Compact Instruments 384A Infrared Contact & Non-Contact Thermometer
384A Infrared Contact & Non-Contact Thermometer

384A Infrared Contact & Non-Contact Thermometer

£95.00

SKU: TPI384A Category:

Description

The 384A Infrared Contact & Non-Contact Thermometer can measure up to 1,832°F, a non-contact (IR) thermometer with laser guidance to assist in hard-to-reach areas. The high temperature combination infrared thermometer is Contact & Non-Contact, the gun-style thermometer can easily switch between detection modes for accuracy and flexibility in different applications and scenarios.

Features

  • Temperature range: 0°F to 1832°F (-18°C to 1000°C)
  • Repeatable measurements, 0.1° resolution readings
  • Temperature compensated for accurate readings
  • Hold function
  • Easy-to-use one button operation
  • °C and °F selectable
  • Distance to spot ratio 9:1
  • Laser sighting
  • Easy to read LCD with backlight
  • Auto off

381A Applications:

  • Vent air and return temperature measurements
  • Tubing, piping, and sheet metal temperature
  • Leaks around cooler or freezer doors

WARNING LASER RADIATION, DO NOT STARE INTO BEAM.

Non-Contact (IR) Range -31°F to 1832°F, -35°C to 1000°C
Accuracy ± 2% of reading or ± 3.5°F whichever is greater
Contact (K-Type) Range N/A
Non-Contact Accuracy N/A
Distance to Target Ratio 9.5:1
Response Time 500 Milliseconds
Spectral Response 7 to 14um
Emissivity 0.95 Fixed
Laser Sighting Yes

WARNING LASER RADIATION, DO NOT STARE INTO BEAM
Minimum / Maximum Record No
Display Resolution 0.1° / 1° (Automatic)
Backlight Display Yes
Operating Temperature 32°F to 120°F (0°C to 50°C)
Battery Type 9v

1. What does “distance to spot ratio” mean?

    The laser spot needs to be showing inside the target area. An 8:1 “distance to spot ratio” means you are measuring a 1” diameter area at a distance of 8”.

2. How far can I measure?

    Distance is unlimited. The size of the target area sets the limit on distance for accurate measurements. Example: If the area you wish to measure is 1 foot in diameter, then you will need to be within 8 feet to record an accurate temperature.

3. What is the smallest target I can read?

    Approximately one-half inch in diameter.

4. What is emmisivity?

    This is a ratio of an object’s infrared emission compared to a theoretical black body considered 1. Emissivity is always less than 1. Adjustable emissivity allows your non-contact thermometer to be adjusted to the surface you are checking to make readings more accurate.