The Uni-T UT302A+ infrared thermometer is a practical device for non-contact surface temperature measurement in the range of -32 to 700 °C. It offers a fast 250 ms response time, adjustable emissivity 0.1–1.0, a backlit display, and laser targeting for easy and accurate work in workshops, industry, and at home.
The Uni-T UT302A+ lets you measure surface temperature quickly and safely without touching the object. With a D:S ratio of 20:1, you can measure from a greater distance—useful for hot, hard-to-reach, or potentially hazardous areas. The clear backlit display improves readability even in poor lighting.
For easy result checking, it provides practical modes and functions that speed up diagnostics and temperature comparison over time:
- MAX / MIN / AVG / DIFF for quick analysis of measured values
- HOLD to freeze the reading on the display
- Visual and audible alarms to alert when limits are exceeded
- Adjustable emissivity for more accurate measurement of different materials
The device has an ergonomic design and a durable body with a 1 m drop test rating. It meets CE and UKCA requirements, making it suitable for everyday use in both professional and hobby environments.
Package contents:
- Uni-T UT302A+ infrared thermometer
- 9V battery
- Carrying case
- User manual
- Blister packaging
- Manufacturer packaging
Specifications
- Manufacturer
- Uni-T
- Model
- UT302A+
- Temperature measurement range
- -32 °C to 700 °C
- Accuracy (≥ 0 °C)
- ±1.5 °C or ±1.5%
- Accuracy (< 0 °C)
- ±(1.5 °C + 0.1 °C/°C)
- Repeatability
- 0.7 °C or 0.7%
- D:S ratio
- 20:1
- Response time
- 250 ms
- Emissivity setting
- 0.1–1.0
- Spectral range
- 8–14 μm
- Laser
- 1× laser pointer
- Measurement modes
- MAX / MIN / AVG / DIFF
- Function
- HOLD
- Alarms
- Visual + audible
- Operating temperature
- 0 °C to 50 °C
- Storage temperature
- -20 °C to 60 °C
- Operating humidity
- < 90% RH (non-condensing)
- Drop test
- 1 m
- Power supply
- 9V battery
- Weight
- 310 g
- Dimensions
- 172 × 113.5 × 53 mm
- Tripod mount
- Yes
- Certification
- CE, UKCA
