Lämpökamera FLIR E6 Pro 240×180 resoluutio, kädessä pidettävä tarkastuslaite

The FLIR E6 Pro 240×180 thermal imaging camera is a handheld inspection device designed for building, electrical and insulation diagnostics. With a thermal resolution of 240×180 pixels, the camera captures clear temperature maps that reveal heat loss, overloaded electrical components and moisture-related anomalies. The unit is portable and engineered for field use, offering simple controls and image capture capabilities that support troubleshooting, documentation and reporting of maintenance tasks.

Advantages

The FLIR E6 Pro provides high-contrast thermal images that make temperature differences easy to identify, reducing the time needed to locate faults. Its handheld form factor and robust construction allow for comfortable use during inspections in various environments. Integrated image capture and on-board measurement tools enable technicians to record, annotate and export thermal images for evidence-based repair planning and maintenance records.

Suitable for

• Building insulation and energy loss surveys
• Electrical panel and component inspection
• Plumbing and moisture detection in structures
• HVAC system diagnostics and commissioning
• Preventive maintenance and safety checks

Key specifications

• Thermal resolution: 240 × 180 pixels for temperature mapping
• Handheld, portable design for field inspections
• Operator controls and image capture for on-site documentation
• Measurement tools for identifying and quantifying temperature differences
• Durable housing suited to inspection environments

How to use

Power on the FLIR E6 Pro and allow the detector to stabilize. Aim the camera at the inspection target and use the viewfinder or display to frame the scene. Adjust focus and settings as needed to optimize image clarity, then capture thermal images of areas showing temperature variations. Use the on-board measurement functions to record spot temperatures or temperature ranges directly on images. Store captured images for later review or export them to compatible software for reporting and analysis.

Recommendations

Perform inspections under conditions that maximize thermal contrast—avoid direct sunlight and allow sufficient time for surfaces to reach steady-state temperatures. When inspecting electrical installations, follow safety procedures such as maintaining a safe distance and de-energizing circuits where required. Regularly calibrate and maintain the device according to manufacturer guidance to ensure accurate temperature readings.