is a standalone device that has its own IP address in your network. On its own it will monitor the sensor and trigger alerts via email, SNMP or optional SMS when needed.
There is no software or PC required for the sensors to run.
With our optional Monitoring Software you can centrally monitor sensors with trending and more. This is optional and not required.
First venting or off-gas detection
with VOC sensors
The rise of lithium-ion batteries in energy storage systems has brought efficiency and compact storage solutions, but it has also introduced risks, particularly thermal runaway. This phenomenon, where batteries uncontrollably overheat, can lead to fires or explosions. Such situations usually arise from malfunctions, overcharging, or physical damage, emphasizing the necessity for sophisticated monitoring.
A key to early detection of battery issues lies in the identification of Volatile Organic Compounds (VOCs). These compounds are emitted when lithium-ion batteries are stressed or damaged, serving as early warning signs. Detecting VOCs is thus critical in preempting thermal runaway and other hazardous conditions. The presence of VOCs allows for timely interventions, like shutting down affected battery units, averting potential disasters.
Enter the GAS-VOC sensor, a technological marvel specifically designed for this purpose. Its UL 61010 recognition is a testament to its safety and reliability, crucial for monitoring systems in energy storage. The Underwriters Laboratories (UL) certification ensures that the sensor meets rigorous safety standards, vital for applications in high-risk environments. Additionally, the integration of ISO 17025 temperature sensors in the GAS-VOC sensor enhances its accuracy, making it a reliable tool for battery monitoring.
For optimal effectiveness, it's recommended to install one GAS-VOC sensor per battery rack. This ensures comprehensive coverage and more precise detection of VOC changes, which is more informative than absolute VOC levels. Such a setup provides a more nuanced understanding of the battery's health and enables quicker responses to potential threats.
In conclusion, the GAS-VOC sensor is not just a safety device; it's a necessary component in the modern energy storage landscape. Its ability to detect VOCs early makes it a key player in preventing thermal runaways, ensuring the safety and longevity of lithium-ion battery systems. For those looking to bolster the safety of their energy storage systems, the GAS-VOC sensor stands out as an essential investment.
Overall, a sensor that can detect both CO2 and VOCs is the best option for identifying off-gases or first venting events in lithium ion energy storage systems. By detecting these gases at an early stage, engineers can take action to prevent the escalation of a thermal runaway event and reduce the risk of explosions or fires. See our GAS-VOC-H2 sensor for monitoring both VOC and Hydrogen.
Customize your sensor: color / enclosure / logo
custom color & logo
Not a fan of orange? Want the sensors to match the color of your mission critical infrastructure equipment? Want to reflect your corporate color? Want to feature your own logo?
custom enclosure
Need the sensors in a custom enclosure to fit your application? Together with our partners, we can help to design special enclosures to meet your requirements.
Contact us for pricing & more info
Custom Sensor Design
Do you need the sensor to be customized to meet specific requirements?
Do you need features added or changed?
Do you need different enclosures?
Do you need to combine multiple sensors?
Whatever your project is, let us know what you need. Together with our engineering team we can make the product that you need.
Contact us to discuss your project & requirements
Do you need features added or changed?
Do you need different enclosures?
Do you need to combine multiple sensors?
Whatever your project is, let us know what you need. Together with our engineering team we can make the product that you need.
Contact us to discuss your project & requirements
RS485 (Modbus RTU) version
Looking to integrate this sensor with your own gateway or industrial control system? For large accounts customers or OEMs we now do offer a RS-485 version of this sensor. It has the same specs as the normal sensor. However rather than talking to our base unit and then communicate over industrial protocols with 3rd party systems, this version allows for native integration bypassing our base units.
It offers the same features as our regular sensors but with following differences:
- RS485 Modbus RTU output
- individually addressable using dial switch
- 256 addresses available
- 12-24v DC input
Contact us for pricing & more info
It offers the same features as our regular sensors but with following differences:
- RS485 Modbus RTU output
- individually addressable using dial switch
- 256 addresses available
- 12-24v DC input
Contact us for pricing & more info