Temperature Humidity Transmitter Industrial Grade Wall Mounted IP68 4 20mA Current Output Sensor for HVAC Systems and Industrial Environments Aluminum Alloy Construction
Temperature Humidity Transmitter Industrial Grade Wall Mounted IP68 4 20mA Current Output Sensor for HVAC Systems and Industrial Environments Aluminum Alloy Construction
[ MEASUREMENT] This industrial grade temperature humidity transmitter delivers precise readings with a temperature accuracy of ±0.5℃ and humidity accuracy of ±3%RH at 60%RH 25℃. Its wide measurement range covers -40~120℃ for temperature and 0-100%RH for humidity making it ideal for critical applications where reliable data is essential. The advanced digital integrated sensor ensures consistent performance in various environments.
[INDUSTRIAL STRENGTH CONSTRUCTION] Built with durable aluminum alloy housing and featuring an IP68 rating this transmitter is engineered to withstand harsh conditions. The multi layer design protects against dust and other environmental factors ensuring long term reliability in demanding industrial settings and outdoor installations.
[RELIABLE 4 20MA OUTPUT] The transmitter converts environmental temperature and humidity into stable 4-20mA current signals for seamless integration with control systems. This robust output method is less susceptible to interference compared to voltage signals providing more reliable data transmission over long distances in industrial automation and HVAC applications.
[IMPACT DESIGN] Featuring a strategic 45 degree angled housing this transmitter is built to resist damage from accidental impacts. The thoughtful design minimizes collision risks while the sturdy construction maintains performance integrity ensuring continuous operation in high traffic or challenging industrial environments.
[USER FRIENDLY MAINTENANCE] Designed for easy servicing this transmitter features a detachable structure that prevents blockages and simplifies cleaning. The accessible design allows for quick maintenance without specialized tools reducing downtime and ensuring optimal performance throughout its extended service life in various applications.