MT-2 NMetravi on-contact Industrial Pyrometer Infrared Thermometer with Single Laser

Price 2655.00 INR/ Piece

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MT-2 NMetravi on-contact Industrial Pyrometer Infrared Thermometer with Single Laser Specification

Temperature
Operating: 0Â°C to 50Â°C; Storage: -20Â°C to 60Â°C

Application
Temperature Measurement of Industrial Surfaces

Response Time
500 ms

Operating Voltage
9V DC

Measuring Range
-50Â°C to 550Â°C (-58Â°F to 1022Â°F)

Power Supply
9V Battery

Equipment Type
Non-contact Infrared Thermometer (Pyrometer)

Accuracy
Â±1.5% or Â±2Â°C

Features
Single Laser guide, Auto Power Off, Data Hold, Backlight

Automation Grade
Manual

Humidity
10% to 95% RH (non-condensing)

Resolution
0.1Â°C/0.1Â°F

Display Type
Backlit LCD Display

Mounting Type
Handheld

Usage
Industrial, HVAC, Electrical, Food Industry

Machine Weight
Approx. 190 g (including battery)

Control Mode
Manual

MT-2 NMetravi on-contact Industrial Pyrometer Infrared Thermometer with Single Laser Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cheque, Cash Advance (CA)

About MT-2 NMetravi on-contact Industrial Pyrometer Infrared Thermometer with Single Laser

Other Details

Gun type Infrared Thermometer
Laser pointer Indication to indicate the target under test.
Data Hold & Auto Power Off
MAX/Min Temperature Display
Backlit LCD Display
Over range Indication
Measuring Range: -50‚°C to 550‚°C (-58‚°F ~ 1022‚°F)
Resolution: 0.1‚°C / ‚°F
Accuracy: ‚±2.0% / ‚±2‚°C
Distance to Sighting: 12:1
Emissivity: 0.95 fixed Value
Special Response: 8~14um

Efficient Non-contact Temperature Measurement

The MT-2 NMetravi pyrometer allows users to safely and efficiently measure the surface temperatures of equipment without direct contact. Its infrared technology, coupled with a single laser pointer, enables rapid and precise readings, making it ideal for difficult-to-reach or hazardous areas in various industries.

Versatile Applications Across Industries

From industrial equipment to food safety and HVAC maintenance, this pyrometer adapts to multiple environments. Its adjustable emissivity supports accurate readings on different surfaces, and features such as data hold and backlight ensure easy data retrieval under diverse working conditions.

FAQ's of MT-2 NMetravi on-contact Industrial Pyrometer Infrared Thermometer with Single Laser:

Q: How do I use the MT-2 NMetravi Non-contact Industrial Pyrometer?

A: To use the MT-2 NMetravi, simply point the device at the target surface, activate the laser for precise aiming, and press the measurement button. The temperature reading will be displayed instantly on the backlit LCD display.

Q: What are the primary benefits of non-contact temperature measurement with this device?

A: This pyrometer allows you to measure temperature from a safe distance, avoiding potential hazards. It offers quick, accurate readings and is suitable for surfaces that are moving, extremely hot, or otherwise hard to access.

Q: Where can I use the MT-2 NMetravi Infrared Thermometer?

A: The device can be used in industrial, HVAC, electrical maintenance, and food industry applications. It's ideal for monitoring equipment, inspecting vents, and ensuring operational safety and quality control across various sectors.

Q: When should I adjust the emissivity setting?

A: Adjust the emissivity setting when measuring different surface materials to improve measurement accuracy. Refer to material emissivity tables to select the appropriate value between 0.10 and 1.00 for optimal results.

Q: What is the process for replacing the battery?

A: When the low battery indicator is displayed, open the compartment to replace the 9V battery. This maintains consistent performance and ensures accurate measurement results at all times.

Q: Can I deactivate the laser if required?

A: Yes, the device has a laser on/off control, allowing users to disable the laser pointer function whenever desired for safety or compliance requirements.

Q: What advantages does the data hold feature provide?

A: The auto data hold function enables users to retain temperature readings on the display, making it easier to record and document data, especially in fast-paced or complex environments.

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