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+39 030 3531423
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info@pergamitaly.eu
Guide PT870S
A professional handheld thermal imaging camera with 1280×1024 infrared sensor, accurate temperature measurement up to extreme ranges, and versatile autofocus for industrial inspection and diagnostics.
What Is PT870S and Who It’s For
If you need a professional handheld thermal imaging camera for demanding inspection tasks, consider the Guide Sensmart PT870S. It offers 1280×1024 thermal resolution, super-resolution image enhancement, NETD ≤15 mK, and temperature measurement up to 2500 °C with an optional high-temperature lens, along with TwinView DFOV lenses for flexible viewing. The PT870S is trusted by industrial inspectors, maintenance engineers, building diagnostics specialists, and researchers to deliver reliable thermal data for equipment inspection, fault detection, and condition monitoring.
Guide PT870S Key Features
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Complete ApexVision S1 System Architecture
ApexVision S1 system delivers clear thermal images and accurate temperature measurements for reliable analysis in any environment. -
TwinView DFOV Lens
The PT870S features a TwinView DFOV lens, available in two configurations: 25° + 15° or 25° + 45°. Each lens provides two fields of view, enabling either long-range detailed measurement or wide-area scanning without changing lenses. -
PerIRVision Panoramic Stitching
AI-powered panoramic stitching enhances large-area thermal scanning efficiency by up to 80%. -
5 Focus Modes
With 5 focus modes and a rapid focus system, the PT870S increases measurement success rates by up to 90% in complex scenarios.
Guide PT870S Main Specifications
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Thermal Resolution
Native 1280×1024 infrared resolution enhanced to 2560×2048 with super-resolution processing for highly detailed thermal imaging. -
NETD
≤15 mK, ensuring detection of even subtle temperature differences. -
Temperature Range
-40°C to 800 °C (up to 2500 °C with optional high-temperature lens). -
Display
5.5-inch high-resolution color touchscreen for easy viewing and analysis. -
50Hz High Frame Rate
A 50 Hz frame rate enables real-time monitoring of thermal dynamics, ensuring no events are missed during industrial inspections. -
90% Charge in 1 Hour
Reaches 90% charge in just 1 hour, minimizing downtime during critical operations. -
Dual Visible Camera
The PT870S features a dual visible camera system with 8 MP and 16 MP sensors, enabling high-resolution photos for precise alignment with thermal data and detailed documentation of inspection targets. -
Ingress Protection IP54
The PT870S is rated IP54, providing reliable resistance to dust and water splashes.
How Guide PT870S Works
The Guide Sensmart PT870S captures precise thermal data with a 1280×1024 VOx infrared sensor, super-resolution image enhancement, and NETD ≤15 mK. With a wide measurement range from -40 °C to 2500 °C (using the optional high-temperature lens), the camera is versatile for a variety of applications. Its built-in dual visible camera records high-resolution photos up to 16 MP, ensuring accurate alignment with thermal images. Users can adjust settings easily, view results on the 5.5‑inch touchscreen, and transfer images wirelessly via Wi‑Fi for further analysis or reporting.
Guide PT870S Applications
The Guide Sensmart PT870S is perfect for industrial equipment monitoring, helping detect overheating in electrical panels, machinery, and mechanical systems. In building diagnostics, it accurately identifies insulation gaps, moisture problems, and HVAC inefficiencies. Researchers and engineers rely on the PT870S for scientific measurements and detailed thermal analysis, while maintenance teams use it for predictive maintenance, preventing equipment failures before they occur.
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Power Industry
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Industrial Inspection
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Construction Industry
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Scientific Analysis
FAQ
Honest answers to important questions
A thermal camera detects infrared radiation emitted by objects and converts temperature differences into a visible thermal image, allowing you to see heat patterns invisible to the naked eye.
Thermal resolution refers to the number of pixels in the infrared sensor. Higher resolution provides more detailed thermal images and improves fault detection accuracy.
Thermal sensitivity, measured as NETD, indicates how well a camera can detect small temperature differences. Lower NETD values mean clearer images and more precise analysis.
Yes, thermal cameras measure surface temperatures and provide numerical readings, but accuracy depends on settings such as emissivity, distance, and environmental conditions.
Yes, many thermal cameras are designed for outdoor environments and can be used for inspections in varying weather and lighting conditions.
No, thermal cameras cannot see through solid walls, as these materials block infrared radiation. Instead, they detect surface temperature differences caused by heat conduction, such as those from pipes or leaks behind walls.
Contact us
You can order the equipment or ask questions here