sturdy and durable
*Rapid detection: response time only takes about 4 seconds, IRmax detects hydrocarbon gas concentration accurately and quickly
*Reliability: Obtained IEC61508 SIL2 certification and underwent safe operation testing in harsh marine environments
*Wider working temperature range: -40 ℃~+75 ℃
*Stable performance: When the mirror surface is contaminated by salt alkali or other pollutants up to 90%, it can still continue to detect gases stably. It can be monitored through the IRmax display module, and when the pollution reaches 90%, IRmax will issue a fault signal
*Third party testing: IRmax has passed strict third-party testing and certification for long-term exposure to harsh environments such as cold, hot, humid, and saline alkali

Easy installation
*Compact appearance: IRmax is smaller than other conventional infrared detectors, making installation more space and time efficient
*Installation method: It can be directly wall mounted, installed in a 2 "(50mm) pipeline, or connected to an additional junction box through optional installation accessories
*Multiple communication types: IRmax outputs a 4-20mA standard industrial signal and is compatible with various control systems through RS485 Modbus or HART communication protocols

maintainable
*Maintenance free: IRmax uses precise testing systems and computer methods to ensure the reliability of its work
*Remote calibration: The IR display module can monitor the working status of IRmax and has zero setting and calibration functions. The display module can be installed 30 meters away from IRmax for remote gas detection
*Handheld intrinsic safety calibrator: If there is no display module installed on site, IRmax can be connected to the intrinsic safety calibrator through a safety barrier for calibration operations
*STAY-CLIR Lens: This lens uses patented technology from Kolkon Optical Coating, which can protect the lens from atmospheric pollution. STAY-CLIR lens coating can effectively reduce the adhesion of dust or other pollutants on windows or mirrors

low cost
*Low power consumption: Unlike conventional infrared detectors, IRmax does not require mirror heating, so its power consumption is only 1W. Low power supply and battery can ensure the normal operation of IRmax
*Split IRmax display module: used for monitoring, debugging, and calibrating IRmax, connected to IRmax using cables, eliminating the hassle of personnel using ladders, scaffolding, or other tools to debug the detector, and facilitating maintenance
*Small daily maintenance workload: IRmax automatically monitors mirror contamination and only requires occasional gas testing, reducing maintenance costs