FLIR T530 Series

The FLIR T530 series is a range of professional handheld thermal imaging cameras designed for a variety of industrial and commercial applications. They offer a combination of features that make them ideal for professionals who need to diagnose problems, identify potential hazards, and improve energy efficiency.

T530 Key Features include:

• Infrared Thermography - utilises an infrared sensor to detect and measure temperature differences, allowing users to visualise heat patterns and identify potential issues.
• 180° Rotating Lens Platform - the camera's rotating lens platform enables users to capture images and videos from various angles, even in tight spaces or confined areas.
• Bright 4-inch LCD Display - provides clear and detailed thermal images, making it easy to identify and interpret temperature anomalies.
• Laser-assisted Autofocus - for sharp and focused images.
• MSX® Technology - overlays visible light details onto the thermal image, enhancing image clarity and improving the identification of specific components or areas of interest.
• FLIR Ignite Cloud Storage - the FLIR T530 is compatible with FLIR Ignite, a cloud-based storage and sharing platform, enabling users to store, manage, and share thermal images and data securely.

Applications

FLIR T530 thermal imaging cameras are renowned for their advanced capabilities and suitable use across many fields. Some common applications include:

• Electrical and HVAC Inspections - for identifying electrical faults, hot spots, loose connections, and other potential hazards in electrical and HVAC systems.
• Roof Inspections - the camera's rotating lens platform enables users to inspect roofs for leaks, cracks, moisture build up, and other structural defects.
• Building Diagnostics - helps identify energy inefficiencies, air leaks, and other factors contributing to building inefficiency and wasted energy.
• Industrial Maintenance - the camera's ability to detect heat signatures makes it valuable for inspecting machinery, detecting overheating components, and ensuring equipment is operating within safe temperature parameters.