UTi260B UTi260A UTi120S Infrared Thermal Imager with 320x240 Pixel Display and -10℃ to 400℃ Temperature Range, Features PC Analysis Software, USB Charging, and Tripod Mount for Electrical and Building Inspection
UTi Series Infrared Thermal Imager with 320x240 Display and -10℃ to 400℃ Measurement Range

The UTi series infrared thermal imagers offer practical thermal imaging solutions for professionals requiring accurate temperature measurement across a broad range. With models including the UTi260B, UTi260A, and UTi120S among others, these devices cover measurement needs from -10℃ to 400℃, making them suitable for electrical maintenance, building energy assessment, mechanical system checks, and various industrial applications. The inclusion of PC analysis software transforms field measurements into detailed reports, while the robust construction with IP65 rating ensures reliable performance in different working environments.
Features and Construction

The UTi thermal imagers combine measurement precision with practical field features. Each unit delivers ±2%℃ accuracy across its temperature range, supported by fast high-temperature tracking capability that helps identify thermal anomalies efficiently.
Material and Build
The device housing provides IP65 protection against dust and water ingress, rated to withstand typical fieldwork conditions. It maintains functionality after a 2 metre drop, though careful handling is still recommended to preserve calibration. The standard 1/4 inch tripod mounting hole allows stable positioning during extended monitoring sessions.
Size and Practical Fit
Measuring 236mm in length, 75.5mm in width, and 86mm in depth, the thermal imager offers a balanced form factor suitable for handheld operation. The 2.8 inch TFT screen displays thermal images at 320x240 pixel resolution, presenting clear visual data for immediate interpretation in the field.
Uses and Placement

These thermal imagers serve multiple professional applications where non-contact temperature measurement provides valuable insights. The wide -10℃ to 400℃ range accommodates both sub-ambient and high-temperature scenarios encountered in various industries.
Event or Professional Use
For electrical systems inspection, the thermal imager helps identify overheating components, loose connections, and load imbalances without direct contact. Building professionals use it to detect insulation gaps, moisture intrusion, and heating system efficiency issues. The ability to store images on the included 8GB mini TF card enables documentation for client reports or maintenance records.
Everyday Home Use
While designed for professional applications, homeowners may find these devices useful for checking heating system efficiency, identifying drafts around windows and doors, or locating hidden water leaks. The PC analysis software allows detailed examination of thermal patterns that might not be immediately apparent on the device screen alone.
Benefits and Buying Value

The UTi thermal imagers provide measurement capabilities typically found in more expensive equipment, making thermal imaging technology accessible for various professional needs. The combination of hardware and analysis software creates a complete thermal inspection system.
Reuse and Low Maintenance
The rechargeable lithium battery powered via USB connection reduces ongoing battery costs and ensures consistent performance. The included cloth bag helps protect the device during transport and storage between uses. With proper handling, the robust construction should provide extended service life for regular fieldwork.
Why Choose This Product
This thermal imager offers practical measurement capabilities with the documentation and analysis tools needed for professional applications. The -10℃ to 400℃ range covers most common inspection scenarios, while the PC software extends analysis possibilities beyond what's possible on the device alone. The complete package including imager, manual, USB cable, memory card, and protective bag provides everything needed to begin thermal inspections immediately.
