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Autonomous perimeter control sensor
Transport / Agriculture / Safe City
We are often approached by customers with the task of organizing a "portable" security perimeter, preferably without wires and external power sources. Now we have a solution!
Since 2018, our product line has included a wireless PIR motion sensor. It has proven itself well for monitoring closed spaces, process cabinets and hatches. And to control an open perimeter, another technology is required that allows you to control not so much a wide area near the sensor, but a line between the sensors. Such control devices are available on the market and have been used for a long time. All of them are primarily focused on stationary use, and providing them with a portable power supply will not make them mobile.
Our perimeter control sensor was originally developed based on the infrared curtain technology tested and patented in other sensors. Later, we were able to improve the sensor by using the capabilities of BLE technology to determine the moment of crossing the line between the two parts of the sensor - curtains.
The resulting sensor controls the crossing of a 50-meter-long line by a person or large animals. The controlled line is formed between the two parts of the sensor. The sensor itself is compact, lightweight and completely autonomous, requiring no external power supply or signaling wires. The sensor is all-weather and protected from false alarms due to weather conditions.
The sensor is easily mounted on a stand or any flat surface. It operates for at least one year on a built-in battery. When a line crossing is detected, a message is transmitted to the network gateway within 2 seconds, which, accordingly, transmits messages to the server and the user.
For fully mobile applications, there is an autonomous portable panel with an indication of the numbers of the sensors that have been triggered.
Each pair of curtains is tied to each other and does not affect the operation of other curtains located nearby.
Since 2018, our product line has included a wireless PIR motion sensor. It has proven itself well for monitoring closed spaces, process cabinets and hatches. And to control an open perimeter, another technology is required that allows you to control not so much a wide area near the sensor, but a line between the sensors. Such control devices are available on the market and have been used for a long time. All of them are primarily focused on stationary use, and providing them with a portable power supply will not make them mobile.
Our perimeter control sensor was originally developed based on the infrared curtain technology tested and patented in other sensors. Later, we were able to improve the sensor by using the capabilities of BLE technology to determine the moment of crossing the line between the two parts of the sensor - curtains.
The resulting sensor controls the crossing of a 50-meter-long line by a person or large animals. The controlled line is formed between the two parts of the sensor. The sensor itself is compact, lightweight and completely autonomous, requiring no external power supply or signaling wires. The sensor is all-weather and protected from false alarms due to weather conditions.
The sensor is easily mounted on a stand or any flat surface. It operates for at least one year on a built-in battery. When a line crossing is detected, a message is transmitted to the network gateway within 2 seconds, which, accordingly, transmits messages to the server and the user.
For fully mobile applications, there is an autonomous portable panel with an indication of the numbers of the sensors that have been triggered.
Each pair of curtains is tied to each other and does not affect the operation of other curtains located nearby.
Perimeter control in 5 minutes
This is exactly how much time it takes to install a pair of curtains 50 meters apart, turn them on and check their functionality.
Quick start
Due to the minimal time it takes to start the system, it can be used in any scenarios.
Complete autonomy
The sensor operates entirely on built-in batteries. No external batteries or wires are required.
Compactness
The curtain is made in the body of a small panel antenna and is comparable in size to a tablet
All-weather solution
Works in all weather conditions
Network and local execution
Alarms are transmitted via radio channel either to a local panel or to a network server
Reliable and long-range radio channel
Transmits information over tens of kilometers even through walls. Works from shielded freezers
Technical specifications
Working conditions
- from -40°C to +85°C
- Protection class: IP67
- Resistant to freezing
- Does not require external power sources
Data accuracy
- Detection of person, group of people, transport passing
- Instant notification when crossing the perimeter
- Channel control every 2 hours
Dimensions
- Dimensions 250×60×60 мм
- Power supply: internal 34 615 (D class)
- Weight: 180 grams
Data transfer
- Frequency range: 863-870 MHz
- Local panel distance 250 m
- Transmission range: up to 50 km
- LPWAN GoodWAN/OpenUNB
Experience of using sensors
Take a look at different use cases of the devices
Transport
Monitoring of parking on the platform
Our sensor is used to control the perimeter of the aircraft parking area. The ability to quickly install curtains after the aircraft occupies the parking area was in great demand by our Customer. The sensors allow for access control to the aircraft both during parking and during pre-flight preparation, due to the ability to organize a passage by moving the stand with the sensor.
Agriculture
Protection of plantings and gardens
Our perimeter sensors can be deployed to protect expensive crops and harvested crops exactly when needed. Our sensors have no "human factor", you can't negotiate with them about harvest removal and they themselves will not want to try it.
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