Value Collection WS-PE-IRT424-2L Infrared Thermometer

Product Description

The VALUE COLLECTION WS-PE-IRT424-2L is a non-contact infrared thermometer designed for measuring surface temperatures across a wide range, from -76 to 1600 degrees F (-60 to 871 degrees C). It uses a 30:1 distance-to-spot ratio, allowing accurate readings from a safe distance on high-temperature targets. The unit weighs 0.5625 pounds and ships with a magnet mount and a plastic carry case. HVAC technicians, electricians, plumbers, and industrial maintenance trades use infrared thermometers like this one to perform non-contact temperature diagnostics on electrical panels, ductwork, piping, heat exchangers, and mechanical equipment without interrupting system operation.

The WS-PE-IRT424-2L suits a broad range of trade applications including HVAC system diagnostics, electrical hotspot detection, hydronic system surveys, and general facility maintenance inspections. The extended temperature ceiling of 1600 degrees F makes it useful beyond standard HVAC work, covering boiler surfaces, exhaust stacks, kilns, and high-heat industrial processes. The included magnet and carry case support field use where hands-free staging or organized transport is needed. Package quantity is one unit per order.

Key Features

• Wide temperature range: -76 to 1600 degrees F (-60 to 871 degrees C)
• 30:1 distance-to-spot ratio for accurate readings at extended distances
• Plus or minus 2 percent accuracy rating
• Includes built-in magnet for hands-free positioning
• Includes plastic carry case for field transport and storage

Compatibility

Designed as a general-purpose non-contact infrared thermometer suitable for HVAC, electrical, plumbing, and industrial maintenance temperature measurement applications.

Installation Notes

No installation is required for handheld infrared thermometers. Always power down or de-energize electrical equipment before physical contact, though non-contact measurement may be performed from a safe distance on energized systems per applicable NFPA 70E or site safety protocols. Verify the emissivity setting is appropriate for the target surface material before recording readings. Avoid measuring through glass, transparent plastics, or reflective surfaces, as these materials distort infrared readings.