FJD Trion P2 Vision +

P2 Vision+ MAX

FJD Trion P2 Vision+ Max is designed for those who need a higher level of detail during diagnostic inspections. It integrates thermal data, visual images, and 3D information, allowing for a more in-depth analysis of surfaces, systems, buildings, and areas where anomalies invisible to the naked eye may be present.
The 640×512 thermal resolution provides more defined images and a more precise reading of temperature variations, making the device particularly suitable for advanced controls, extended surfaces, and contexts where it is essential to document thermal data with greater accuracy.

Features:

• Thermal Resolution: 640 x 512
• FOV: 48°x39°

From thermal data to precise localization in 3D survey

With P2 Vision+, every thermal anomaly is associated with its real position within the 3D model, going beyond simple visual assessments and reducing the margin of error during inspection. Infrared data, integrated with visual and spatial context, allows for clearer identification of dispersions, infiltrations, overheating, and hidden defects, facilitating verification activities, intervention planning, and the creation of more complete and professional diagnostic reports.

Thermography Module

Detect hidden anomalies and acquire thermal images with high sensitivity.

3D LiDAR

Capture the entire area and anchor every thermal reading to its real position.

Visible Light Cameras

Record RGB images and realistic site views for easier review and clearer reference.

Portable Battery

Thanks to the dual battery system and up to 4 hours of autonomy, inspection activities will not be interrupted.

Detection of water leaks and hidden infiltrations

Water leaks and infiltrations can develop behind walls, floors, and seemingly dry surfaces, causing moisture, mold, and structural damage over time. With FJD Trion P2 Vision+, more complete thermal inspections can be performed, identifying anomalies in the initial phase and associating each critical issue with its real position within the 3D map. This way, technicians and operators can quickly locate the affected point, document the problem with greater precision, and plan targeted interventions without wasting time on lengthy annotations during the inspection.

Analysis of facade delamination

Delamination of a facade may not be visible during an initial visual inspection: seemingly intact surfaces can conceal cracks, detachments, and internal defects that, over time, compromise the safety and durability of the building. With FJD Trion P2 Vision+, a more in-depth thermal inspection can be performed, identifying hidden anomalies and associating them with their real position on the facade within the 3D survey. This allows for clearer analysis of the problem, precise documentation of critical issues, and reduces the need for repeated inspections.

Detection of electrical overheating

Electrical overheating can be an early sign of faults, overloads, or malfunctions in systems and equipment. With FJD Trion P2 Vision+, targeted thermal inspections can be performed, quickly identifying hot spots, temperature anomalies, and at-risk components before they cause machine downtime, operational interruptions, or more serious damage. Each critical issue detected is linked to its real position and the affected equipment within the 3D context, facilitating analysis, documentation, and intervention planning without the need for manual labeling.

Leak detection on pipes and complex systems

Leaks in pipes are not always visible from the outside: even when the insulation appears intact, hidden dispersions can occur that cause energy waste, efficiency drops, and problems with system performance. With FJD Trion P2 Vision+, faster and more precise thermal inspections can be performed, identifying anomalies and leaks in the initial phase, even within complex piping networks. Each critical issue is mapped and associated with its real position in the 3D context, facilitating diagnosis, technical documentation, and planning of targeted interventions.

FJD Trion P2 Vision+

Thermal Camera

Sensor typeVanadium oxide (VOx) microbolometer

Pixel size12 µm

Spectral range8-14 µm

MRAD (Spatial Resolution)1.2

NETD≤ 40 mK (@ 25°C, F1.0)

InterfaceUSB Type-C

Power consumption≤ 0.55 W

Temperature measurement distanceUp to 15 m

Temperature accuracy± 2 °C or ± 2% of reading

Model Comparison

Thermal image resolutionP2 Vision+: 384 × 288 P2 Vision+ MAX: 640 × 512

Thermal field of viewP2 Vision+: 26° × 20° P2 Vision+ MAX: 48° × 39°