Product Overview
Combining a high-resolution 1280×1024 thermal sensor with a 4MP optical module and 80x optical zoom, the HM-TD95C8-150ZE4FL/W is a bi-spectrum sphere PTZ camera engineered for large-scale perimeter surveillance and critical infrastructure protection. Featuring a 30-150mm thermal focal length alongside a 10-800mm optical range, this system delivers simultaneous thermal and visual awareness across distances where conventional cameras cannot operate. Equipped with deep-learning analytics for human and vehicle classification, fire and smoke detection at ranges up to 12 km, and 360-degree continuous pan with up to 300 presets, it is designed for autonomous, unattended operation at airports, ports, industrial facilities, and remote installations. The NEMA-4X anti-corrosion housing with IP66 rating and a smart lens wiper make it suited to coastal, industrial, and harsh outdoor environments. Two-way audio via the built-in speaker and microphone adds a live communication capability to complement automated alerting.
Key Capabilities
1280×1024 Thermal Sensor with 25 mK NETD
The VOx uncooled FPA thermal sensor at 1280×1024 resolution and 12 micrometres pixel pitch delivers exceptional contrast between heat signatures and backgrounds. A NETD of 25 mK at 25 degrees Celsius means even low-temperature targets at long range produce a detectable thermal signature, reducing missed detections in fog, darkness, or camouflage conditions.
80x Optical Zoom with OIS and EIS
The 4MP optical module covers a focal range of 10-800mm, allowing the camera to resolve fine detail at extreme distances. Optical image stabilisation combined with gyroscope-enhanced electronic image stabilisation keeps footage stable when the PTZ head moves rapidly or when vibration is present on mast-mounted or rooftop installations.
Fire and Smoke Detection up to 12 km
Thermal analytics can identify fire sources and detect smoke at distances up to 12 km for a 5×5 metre smoke area under optimal conditions. This makes the HM-TD95C8-150ZE4FL/W suited to early-warning fire monitoring across industrial sites, energy facilities, dense vegetation, and large rural properties where conventional detectors cannot reach.
Full PTZ with 300 Presets and 8 Patrol Routes
360-degree continuous pan at up to 120 degrees per second and tilt from -45 to +45 degrees with auto-flip allows the camera to sweep large perimeters without blind spots. Up to 300 presets, 8 patrol routes with 256 preset positions each, and 4 pattern scans up to 10 minutes in length enable fully automated unattended coverage of complex site layouts.
Deep-Learning Perimeter Analytics
Line crossing, intrusion, region entrance, and region exit detection are backed by human and vehicle classification from deep-learning algorithms. This separates genuine threats from animal movement or environmental triggers, delivering targeted alerts that operators at critical infrastructure sites can act on without sorting through high volumes of low-priority events.
NEMA-4X Housing with Smart Wiper and IP66
The anti-corrosion NEMA-4X enclosure is designed for coastal, petrochemical, and industrial environments where salt spray, chemicals, and particulates degrade standard housings. The built-in smart wiper actively clears rain, dust, and debris from the optical lens, maintaining visual clarity during storms or dusty site conditions without manual intervention.
Best For
- Critical Infrastructure Perimeter Monitoring: Airports, seaports, power stations, and water treatment facilities require continuous long-range detection that works through darkness and adverse weather. The thermal module delivers this independently of lighting conditions.
- Early Fire Detection at Remote or Hazardous Sites: Thermal fire and smoke detection at up to 12 km range allows unmanned facilities, refineries, and large rural properties to receive automated alerts well before a fire becomes uncontrollable.
- Autonomous Patrol of Long Boundaries: With 300 presets and 8 configurable patrol routes, the camera can sweep fence lines, pipeline corridors, or railway boundaries at intervals without requiring an operator to manually direct it.
- Coastal and Industrial Installations: The NEMA-4X anti-corrosion housing and IP66 rating address environments where salt air, chemical exposure, and heavy weather would compromise a standard PTZ camera over time.
- Dual-Spectrum Verification of Alarms: The picture-in-picture overlay of thermal and optical channels allows operators to confirm a thermal alarm with visual detail before dispatching a response, reducing unnecessary call-outs.
Why Choose the HM-TD95C8-150ZE4FL/W
The HM-TD95C8-150ZE4FL/W occupies a category that a standard optical PTZ cannot enter. Its 1280×1024 thermal sensor with a 150mm maximum focal length detects human-sized heat signatures at distances well beyond what visible-light cameras can resolve at night or in fog. The 80x optical zoom with OIS and gyroscope-enhanced EIS then allows the system to capture identifiable visual detail once a thermal alert is triggered, without requiring a second camera. Fire and smoke analytics at up to 12 km detection range, deep-learning human and vehicle classification, and fully autonomous patrol programming make it suited to sites where continuous human monitoring is impractical. The 10-year detector guarantee on the thermal module reduces long-term ownership risk for high-cost installations. Available through Security Wholesalers, this system is a purpose-built solution for operators who need thermal detection, optical identification, and intelligent automation in a single deployable unit.
Buyer Tip: The thermal module uses a 150mm maximum focal length, which produces a narrow field of view of approximately 5.9×4.7 degrees at full zoom. This is suited to long linear perimeters such as fence lines, runway edges, and pipeline corridors where you need maximum range rather than wide angular coverage. If your site requires broad open-area thermal surveillance at shorter distances, consider whether the 30mm minimum focal length position (28.7×23.2 degrees) provides sufficient coverage or whether multiple camera positions are needed to eliminate gaps.
Buyer Tip: This camera requires a 70-day lead time as it is manufactured to order. Plan procurement well ahead of project completion dates, particularly for staged infrastructure rollouts or government contracts with defined commissioning windows. Integration with an NVR or VMS platform that supports Hikvision ONVIF or SDK is recommended to access the full analytics configuration, including patrol scheduling, fire detection zones, and alarm output mapping to 7 inputs and 2 outputs.
Key Features & Technical Specifications
| Thermal Sensor |
VOx uncooled FPA, 1280×1024 resolution, 12 micrometre pixel pitch |
| Thermal NETD |
25 mK at 25 degrees Celsius (F# = 1.0) |
| Thermal Focal Length |
30-150 mm, semi-auto and manual focus |
| Thermal Field of View |
28.7×23.2 degrees to 5.9×4.7 degrees |
| Thermal Digital Zoom |
2x, 4x, 8x |
| Thermal Image Processing |
AGC, DDE, 3D DNR; 10-year detector guarantee |
| Optical Sensor |
1/1.8-inch progressive scan CMOS, 4MP (2688×1520) |
| Optical Low Light Sensitivity |
Colour: 0.005 Lux; B/W: 0.0005 Lux (F3.5, AGC ON) |
| Optical Focal Length |
10-800 mm (80x optical zoom) |
| Optical Field of View |
31.2×17.8 degrees to 0.5×0.3 degrees |
| Optical Digital Zoom |
Up to 16x |
| Optical Image Enhancements |
120 dB WDR, optical defog, OIS, gyroscope-enhanced EIS, picture-in-picture thermal overlay |
| Pan Range and Speed |
360-degree endless rotation at up to 120 degrees per second |
| Tilt Range and Speed |
-45 to +45 degrees with auto-flip, up to 80 degrees per second |
| Presets and Patrols |
300 presets (273 configurable), 8 patrols with 256 presets each, 4 pattern scans up to 10 minutes |
| Smart Analytics |
Line crossing, intrusion, region entrance/exit with human and vehicle classification; fire and smoke detection up to 12 km |
| Alarm Interface |
7 alarm inputs, 2 alarm outputs |
| Audio |
Built-in speaker and microphone; 1 audio input, 1 audio output |
| Protection Rating |
IP66, NEMA-4X anti-corrosion housing, smart wiper for optical lens |
Ideal Use Cases
Airport and Seaport Perimeters
Continuous 360-degree pan, 300 presets, and deep-learning human and vehicle classification allow the HM-TD95C8-150ZE4FL/W to monitor extended airside and waterside boundaries autonomously, triggering alerts only for confirmed human or vehicle intrusions rather than environmental noise.
Power Stations and Utilities
The NEMA-4X anti-corrosion housing and IP66 rating keep the camera operational in high-voltage outdoor environments where chemical exposure and extreme weather are ongoing concerns. The 7 alarm inputs and 2 outputs allow direct integration into existing site security and control systems.
Industrial Fire and Hazard Monitoring
Refineries, chemical plants, and timber facilities benefit from the thermal fire and smoke detection analytics, which can identify hotspots and smoke development at ranges up to 12 km. Early automated alerting allows response before a fire event reaches a critical stage.
Railway and Pipeline Corridors
Linear infrastructure covering several kilometres can be patrolled using the 8 configurable patrol routes and scheduled PTZ tasks. The 150mm thermal focal length detects intrusion along narrow corridors at distances that visible cameras cannot monitor effectively after dark.
Coastal and Marine Facilities
Salt air and humidity accelerate corrosion in standard PTZ housings. The NEMA-4X coating specifically addresses marine environments, making this camera suited to jetties, offshore platform support facilities, desalination plants, and coastal border monitoring where longevity under corrosive conditions is a procurement requirement.
Remote Unmanned Installations
Autonomous patrol scheduling, return-to-preset behaviour, two-way audio via the built-in speaker and microphone, and automated alarm outputs allow the HM-TD95C8-150ZE4FL/W to operate without a continuously staffed monitoring room, making it suited to remote substations, water catchment zones, and unmanned communication towers.
Choosing the Right Model
- Choose this model if: Your site requires thermal-based detection that operates independently of lighting conditions, with fire and smoke analytics, long-range identification via 80x optical zoom, and autonomous patrol across an extended perimeter in a corrosion-resistant housing.
- Choose a different model if: Your application is a standard commercial or residential site where lighting conditions are controlled and targets are at short to medium range. An optical-only PTZ camera will deliver comparable visual performance at significantly lower cost and without the 70-day manufacturing lead time. If wide-area thermal coverage at shorter distances is the priority, a fixed thermal camera with a wider field of view may provide better spatial coverage per unit than the narrow-angle 150mm thermal lens on this model.
FAQs
- What is the thermal sensor resolution and how does it compare to standard thermal cameras?
The HM-TD95C8-150ZE4FL/W uses a VOx uncooled FPA at 1280×1024 resolution with a 12 micrometre pixel pitch. This is a high-resolution thermal sensor that produces a significantly more detailed thermal image than lower-resolution sensors common in entry-level systems, enabling better target identification and analytics accuracy at long range.
- How far can the thermal module detect a person at night?
Detection range depends on target size, background contrast, and atmospheric conditions. The 150mm thermal focal length on the HM-TD95C8-150ZE4FL/W is designed for long-range linear coverage. Based on the use case scenario in the product documentation, human-sized targets can be detected at approximately 1.2-1.5 km under typical conditions, with vehicle-sized targets detectable beyond 3 km.
- Can the camera detect fires and smoke automatically without operator input?
Yes. Thermal analytics are built into the camera firmware and can automatically identify fire sources and smoke development at distances up to 12 km for a 5×5 metre smoke area under optimal conditions. When detected, the camera can trigger alarm outputs, send network alerts, and activate two-way audio through the built-in speaker to broadcast a warning.
- What does NEMA-4X mean for this installation?
NEMA-4X is a North American enclosure standard that specifies protection against corrosion, dust, rain, and splashing water. It exceeds IP66 in its anti-corrosion requirements, making the HM-TD95C8-150ZE4FL/W specifically suited to coastal, industrial, and petrochemical environments where standard IP-rated housings may degrade over time from salt spray or chemical exposure.
- How does the picture-in-picture overlay work between the thermal and optical channels?
The optical module supports a thermal overlay display, which places the thermal image inside the optical video stream. This allows an operator to simultaneously see visual detail and heat signature data on a single feed, making it faster to assess whether a thermal alarm relates to a human, vehicle, fire source, or non-threatening thermal anomaly.
- Does the camera support two-way audio communication?
Yes. The HM-TD95C8-150ZE4FL/W has a confirmed built-in speaker and built-in microphone, enabling real-time two-way audio communication. This allows a control room operator to speak directly to personnel or intruders at the camera location. The camera also includes 1 audio input and 1 audio output port for connection to external audio devices.
- How many preset positions and patrol routes does the PTZ support?
The camera supports 300 preset positions, of which 273 are user-configurable. It can run 8 separate patrol routes, each with up to 256 preset positions included. Additionally, 4 pattern scans of up to 10 minutes each can be recorded and replayed. Scheduled task programming allows patrol activation at defined times without manual triggering.
- What is the lead time and where is it available?
The HM-TD95C8-150ZE4FL/W is manufactured to order and carries a 70-day lead time from the time of purchase. It is not held in stock as a standard stocked item. This camera is part of the Security Wholesalers range and is suited to planned infrastructure projects where procurement timelines can accommodate the manufacturing period. Confirm your project schedule before placing an order to avoid delays to site commissioning.
Additional Information
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