Product SupportInstallation guide & product manual
Battery-free wireless climb detection for stable fence caps and perimeter rails across common fence materials.
Understand the intended system role and installation geometry before work begins.
The Fence Top Climb Detection Sensor detects pressure from an attempted climb-over and transmits a wireless alarm event.
Its intended alarm response depends on the paired receiver, zone configuration and project design.
This guide covers straight fence-top runs using a stable mounting surface at least 50 mm wide, standard and custom sensor lengths, a minimum 2 mm inter-unit gap, structural-sealant bonding and onsite assessment of features that may prevent a safe installation.
Confirm the production package and all required installation materials before release.
This product is part of a security system and does not replace physical protection or certified life-safety equipment.
The supplied dimension diagram is the exact visual source for product geometry and scale.
Follow this sequence for an approved Fence Top Sensor installation.
Confirm the fence cap or rail is straight, stable, structurally sound and at least 50 mm wide before planning sensor coverage.
Use standard 500 mm units for the main run and custom 300 mm or 200 mm units for shorter sections.
Remove dust, grease, loose coatings and moisture using methods approved for the substrate and structural sealant.
Apply two or three straight lines of construction-grade structural sealant along the bottom of the sensor. The sealant must be rated for exterior use and compatible with both the sensor base and mounting substrate.
Set each Fence Top Sensor onto the marked fence-top position and maintain a minimum 2 mm gap between adjacent sensors.
After the bonding system has cured, trigger and test every installed unit from its final position with the paired hub or I/O module.
Complete the final approved system sequence before customer release.
Follow the receiver-specific guide for enrollment, zone naming, success indications and removal.
Do not hand over the installation until the complete event path works reliably from every final position.
Use these states to verify the physical product and connected-system response.
| State | Fence Top Sensor | Expected system behavior |
|---|---|---|
| Normal condition | The Fence Top Sensor remains unobstructed on the protected narrow fence top. | No alarm event is generated. |
| Climb-over pressure | Pressure activates the self-powered sensing mechanism. | A 433 MHz RF alarm event is transmitted. |
| Receiver gets event | No local control is required at the sensor. | Mini Alarm Hub or Wireless I/O Module response follows the configured zone rules. |
| After activation | The sensor automatically returns to its normal state. | No reset, disarm or other action is required at the sensor. |
Resolve installation, power and communication faults before replacing the product.
| Symptom | Likely cause | Action |
|---|---|---|
| No event during activation test | Sensor not enrolled, receiver unavailable, weak RF path or incorrect mechanical activation. | Test near the receiver, confirm enrollment and inspect the final installation geometry. |
| Intermittent alerts | Weak radio conditions, metal shielding, unstable mounting or marginal activation. | Repeat tests at the final position and correct mounting or receiver location. |
| False or repeated alerts | Movement, obstruction, misalignment or unsuitable mounting surface. | Inspect the protected point, remove interference and remount if required. |
| Adhesive begins lifting | Contaminated surface, insufficient cure, unsuitable substrate or incorrect adhesive. | Remove safely, prepare again and remount using the approved bonding system. |
| Wrong device shown | Incorrect zone naming during commissioning. | Correct the device name and repeat the complete functional test. |
Current values from the approved datasheet and dimension diagram.
| Item | Value |
|---|---|
| Product code | AG-PFT-100 |
| Dimensions | 500 × 50 × 25 mm |
| Weight | 0.85 kg |
| Operating temperature | -20°C to 55°C |
| Storage temperature | -20°C to 55°C |
| Working humidity | ≤99% RH |
| Power | Self-powered |
| Shell material | FRP |
| Installation | Surface mount |
| Transmission | 433 MHz RF |
| Transmission range | Up to 80 m outdoors; up to 25 m indoors |
| Durability | >100,000 cycles |
Routine inspection and functional testing remain required throughout the system life.