Buried Cable Intrusion Detection System

Buried Cable Intrusion Detection System

Buried Cable Intrusion Detection System Component

Through cables buried underground or in walls, an invisible electromagnetic field space is formed around. The host alarm is triggered when an intrusion is received, but interference factors will not.

Component For Buried Cable Intrusion Detection System
Buried Sensor Energizer

Embedded Medium For Install

Sandy Soil
Sandy Soil

The soil is loose but has low compaction. A burial depth of 30-40 cm is required for effective detection and the cable needs to be protected by a casing to prevent erosion and displacement.

Clay Soil
Clay Soil
Dense and compact, suitable for vibration sensitive detection. Need to be buried 40-50 cm deep, avoid pressure when placed to ensure stability and correct signal transmission.
Loam Soil
Loam Soil
Provides a balance of stability and compaction. Can be installed at a depth of 40-50 cm to ensure safe placement, but requires proper drainage to avoid moisture damage over time.
Rocky or Gravelly Soil
Rocky or Gravelly Soil
Need to be buried 50-60 cm to prevent movement or exposure. Additional protective sleeves are required to avoid rock damage, and careful planning and safe placement are required.
Peat or Wet Soil
Peat or Wet Soil
Will retain some moisture, 30-50 cm depth is feasible, moisture-proof materials can be used to protect the cable and stabilize the soil to prevent erosion and damage.
Silty Soil
Silty Soil
Smooth, but may erode. Should be buried 40-50 cm deep to ensure stability. Ensure good drainage and secure cables to avoid movement or damage.

Prevent Intrusions Types

Vehicle and Intruder Movement

Vehicle and Intruder Movement

The movement of vehicles or intruders entering the electromagnetic field space can be detected, providing early warning of intrusion.

Digging or Tunneling

Digging or Tunneling

The system detects unusual disturbances or digging movements nearby that can signal an attempt to tunnel or dig under a fence or barrier.

Climbing or Damaging Fences

Climbing or Damaging Fences

The disturbance caused by an intruder attempting to climb over or damage a fence can be detected, especially when combined with nearby movement.

Vandalism or Deliberate Sabotage

Vandalism or Deliberate Sabotage

Sabotage, such as attempts to cut or damage a sensor cable, can trigger an alarm if the system detects tampering with the cable itself.

Featured Products

G4 Pulse Electric Fence

G4 Pulse Electric Fence

  • Bl-Polar°: Achieves 5000/1000V high-voltage pulse on each line and point of the frontend fence.
  • Local Settings: Configures local address, zone selection, anti-tamper alarm, and low battery alarm through DIP switch settings.
  • Local Interface: Includes communication interface, power output, anti-tamper box, alarm outputs, battery, and DC power interfaces.
  • Multiple Power Supply Methods: Supports AC and DC power options, with a DC12V battery for continuous operation during power outages.
  • Remote Control: Allows remote control via software for power management, alarm adjustments, and voltage settings.
F7-DAS Fiber Optic Intrusion Detection System

F7-DAS Fiber Optic Intrusion Detection System

  • Detection Range of 120km: Dual-channel detection with a range of up to 120km.
  • Simultaneous Recognition of 16,000 Points: Locates up to 16,000 intrusion points simultaneously.
  • Positioning Within ±1 Meter: Provides accurate intrusion positioning within ±1 meter.
  • Network Resilience in Fiber Breaks: Dual-channel fiber optic ensures operation even if the optical cable is cut.
  • Configurable Point Whitelist: Designate non-detection zones with flexible whitelist configurations.
Tensile Electric Fence

V7 Tensile Electric Fence

  • Detects and analyzes tension changes in each wire at the front end.
  • Outputs alarm signals when tension changes are detected.
  • Functions: Blocking function, Deterrence function.
  • Main power supply: AC220V (power adapter), DC24V, AC24V
L7 Super-array Buried Sensors

L7 Super-array Buried Sensors

  • Detection of Moving Targets: Detects moving targets up to 108 km/h, utilizing industrial-grade chips for high-speed data acquisition and vehicle intrusion detection.
  • Directional Recognition: Recognizes the direction of entry into the protected area, triggering alarms for entry but not exit.
  • Whitelist Configuration: Allows specific points within the installation range to be set as whitelist, exempt from detection.
  • Software Zone Partitioning: Supports flexible partitioning of security zones based on environmental factors and protection needs.
  • Precise Positioning: Provides location accuracy within ±0.5 meters, improving camera presetting and video analysis accuracy.
C3 Laser Beams For Perimeter Intrusion Detection System

C3 Laser Beams

Working Principle:
  • Transmission and reception of the laser beam.
  • Transmitter adjusted to emit laser for proper reception by the receiver.
  • Alarm triggered when the beam is blocked by an object.
Laser Characteristics:
  • Beam: 2, 4 beams, beam spacing 15cm
  • Detection distance: 50m, 100m, 200m
  • Strong penetration ability and long distance.
  • High anti-interference capability.
  • Reliable operation in rain and fog, with no false positives.
G5p Pulse Electric Fence

G5p Pulse Electric Fence

  • Remote Control: Power on/off, adjust alarm duration, set voltage values, and preset automatic voltage switching.
  • Adjustable Alarm Duration: Set the host’s alarm from 0 to 999 seconds and configure the sound/light alarm working time.
  • In the case of climbing or destruction, a short circuit occurs between two adjacent alloy wires.
  • A short circuit triggers the alarm

Application Scenarios

Hermitage

Provides secure perimeter protection for heritage areas, with underground cables that preserve landscape integrity and cultural building appearance, while monitoring activities and issuing timely alarms.

Electromagnetic sensor wires, which can adapt to a variety of situations and terrains, increase the level of security. They maintain high detection accuracy even in harsh weather conditions, ensuring internal order and stability.
Discreet perimeter protection for energy facilities is provided by electromagnetic sensing cables, which successfully identify entry attempts and integrate with current monitoring systems to guarantee the facilities’ safe operation.
The villa estate ensures intelligent security management with underground-buried electromagnetic sensing cables that monitor approaching behavior near the boundary while preserving aesthetics, offering enhanced security for the owner.
Hermitage
Regulatory Venue
Energy Facilities
Villas and estates

Frequently Asked Questions

How sensitive are the buried sensors?

Answer: Buried sensors are highly sensitive and can detect even small disturbances such as footsteps or light digging. Sensitivity levels can be adjusted to reduce false alarms from environmental factors like animals or weather, ensuring the system responds only to genuine threats.

Answer: Yes, buried sensors are highly resistant to tampering because they are installed underground, making them difficult for intruders to locate or disable. Any attempt to dig or disturb the sensor cables will trigger an alert, providing early detection of tampering.

Answer: Rain, snow, and extremely high or low temperatures are just a few of the weather situations under which buried sensors are intended to function dependably. The cables are sealed to protect against moisture and environmental wear, ensuring reliable performance year-round.

Answer: Yes, buried sensors can detect animal movement, especially larger animals like deer, dogs, or livestock. However, the system can be adjusted to reduce false alarms from smaller animals such as rodents, ensuring that only significant disturbances trigger alerts.

Answer: Indeed, it is possible to easily combine buried sensors with other security systems including alarm, access control, and video surveillance. Coordination of responses to identified intrusions is made possible by integration, which offers a unified approach to security.

Answer: Once installed, buried sensors require minimal maintenance. To make sure the system is properly calibrated and operating at its best, routine inspections can be required. Repairs are typically only needed if there is physical damage to the cables or sensors, such as from digging or erosion.

Answer: Yes, buried sensors are highly effective at detecting digging or tunneling attempts along the perimeter. The sensors detect the vibrations or pressure changes caused by such activities and can alert security teams before the intruder completes the breach.

Answer: Yes, buried sensors are ideal for securing large areas, such as borders, pipelines, or expansive properties. They can be scaled to cover vast perimeters and are highly effective in remote or hard-to-reach locations where traditional security measures may not be feasible.

Have questions?We can help

Please complete the following fields.

    Leave Your Message