Fiber Intrusion Detection System（PFIDS）

ST970_V2 is a Positioning type Fiber Intrusion Detection System（PFIDS） designed for long distance perimeters. It delivers real-time monitoring and precise positioning capabilities to quickly detect and locate threat behaviors, enabling prompt intervention to prevent illegal activities.

Send Inquiry

Product Introduction

The system adopts a split design, comprising the ST970_V2A alarm host and the ST970_V2B control host. ST970_V2A provides A and B dual channel design, each channel occupies 3 cores of fiber,it allows adaptable laser power settings to suit varied cable lengths, ensuring thorough and continuous security monitoring of fiber optics. ST970_V2B control unit boasts powerful hardware to efficiently run complex algorithms, enabling the ST970 system to promptly detect and locate intrusions.

The ST970_V2 adopts distributed laser interference sensing technology with independent intellectual property rights, brings extremely high detection sensitivity and response speed. Based on the unique real-time polarization state control techniques, it ensures the stability and consistency of positioning accuracy. With multi-core detector synchronous operation technology, the system can flexibly set alarm parameters, effectively eliminating environment nuisance alarm.

Furthermore, the ST970_V2 allows automatic learning critical physical and alarm parameters in the field, which effectively simplifies the process of project opening, helping customers monitor and protect assets against illegal incursion in warehouses, airports, military area, border, etc.

Feature

With A/B dual-channel design, supports fiber cable up to 25km per channel.

With different power laser, support a variety of detection distance, improve the cost performance.

The entire perimeter can be arbitrarily divided into multiple zones by software

Calculate and indicate the location of intrusion event on map

The pin point location accuracy can be within a range of ±5meters*

Continuously monitor and detect intrusion events in real time

Supports various alarm types including intrusion, cutting, power off, and tamper alarms, with a rapid response time of less than one second.

Locate multiple intrusion points simultaneously

Supports both above ground and under ground application

Detect behaviors of climbing over,cutting and sabotage

Supports wave or straight cable deployment

Provides anti-disturb ability to minimize environment nuisance alarm

Be immune to small animals

Be immune to 7~8 level of wind

Be immune to downpour

Support 8-ch contact input and 8-ch contact output

Supports external expansion for contact input and output

Supports TCP/IP MODBUS protocol,achieves slave function

Supports RS232 interface to connect with 2G/3G module,achieve wireless alarm

System management

Provides Level-1 Web management, which is designed to manage single ST970 and offers both digital map(GIS map)and hand drawn map for map location,alarm management, video linkage, parameter configuration, etc

Provides a Level-2 web management platform that enables the management of multiple ST970 and other zone type fiber fences.

Provides SDK interface for easy integration with 3rd party platform

The outdoor terminal adopts ABS engineering plastics with IP68 level

Adopts passive component

Ambient working temperature：-40～85℃

ST970_V2A alarm host

Embedded laser module and photoelectric conversion module

ESD and surge protection circuits inside,immune to lightning strikes and EMI events

Dual 220V AC power supply with redundant protection, input voltage: 100V - 240V

Maximum device power consumption is less than 60W

Ambient working temperature: -10°C ~ +55°C

The aluminum extrusion chassis has an IP21 level of protection

19"2U height rack with the depth of 350mm

*Note：The ST970_V2 had achieved ±1-meter pin point location accuracy in lab tests conducted by a national quality inspection agency using glass bead simulations. However, the pin point location accuracy is around ±5 meters due to diverse environmental and operational factors in practical deployments.