RLE
Server Room Monitoring: RLE RLE Wi-THS
The RLE Falcon Wi-THS is a battery-operated digital temperature and humidity sensor with a microprocessor-controlled 418 MHz, FCCcertified radio transmitter. RLE's Wi-THS provides many advantages over traditional hard-wired systems. One main benefit is installation cost. Electricians and conduit are no longer necessary for installation. Adding new sensors or relocating current ones are tasks made simple using RLE's wireless gateway (FDS-Wi), which contains an auto-discover mechanism that detects modifications to the system.
The RLE Wi-THS has an onboard time-of-day clock that allows it to spend most of the time in a low power, 'sleep' state. The onboard microprocessor requires power only at predetermined time intervals (set at the factory), when digital temperature and humidity sensors read the current temperature and humidity. The information is then wirelessly transmitted to a point managing receiver (RLE's FDS-Wi wireless gateway). This architecture allows the RLE Wi-THS sensor to consume minimal power, resulting in a battery life of up to three years.
The RLE Falcon Wi-THS is a battery-operated digital temperature and humidity sensor with a microprocessor-controlled 418 MHz, FCCcertified radio transmitter. RLE's Wi-THS provides many advantages over traditional hard-wired systems. One main benefit is installation cost. Electricians and conduit are no longer necessary for installation. Adding new sensors or relocating current ones are tasks made simple using RLE's wireless gateway (FDS-Wi), which contains an auto-discover mechanism that detects modifications to the system.
The RLE Wi-THS has an onboard time-of-day clock that allows it to spend most of the time in a low power, 'sleep' state. The onboard microprocessor requires power only at predetermined time intervals (set at the factory), when digital temperature and humidity sensors read the current temperature and humidity. The information is then wirelessly transmitted to a point managing receiver (RLE's FDS-Wi wireless gateway). This architecture allows the RLE Wi-THS sensor to consume minimal power, resulting in a battery life of up to three years.
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