Product Description
Features:- Infrared up to 1500
- Dual Laser Points for the Target Spot Size
- High DS (Distance to spot) Ratio 50:1
- Mini Thermocouple Socket up to 1400
- Best Cost/Performance Ratio
Specifications:
| Description | IRT+Dual Lasers+Thermocouple socket+LED Flashlight |
| Measurement Range | -60~1500 (-76~2732) |
| Full Range Accuracy | -33~1500:±2% of reading or 2(4) whichever is greater |
| Distance:Spot | 50:01:00 |
| Emissivity Range | 0.95 Default, adjustable from 0.1 to 1 step .01 |
| Resolution | 0.1/0.1 at -83.2~999.9(/), otherwise 1/1 |
| Mode | Real Time, Max/Min, Ave, Dif, Lock, Hi/Low temp Alarm |
| Memory |
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| Thermocouple probe | Small Socket, K type, 12 minutes auto power off |
| Measurement Range | -64~1400 (-83.2~2552) |
| Proble Accuracy | +/-1% of reading or 1 (1.8) whichever is greater (Test under Tamb=23±6) |
| Power Supply | AAA x2 |
Advanced Laser TargetingEquipped with class II dual laser pointers, this thermometer precisely identifies the measurement area. The 20:1 distance-to-spot ratio allows for accurate surface temperature readings from further away, enhancing safety and flexibility in laboratory settings.
User-Friendly FeaturesThe thermometer incorporates a digital trigger for easy control, a backlit LCD for clear readings, and selectable Celsius/Fahrenheit display. Practical features like data hold, auto power-off, and high/low temperature alarms make operation straightforward and energy-efficient.
Reliable for Laboratory EnvironmentsDesigned for demanding laboratory applications, this device operates efficiently in humidities from 10% to 90% RH and can be stored between -20C to 60C. Its ABS plastic body ensures durability, while the adjustable emissivity allows for accurate measurement on a variety of surfaces.
FAQ's of Dual Laser Infrared Thermometer:
Q: How does the dual laser targeting function improve measurement accuracy?
A: The dual laser targeting system enables users to pinpoint the exact spot where the temperature is being measured, ensuring higher accuracy, especially when dealing with small or distant surfaces. The class II laser beams show the perimeter of the measurement area.
Q: What is the process for adjusting emissivity on this infrared thermometer?
A: Emissivity can be adjusted on the device within a 0.1 to 1.0 range, allowing users to match the settings to the material being measured, which enhances temperature reading accuracy for different surfaces.
Q: When should the high/low temperature alarm be utilized?
A: The high/low temperature alarm feature should be set when monitoring surfaces that must remain within specific temperature thresholds, helping prevent overheating or cooling beyond safe limits during laboratory experiments.
Q: Where is this infrared thermometer best applied?
A: This device is ideal for laboratory environments where precise, non-contact surface temperature monitoring is required. Its robust design and advanced features make it well-suited for use in research labs, chemical analysis, and quality control.
Q: What are the benefits of the large distance-to-spot ratio?
A: The 20:1 distance-to-spot ratio allows users to measure temperature accurately from greater distances, improving safety by minimizing exposure to hazardous or high-temperature surfaces.
Q: Can this thermometer be used continuously in humid environments?
A: Yes, it operates reliably in conditions with humidity ranging from 10% to 90% RH, ensuring consistent function even in environments with elevated moisture levels.
Q: How do I power the thermometer, and what is the power source?
A: The device is powered by a standard 9V DC battery, making it portable and easy to use in various settings without requiring a direct power connection.