PEAKTECH 5605

Product Overview

The PEAKTECH 5605 is a compact yet powerful infrared thermal imaging camera designed for professionals who demand precise temperature measurements and high‑resolution imagery in challenging environments. With its 60x60 pixel sensor, the device delivers clear thermal images while maintaining a lightweight form factor suitable for handheld use.

Technical Specifications

• Thermal Resolution: 60 × 60 pixels (3.6 k)
• Temperature Range: -20 °C to +300 °C
• Accuracy: ±2%
• Field of View: 30° × 30° (typical for handheld units)
• Lens: Fixed, 3.5 mm focal length
• Display: 2.4‑inch TFT LCD, 240 × 320 pixels
• Storage: Micro SD slot (up to 128 GB)
• Power Supply: Rechargeable Li‑Ion battery (3.7 V, 1200 mAh)
• Operating Temperature: -10 °C to +50 °C
• Dimensions: 110 mm × 70 mm × 30 mm (approx.)
• Weight: 350 g (including battery)

Core Features

High‑Resolution Thermal Imaging

The 60 × 60 pixel sensor captures subtle temperature gradients, enabling users to detect heat leaks, electrical faults, and moisture intrusion with remarkable clarity. The ±2% accuracy ensures that measurements are reliable for engineering and safety applications.

Integrated Real‑Time Camera

Unlike many standalone thermal units, the 5605 incorporates a standard RGB camera directly into the same housing. This dual‑sensor approach allows simultaneous capture of visible and infrared imagery, facilitating context‑rich documentation and easier interpretation of thermal data.

Micro SD Photo Capture

All images—thermal or visual—are stored on an external Micro SD card. The device supports common formats such as JPEG for photos and PNG for thermal overlays, making file management straightforward across platforms.

User‑Friendly Interface

• Intuitive menu system navigated via a single joystick and button set.
• On‑screen prompts guide users through calibration, measurement, and image capture steps.
• Quick‑access buttons for temperature display, emissivity adjustment, and mode switching.

Robust Build Quality

The camera’s chassis is constructed from durable polycarbonate with rubberized grips, providing resistance to drops and vibration. The sealed design protects internal components against dust and moisture, making it suitable for fieldwork in harsh conditions.

Applications Across Industries

• Electrical Inspection: Detect overheating components, loose connections, and insulation failures.
• Building Diagnostics: Identify heat loss, moisture pockets, and HVAC inefficiencies.
• Mechanical Maintenance: Monitor bearing temperatures, gearboxes, and fluid systems.
• Safety & Security: Locate hidden electrical hazards and assess fire risks.
• Research & Development: Conduct thermal profiling in laboratories and field experiments.

Design & Ergonomics

The 5605’s ergonomic shape balances the camera’s weight, reducing hand fatigue during prolonged use. The integrated lens assembly is positioned to align perfectly with the user’s line of sight, ensuring that thermal and visible images are captured from the same perspective.

Battery Life & Charging

A single charge powers the device for up to 4 hours under continuous operation, depending on usage patterns. The built‑in USB-C port allows quick recharging, while a dedicated charger is available for field deployment.

Software and Data Management

The camera’s firmware supports direct export of images via USB to PCs running Windows or macOS. Compatibility with standard image viewers and analysis software (e.g., ImageJ, MATLAB) enables advanced post‑processing without additional plugins.

Calibration & Emissivity Settings

Users can manually adjust emissivity values to match the material being inspected, ranging from 0.1 for reflective surfaces to 0.95 for non‑metallic objects. Automatic calibration routines help maintain measurement integrity over time.

Conclusion

The PEAKTECH 5605 stands out as a versatile thermal imaging solution that combines high‑resolution infrared detection with an integrated visible camera, all within a compact and durable package. Its precise temperature range of -20 °C to +300 °C, coupled with ±2% accuracy, makes it suitable for a wide spectrum of professional applications—from electrical troubleshooting to building diagnostics—while its user‑friendly interface ensures that both seasoned technicians and newcomers can operate the device efficiently.