Handheld Infrared Thermal Imager For PCB Circuit Floor Heating Tube Testing

GVDA GD96PRO Handheld Thermal Imager Camera -20~550C  PC Analysis Software Industrial Tester

The initial thermal imaging module of GD96 GD96 pro infrared thermal imager is 96 * 96,But with our technical support, the resolution can be extended to 240 * 240 Pixels.High refresh rate and image stabilization!The image display is clear,the anti-shake is stable,and you won't feel dizzy even after looking at it for a long time

Features

● -20~550℃ range: Wide temperature detection for various applications.

● Rechargeable: Long-lasting power for on-the-go use.

● Infrared thermal imager: Reliable tool for electrical and heating inspections.

● Adjustable emissivity: Accurate temperature readings for different surfaces.

● Thermal camera for underfloor heating: Ideal for checking heating system efficiency.

Product Details

How to Choose a Thermal Imager

1. Define Your Needs: Select a suitable thermal imager based on your application scenario, such as security monitoring, industrial inspection, or power temperature measurement.

2. Performance Parameters: Pay attention to key parameters such as resolution, sensitivity, temperature range, and accuracy to ensure they meet your usage requirements.

3. Brand Reputation: Choose a well-known brand and research user reviews and experiences to ensure product quality and after-sales service.

4. Budget Considerations: Choose a suitable model based on your budget to avoid blindly pursuing high-end configurations that exceed your budget.

In conclusion, choosing a suitable thermal imager requires comprehensive consideration of brand, model, performance parameters, and personal needs. We hope this article provides valuable reference information to help you make an informed choice.

GVDA GD96PRO Thermal Imager is with OVER-Temperature Alarm

Customizable Alarm Thresholds, Real-time Monitoring and Quict Response

this GD96PRO Thermal Imager Support for Multiple Temperature Unit Switching

Flexible and Convenient, Enhances Data Interpretation and Collaboration Efficiency

GVDA GD96PRO Handheld Thermal Imager Support Multi-Languages Display Interface Switching

Meet the needs of Users from Differet Countries and Regions, Enhance Users Experience

GVDA GD96PRO Handheld Infrared Thermal Imager is with Flashlight Auxiliary

Enhance Operational Capability in Dard Environments

Infrared thermal imagers typically consist of an optomechanical assembly, a focusing/zooming assembly, an internal non-uniformity correction assembly (hereinafter referred to as the internal correction assembly), an imaging circuit assembly, and an infrared detector/cooler assembly. The optomechanical assembly mainly consists of an infrared objective lens and structural components. The infrared objective lens mainly realizes the convergence imaging of the thermal radiation of the scene, and the structural components are mainly used to support and protect the relevant components. The focusing/zooming assembly mainly consists of a servo mechanism and a servo control circuit to realize the focusing and field-of-view switching functions of the infrared objective lens. The internal correction assembly consists of an internal correction mechanism and an internal correction control circuit to realize the internal (non-uniformity) correction function of the infrared thermal imager. The imaging circuit assembly typically consists of a detector interface board, a main processing board, a cooler drive board, and a power supply board, which work together to realize the functions of power-on control, signal acquisition, signal transmission, signal conversion, and interface communication. The infrared detector/cooler assembly mainly converts the infrared radiation transmitted and converged by the infrared objective lens into an electrical signal