YATO YT-72920 termovizní kamera 96x96 VOx se super rozlišením 240x240 Sada 2

YATO YT-72920 Thermal Imaging Camera 96x96 VOx with Super Resolution 240x240 Set of 2

The YATO YT-72920 set includes two compact thermal imaging cameras designed for professional and advanced diagnostic work. Each device uses a VOx infrared detector with native 96 x 96 px resolution and Super Resolution technology up to 240 x 240 px, making it easier to identify temperature differences, hidden faults, and energy loss.

Features

• Set of 2 cameras: Practical solution for teams, workshops, or users who need an extra unit.
• VOx infrared detector: Native sensor resolution of 96 x 96 px.
• Super Resolution: Enhanced effective image resolution up to 240 x 240 px.
• Wide temperature range: Measures from -20°C to 550°C.
• High thermal sensitivity: NETD ≤ 60 mK for detecting subtle thermal variations.
• Smooth imaging: 18 Hz refresh rate supports comfortable real-time inspection.

Benefits

• Helps detect thermal bridges, insulation loss, and moisture-prone areas.
• Useful for finding overheating electrical wires, fuses, and components.
• Supports diagnostics in HVAC systems, automotive service, and industrial maintenance.
• Compact and portable design makes the cameras easy to use in the field.

Imaging and Performance

• Effective thermal resolution: 240 x 240 px
• Infrared detector resolution: 96 x 96 px
• Refresh rate: 18 Hz
• Sensor type: VOx microbolometer
• Application: Construction, electrical work, automotive, HVAC, and technical service

Power and Use

• Power supply: Rechargeable battery
• Batteries included: Yes
• Portable design: Suitable for mobile diagnostics and inspection tasks

Set Contents

• 2 x YATO YT-72920 thermal imaging cameras
• 2 x rechargeable batteries

YATO YT-72920 – Dual Thermal Inspection Set for Professional Diagnostics

• Construction: Detects heat loss, insulation issues, and thermal bridges.
• Electrical inspections: Helps locate overheating wires and overloaded points.
• Technical service: Suitable for diagnostics in workshops and maintenance tasks.