HIKMICRO B10 Thermal Imaging Camera Dual Sensor Accurate

Description

Product Overview

The HIKMICRO B10 thermal imaging camera is engineered for precision and versatility in thermal diagnostics. It utilizes exclusive SuperIR technology to upscale thermal image resolution from 256 x 192 to 320 x 240 pixels, enhancing clarity for detailed analysis. With a thermal sensitivity of less than 40mK, it ensures accurate temperature measurements within a 2% discrepancy range (±3.6°F). The device includes a 2MP visual light camera, supporting thermal, optical, fusion, and picture-in-picture (PIP) image modes, along with six color palettes to highlight temperature variations effectively. Built with an IP54 waterproof and dustproof case, it withstands harsh conditions and has passed a 2-meter drop test for durability. Key specifications include a rechargeable Li-Ion battery providing up to 6 hours of continuous operation, 16GB eMMC flash storage for over 90,000 images, and ergonomic grip handle for comfortable use. Additional features include adjustable emissivity settings, distance parameters, audio alarms, and warning lights to alert users of temperature thresholds.

Usage

The HIKMICRO B10 thermal imager is designed for a wide range of applications, including industrial maintenance, electrical inspections, mechanical troubleshooting, and home energy audits. It helps professionals identify overheating components, insulation gaps, and moisture intrusion in buildings, machinery, and HVAC systems. Ideal for electricians, engineers, contractors, and DIY enthusiasts, this camera simplifies fault detection in low-light or hard-to-reach areas, enabling quick decision-making and preventive maintenance. Its portability and long battery life make it suitable for on-site use in construction, manufacturing, and emergency response scenarios, ensuring safety and efficiency.

Why Choose Us

HIKMICRO stands out with its commitment to quality and innovation, offering the B10 thermal imaging camera with advanced dual-camera technology for superior image clarity and accuracy. The product undergoes rigorous testing, including IP54 certification and drop resistance, ensuring reliability in demanding environments. Backed by a 3-year warranty for the entire device and a 10-year warranty for the sensor, plus lifetime firmware updates, customers receive long-term support and value. This focus on durability, user-friendly design, and comprehensive customer care makes HIKMICRO a trusted choice for thermal imaging solutions.

Key Features

• Dual-camera system with SuperIR technology for enhanced thermal resolution and visual clarity.
• Accurate temperature measurement with less than 40mK sensitivity and adjustable emissivity settings.
• Multiple image modes and color palettes for efficient troubleshooting and analysis.
• Long-lasting battery and ample storage for extended use and data management.
• Robust IP54-rated construction with drop resistance for reliable performance in various conditions.

FAQ

What is the battery life of the HIKMICRO B10 thermal imaging camera?

The built-in Li-Ion rechargeable battery supports up to 6 hours of continuous operation on a full charge, making it ideal for prolonged fieldwork without frequent recharging.

How does the fusion mode work in this thermal imager?

Fusion mode blends thermal and visual images from the dual cameras, overlaying temperature data onto a high-resolution 2MP visual light image to provide clearer context and easier identification of issues.

Is the HIKMICRO B10 suitable for outdoor use in rainy conditions?

Yes, the IP54 rating ensures protection against dust and water splashes, allowing safe operation in damp or rainy environments, though it is not fully waterproof for submersion.

What warranty coverage does the product include?

HIKMICRO offers a 3-year warranty for the entire device and a 10-year warranty for the thermal sensor, along with lifetime firmware updates to keep the camera up-to-date with new features.

Can I adjust the emissivity settings for different surfaces?

Yes, the B10 allows manual adjustment of emissivity and distance parameters to improve temperature accuracy on various materials, such as metals, plastics, and organic surfaces.