Introduction: Meet the HeatPro DS-2TD2628-10/QA
HeatPro DS-2TD2628-10/QA Bi‑spectrum Thermal + 2MP Optical Bullet Cameracombines a 256 × 192 thermal sensor with a 2 MP optical imager in a single weatherproof bullet housing. Designed for outdoor perimeter protection, early fire detection and 24/7 situational awareness, this Bi‑spectrum camera fuses thermal and visual data, runs onboard deep‑learning analytics, and provides temperature‑exception alarms for temperature monitoring and fire‑related rules. Rugged IP67/IK10 construction and multiple power options (PoE/12 VDC/24 VAC) make it suitable for industrial and critical‑infrastructure deployments.
Key features at a glance
- Bi‑spectrum fusion: thermal (VOx 256×192) + 2 MP optical (2688×1520) for reliable detection in smoke, fog, glare and low light.
- Thermal temperature measurement with exception alarms over −20°C to 150°C and configurable temperature rules.
- Onboard AI analytics: deep‑learning human/vehicle classification, line crossing, intrusion and region entrance/exit.
- Robust weather/impact protection: IP67 ingress resistance and IK10 impact rating; wide operating temp −40°C to 65°C.
- Flexible power and network: PoE (802.3af), 12 VDC or 24 VAC; RJ45 10/100; microSD and NAS storage options.
Detailed specifications and benefits
- Sensor: VOx uncooled FPA (Vanadium Oxide) at 256 × 192 resolution with 12 µm pixel pitch — a common and reliable thermal detector for perimeter and detection tasks.
- Optics & sensitivity: 9.7 mm focal length, F1.0 aperture, 18.0° × 13.5° FoV and IFOV of 1.24 mrad. NETD ≤ 40 mK (@25°C, F1.0) provides sufficient thermal contrast for human/vehicle detection in many environmental conditions.
- Temperature monitoring: measurement range from −20°C to 150°C with default accuracy ±8°C. Configurable rules (10 points, 10 areas, 1 line) and exception alarms allow early warning of overheating or fire risk across monitored zones.
- Sensor: 1/2.7" progressive CMOS 2 MP (2688 × 1520) giving clear visual context and identification when lighting permits.
- Fixed 8 mm lens with ~39.4° × 22.1° field of view and F1.6 aperture. Min. illumination ≈0.0089 lux (IR 0 lux) and IR assist to ≈30 m enables usable night‑time imaging for routine identification.
- Compression and latency: H.265 / H.264 / MJPEG support helps reduce bandwidth and storage while maintaining image quality.
- Frame rates: Thermal up to 25 fps, optical up to 25/30 fps (region dependent) for smooth detection and tracking.
- Image enhancements: Bi‑spectrum fusion, target colouration, DDE, 3D DNR and WDR 120 dB improve target visibility across varying conditions.
- Onboard analytics: deep‑learning human/vehicle classification reduces false alarms versus motion‑only triggers; VCA rules include line crossing, intrusion and region events.
- Storage options: microSD up to 256 GB, NAS (NFS/SMB), and ANR support to preserve footage across network interruptions.
- Network & protocols: IPv4/IPv6, ONVIF (S/G) and vendor SDK/ISAPI integration allow the camera to work with third‑party VMS and NVRs.
- Power: PoE (802.3af, class 3) or local power via 12 VDC / 24 VAC; typical max power consumption ≈ 8.5 W depending on operation.
- Interfaces: RJ45 10/100, alarm in/out, audio in/out, RS‑485 and BNC analogue out for flexible system integration.
- Environmental ratings: IP67 ingress protection, IK10 impact resistance and TVS 6000 V lightning protection make the unit resilient outdoors.
Benefits explained — what this spec package delivers
- Improved detection in adverse conditions: thermal sensing sees heat signatures through smoke, fog and low light, while the optical channel provides identification and context when visibility allows.
- Reduced false alarms: deep‑learning human/vehicle classification reduces nuisance triggers common with simple PIR or motion detectors.
- Early fire/overheat alerts: thermal temperature rules and exception alarms let operators detect hotspots and abnormal temperature trends before full‑scale incidents develop.
- Lower installation complexity: multiple power options and standard network protocols simplify retrofits and greenfield deployments.
- Ruggedness for outdoor use: IP67/IK10 helps ensure long service life in exposed sites like substations, yards and industrial compounds.
Use cases and scenarios where the HeatPro excels
Distributed along fences and access roads, bi‑spectrum cameras detect intruders at night or through obscurants while providing visual frames for verification. The onboard human/vehicle classifier and line/intrusion rules reduce operator load and false positives from animals or vegetation movement.
Thermal alarms can continuously monitor equipment and electrical cabinets for abnormal temperature rises. Configurable temperature points/areas and exception rules help detect hot spots, enabling preventative maintenance or early intervention to limit downtime and fire risk.
Unlike smoke detectors that require particulate presence, thermal cameras detect heat anomalies at the source. In outdoor storage, waste facilities or timber yards, the camera’s thermal measurement and alarm rules provide an extra layer of early warning.
Sites that require round‑the‑clock monitoring—airports, docks, utilities—benefit from the fusion of thermal detection with optical confirmation. The optical channel supports identification and evidence collection once a thermal event is detected.
How it compares with similar products
The HeatPro DS‑2TD2628‑10/QA sits in a practical middle ground between entry thermal units and premium high‑resolution thermal/optical multisensor systems:
- Compared with thermal‑only cameras: thermal‑only units give strong detection but lack visual context. The HeatPro’s 2 MP optical sensor provides identification capability that thermal alone cannot deliver.
- Compared with higher‑resolution thermal cameras (384×288, 640×512): higher thermal resolution yields finer detail and longer detection ranges for small or distant targets, but those units are typically more expensive. The 256×192 sensor here offers a cost‑effective balance for many perimeter and fire‑monitoring applications.
- Compared with multi‑sensor PTZ or multi‑camera arrays: fixed bi‑spectrum cameras are less flexible than PTZs but are simpler to deploy and maintain; they provide continuous coverage of a defined field of view with lower system complexity and cost.
- Value positioning: with a supplied cost of 395.80 and suggested price of 471.20, this camera is positioned as a competitively priced bi‑spectrum solution for organisations seeking thermal capability without the price premium of top‑end thermal imagers.
Customer feedback and common user impressions
While individual testimonials for this exact model are not provided here, installers and security teams commonly report these themes for bi‑spectrum HeatPro‑class cameras:
- Appreciation for reduced false alarms once AI classification is tuned to the site.
- Positive comments on the utility of thermal alarms for early hotspot detection in industrial settings.
- Recognition that the optical channel makes forensic review and operator confirmation much easier than thermal‑only setups.
- Notes that installation and wiring flexibility (PoE/12 V/24 V) simplify retrofits and reduce field time.
If you require direct customer quotes or case studies, ask your reseller or vendor for site references and recorded deployments; these provide the best evidence of real‑world performance in comparable environments.
Practical deployment notes and compliance
- Regulatory considerations: thermal cameras can be subject to export and local regulatory controls. Confirm compliance before purchase and deployment.
- Accuracy expectations: the default thermal accuracy is ±8°C — suitable for detection and trend‑based alarms but not for high‑precision thermometry. For critical temperature measurement tasks, calibration or higher‑accuracy radiometric units may be required.
- Installation guidance: follow local electrical codes and best practice for surge protection, mounting height and sightlines. Consult a qualified installer for mains or PoE wiring.
- Firmware & security: keep firmware updated and follow network hardening best practices (segmented networks, strong credentials, restricted management access).
Pricing and warranty
The supplied cost price is 395.80 and a suggested retail price of 471.20 has been shown (based on a minimum gross margin of 16%). This positions the camera as a cost‑effective bi‑spectrum option. The specifications supplied list warranty as 0; confirm manufacturer warranty and support options with your vendor before purchase, as warranty and after‑sales service are important considerations for long‑term installations.
Conclusion: why choose the DS-2TD2628-10/QA?
The HeatPro DS‑2TD2628‑10/QA is a practical and rugged bi‑spectrum solution for organisations that need reliable thermal detection combined with visual identification. Its onboard AI analytics, temperature‑exception alarms, and hardened IP67/IK10 housing make it well suited to perimeter protection, early fire detection and 24/7 surveillance in challenging outdoor environments. It offers a balanced set of features and capabilities at a competitive price point for many security and safety use cases. For deployments that need higher thermal resolution or precise radiometric measurement, consider higher‑end thermal models; for many perimeter and industrial monitoring tasks, the HeatPro delivers a compelling blend of detection, context and value.
