Foxwell RT280
Thermal Imaging Camera 240×180 TISR Resolution, 25Hz, Laser Targeting, PC Analysis, Photo & Video Recording
Lifetime Free Update
One Year Warranty
1-5 Days Shipping
Lifetime Tech Support
The Foxwell RT280 handheld thermal camera delivers fast, accurate diagnostics for industrial, electrical, HVAC, building, and automotive applications. Easily detect temperature differences, locate hidden faults, and prevent issues before they escalate. Compact, reliable, and user-friendly, it empowers professionals to perform efficient, precise inspections in any field.
TISR Before/after
With TISR activated, image resolution and clarity improve significantly, allowing users to pinpoint hotspots and hidden faults quickly. TISR helps professionals detect issues more accurately and make informed maintenance decisions.
Before
After
2D/3D PC Windows Software Analysis
Transfer images from the RT280 to a Windows PC for advanced analysis. The included software supports point, line, and area temperature measurement, 2D/3D thermal visualization, and automatic report generation. Easily identify hotspots, compare temperatures, and turn thermal data into actionable insights for efficient problem-solving.
Built-in 8GB Storage for Over 20,000 Images
With 8GB built-in eMMC storage, you can save up to 20,000 high-quality thermal images, ensuring ample space to document and review inspection findings during long-term projects.
Choose from 9 thermal palettes - Arctic, Red Hot, Lava, Coldest, Iron, Black Hot, Rainbow, High Contrast, and White Hot - to clearly visualize temperature differences in various inspection scenarios.
Measure temperatures from –4°F to 1022°F with ±3.6°F / ±2% accuracy. The RT280 automatically detects center, hottest, and coldest points, allowing users to quickly visualize temperature differences and identify abnormal heat or cold spots for faster and more accurate diagnostics.
RT280 will automatically warn the user when the detected temperature is out of range!
Wide Range of Applications
Home Inspection
Vehicle Maintenance
Electricity Inspection
HVAC Troubleshooting
RT280 Other Functions
All-Day Power
Wide Temp Range with Accuracy
Tailor Your Measurements for Greater Accuracy
Recommended Distance: 0.1ft - 6.56ft
Built for LED Light
50°*38° Wide FOV
Built for Extreme Conditions
Package List
Frequently Asked Questions
1. How does the TISR technology in the RT280 improve image clarity?
TISR (super-resolution) enhances image clarity by significantly improving the edge sharpness of the 240 × 180 resolution. When enabled, it makes thermal boundaries more distinct, allowing technicians to accurately identify overheating components in complex circuits.
2. How much can the 8GB storage on the RT280 hold? Is it suitable for frequent inspections?
The RT280 features 8GB of built-in eMMC storage, capable of storing over 20,000 high-quality thermal images, along with video recordings (duration depends on resolution settings). This capacity is “sufficient for high-frequency inspections without frequent data management.
3. What advantages does the RT280’s 25Hz refresh rate have over traditional 9Hz models in automotive or equipment diagnostics?
A 25Hz refresh rate delivers smoother real-time imaging, enabling lag-free scanning of components such as engine pulleys, exhaust manifolds, and operating machinery. It reduces motion blur and the likelihood of missing transient heat signatures, whereas 9Hz models may appear choppy and less responsive.
4. Can thermal images exported from the RT280 be used for professional reports? Does it support 3D analysis?
Yes. The RT280 supports analysis via Windows PC software, allowing users to convert captured 2D thermal images into 3D thermal distribution visualization (data visualization based on captured thermal images). This enables more intuitive and professional fault analysis reports, improving communication with clients and increasing case closure rates.
5. Is the RT280 accurate when measuring reflective metal surfaces such as engine manifolds?
Yes. The RT280 supports adjustable emissivity settings, which compensate for reflections from shiny metal surfaces. It maintains high measurement accuracy within a wide range of -4°F to 1022°F, with an accuracy of ±3.6°F or ±2%, making it suitable for industrial and automotive metal component inspections.