Hikvision HM-TD2628T-3/G1/T3A Thermal & Optical Network Camera

The Hikvision HM-TD2628T-3/G1/T3A is a dual-spectrum network camera combining thermal and optical imaging for reliable surveillance and temperature measurement. With a 256×192 thermal resolution and 4 MP optical resolution, it delivers clear images day and night. Ideal for perimeter protection, fire prevention, and industrial monitoring, this camera supports smart features like fire detection, line crossing, and intrusion detection.

Advantages

Integrated thermal and optical channels provide comprehensive monitoring in total darkness or challenging conditions. The 3.6 mm thermal lens and 4 mm optical lens offer wide coverage, while the 120 dB WDR ensures clarity in high-contrast scenes. With IP66 rating, it withstands harsh weather, and PoE support simplifies installation.

Suitable for

• Perimeter security for commercial and industrial sites
• Fire detection in warehouses, forests, or critical infrastructure
• Temperature monitoring for equipment or processes
• Outdoor surveillance in extreme temperatures (-40 °C to 65 °C)

Key specifications

• Thermal Resolution: 256 × 192
• Optical Resolution: 2688 × 1520 (4 MP)
• Thermal Lens: 3.6 mm
• Optical Lens: 4 mm
• NETD: < 40 mK (@25 °C, F#=1.0)
• Thermal Frame Rate: 25 fps
• Optical Min. Illumination: Color 0.0089 Lux, B/W 0.0018 Lux, 0 Lux with IR
• IR Range: Up to 50 m
• Temperature Measurement Range: -20 °C to 150 °C
• Temperature Accuracy: ±8 °C or ±8%
• Video Compression: H.265/H.264/MJPEG
• Network Interface: 1 RJ45 10M/100M
• Storage: microSD slot up to 256 GB
• Power: 12 VDC or PoE (802.3af)
• Power Consumption: Max 8 W (PoE), 7.5 W (12 VDC)
• Ingress Protection: IP66
• Operating Temperature: -40 °C to 65 °C
• Smart Features: Fire detection, temperature exception, line crossing, intrusion
• WDR: 120 dB

Recommendations

For optimal performance, use a PoE switch or 12 VDC power supply. Ensure the microSD card is rated for continuous recording. Mount the camera in a location with clear line of sight for both thermal and optical channels.