The Uni-T UT302D+ infrared thermometer is an advanced instrument for non-contact surface temperature measurement in the range of -32 to 1100 °C. Thanks to a dual laser, fast 250 ms response time, and adjustable emissivity, it delivers accurate results and convenient use in industry, maintenance, and diagnostics.
The Uni-T UT302D+ is designed for quick temperature checks without contact—ideal for hot, moving, or hard-to-reach surfaces. The D:S 20:1 ratio allows measuring from a safer distance, while the color EBTN display ensures easy readability even in more demanding conditions.
For better data evaluation, the instrument offers analytical modes MAX / MIN / AVG / DIFF, visual and audible alarms, and memory for up to 99 records including date and time. Rugged construction with 1-meter drop resistance and the option of tripod mounting make it a reliable tool for everyday professional use.
Main advantages:
- Wide temperature range -32 °C to 1100 °C
- Dual laser for more precise targeting of the measured area
- Adjustable emissivity 0.1–1.0 (5 presets)
- Fast response 250 ms
- Measurement storage up to 99 records with date and time
- Alarms visual + audible
- Certification CE and UKCA
Package contents:
- Uni-T UT302D+ infrared thermometer
- 9V battery
- Carrying case
- User manual
- Blister packaging
Specifications
- Manufacturer
- Uni-T
- Model
- UT302D+
- Temperature measurement range
- -32 °C to 1100 °C
- Repeatability
- 0.7 °C or 0.7%
- Distance-to-spot ratio (D:S)
- 20:1
- Response time
- 250 ms
- Emissivity setting
- 0.1–1.0 (5 presets)
- Spectral range
- 8–14 μm
- Laser
- Dual laser
- Laser power
- < 1 mW
- Display
- Color EBTN (35 × 35 mm)
- Measurement modes
- MAX / MIN / AVG / DIFF
- Measurement memory
- Up to 99 records (with date and time)
- 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
