Lämpökamera Hikvision HM-TD2628-7/G1/T3A 256x192 bi-spektri lämpökamera

Hikvision HM-TD2628-7/G1/T3A is a bi-spectrum thermal imager featuring a 256x192 thermal detector that captures thermal contrast and combines it with an additional spectral channel to improve scene recognition. The camera is designed to detect temperature differences across a scene, support perimeter monitoring and facility inspection, and assist temperature-based detection tasks where thermal information adds a layer of safety or diagnostic value.

Advantages

The bi-spectrum design integrates thermal imaging with an auxiliary spectral channel to enhance target discrimination in low-visibility or complex scenes. A 256x192 detector balances resolution and sensitivity for clear thermal contrast at typical surveillance distances. The unit is compact and intended for integration with networked security and monitoring systems, providing continuous thermal data without reliance on visible light. The camera supports stable thermal detection for routine inspections and perimeter monitoring where temperature anomalies are a key indicator.

Suitable for

• Perimeter and perimeter breach detection around industrial or commercial sites
• Facility inspection and preventive maintenance by identifying temperature anomalies
• Temperature-based intrusion detection in low-light or obscured-visibility conditions
• Supplementing CCTV systems with thermal contrast for enhanced situational awareness

Key specifications

• Thermal detector resolution: 256 x 192 pixels
• Spectrum: bi‑spectrum (thermal plus auxiliary spectral channel)
• Primary function: thermal imaging and temperature-difference detection
• Typical application: perimeter monitoring, facility inspection, temperature-based detection
• Output: continuous thermal data suitable for integration with network monitoring systems

How to use

Install the thermal camera according to site requirements, choosing a mounting position that provides an unobstructed field of view for the area to be monitored. Connect the device to the network and any recording or analytics system you use, and configure thermal sensitivity and alarm thresholds so temperature differences of interest trigger alerts. Calibrate the auxiliary spectral channel and alignment with thermal data if the integration requires combined outputs. Verify detection performance under expected environmental conditions before relying on automated alerts.

Recommendations

Position the device to avoid direct sunlight or reflective surfaces in the field of view, and set alarm thresholds based on measured baseline temperatures for the monitored area. Use the thermal camera as a complementary sensor alongside visible-light cameras to improve event verification and reduce false alarms in low-visibility conditions.