UNI-T UTi720A Details
Advanced Thermal Imaging Technology
The UTi720A's high-performance 256×192 infrared detector provides exceptional thermal detail for professional diagnostics. With 49,152 temperature measurement points, this thermal imager captures significantly more information than entry-level models, allowing you to identify potential issues with greater precision.
The impressive 50mK thermal sensitivity enables detection of minimal temperature differences, making it possible to spot developing problems before they cause critical failures. This level of sensitivity transforms the UTi720A from a simple measurement tool into a sophisticated diagnostic instrument that helps prevent costly downtime.
Comprehensive Measurement Capabilities
The UTi720A offers multiple temperature measurement options, including center-point temperature, high/low temperature tracking, and region of interest (ROI) analysis. The device lets users add up to three additional measurement points for simultaneous monitoring of multiple areas of interest.
With its wide temperature range from -4°F to 752°F (-20°C to 400°C), the UTi720A can handle diverse applications from building inspections to industrial equipment monitoring. The ±2°C or ±2% accuracy ensures reliable temperature readings for professional reporting and analysis.
Rugged Reliability for Field Operations
Built for professionals working in demanding environments, the UTi720A features an IP65 rating that protects against dust and water jets. The robust construction can withstand drops from heights up to 2 meters, ensuring reliability in industrial settings.
The extended battery life provides approximately 8 hours of continuous operation on a single charge, supporting full-day inspection routes without interruption. This combination of durability and longevity makes the UTi720A an ideal companion for field technicians and maintenance professionals.
Enhanced Functionality and Convenience
The UTi720A stores thermal images in JPEG format on a microSD card, allowing for easy transfer to computers for analysis and reporting. The included PC software provides real-time image projection, thermal image downloading, and advanced analysis capabilities.
Additional features include a high-brightness LED flashlight for working in poorly lit environments, auto power-off options, adjustable emissivity settings, and customizable high/low temperature alarms. These practical features enhance usability in real-world professional applications.
Professional Applications
Electrical Systems Diagnostics
For electrical maintenance professionals, the UTi720A excels at identifying potential failures before they occur. The high-resolution imaging captures subtle temperature variations in electrical panels, connections, and complex electrical infrastructure. Technicians can visualize heat signatures indicating loose connections, overloading, or developing electrical issues with unprecedented clarity, preventing unexpected outages and reducing fire risks.
Mechanical Equipment Monitoring
Mechanical engineers and maintenance teams leverage the UTi720A to perform comprehensive equipment health assessments. The thermal imager reveals complex heat distribution patterns in motors, bearings, and rotating equipment, enabling effective predictive maintenance strategies. By identifying abnormal heating patterns early, you can schedule maintenance before catastrophic failures occur, minimizing unexpected downtime and extending equipment lifecycle.
HVAC and Building Diagnostics
Building inspectors and HVAC professionals benefit from the UTi720A's ability to non-invasively assess thermal performance. The camera identifies insulation gaps, detects moisture intrusion, and visualizes heat transfer anomalies with remarkable precision. Its detailed thermal mapping facilitates more accurate diagnostic reporting and targeted repair recommendations.
Industrial Process Control
Manufacturing and industrial process engineers use the UTi720A to monitor equipment performance, identify potential bottlenecks, and ensure consistent thermal conditions. The detailed thermal mapping helps optimize production processes, maintain quality control, and prevent equipment failures through early detection of temperature-related issues, ultimately improving operational efficiency and product quality.
