Product Overview
Built for remote perimeter monitoring where mains power and fixed network infrastructure simply do not exist, the DS-2TXS2628-10P/QA/GLT/CH30S80-KIT is a fully self-contained solar thermal camera system designed for pole mounting at fence lines, rural boundaries, mining sites, and off-grid industrial locations. Combining a 256 x 192 VOx uncooled focal plane thermal module with a 2688 x 1520 optical sensor, the kit operates entirely off an 80W photovoltaic panel and a 30Ah lithium battery, transmitting footage via built-in 4G LTE connectivity. Equipped with up to 8 configurable VCA rules including line crossing and intrusion detection, the system classifies vehicles and humans and responds with an embedded strobe light and audible alarm. It also incorporates temperature exception alarming across a range of -20°C to 150°C, making it suitable for early fire detection in high-risk remote environments. With IP67 and IK10 protection plus TVS 4000V lightning resistance, this kit is engineered for harsh outdoor conditions where reliability is non-negotiable.
Key Capabilities
Off-Grid Solar Power System
The 80W photovoltaic panel paired with a 30Ah lithium battery delivers sustained operation at remote sites with no mains power. The camera draws as little as 2.73W in thermal-only mode, extending battery run time significantly across overcast periods or extended nights.
Bi-Spectrum Thermal and Optical Imaging
The thermal module uses a VOx uncooled focal plane array with 12 um pixel pitch and NETD below 40 mK, detecting heat signatures through smoke, dust, and total darkness. Bi-spectrum image fusion overlays optical detail onto the thermal channel, giving operators richer situational context during triggered events.
4G LTE Wireless Transmission
With support for LTE-FDD, LTE-TDD, and WCDMA via a Micro SIM card, the system transmits live and recorded footage to iVMS-4200 or Hik-Connect without requiring any network cabling. This makes deployment viable at temporary sites, remote paddocks, and locations where trenching is cost-prohibitive.
Temperature Exception Alarming
The thermal module monitors surface temperatures from -20°C to 150°C across up to 21 configurable measurement rules, covering 10 points, 10 areas, and 1 line. When a threshold is breached, the system triggers alarms and notifications, providing early warning for fire risk at fuel storage areas, dry grassland boundaries, and industrial yards.
Embedded Active Deterrence
An integrated strobe light with adjustable flashing frequencies and an audible alarm with 3 preset voice alerts and up to 6 importable user-defined alerts allow the camera to respond immediately to intrusions without requiring operator intervention. Both VCA triggers and temperature exception events can independently activate the alarm outputs.
Rugged Environmental Protection
The camera housing carries IP67 dust and water ingress protection, IK10 vandal resistance, and TVS 4000V lightning and surge protection. Operating from -40°C to 65°C and rated to withstand 12-level wind loads, this kit is engineered for Australian outback, coastal industrial, and high-altitude environments where equipment failure is not an option.
Best For
- Remote Perimeter Surveillance: The 4G LTE transmission and solar power system eliminate the need for any fixed infrastructure, making this kit deployable along fence lines and boundary roads far from the nearest building.
- Fire Risk Monitoring: Temperature exception alarming across -20°C to 150°C with up to 21 measurement rules enables proactive detection of heat build-up at fuel storage depots, dry vegetation boundaries, and rural industrial sites.
- Off-Grid Industrial Sites: Mining operations, construction compounds, and temporary worksites benefit from the self-contained solar system and pole-mount design, which requires no trenching or electrical contractor involvement.
- Night-Time and Low-Visibility Detection: The thermal module operates independently of ambient light, detecting intruders through complete darkness, smoke, and haze where optical cameras cannot function reliably.
- High-Value Asset Protection with Active Response: Sites needing an autonomous on-site deterrent benefit from the embedded strobe and configurable voice alarm, which can challenge intruders before a security team can respond remotely.
Why Choose the DS-2TXS2628-10P/QA/GLT/CH30S80-KIT
The DS-2TXS2628-10P/QA/GLT/CH30S80-KIT occupies a very specific niche: sites where thermal detection, off-grid power, 4G connectivity, and active deterrence must all come from a single pole-mounted unit. A standard optical solar camera cannot detect intruders through smoke, darkness, or dust the way the 256 x 192 VOx thermal module does. A wired thermal camera cannot be installed at the remote distances this 4G-equipped kit handles. The addition of temperature measurement rules from -20°C to 150°C goes well beyond intrusion detection, extending the system’s value to fire prevention applications that a purely optical solution cannot address. The IK10 housing, TVS 4000V lightning protection, and -40°C operating range are specified for long-term unsupervised deployment. Available through Security Wholesalers, this kit is backed by Hikvision’s local support network and carries an 8 to 10 week lead time, which should be factored into project planning for time-sensitive installations.
Package Inclusions
- 1 x DS-2TXS2628-10P/QA/GLT/CH30S80-KIT Solar-powered Thermal Bi-Spectrum Camera
- 1 x 80W photovoltaic solar panel
- 1 x 30Ah 10.8V lithium battery (vBattery, included with this kit configuration)
- 1 x Pole mount bracket and hardware
Buyer Decision Tips
4G Coverage and SIM Selection: This kit relies entirely on 4G LTE for remote monitoring and alarm notification. Before purchasing, confirm that the installation location has adequate LTE-FDD or LTE-TDD signal strength. The camera accepts a Micro SIM card and supports LTE FDD bands B1, B3, B5, B7, B8, B20, and B28 plus LTE TDD bands B38, B40, and B41 – verify your preferred carrier’s band compatibility for the specific site location, particularly in regional and outback areas where coverage can vary significantly between carriers.
Solar Performance and Battery Lead Time: The 80W panel is sized for average daily loads, but the system’s continuous availability depends on local solar irradiance. In regions with extended overcast periods or high-latitude winters, assess whether the 30Ah battery reserve is sufficient for the expected number of low-sun days. Also note that this product carries an 8 to 10 week lead time – plan procurement well in advance of site commissioning dates to avoid project delays.
Key Features & Technical Specifications
| Thermal Sensor |
Vanadium Oxide Uncooled Focal Plane Array (VOx UFPA) |
| Thermal Resolution |
256 x 192 |
| Pixel Pitch |
12 um |
| NETD |
40 mK or less (@25°C, F1.0) |
| Thermal Focal Length / FOV |
9.7 mm / 18.0° x 13.5° (H x V) |
| Optical Sensor |
1/2.7″ Progressive Scan CMOS, 2688 x 1520 resolution |
| Optical Focal Length / FOV |
8 mm / 39.4° (H) x 22.1° (V) |
| IR Illumination Range |
Up to 30 m (auto-adjusting intensity and angle) |
| Temperature Measurement Range |
-20°C to 150°C (-4°F to 302°F), accuracy ±8°C |
| VCA Rules |
Up to 8 rules: line crossing, intrusion, region entrance, region exiting; vehicle and human classification |
| Active Deterrence |
Embedded strobe light (adjustable frequency), audible alarm (3 preset + 6 importable voice alerts) |
| Wireless Connectivity |
4G LTE-FDD / LTE-TDD / WCDMA, Micro SIM card |
| Solar Panel |
80W photovoltaic panel, tilt adjustable to 10° or 30° |
| Battery |
30Ah lithium, 10.8V, 12.6V max output, 500+ cycle life, approx. 3.3 kg |
| Power Consumption |
2.73W (thermal only), 2.97W (24hr average), 7.1W max (IR on) |
| Local Storage |
MicroSD/SDHC/SDXC up to 256GB (32GB pre-installed), NAS, ANR |
| Protection Rating |
IP67, IK10, TVS 4000V lightning protection, 12-level wind resistance |
| Operating Temperature |
-40°C to 65°C (-40°F to 149°F) |
| Mount Type |
Pole mount; camera tilt -10° to +45°, pan -180° to +180° |
| Camera Dimensions / Weight |
208.9 mm x 106 mm x 105.2 mm; total kit 26.6 kg (packaged 27.79 kg) |
Ideal Use Cases
Remote Fence Line and Boundary Monitoring
The 4G LTE transmission and solar power system allow this kit to be installed at pole positions along property boundaries without any cabling or power infrastructure. The thermal module detects movement through darkness and dust conditions common to remote Australian sites.
Mining and Resource Site Security
Temporary and permanent mining compounds face high perimeter distances and limited infrastructure. Pole-mounted solar thermal units provide autonomous detection and active deterrence via the embedded strobe and audible alarm, reducing the need for on-site security personnel at low-activity hours.
Fire Risk and Early Warning at Rural Sites
Temperature exception alarming with up to 21 configurable measurement rules allows the system to monitor heat build-up at fuel storage areas, hay sheds, and dry vegetation perimeters. Alerts are triggered well before visible flame, enabling early intervention.
Construction Site After-Hours Surveillance
Construction compounds frequently change locations and lack permanent electrical connections. The self-contained solar kit deploys quickly at a new pole position, and 4G connectivity streams footage to iVMS-4200 or Hik-Connect without requiring any site network setup.
Agricultural Property and Livestock Area Protection
Large agricultural properties with paddock access points benefit from thermal-based detection that is not triggered by lighting conditions or headlight glare. The vehicle and human classification capability reduces nuisance alerts from wildlife while flagging genuine vehicle or pedestrian intrusions.
Choosing the Right Model
- Choose this model if: Your site has no mains power, no fixed network connection, requires thermal-based detection independent of lighting conditions, and benefits from integrated fire temperature monitoring – particularly at remote industrial, agricultural, or mining locations where pole-mounting is the practical installation method.
- Choose a different model if: Your site has reliable mains power and network cabling available – a wired thermal camera will offer a lower ongoing cost without relying on solar irradiance or 4G coverage. If the thermal resolution of 256 x 192 is insufficient for long-range detection scenarios requiring finer detail, a higher-resolution thermal camera unit may better suit your application.
FAQs
- Does this kit require any mains power or network cabling at the installation site?
No. The DS-2TXS2628-10P/QA/GLT/CH30S80-KIT is entirely self-contained. The 80W solar panel charges the 30Ah lithium battery, and all footage and alarm notifications are transmitted via the built-in 4G LTE modem using a Micro SIM card. No electrical connection and no ethernet or fibre cabling are required at the pole position.
- What is the thermal detection capability of this camera at distance?
The thermal module has a 9.7 mm focal length, a 18.0° x 13.5° field of view, and an IFOV of 1.24 mrad. Practical detection distances for vehicle and human targets will vary based on target size and temperature differential. The NETD of 40 mK or less at 25°C and F1.0 means the sensor is sensitive to very small heat differences, which aids detection in low-temperature-contrast conditions.
- Can the camera detect fires or heat anomalies as well as intruders?
Yes. The temperature exception alarm function monitors surface temperatures from -20°C to 150°C using up to 21 configurable rules across 10 point zones, 10 area zones, and 1 line zone. When a zone exceeds a set threshold, the system triggers the configured alarm actions including the embedded strobe, audible alert, and remote notifications via 4G – making it a dual-purpose intrusion and fire risk monitoring tool.
- How does the active deterrence work on this kit?
The camera includes an embedded white light strobe with adjustable flashing frequencies and an audible alarm capable of 3 built-in preset voice messages plus up to 6 importable user-defined voice alerts. These can be triggered independently by VCA rules (line crossing, intrusion, region entrance, region exiting) or by temperature exception events, allowing autonomous on-site response without requiring a monitoring operator to intervene.
- What happens to footage if the 4G connection drops?
The camera includes a pre-installed 32GB MicroSD card and supports cards up to 256GB. If the 4G link is unavailable, footage is stored locally. The system also supports Auto Network Replenishment (ANR), which automatically uploads locally buffered footage to the NAS or network once connectivity is restored, preventing gaps in the recorded archive.
- What 4G bands does the camera support, and how do I check coverage for my site?
The built-in modem supports LTE-FDD bands B1, B3, B5, B7, B8, B20, and B28, LTE-TDD bands B38, B40, and B41, and WCDMA bands B1, B5, and B8. Before installation, check your intended carrier’s band map for the specific site coordinates. In regional and remote Australian locations, coverage can vary significantly between carriers even over short distances, so on-site signal testing prior to kit deployment is strongly recommended.
- Is this kit suitable for extreme weather environments?
Yes. The camera housing is rated IP67 for dust and water ingress, IK10 for impact resistance, and carries TVS 4000V lightning, surge, and voltage transient protection. The system operates from -40°C to 65°C and is rated to withstand 12-level wind loads, making it appropriate for coastal, outback, and high-altitude deployment. The battery charging range is -20°C to 45°C, which should be considered when assessing sites with sustained subzero temperatures during winter.
- Where can I purchase this kit and how long will delivery take?
The DS-2TXS2628-10P/QA/GLT/CH30S80-KIT is available through Security Wholesalers. Due to the specialised nature of this product, an 8 to 10 week lead time applies from order placement. If your project has a fixed commissioning date, procurement should be initiated well in advance to avoid delays.
Cabling Considerations
- Power Cabling: No mains power cabling is required. The solar panel connects to the battery management system via the supplied harness. Ensure all connections between the panel, battery, and camera are secured and weatherproofed at the pole junction using appropriate outdoor-rated conduit or cable management where exposed runs are present.
- Network Cabling: No ethernet cabling is required for normal 4G operation. An RJ45 10/100 Mbps interface is available for local configuration and commissioning via laptop or PoE switch during setup, and also supports PoE (802.3af, Class 3) as an alternative power source if mains power is available at the pole base.
- Grounding and Lightning Protection: The camera includes TVS 4000V lightning and surge protection, but the pole itself must be correctly earthed to a ground rod in accordance with local electrical standards. Proper pole earthing is critical to protecting both the camera and the battery from lightning-induced transients at exposed remote sites.
- SIM Card Access: The Micro SIM slot is accessed via the camera body prior to final mounting. Insert and activate the SIM card before securing the camera to the pole bracket to avoid disassembly after installation. Confirm APN settings for your chosen carrier in the camera’s network configuration before sealing the unit.
Additional Information
