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The FT3700 and FT3701 are non-contact thermometers using infrared rays, accurately pinpointing the spot with a two-beam laser marker. The infrared temperature guns identify the surface temperature of an object by measuring the energy level of the infrared rays emitted from the object without physically coming in contact with it. Hioki Non-contact Infrared Thermometer Sharply Focus FT3700
Key Features
Pistol design with easy-to-see display
A full menu of basic measuring functions
Easily test in difficult locations, moving objects or where there is danger of electric shock
How to Use the Hioki Infrared Thermometer FT3700/FT3701
Basic introduction to using a Hioki infrared thermometer Introduces how to use Hioki’s FT3700/FT3701 Infrared Thermometer, from activating the laser marker and setting the emissivity to making measurements. The instrument makes it easy to measure the temperature of targets such as an air-conditioner outlet some distance away, a circuit-breaker in a distribution panel that poses the risk if touched, and an operating motor.
Choose according to your measurement location Two Models
FT3700-20: Long-focus, For measuring temperature over a wide area
FT3701-20: Long-focus, Precise-field, For measuring temperature at a single point
Identify the measurement location reliably Two-point laser marker
Since the instrument measures radiation temperature, it’s easy to make readings in hazardous or unreachable locations
Locations that cannot be touched due to moving parts
Locations that pose the risk of electric shock
Unreachable locations
It’s optimal for measuring temperature anywhere
■ Basic specifications (Accuracy guaranteed for 1 year)
FT3700-20
FT3701-20
Measurement temperature range
-60.0 to 550.0 ˚C (-76 to 1022 ˚F), 0.1 ˚C resolution
-60.0 to 760.0 ˚C (-76 to 1400 ˚F), 0.1 ˚C resolution
Accuracy
-35.0 to -0.1 ˚C (-31.0 to 31.9 ˚F) : ±10 %rdg. ±2 ˚C
0.0 to 100.0 ˚C (-32.0 to 212.0 ˚F) : ±2 ˚C
100.1 to 500.0 ˚C (212.1 to 932.0 ˚F) : ±2% rdg.
Note) -60.0 to -35.1 ˚C (-76.0 to -31.1 ˚F), and over 500.1 ˚C (932.0 ˚F) : Accuracy not specified
Response time
1 sec (90%)
Measurement wavelength
8 to 14 µm
Thermal emissivity compensation
ε=0.10 to 1.00 (0.01 step)
Measurement field diameter
ε=0.10 to 1.00 (0.01 step)
φ 100 mm at 3000 mm (3.94 in at 9.84 ft)
(Distance : Spot = 30 : 1)
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