Acurite 01083M Digital Thermometer Hygrometer

Product Description

The ACURITE 01083M is a direct-reading digital thermometer and hygrometer designed for indoor climate monitoring. It measures temperature across a range of 32 to 122 degrees F (0 to 50 degrees C) with an accuracy of plus or minus 1 degree F, and tracks relative humidity with accuracy of plus or minus 2% RH across the 10% to 90% RH range. The plastic housing is lightweight at 0.2 pounds, and a glass lens protects the display face. The unit mounts via magnet or wall bracket, making placement fast without tools. HVAC technicians, building maintenance staff, and facilities personnel use this unit to verify ambient conditions in occupied spaces.

The 01083M is suited for residential and light commercial indoor environments where temperature and humidity monitoring is needed. Typical applications include living rooms, baby rooms, kitchens, greenhouses, and wine cellars. It detects changes in both temperature and humidity in real time, giving service techs a quick, portable reference point when commissioning HVAC systems, verifying thermostat calibration, or assessing indoor air quality conditions before and after service.

Key Features

• Temperature range: 32 to 122 degrees F (0 to 50 degrees C)
• Temperature accuracy: plus or minus 1 degree F
• Humidity accuracy: plus or minus 2% RH from 10% to 90% RH; plus or minus 4% RH from 0% to 9% and 91% to 99% RH
• Dual mount options: magnetic or wall-mount
• Direct-reading display with glass lens face
• Lightweight plastic housing at 0.2 pounds

Compatibility

Designed for general-purpose indoor climate monitoring in residential and light commercial spaces. No specific system integration or wiring is required.

Installation Notes

No licensed trade required for installation. Mount using the integrated magnet on any ferrous surface or use the wall-mount option with a small fastener. No wiring or power shutoff procedures apply to this self-contained unit. Avoid placement in direct sunlight or near heat sources, as radiant heat will affect ambient readings.