The UTi120B Heavy Duty Infrared Thermal Imaging Camera delivers rugged, ergonomic design with reliable performance at an attractive price.
Featuring a 120×90 pixel IR resolution, it accurately measures temperatures from -20℃ to 400℃, enabling precise thermal analysis. This user-friendly tool is ideal for professional troubleshooting across diverse applications, offering dependable temperature tracking to enhance diagnostic efficiency.
The UTi120B Thermal Imager is a rugged, professional-grade thermal camera designed for comprehensive non-destructive testing across industrial, electrical, mechanical, and building diagnostic applications. Engineered with a UFPA detector and robust construction, this thermal imager delivers exceptional infrared resolution and versatility at an accessible price point for professionals who demand precision and reliability in challenging environments.
Professional Thermal Imaging Reimagined
Combining intuitive design with advanced thermal detection technology, the UTi120B transforms invisible temperature variations into clear, actionable insights. Its compact form factor and IP65 rating make it an indispensable tool for technicians, engineers, and inspectors who require immediate, accurate thermal analysis in the field.
Key Features
- High-Performance UFPA Infrared Detector
- 120x90 Pixel Infrared Resolution
- 2.8" TFT LCD Display with 320x240 Pixel Clarity
- Wide Temperature Measurement Range: -4°F to 752°F
- Multiple Image Modes: Thermal, Visual Image, Fusion
- IP65 Rated for Dust and Water Resistance
- 2-Meter Drop-Proof Construction
- Focus-Free Operation for Rapid Scanning
- Rich Variety of Palette Modes
- BMP Image Storage Format
- Buzzer and Flashlight Alarm Functions
- Real-Time Image Transmission Capabilities
Advanced Thermal Imaging Technology
The UTi120B leverages a sophisticated UFPA (Uncooled Focal Plane Array) detector that ensures excellent infrared resolution and a comprehensive range of palette modes. With a focus-free design, technicians can capture sharp thermal images instantly, eliminating the need for manual focusing and reducing inspection time.
Its exceptional thermal sensitivity allows detection of minute temperature variations, making it ideal for identifying potential issues before they escalate into critical failures. The 120x90 pixel resolution provides clear thermal visualization, enabling professionals to pinpoint temperature anomalies with confidence.
Professional Applications
Electrical Equipment Inspection
In electrical systems, the UTi120B excels at detecting potential failures before they occur. Its high sensitivity enables technicians to identify loose connections, overloaded circuits, and developing electrical issues that generate subtle heat signatures. By visualizing temperature variations in electrical panels, switchgear, and complex electrical infrastructure, professionals can implement preventative maintenance strategies that minimize downtime and prevent catastrophic failures.
Mechanical Maintenance
Mechanical systems benefit dramatically from the UTi120B's non-contact temperature monitoring. Bearings, motors, and complex machinery generate distinctive heat patterns that indicate wear, misalignment, or impending failure. The thermal imager provides a comprehensive view of equipment performance, allowing maintenance teams to schedule interventions precisely when needed, reducing unnecessary downtime and extending equipment lifecycle.
Building Diagnostics
Building inspectors and energy efficiency professionals rely on the UTi120B to non-invasively assess structural thermal performance. The camera reveals insulation gaps, moisture intrusion, and heat transfer anomalies that would remain invisible to the naked eye. By identifying these issues quickly and accurately, technicians can recommend targeted repairs that improve building energy efficiency and prevent potential structural damage.
HVAC System Analysis
Heating, ventilation, and air conditioning systems demand precise temperature monitoring. The UTi120B enables technicians to visualize airflow, detect blockages, identify refrigerant leaks, and assess heat exchanger performance with remarkable clarity. Its ability to capture thermal variations helps optimize system performance and diagnose complex HVAC challenges efficiently.