FLIR TG297 Industrial High-Temperature Thermal Imaging Camera

FLIR TG297 Industrial High-Temperature Thermal Imaging Camera

The FLIR TG297 Industrial High-Temperature Thermal Imaging Camera is a diagnostic tool suitable for inspecting and troubleshooting electrical and mechanical systems. It is ideal for high-temperature industrial applications such as measuring the heat of glass furnaces, kilns and forges.

Thermal Imaging

The FLIR TG297 features a 160 x 120px IR resolution (19 200 pixels) and a 57° x 44° FOV. It has a 30:1 spot ratio allowing the user to conduct measurements from a safe distance, and a bullseye laser pointer that can be used to identify the measurement area precisely.

The high-temperature filter allows the camera to measure and image temperatures up to 1030°C (1886°F). Visual and thermal images can be viewed with temperature readings on the bright, 2.4” colour display. The user can also alter the thermal colour palette to enhance the details most relevant to his/ her application. It features the following selectable colour palettes: iron, rainbow, white hot, black hot, arctic and lava.

It includes an MSX image enhancement function which can be used to create detailed, clear thermal pictures by embossing visual images (captured using the integrated 2MP digital camera) onto corresponding thermal images. This enables the user to accurately pinpoint the source of faults as well as gauge the severity of the problem.

Memory

Images can be saved to the 4GB SD card. Up to 50,000 images can be saved to the 4GB SD card allowing the user to save before and after pictures demonstrating the problem and the repair. Images can be transferred to a compatible smartphone, tablet or PC via Bluetooth or a USB connection.

Ergonomic

The FLIR TG297 Industrial High-Temperature Thermal Imaging Camera’s simple user interface and ergonomic handle ensure that it is easy to operate. Furthermore, this IR imager's compact, durable design makes it easy to handle as well as transport. It is also suitable for use in challenging industrial environments as it has been drop-tested from 2m and features an IP54 rating. Additionally, the FLIR TG297  is equipped with a bright LED torch for seeing into the darkness and/or hard-to-reach areas. It is supplied with a rechargeable Li-ion battery.

The FLIR TG297 Industrial High-Temperature Thermal Imaging Camera is a combined non-contact thermometer and infrared imager suitable for accurately targeting potential faults, troubleshooting repairs and monitoring processes in electrical and mechanical systems.

Key Features

• A diagnostic tool suitable for inspecting and troubleshooting electrical and mechanical systems
• Ideal for high-temperature industrial applications
• Measure the heat of glass furnaces, kilns and forges
• IR resolution: 160 x 120px (19 200 pixels)
• FOV: 57° x 44°
• Spot ratio: 30:1
• Conduct measurements from a safe distance
• Bullseye laser pointer for identifying the measurement area precisely
• Measure and image temperatures up to 1030°C (1886°F)
• Bright, 2.4” colour display
• Selectable thermal colour palettes: iron, rainbow, white hot, black hot, arctic and lava
• MSX image enhancement: overlays visible images onto corresponding thermal images to create a detailed thermal picture
• 2MP digital camera
• Capture and view visual and thermal images with temperature readings
• Save images to the 4GB SD card
• Capacity to store 50 000 images
• Save before and after pictures to demonstrate the problem and the repair
• Bluetooth connectivity
• Simple user interface
• Ergonomic handle
• Compact, durable design
• Easy to handle
• Can be transported easily in a tool bag
• Drop-tested from 2m
• IP54
• Bright LED torch for seeing into darkness and hard-to-reach areas
• Rechargeable Li-ion battery
• A combined non-contact thermometer and infrared imager
• Accurately target potential faults, troubleshoot repairs and monitor processes

What’s Included?

• FLIR TG297 Industrial High-Temperature Thermal Imaging Camera
• Wrist Strap Lanyard
• USB Cable
• Pouch
• Printed Documentation