Extech 42545 High Temperature IR Thermometer

Extech 42545 High-Temperature IR Thermometer

A thermometer that measures temperatures at high temperatures (Extech 42545 High ) operates by emitting infrared rays. This instrument is used to measure temperature in high ranges and at temperatures where conventional instruments cannot be utilized.

product overview

The 42545 is a High-Temperature IR Thermometer with a distance-to-target ratio of 50:1 and a laser pointer that pinpoints the target region. It monitors temperatures up to 1832°F (-50 to 1000°C). For safe and reliable readings, a high 50:1 distance-to-target ratio monitors smaller surface areas at larger distances. a big LCD backlit display. Flexible emissivity. along with a carrying bag and a 9V battery.

functions Extech 42545 High-Temperature IR Thermometer

The High-Temperature IR Thermometer functions according to the transfer of energy theory for infrared rays. This apparatus radiates an infrared beam from a light source in the direction of the sample whose temperature we want to detect. By absorbing these photons, the sample generates heat, which is subsequently reflected as radiation. The gadget reflects this heat to itself and uses a thermal sensor to determine the sample’s temperature.

applications

We may mention temperature measurement in a variety of sectors, such as steel, glass, ceramics, petrochemical, food processing, etc., as one of the uses of the high-temperature IR thermometer device. Additionally, this gadget is frequently used as a thermometer in quality assurance, production lines, and repairs.

Extech 42545 High-Temperature IR Thermometer features

• Certifications: CE
• Dimensions: 3.9 × 2.2 × 9″ (100 × 56 × 230mm)
• Power: 1 × 9V battery
• Warranty: 2 years
• Weight: 10.2oz (290g)

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Extech 42545 High-Temperature IR Thermometer specifications:

• Distance to Target Ratio: 50:1
• Emissivity: 0.1 to 1.00, adjustable
• Targeting: single laser
• Temperature (IR) Basic Accuracy: -58 to 1832 °F (-50 to 1000 °C)
• Temperature (IR) Max Resolution: ±2% of reading + 4°F/2°C
• Temperature (RTD): 0.1 °F/ °C