Gas SENSORS
Cranberry Sensor
Mulberry Sensor
Our gas sensors offer the lowest energy consumption on the market, enabling applications that require an optimal energy efficiency or use battery-powered products.
Our 2 unique footprints are powered by our patented optical NDIR (Nondispersive Infrared) technology and have been designed for an integration into any system, unit or device.
Mechanical architecture of sensors can be customized to meet better integration into any final products such as Gas Leaks detectors, HVAC systems, etc.
key features
Autocalibration with double beam & reference channel
20+ years lifespan
Response time: T90 < 30 seconds
Digital UART interface
ATEX & IECEx certified, RoHS compliant
Compact design starting 400 mm²
Measured pollutants: CH4, C3H8, C4H10, & all Hydrocarbons, CO2, R32
2 Form factors : 1-Series (World’s smallest NDIR gas sensor) (Cranberry) and 4-Series (Mulberry)
Temperature and ageing compensation
Power consumption: <1.5mW for 2 measurements per second
Labeled Made in France
Cranberry
CH4 & other hydrocarbons, CO2, R32 gas sensors
Cranberry Sensors (1 -Series Form Factor) are designed to detect and prevent hazard by sensing and monitoring the presence of Methane (CH4, 5% LEL) and Carbon Dioxide (CO2) in real-time. Offering two measurements per second, Cranberry Sensors detect gas leaks as they happen and provide data on the leak development for a close and safe monitoring.
Cranberry Sensors are the first 1-Series NDIR industry standard.
They are ATEX & IECEx certified and can be embedded into any compact portable safety device.
Get Cranberry datasheets below
Mulberry Sensor
4R/4-Series form factor
Mulberry sensors (4R/4 - Service Form Factor) are advanced NDIR, dual channel and gas sensors built into a standard 4 Series forming factor (NDIR, Non-dispersive Infrared). They use the patented technologies of eLichens, including a proprietary micro-source IR, patented optical design and advanced signal processing algorithms. It offers Mulberry sensors in a compact form factor with the lowest power consumption in the market. This ultra-low power is a key differentiator for creating an advanced safety device with battery power.
→ Our last Whitepaper on Mulberry thermal shock resistance is available here.
