Thermal imaging camera Seek Thermal CW-ABAX, 200×150 px sensor, 25 Hz, -20–330°C range, 35 mK NETD, fixed focus, center-spot measurement

The Seek Thermal CW-ABAX thermal imaging camera is a compact, lightweight inspection tool with a native sensor resolution of 200x150 pixels. Designed for handheld and embedded applications, it captures thermal images and measures temperatures across a range from -20 °C to 330 °C. The camera housing is made of plastic and finished in black, with physical dimensions of 25 mm x 25 mm x 22 mm and a weight of approximately 0.013 kg. Multiple palette options such as Amber and White Hot are available to assist in visual interpretation of thermal scenes.

Advantages

The small size and low weight make the CW-ABAX easy to integrate into portable inspection rigs or to carry for field diagnostics. The 200x150 pixel thermal resolution provides a balance between image detail and device compactness, while the broad temperature measurement range covers common maintenance and troubleshooting tasks. Palette options improve contrast for specific scenarios, aiding quicker identification of hotspots and temperature differentials.

Suitable for (tasks / use cases)

• Electrical system inspection and hotspot detection
• Mechanical equipment monitoring and bearing checks
• Building envelope diagnostics and heat-loss surveys
• Plumbing and HVAC leak or blockage detection
• Integration into portable or embedded inspection devices

Key specifications

• Thermal sensor resolution: 200 x 150 pixels
• Temperature measurement range: -20 °C to 330 °C
• Available display palettes: includes Amber and White Hot
• Housing material: plastic
• Product colour: Black
• Physical dimensions: 25 mm x 25 mm x 22 mm
• Weight: 0.013 kg
• Built-in display: No

How to use

Hold the CW-ABAX steady while pointing its optics toward the target area and allow the sensor a brief moment to stabilize for a clear thermal image. Select appropriate palette and settings for the task to enhance contrast between temperature zones. Observe safety distances and applicable procedures when inspecting electrical or hot equipment. For repeated measurements, maintain a consistent viewing angle and distance to improve comparability of readings.

Recommendations

Use the camera in stable ambient conditions for most accurate temperature readings and avoid rapid temperature changes in the scene while measuring. When inspecting reflective surfaces, apply appropriate inspection techniques (such as angling the camera or using emissivity adjustments in connected software) to improve measurement reliability. Store the device in a protective case and avoid exposing it to contaminants or strong impacts.