Thermal Imaging Camera Unit UTi722M by Unit

The Thermal Imaging Camera Unit UTi722M by Unit is a handheld infrared camera for capturing thermal images and mapping temperature patterns across surfaces. Designed for building inspections, electrical and mechanical diagnostics, and preventive maintenance, the unit produces visual thermal data to help identify heat leaks, overloaded electrical components, insulation defects and mechanical hotspots. The device supports image capture and on-device measurement tools to document findings and compare temperature differences during inspections.

Advantages

The Unit UTi722M provides real-time thermal visualization with straightforward image capture and temperature measurement. Its handheld form factor and intuitive controls enable quick scanning of equipment, panels and building envelopes. The camera’s thermal imaging capability helps prioritize maintenance tasks by revealing anomalies not visible to the naked eye, while captured images serve as objective documentation for reporting and follow-up.

Suitable for

• Building envelope inspections and energy audits
• Electrical panel and component diagnostics
• Mechanical equipment thermal monitoring
• Preventive maintenance and condition checks
• Leak detection and insulation assessment

Key specifications

• Handheld infrared thermal imaging camera form factor
• Thermal image capture and on-device storage capability
• Temperature measurement functions and spot/area analysis
• Visual display for real-time thermal viewing
• Portable and suited for field inspections and maintenance tasks

How to use

Power up the Unit UTi722M and allow the camera to stabilize according to the manufacturer’s warm-up guidance. Point the camera at the target surface or equipment and use the display to observe thermal contrasts. Capture images of areas of interest and use the measurement tools to record spot temperatures or area statistics. Store or export recorded images and measurements for reporting, trending and comparative analysis.

Usage recommendations

For reliable results, perform inspections under appropriate environmental conditions and follow safety protocols when working near energized equipment. Allow sufficient time for the camera to stabilize thermally before critical measurements and document ambient conditions alongside thermal images for accurate interpretation.