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UTi260B Infrared Thermal Imager with 320x240 pixel display and -10℃ to 400℃ measurement range for detecting temperature variations in electrical and mechanical systems
UTi260M
£691.98
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The UTi260B infrared thermal imager provides precise temperature measurement capabilities for professional and industrial applications. With a measurement range extending from -10℃ to 400℃ and accuracy of ±2%℃, this device helps identify thermal anomalies in electrical systems, mechanical components, and building structures. The 320x240 pixel display offers clear visualisation of temperature patterns, while the 9Hz frame rate ensures real-time monitoring of thermal changes during inspections.
This section details the specific technical capabilities and construction features that enable reliable thermal imaging performance across various applications.
This section examines the practical advantages and long-term value offered by the thermal imager's specific features and capabilities.
UTi260B Infrared Thermal Imager with 320x240 pixel display and -10℃ to 400℃ measurement range for detecting temperature variations in electrical and mechanical systems
£691.98
UTi260B Infrared Thermal Imager with -10℃ to 400℃ Measurement Range for Equipment Maintenance
Features and Technical Specifications
Display and Imaging Capabilities
Featuring a 2.8-inch TFT screen with 320x240 pixel resolution, the UTi260B displays thermal images with sufficient detail for analysis. The infrared resolution of 160x120 pixels captures temperature variations across surfaces, while the 9Hz frame rate allows observation of thermal changes as they occur. The device stores images on an 8GB mini TF card, enabling documentation of findings for later review and reporting purposes.Temperature Measurement Performance
With a measurement range from -10℃ to 400℃, this thermal imager covers most industrial and building inspection requirements. The ±2%℃ accuracy provides reliable data for identifying potential issues, while the fast high-temperature tracking feature enables quick scanning of multiple components. For body temperature applications, it offers a specialised range of 30℃ to 45℃ with +0.5℃ accuracy, though its primary function remains equipment inspection.Durability and Construction
Practical Applications and Usage Scenarios This section explores specific situations where the thermal imager provides valuable insights and practical solutions for different user groups.Professional Electrical and Mechanical Inspections
Electrical engineers use the UTi260B to identify overheating components in switchgear, transformers, and motor control centres before failures occur. Mechanical technicians scan bearings, pumps, and compressors to detect abnormal friction or lubrication issues. The -10℃ to 400℃ range covers most industrial equipment temperatures, while the 9Hz frame rate captures thermal changes during operational monitoring. Building inspectors employ the device to identify heat loss areas, moisture intrusion, and insulation deficiencies in commercial properties.Everyday Maintenance and Troubleshooting
Facility managers utilise the thermal imager for routine equipment checks, feeling confident in the device's reliability due to the IP65 protection against workshop dust and occasional moisture. The 320x240 pixel display provides clear visual feedback during inspections, with the smooth navigation between functions facilitated by the intuitive interface design. Homeowners with technical knowledge might use it to identify heating system inefficiencies or electrical connection issues, appreciating the straightforward operation that doesn't require extensive training.Versatility Across Different Environments
The device adapts to various settings beyond its primary industrial applications. Research laboratories employ it for thermal experiments, while educational institutions use it for demonstrating heat transfer principles. The tripod mounting capability enables time-lapse thermal monitoring of processes or equipment, and the PC analysis software allows detailed examination of captured images. Despite its professional capabilities, the 236x75.5x86mm dimensions make it portable enough for field service technicians to carry in tool kits.Benefits and Value Considerations
Cost Efficiency and Long-Term Value
The UTi260B provides measurable value through preventive maintenance capabilities that reduce equipment downtime and repair costs. By identifying thermal anomalies before they cause failures, users avoid expensive breakdowns and production losses. The IP65 rating and 2-metre drop resistance extend the device's operational life in demanding environments, while the lithium battery offers multiple hours of continuous use between charges. Compared to more expensive thermal imaging systems, it delivers essential functionality at a practical price point for regular maintenance programmes.User Experience and Operational Confidence
Operators gain confidence in their inspections knowing the ±2%℃ accuracy provides reliable data for decision-making. The peace of mind during electrical inspections comes from the device's ability to detect temperature variations that might indicate loose connections or overloaded circuits. The straightforward image capture and storage on the 8GB mini TF card simplifies documentation, while the PC analysis software enables detailed review of findings. The intuitive interface reduces training requirements, allowing technicians to focus on interpretation rather than device operation.Practical Reasons for Selection
Select the UTi260B thermal imager for its specific combination of measurement range, durability features, and practical functionality. The -10℃ to 400℃ range covers most industrial applications, while the IP65 rating ensures reliable performance in various environments. The 320x240 pixel display provides sufficient detail for analysis without unnecessary complexity, and the tripod mounting capability enables hands-free operation during extended monitoring. For regular equipment inspections and preventive maintenance programmes, these features deliver measurable benefits in fault detection and operational reliability.