About MT-1Metravi 8 Non-contact cum Contact Dual Laser Infrared Industrial Thermometer
Other Details
- Gun type Infra Red Thermometer with USB PC Interface
- Anti-Slip Splash proof body
- Dual Laser sighting for indicating the diameter of target whose temperature is being measured
- Unique flat surface, modern housing design
- With built in contact type thermometer for K-type temperature sensor
- MAX/MIN/AVG/DIF Temperature
- Automatic Data Hold
- Trigger Lock
- High & Low Alarm setting facility
- Selectable °C / °F Scales
- Transmit data to PC with USB
- Data Storage up to 100 Data points
- Display: Backlit LCD Display
- TK Temperature Range: -50°C to 1370°C (-58°F to 2498°F)
- Accuracy: ± 1.5%
- Resolution: 0.1°C / °F
- IR Temperature Range: -50°C to 2200°C / -58°F to 3992°F
- Resolution: 0.1°C / °F
- Accuracy: ± 1.0%
- Response Time: 150ms
- Spectral Response: 8 ~ 14um
- Distance to Sighting Ratio: 50:1
- Emissivity: Digitally adjustable from 0.10 to 1.0
Dual Measurement CapabilityThe MT-1Metravi 8 allows users to take both non-contact infrared and direct contact temperature readings with a K-type thermocouple. Its versatility suits diverse use-cases-from industrial machinery to HVAC systems-making it an indispensable diagnostic tool.
Target with PrecisionEquipped with a dual Class II laser, this thermometer ensures accurate targeting of measurement spots, even from a distance. The impressive 30:1 distance-to-spot ratio allows temperature checks of small or hazardous areas, enhancing safety and reliability in every use.
User-Friendly FeaturesThe device is equipped with an adjustable emissivity setting, backlit LCD display, and programmable high/low temperature alarms. Additional conveniences such as auto power-off, data hold, and battery life of up to 12 hours make the user experience seamless, even during extended operations.
FAQ's of MT-1Metravi 8 Non-contact cum Contact Dual Laser Infrared Industrial Thermometer:
Q: How do I switch between non-contact and contact temperature measurements?
A: You can switch between non-contact infrared readings and contact temperature measurements by selecting the appropriate mode on the device. Use the built-in infrared sensor for non-contact readings and connect the included K-type thermocouple probe for direct contact measurements.
Q: What applications is the MT-1Metravi 8 Industrial Thermometer designed for?
A: This thermometer is suitable for a wide range of industrial, HVAC, electrical, laboratory, and automotive tasks. It efficiently measures surface temperatures in environments that require both infrared and direct contact methods, making it especially useful where safety and precision are vital.
Q: When should I adjust the emissivity setting?
A: Adjust the emissivity according to the type of surface being measured. For most metals, plastics, or painted materials, changing the value helps improve measurement accuracy. Refer to the device manual or standard emissivity tables for recommended settings based on surface material.
Q: Where is the last reading stored on the device?
A: The last measured temperature is automatically held on the backlit LCD display after a reading. This convenient data hold function ensures you can easily record measurements, even when working in challenging environments.
Q: What is the benefit of the dual laser targeting feature?
A: Dual laser targeting enhances accuracy by clearly outlining the area being measured, minimizing guesswork and reducing the risk of measurement errors. It is particularly beneficial when targeting small or distant surfaces.
Q: How do I use the high/low alarm function?
A: You can set user-programmable high and low temperature limits directly from the control panel. If a measured temperature exceeds your set thresholds, the alarm will sound, offering real-time alerts during monitoring.
Q: What power supply does the thermometer use and how long does it last?
A: The thermometer operates on two 1.5V AA batteries, which typically provide up to 12 hours of continuous usage. An auto power-off feature further helps conserve battery life during extended measurement sessions.