Remote CCTV Monitoring
2
Remote CCTV Monitoring Visual verification can be used for a wide variety of applications such as monitoring CSO spills, looking for out of hours discharges from drains/pipes, verifying the position of pollution control valves, looking for obstructions in pipes, verifying the integrity of containment walls, confirming spill alerts and monitoring the safety of lone workers. We design and manufacture a unique range of ultra low power CCTV camera system that can be deployed in locations devoid of mains power. Our systems can be either entirely battery powered or operate using a mixture of renewable energy sources such as wind and solar power. The communications channel back from the camera can be engineered to suit specific customer requirements. Normally the lack of power and cabling dictates the use of radio communications. This can be configured (subject to cost and country of operation) to
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communications. This can be configured (subject to cost and country of operation) to can be deployed in locations devoid of mains power. Our systems can be either entirely customer requirements. Normally the lack of power and cabling dictates the use of radio and solar power. Visual verification can be used for a wide variety of applications such as monitoring CSO containment walls, confirming spill alerts and monitoring the safety of lone workers.
Transcript of Remote CCTV Monitoring
Remote CCTV Monitoring
Visual verification can be used for a wide variety of applications such as monitoring CSO
spills, looking for out of hours discharges from drains/pipes, verifying the position of
pollution control valves, looking for obstructions in pipes, verifying the integrity of
containment walls, confirming spill alerts and monitoring the safety of lone workers.
We design and manufacture a unique range of ultra low power CCTV camera system that
can be deployed in locations devoid of mains power. Our systems can be either entirely
battery powered or operate using a mixture of renewable energy sources such as wind
and solar power.
The communications channel back from the camera can be engineered to suit specific
customer requirements. Normally the lack of power and cabling dictates the use of radio
communications. This can be configured (subject to cost and country of operation) to
achieve wireless communications over the range of 100m to over 1km or alternatively the
cellular network can be used.
Cameras can be pole mounted or covertly hidden within object to detract from vandals.
