Thermal imaging camera KT-525 WMGBKT525

Advanced thermal imaging camera for precise measurements and analysis

The Sonel KT-525 thermal imaging camera is an advanced tool that combines high resolution, a wide temperature measurement range, and intuitive operation. It is ideal for both professional thermographers and those just starting their thermal imaging journey. Thanks to the ability to record infrared images, visible images, and combine them (PIP, MIF), it allows for a comprehensive analysis and documentation of the technical condition of devices and installations.

Functionality and versatility in every detail

Equipped with a 384x288 pixel detector and a thermal sensitivity of 0.045°C, the camera provides detailed and precise thermal images. The built-in laser rangefinder facilitates distance measurements, and the LED flashlight and laser pointer improve visibility in difficult conditions. Additionally, the ability to save data to an SD card, internal memory, and create reports directly on the camera increases work efficiency.

• High image quality: A 384 x 288 pixel detector guarantees clear and detailed thermal images.
• Wide measurement range: Measures temperature in the range of -40°C to 650°C, allowing the camera to be used in many different industries.
• Multifunctionality: Combines the functions of a thermal imaging camera, a visible image camera, and a laser rangefinder.
• Intuitive operation: Equipped with a 4.3-inch touchscreen and an ergonomic grip, it provides comfortable operation.
• Mobility: Powered by a lithium-ion battery, it offers up to 5 hours of continuous operation without the need for recharging.
• Communication: Supports wireless Wi-Fi and Bluetooth communication, enabling easy data transfer to a computer or mobile device.
• Protection: IP54 protection rating ensures resistance to dust and water splashes.

Applications in various industries

The Sonel KT-525 camera finds application in a wide range of industries, including:

• Construction: Locating thermal bridges, detecting insulation leaks, controlling the condition of roofing.
• Electrical engineering: Diagnostics of electrical installations, detecting overheating elements, controlling the condition of electrical connections.
• Industry: Monitoring the condition of machines and equipment, detecting bearing failures, controlling the temperature of production processes.
• HVAC service: Diagnostics of heating, ventilation and air conditioning systems, locating refrigerant leaks.
• Energy: Control of the condition of power lines, detecting overheating elements of transformers and switchgear.