BT-64 Infrared thermometer is the ultimate tool for temperature measurements. It contains two most reliable temperature sensors:
1) Non-contact Micro Machining mechanism
2) K-type thermocouple socket (K probe is optional)
Such an arrangement can fulfil most temperature measurement requirements:
Use the Non-contact for an instant; not-reachable situation.
Use the thermocouple for high precision; in the non-surface case.
BT-64 Thermometer comes with ultra-long battery life (8days for an alkaline battery), thanks to our "Low Voltage Technology" is introduced below. The BT series thermometers use only the most affordable and available AAA size battery.
Emissivity with the Templorer:
Emissivity is difficult for general users to catch; it's easy to get for thermometers. Use the contact thermometer to get the accurate temperature. Then, use the Non-contact to reach the surface temperature. Adjust the Emissivity until they are the same. Thus, the memorized Emissivity for that object will remain for future usage. There is no more guessing or looking upon the Emissivity Table.
BST Technology
Low Voltage Technology
Thanks to our power-saving technology. The BST IR Thermometers operate with a 3 Volt power supply, while many other traditional IR products require a 9 Volt supply. The BST IR thermometers use 3 Volt alkaline AA batteries, which provide continuously 8 days of operation.
Thermal Shock Immunity
BST IR Thermometers can withstand a thermal shock of 10°C /18°F. (Please refer to the standardized test method described in EN12470, Paragraph 7.6.) Our products are good at maintaining accuracy under widely changing environmental conditions. For example, the errors from environmental changes in traditional Infrared products require almost 30 minutes to reach a 1.6°C temperature difference. While with BST thermometers, we need about 7 to 10 minutes only.
FEATURES
- Versatility: Versatility: Automotive, HVAC, Power plant, Industry
- THB (thermal bridge detection) DPT (dew point temp.)
- Wide Measurement Range: -60 to +1000°C (-76 to +1832°F)
- High DS (Distance to Spot) Ratio up to 30:1
- Laser sight technology for better targeting; multi-beam laser
- Colour bar graph displays
- Built-in K Thermocouple Socket
- Tripod mounted
- AAA x 2 battery
- CE & UKCA complied
OPTIMIZED APPLICATION
INDUSTRY
HVAC
DIY
TECHNICAL SPECIFICATIONS
Description
IRT + Laser + Thermocouple Socket + Color Bar Display + THB + DPT + RH
Measurement Range
-60 ~ +1000oC (-76 ~ +1832oF)
Measurement Range#
-64 ~ +1400oC (-83.2 ~ 2552oF)
Operating Range
0 ~ 50oC (32 ~ 122oF)
Accuracy, Tobj= 15 ~ 35oC, Tamb= 25oC
±1.0oC (1.8oF)
Accuracy, Tamb= 23±3oC
Tobj= 0 ~ 1000oC: ±2% of reading or 2oC (4oF) whichever is greater, Tobj= -60 ~ 0oC: ±(2.5oC + 0.05/oC)
External Probe Accuracy, Tamb=23±6oC#
±1% of reading or 1oC (1.8oF), whichever is greater
Emissivity Range
0.95 default, adjustable from 0.1 to 1 step .01
Resolution
0.1oC / 0.1oF at -83.2 ~ +999.9 (oC / oF), Otherwise 1oC / 1oF
Response Time (90%)
1sec
Distance: Spot
30:1 (90% energy covered)
Internal Memory
Detailed 50 Memories with Temperature & Emissivity
Relative Humidity (Tamb=23±5oC)
1~99%, accuracy: ±3% from 20~80%, otherwise ±5%
Dry Bulb Temperature
-20 ~ +65oC, accuracy: ±2.5oC
Wet Bulb Temperature
-20 ~ +65oC, accuracy: ±2.5oC
Dew Point Temperature (DPT)
-50 ~ +50oC, accuracy: ±2.5oC from 20~30%RH; ±2oC from 31~40%RH; ±1.5oC from 41~95 %RH
Power Supply
AAA x 2pcs (Alkaline battery)
Battery Life(Alkaline)
Typical 8 hours, minimum 7 hours continuous use (with laser and backlight) Typical 32 hours, minimum 30 hours continuous use (with backlight only) *Backlight is default set fixed ON/Laser is selectable ON/OFF
Laser
Class IIIa Laser
Dimensions
53 x 124 x 171 mm (2.1 x 4.9 x 6.7 inch)
Weight
~240 g (8.5 oz.), including batteries
#Actual temperature range depends on the TC probe selected
Due to our policy of continual product development, we reserve the right to amend the specifications of all mentioned products without notice.