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SENSTAR IntelliFIBER Product Manual

Perimeter protection fiber optic disturbance sensor
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IntelliFIBER
Perimeter Protection Fiber Optic Disturbance Sensor
Product
Guide
C6DA1102-001, Rev F
First edition
August 26, 2009

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Summary of Contents for SENSTAR IntelliFIBER

  • Page 1 ™ IntelliFIBER Perimeter Protection Fiber Optic Disturbance Sensor Product Guide C6DA1102-001, Rev F First edition August 26, 2009...
  • Page 2 The information provided in this guide has been prepared by Senstar Corporation to the best of its ability. Senstar Corporation is not responsible for any damage or accidents that may occur due to errors or omissions in this guide. Senstar Corporation is not liable for any damages, or incidental consequences, arising from the use of, or the inability to use, the software and equipment described in this guide.
  • Page 3 About this guide This is the overall product guide for the IntelliFIBER fiber optic disturbance sensor using either the relay or multiplex version processor. This guide includes information to assist you in selecting, installing, calibrating and maintaining the components for your IntelliFIBER system.
  • Page 4 Here is a list of the documents that you can refer to for more information: Document Number Document Name C6DA0302-001 Intelli-FLEX DC/DC Relay Version product guide C6DA0402-001 Intelli-FLEX Multiplex Version product guide M0DA0302-001 Sennet Product Guide C6DA0118-001 Intelli-FLEX & IntelliFIBER Site Survey (Commercial Version)

  • Page 5: Table Of Contents

    Before you install and use the IntelliFIBER system - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1-2...
  • Page 6 IntelliFIBER processor - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -...
  • Page 7 IntelliFIBER daughter card power-up - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -...
  • Page 8 IntelliFIBER daughter card gain setting- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -...
  • Page 9 IntelliFIBER system component loss- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -...

  • Page 11: Before You Start

    Before you start Precautions Laser Safety Classes The IntelliFIBER product contains a Class 1 laser source. Laser light DANGER AVOID DIRECT EXPOSURE TO THE LASER LIGHT. Do not view fiber ends if they are illuminated with a laser. DO NOT SHINE BEAM into anyone’s eyes - this can cause permanent eye damage.

  • Page 12: Before You Install And Use The Intellifiber System

    Cleaning connectors It is essential that fiber optic users develop the necessary discipline to ALWAYS clean the connectors before they are mated. Cleaning connector instructions • Follow proper cleaning and handling procedures. 1 - 2 • • • IntelliFIBER product guide...

  • Page 13: Connector Cover

    Some protective covers may still contain some of the mould release compound used in their manufacture. This mould release compound could contaminate the ferrule. Cap a connector immediately after extraction and clean it before reconnecting. IntelliFIBER product guide • • • 1 - 3...

  • Page 15: Principles Of Operation

    When used to monitor a single zone, the IntelliFIBER single zone processor is capable of monitoring one 1000 meter (3280 ft.) zone.

  • Page 16: Intellifiber Detector Daughter Card

    (an adjustment in power level is required) or that the laser light source has failed. The IntelliFIBER detector daughter card has a unique bar graph meter that can display received light level from either of the two zones. This simplifies field setup and optimizes detector loop power independent of the zone length.

  • Page 17: Adaptive Signal Processing

    The IntelliFIBER system continuously monitors and evaluates signals from the sensor cable(s). To avoid nuisance alarms, the system compensates for signals that are picked up by the sensor cables due to wind and rain.

  • Page 18: Climb Detection

    If the climb activity count is not exceeded within the preset climb window the climb counter resets. If the number is exceeded, the system identifies the activity as an intrusion attempt and will generate a climb alarm. 2 - 4 • • • IntelliFIBER product guide...

  • Page 19: Nuisance/False Alarms

    System supervision The IntelliFIBER system monitors itself to ensure that its detection capability is not compromised. If that capability has been compromised, the system will generate a supervision alarm. Supervision alarms can occur for several reasons: processor enclosure door is open •...

  • Page 20: Power Fail

    Tamper state The IntelliFIBER system uses a Hall Effect sensor to detect if the enclosure door is open. A magnet is mounted on a standoff on the enclosure door. The magnet must be in close proximity to the tamper sensor, located on the processor, for the tamper alarm to be deactivated.

  • Page 21: System Components

    System components Components Overview Each IntelliFIBER system is a self-contained detection system. The system consists of the following items with some being optional, as shown in Figure 3-1: ZONE ZONE SENSTAR-STELLAR CABLE CABLE FIBER OPTIC MODULE OUTPUT OUTPUT MADE IN CANADA...

  • Page 22: Standard Components

    Fiber optic sensor cable including data fibers optional Audio Module and copper power distribution optional Weather Station Standard components The standard components necessary to operate the IntelliFIBER system are: fiber optic sensor cable • loopback terminators • UV resistant cable ties •...
  • Page 23 All sensor cable configurations are available in rolls of 100 m (328 ft.), 200 m (656 ft.), 300 m (984 ft.), and 1000 m (3280 ft.). The three kinds of cable are shown in Figure 3-2: IntelliFIBER product guide • • • 3 - 3...

  • Page 24: Tie Wraps

    14 AWG insulated copper wires) Figure 3-2: Types of fiber optic sensor cable IntelliFIBER’s fiber optic sensor cables are sensitive to physical disturbance. Because they are mounted directly on existing fences, anything that causes the fence fabric to vibrate, such as shaking or hitting the fence, will be transferred to the sensor cable.

  • Page 25: Communications Cable (Multiplex Processor Only)

    The choice of copper wire or fiber optic, and the communication system being used will determine the processor board that is required. Senstar offers cable for communication applications. See Fiber optic sensor cables, on page 5-2. Cable loopback terminators...

  • Page 26: Fiber Optic Connectors

    Fiber optic connectors ST connector The straight tip (ST) fiber optic cable connectors are used with the IntelliFIBER system. See Figure 3-4. Fiber connector systems incorporate a method that both aligns and fixes the fiber in its proper position. The alignment is usually accomplished by inserting the fiber into a built-in sleeve or ferrule.
  • Page 27 Intelli-FLEX processor (on mounting plate) Figure 3-6: Intelli-FLEX processor with IntelliFIBER dual zone fiber optic daughter card The terminal blocks along the bottom of the processor card contain connections for the processor power supply, monitoring and auxiliary devices.

  • Page 28: Configuration Module

    Power supply options The IntelliFIBER dual zone processor can be powered one of two ways: local DC power/float charger and rechargeable battery •...
  • Page 29 The DC power/float charger is merely plugged into the AC power supply and 15 VDC is applied to the IntelliFIBER daughter card. The IntelliFIBER daughter card supplies 13.5 VDC to the processor in parallel with the 12 VDC Gel Cell battery.
  • Page 30 UPS system for the overall security system. If a UPS system is not already a part of the overall security installation, a small standalone UPS system may be used to power the IntelliFIBER perimeter system. The UPS system may be purchased from a local supplier or from Senstar.

  • Page 31: Optional Components

    Piggy-backed on IntelliFIBER daughter card Figure 3-10: Multiplex Audio Module installed on the IntelliFIBER daughter card A single Audio Module can be used to assess the audio signals from one or two zones. All Audio Modules located on the perimeter may be enabled simultaneously to listen to the entire perimeter.

  • Page 32: Weather Station

    Each IntelliFIBER dual zone processor can accommodate a weather station to determine the level of local weather activity. The Weather Station, or weather sensor (see Figure 3-11) is typically located above the fence near the IntelliFIBER processor. The IntelliFIBER processor uses this weather information to make decisions on how to interpret signals from the fiber optic cable sensors.

  • Page 33: Site Planning

    Site planning guidelines Follow these guidelines to create an operating environment that allows the IntelliFIBER system to perform well. Perform regular inspections to ensure that the fence remains in good condition. Timely repairs to fence damage, the control of vegetation, and regular visual inspections of all detection zones, will provide years of effective operation.

  • Page 34: Site Survey

    A survey should be conducted before the installation of any system hardware to ensure that the site conditions are suitable for optimum function of an IntelliFIBER system. The primary concern of the site survey is the condition of the fences and gates where the sensor cable will be attached.

  • Page 35: Fence Application

    If you do not see your specific fence type listed below, please contact your Senstar representative. See Figure 4-1: Fence types.
  • Page 36 Chain-link fences Chain-link or weld mesh fences are one of the most popular types of perimeter fences, hence, IntelliFIBER is often installed on an existing chain-link fence. The chain-link fence fabric should meet the following minimum specifications: 2.9 mm dia. (9 GA) galvanized steel, 2.5 to 7.5 cm (1 to 3 in.) mesh chain-link.
  • Page 37 Fence application Palisade fences The effectiveness of an IntelliFIBER system installed on this type of fence will depend entirely on the characteristics and construction of the specific fence. There are several types of palisade fences. Standard palisade fences consist of vertical metal stakes which are welded, riveted, or bolted to horizontal support members.
  • Page 38 Other structures The IntelliFIBER system can be used on other types of fence structures. The system can be installed indoors as well. For IntelliFIBER installation information on wrought iron, or any other type of fences that might be included in the security perimeter of your site, please contact Senstar.

  • Page 39: Fence Condition

    As with all fence detection systems, the fence condition is critical to the trouble- free, efficient operation of the IntelliFIBER sensor. Breaks in the fence structure or slack areas in the fence fabric will inhibit the transmission of the fence vibrations to the optical fiber sensor cable.

  • Page 40: Sample Perimeter Layout

    Perimeter layout guidelines Use a site plan to mark the locations for the IntelliFIBER components as follows: fiber optic sensor cables - indicate layout of cable in each zone • IntelliFIBER dual zone processors • optional equipment • cable connectors - indicate type of connector (splice) •...

  • Page 41: Corner And Service Loops

    Figure 4-4: Post mounted processor location The IntelliFIBER processor is designed to be mounted outdoors on a post. The post should be on the protected side of the perimeter and it should be close to, but separate from the protected fence. The sensor cable should run through buried conduit to the fence.
  • Page 42 DO NOT use the fence as a ground. Mounting hardware for the enclosure is customer supplied. Senstar recommends that you use U-bolts to fasten the enclosure complete with the IntelliFIBER processor to a post located close to the fence. For installations in hot, sunny environments,...

  • Page 43: Audio Module (Optional)

    It is mounted horizontally to a fence post or fence fabric using two tie wraps. Splice enclosure The zone end termination loopback is used in standalone applications. Figure 4-5: Zone end termination loopback IntelliFIBER product guide • • • 4 - 11...

  • Page 44: Overlapping Zones

    Figure 4-6: 2 fiber core application Start point overlap start point overlap fiber optic sensor cable fiber optic sensor cable 1.5 m (5 ft.) Zone 1 Zone 2 IntelliFIBER processor enclosure Figure 4-7: Start point overlap 4 - 12 • • • IntelliFIBER product guide...

  • Page 45: Power Supply

    A centrally located low voltage DC power supply is preferred for larger sites. • It can provide 24 or 48 VDC depending on the site requirements. For sites in remote locations, a UPS system may be required as the primary power source. IntelliFIBER product guide • • • 4 - 13...

  • Page 46: Power Distribution Plan (Low Voltage)

    Perimeter layout guidelines Power distribution plan (low voltage) The DC/DC converters on the IntelliFIBER processors operate over an input range of 18 to 56 VDC. This allows the processors to operate over long power distribution runs. Small installations, with short zones and/or few processors, can...
  • Page 47 19.8 Table 4-2: Wire gauge and power consumption for 24 VDC power supply End powered distance between processors zone length power distribution cable Figure 4-9: Power supply located at the end IntelliFIBER product guide • • • 4 - 15...

  • Page 48: Equipment Requirements

    Configuration Module is required to set the processor address and baud rate. The UCM cannot be used on standalone (relay output) processors. Refer to Appendix b - Spare parts list, for IntelliFIBER component listing. 4 - 16 • • • IntelliFIBER product guide...

  • Page 49: Installation Instructions

    • Install fiber optic sensor cable. • Install terminator device(s) at the end of the sensor cable. • Install the enclosure complete with the IntelliFIBER single or dual zone • processor. Complete the wiring connections for all components. • For site planning and equipment requirement guidelines refer to Chapter 4, Site planning.

  • Page 50: On Chain Link Fence

    In such cases the processor gain and the signal threshold may require further adjustments. 5 - 2 • • •IntelliFIBER product guide...

  • Page 51: On Weld-Mesh Fence

    - the tie wraps should be placed at the intersection points of the weld-mesh wires every 25 cm (10 in.). IntelliFIBER product guide • • • 5 - 3...

  • Page 52: On Palisade Fence

    2.0 meters tall Figure 5-3: Palisade fence Keep the following in mind when installing IntelliFIBER optical fiber sensor cable on a Palisade-style of fence: Along the flat sections of fence, insert the sensor cable in plastic strips or clips •...

  • Page 53: On Barbed Wire Fence

    Figure 5-4: Fiber optic sensor cable installed on barbed wire fence Keep the following in mind when installing IntelliFIBER sensor cable on a barbed wire fence: Take care not to damage the fiber optic sensor cable on the barbs during •...

  • Page 54: On Concertina (Razor Ribbon)

    Fiber optic cable types See Chapter 3, System components for detailed information on the three types of fiber optic cable that can be used in standalone and network applications. 5 - 6 • • •IntelliFIBER product guide...

  • Page 55: Fiber Optic Sensor Cable Installation

    Fiber optic sensor cable and cable ties The fiber optic sensor cable can be mounted on either side of the fence. However, Senstar strongly recommends installing the cable on the secure side of the perimeter (the side of the fence opposite the threat).

  • Page 56: Attaching The Fiber Optic Sensor Cable To The Fence

    The person holding the cable applies just enough tension to prevent the cable from sagging due to gravity. See Figure 5-7. 5 - 8 • • •IntelliFIBER product guide...
  • Page 57 (See Figure 5-8). fence post sensor cable secure the cable at both sides of each fence post Figure 5-8: Fiber optic sensor cable secured at fence post IntelliFIBER product guide • • • 5 - 9...

  • Page 58: Corner And Service Loops

    Secure the cable to the fence so that it follows the contour of the ground, while it maintains a constant distance from the ground. (i.e., If the fence steps up a hill, the cable should also step up the hill.) 5 - 10 • • •IntelliFIBER product guide...
  • Page 59 Fiber optic sensor cable installation Overlap Wherever two IntelliFIBER zones meet, there should always be an overlap to prevent an area with reduced detection sensitivity. Overlap the sensor cables from the two zones by approximately 1.5 m (5 ft.). An alarm originating in an overlap can be reported in both detection zones.
  • Page 60 (use for cable repair) 1/3 height 1/3 height 30 to 45 cm 1/3 height 12 to 18 in. Figure 5-13: Double fiber optic sensor cable pass 5 - 12 • • •IntelliFIBER product guide...

  • Page 61: Pointers

    For high security applications, or for additional security for all applications, Senstar recommends using two galvanized wire ties on each fence panel, in addition to the nylon cable ties. Twist the wire ties to hold the IntelliFIBER product guide • • • 5 - 13...

  • Page 62: Installation Of Fiber Optic Cable At Gates

    Ensure that there is no loose fiber optic sensor cable when the gate is closed. • Gate bypass To bypass a gate, (no IntelliFIBER protection for the gate) the fiber optic cable is routed underground through conduit, from one side of the gate to the other (see Figure 5-15).
  • Page 63 Bury the conduit at a depth of 46 cm (18 in.). Run the fiber optic sensor cable down the fence to the ground, and pull it through the buried conduit. Completely seal both ends of the conduit. IntelliFIBER product guide • • • 5 - 15...

  • Page 64: Swinging Gate With Cable Protection

    Gates that are infrequently used, such as maintenance gates, are generally included as part of the IntelliFIBER zone. These gates can be protected by installing a loop of IntelliFIBER sensor cable on the gate panel (see Figure 5-16 and Figure 5-17).

  • Page 65: Sliding Gates

    Sliding gates IntelliFIBER sensor cable can NOT be installed on sliding gates, due to the potential for damaging the fiber optic cable when the gate opens and closes. Follow the directions for a gate bypass and use an auxiliary sensor to provide protection for the area at the sliding gate.

  • Page 66: Pointers

    Follow the instructions supplied with the fiber optic connector installation kit (X0268 or XO268-230) for the connector type being used. A typical connector installation kit looks similar to Figure 5-18 shown below. Figure 5-18: Fiber optic connector installation kit 5 - 18 • • •IntelliFIBER product guide...

  • Page 67: Splicing Optical Fibers

    Butt, in-line and branch type configurations are possible with this type of splice closure. See Figure 5-19 and Figure 5-20 for visual examples. IntelliFIBER product guide • • • 5 - 19...

  • Page 68: Cable To Cable Splice

    Follow the manufacturer’s installation instructions that come with the Gelsnap kit. Cable to cable splice Figure 5-21: Cable to cable splice 5 - 20 • • •IntelliFIBER product guide...

  • Page 69: Splice Closure Kit

    Follow proper installation procedures for loopback termination or splice enclosure installation. IntelliFIBER product guide • • • 5 - 21...

  • Page 70: Installing The Intellifiber Processor

    LED7 LED8 LED10 LED11 LED12 LED15 LED14 network power supply communication connector connections (fiber optic) auxiliary relay auxiliary device connector connection Figure 5-24: IntelliFIBER dual zone processor (fiber optic cable multiplex version) 5 - 22 • • •IntelliFIBER product guide...

  • Page 71: Intellifiber Fiber Optic Daughter Card

    Installing the IntelliFIBER processor The IntelliFIBER dual zone processor is shipped mounted inside a NEMA 4 rated weatherproof enclosure. The processor should remain mounted inside the enclosure during installation of the enclosure. Mounting hardware for the enclosure is customer supplied. Senstar recommends that you use U-bolts to fasten the enclosure complete with the IntelliFIBER processor to a post located close to the fence.

  • Page 72: Processor Installation Guidelines

    RV3, RV4, RV5 sealed factory settings (DO NOT adjust) Processor installation guidelines When installing an IntelliFIBER processor, keep the following points in mind: if razor ribbon is installed along the bottom of the fence, mount the processor • on a structure or post that is independent of the protected fence, on the...

  • Page 73: Installing The Intellifiber Daughter Card

    (see Figure 5-26). These are the mounting sites for the IntelliFIBER daughter card. There are four holes with an equal spacing on the right half of the daughter card (see Figure 5-27). Use the supplied 4-40 screws and #4 split washers to fasten the IntelliFIBER daughter card onto the processor board.
  • Page 74 Installing the IntelliFIBER daughter card Before connecting power to the IntelliFIBER daughter card, make sure that all 6 positions of SW3 are set to OFF (see Figure 5-28). When finished, attach the supplied 7-position plug to P1 and attach the power leads as required for power options.

  • Page 75: Calibration

    Multiplex Audio Module Figure 5-30: IntelliFIBER daughter card mounted on Intelli-FLEX processor board and optional audio module mounted on IntelliFIBER daughter card Calibration Zone calibration has been greatly simplified by the incorporation of a built in optical receiver power meter. On the lower left edge of the adapter daughter card, you will notice that there is a line of LEDs labelled 1 through 10.
  • Page 76 If adjusting RV1 or RV2 does not provide proper received power levels, follow the troubleshooting guidelines and check for a faulty sensor fiber, poor connections or a defective adapter which should be returned for service. 5 - 28 • • •IntelliFIBER product guide...

  • Page 77: Intellifiber Processor Settings

    (SK1, SK2) plugged into two IC sockets (U18, U19). SK1 plugs into U18 and SK2 plugs into U19. and SK2 plugs into U19. Figure 5-33: Processor jumpers (copper wire Multiplex version) IntelliFIBER product guide • • • 5 - 29...

  • Page 78: Jumper Settings

    Figure 5-34: Processor jumpers (fiber optic cable Multiplex version) Jumper settings The settings for the local supervision jumpers JP1 and JP2 depend on the revision level of the IntelliFIBER daughter card. For local supervision, jumpers JP1 and JP2 MUST be installed for Rev B3 and earlier boards.
  • Page 79 For normal mode, insert the shunt between pins 2 and 3. • For PASS mode, insert the shunt between pins 1 and 2. • PASS mode is a special option. Contact Senstar for more information. JP-7 Option Jumper Insert the shunt on the jumper for PASS mode only.

  • Page 80: Auxiliary Relays (Multiplex Version Processor)

    The version 2.20 firmware will work with all versions of Senstar 100, and StarNeT 1000 software. However, to view and set the local relay control mode at the host PC requires Senstar 100 version 6.13 or later, or StarNeT 1000 version 2.64 or later.

  • Page 81: Wiring To Auxiliary Control Relays

    IntelliFIBER processor settings Wiring to auxiliary control relays The IntelliFIBER processor uses two dry contact relays as remote control relays. There are two independent relays on each processor. Each relay has a common connection to either a Normally Open (NO) or Normally Closed (NC) relay contact.

  • Page 82: Relay Contact Ratings

    Figure 5-36: Connectors (fiber optic cable multiplex version) Relay contact ratings The connections to the IntelliFIBER processor are form C and rated at 0.5 amp maximum, 30 VAC/DC maximum. This limit is to prevent overheating of the 1 ohm 1/2 watt rated lightning surge resistors that are in series with the relay contacts.

  • Page 83: Wiring Connections

    1 and 2 of the auxiliary device connector (TB2). This resistor is installed at the factory and should only be removed when an auxiliary device is connected. IntelliFIBER product guide • • • 5 - 35...
  • Page 84 When an alarm occurs, the alarm relay de-energizes and the relay opens. The 820Ω becomes part of the loop, and causes the voltage at the AD input pins to increase to approximately 2.75 volts. This is interpreted as an “Alarm” condition. 5 - 36 • • •IntelliFIBER product guide...
  • Page 85 When a tamper supervision alarm is reported the associated sensor is considered to be out of service until the condition is corrected. For added security a PASS mode option is available. Contact Senstar for details. IntelliFIBER product guide • • • 5 - 37...

  • Page 86: Communications Wiring (Multiplex Version)

    RxA+ & RxA- terminals on the first IntelliFIBER processor in the string. The signal is retransmitted to the next processor from TxB+ and TxB- on the first IntelliFIBER processor to RxA+ and RxA- on the next processor, and so on to the end of the string.
  • Page 87 Communications Wiring (Multiplex version) Figure 5-40: Full duplex Crossfire communication over copper wire IntelliFIBER product guide • • • 5 - 39...

  • Page 88: Full Duplex Crossfire Communication Over Fiber Optic Cable

    EIA-232 on the computer, where the status bytes are read and checked against each other. See Figure 5-41, Full duplex Crossfire communication over fiber optic cable, on page 5-41. 5 - 40 • • •IntelliFIBER product guide...
  • Page 89 Communications Wiring (Multiplex version) PORT1 PORT1 PORT2 PORT2 RS232 RS485 RS232 RS485 +TXA -TXA +RXA -RXA +TXB -TXB +RXB -RXB +12V Figure 5-41: Full duplex Crossfire communication over fiber optic cable IntelliFIBER product guide • • • 5 - 41...

  • Page 90: Sennet Multi-Drop Eia-485, Redundant Communication, Using 2 Twisted Pair Copper Wires

    Sennet option card on the Intelli-FLEX/FIBER processor card. Make sure to line up the pins at SK1 on the Sennet option card with U18 on the IntelliFIBER processor card and SK2 to U19. Press the Sennet option card in place.
  • Page 91 Communications Wiring (Multiplex version) Figure 5-42: Sennet multi-drop EIA-485, redundant communication, using 2 twisted pair copper wires IntelliFIBER product guide • • • 5 - 43...
  • Page 92 Communications Wiring (Multiplex version) Figure 5-43: Sennet multi-drop EIA-485, communication, using 1 twisted pair copper wire 5 - 44 • • •IntelliFIBER product guide...

  • Page 93: Sennet Redundant Communication, Using Fiber Optic Cables

    In this configuration, the Sennet Network Controller sends out a poll message (on either the X or Y side) to the first or last IntelliFIBER processor. The processor then responds on both of its fiber optic transmitters. Although the response is generated in both directions around the communications network, the Network Controller only expects a response from the side of the original transmission.
  • Page 94 Communications Wiring (Multiplex version) Figure 5-44: Sennet redundant communication, using fiber optic cables 5 - 46 • • •IntelliFIBER product guide...
  • Page 95 Communications Wiring (Multiplex version) Figure 5-45: Sennet communication, using a fiber optic cable IntelliFIBER product guide • • • 5 - 47...

  • Page 96: Power Connections

    7.5 m (25 ft.) located in processor enclosure (alternate location - at the DC power supply) Figure 5-46: Powering a single IntelliFIBER processor IntelliFIBER daughter board power pinouts as identified in Figure 5-46 Battery Negative Battery Battery Positive Output Ground To processor (if powered by 15 V adapter) Output +13.5 Volts...
  • Page 97 Locate a source of AC power. It should be in close proximity to the processor, depending on the gauge of the power cable. Make the following connections: From the gel cell battery to the IntelliFIBER daughter card connect: • Black lead (neg.) to P3-1 •...

  • Page 98: Using The Dc Power Distribution System

    The power cable may also be installed directly on the fence, as permitted by local electrical code. To power the system from a central source, run the power distribution cable around the perimeter and tap off to each processor. 5 - 50 • • •IntelliFIBER product guide...
  • Page 99 NOTE: The 420 mA maximum output from the DC/DC converter includes the 250 mA required by the IntelliFIBER daughter to next processor from power source card. Do NOT attempt to power an external device that if shielded cable is used draws more than 170 mA, from the DC/DC converter.

  • Page 100: Backup Power (Ups)

    If a UPS system is not already a part of the overall security installation, a small standalone UPS system may be used to power the IntelliFIBER perimeter system. The UPS system may be purchased from a local supplier or from Senstar.

  • Page 101: System Power Verification

    Once sensor power has been connected, verify that the installation is correct. To verify the installation for 24 VDC powered processors, check TB1 terminal 1 and 2. Verify voltage is between 18 VDC and 26 VDC. IntelliFIBER product guide • • • 5 - 53...

  • Page 102: Optional 'Listen-In' Multiplex Audio Module

    1 2 3 4 5 audio bus to next Multiplex Audio toward Control Room Module away from or next Multiplex Audio Control Room Module closer to Control Room Figure 5-53: Wiring to the Audio Module (Mux) 5 - 54 • • •IntelliFIBER product guide...

  • Page 103: Wiring To The Audio Module (Relay Version)

    GND Figure 5-54 Wiring to the Audio module (Relay) The Audio Module receives signals from each zone of the IntelliFIBER processor. The screw terminal connectors on TB1 also receive audio from other connected audio modules.
  • Page 104 Signal boosting is accomplished by splitting the perimeter into smaller segments consisting of X zones. The amplified output is used to daisy chain one bus to the next. Please consult Senstar prior to boosting the audio signal at your site. 5 - 56 • • •IntelliFIBER product guide...

  • Page 105: Adjusting The Audio Module

    This may take a bit of trial and error. SW1 can be used for installation/diagnostic purposes. Putting the Switch (SW1) in a “down” position forces the audio for that zone to the bus regardless of any other inputs. IntelliFIBER product guide • • • 5 - 57...

  • Page 106: Optional Weather Station

    Attach the cable from the weather station securely to the fence, and run it into the bottom of the enclosure. Make the connections to the appropriate terminals, as shown in the installation diagrams provided with the Weather Station. 5 - 58 • • •IntelliFIBER product guide...

  • Page 107: The Configuration Module

    It is connected to the processor being calibrated and disconnected upon completion of the calibration, therefore enabling a single Configuration module to be used to configure all IntelliFIBER processors in a multiple processor installation.

  • Page 108: Modes Of Operation

    See Connecting the Configuration module, on page 7-2 for Configuration module operating instructions. Modes of operation The IntelliFIBER system has three modes of operation - Monitor, Configure and Level. All three modes are accessible with the Configuration module installed. The processor automatically returns to Monitor mode after the configuration module has been disconnected from the processor board.

  • Page 109: Level Mode

    Functional parameters affect the event assessment and environmental response of the system. These parameters should be altered only by personnel who have an in-depth knowledge of the IntelliFIBER processor signal processing program. Access to functional parameters requires a special cipher code.

  • Page 110: Configuration Module Leds

    The displayed value is peak trigger parameter for the indicated zone Ambient Compensation The displayed value is the ambient compensation parameter for the indicated zone Common Mode The displayed value is the common mode parameter for the indicated zone 6 - 4 • • • IntelliFIBER product guide...

  • Page 111: Monitor Mode Leds And Display

    The Climb LED will also illuminate along with the Alarm LED and appropriate Zone LED when a cut scenario from either zone triggers an intrusion alarm. IntelliFIBER product guide • • • 6 - 5...

  • Page 112: Configure Mode Parameters And Displays

    Indicates that a supervision condition exists in the processor. Configure mode parameters and displays The following section details the function of each LED that is available when the Configuration module is in Configure mode. 6 - 6 • • • IntelliFIBER product guide...
  • Page 113 For example, when the Zone 1, Cut and Time Window LEDs are lit, the displayed value is the length of time that the cut window will be activated when the first cut event occurs. IntelliFIBER product guide • • • 6 - 7...

  • Page 114: Monitor Level Mode Parameters And Displays

    Relay Time LED (multiplex version processor) Indicates that the displayed parameter is the length of time that the auxiliary relays remain active following an alarm condition. The default value is two seconds. 6 - 8 • • • IntelliFIBER product guide...
  • Page 115 (01) the ambient readings in both zones must be similar or Ambient Compensation will not take place, When Common Mode is disabled (00) Ambient Compensation will always take place. The factory setting is 00 (Common Mode disabled). IntelliFIBER product guide • • • 6 - 9...

  • Page 116: Function Key Descriptions

    Displays level 5. Level mode mode, Zone 1-Cut always comes up in Auto Clear. status. (i.e., leaves level Ambient Compensation and Common mode.) mode can be accessed for Zone 1 and Zone 2. 6 - 10 • • • IntelliFIBER product guide...

  • Page 117: Function Key Operation In Monitor Mode

    Multiplex version processor. Load/Self-Test Pressing Load/Self-Test will cause a local self-test to occur on the selected zone. The self-test tests the type of threat activity that is selected. IntelliFIBER product guide • • • 6 - 11...
  • Page 118 If br is displayed, pressing Clear will display the current baud rate code on the Multiplex processor. If lr is displayed, pressing Clear will display the current auxiliary relay control mode on the Multiplex processor (00 = network relay control, 01 = local relay control). 6 - 12 • • • IntelliFIBER product guide...

  • Page 119: Function Key Operation In Configure Mode

    If already in configure mode select Zone 1-Cut-Time Window. Press Function Select, then Clear. Observe decimal point goes out, if it was on. Check configuration parameters. They should all be the factory default values. IntelliFIBER product guide • • • 6 - 13...
  • Page 120 Load must be pressed immediately after Increase or Decrease or the new parameter will not be saved. Function Select Pressing Function Select has no effect unless the proper Cipher code has been entered. 6 - 14 • • • IntelliFIBER product guide...
  • Page 121 While the new address is being saved, the processor will be taken out of the communication loop. If the processor was communicating at the time, a temporary communications failure will result. IntelliFIBER product guide • • • 6 - 15...
  • Page 122 Sennet * 1 - 62 19 200 * Sennet networks that are connected to StarNeT 1000 alarm display and control systems can use only address range 1 - 62 for IntelliFIBER processors. 6 - 16 • • • IntelliFIBER product guide...

  • Page 123: System Calibration

    This section provides instructions to configure the system using the Configuration module. The IntelliFIBER system is shipped with factory preamplifier gain preset and parameter settings that are based on the “average” chain-link fence for “typical”...

  • Page 124: Connecting The Configuration Module

    L1 or L2 depending on which zone is affected. The Configuration module will not respond to key inputs until the supervision alarm has been acknowledged. Press Clear to continue operation. • 7 - 2 • • • IntelliFIBER product guide...

  • Page 125: Setting The Processor Address/Baud Rate (Multiplex Version Processors)

    JP5 on the processor board). Setting the processor address/baud rate (Multiplex version processors) For network based IntelliFIBER processors, the address and baud rate must be set via the Configuration Module. In order for the processor to operate as part of the Senstar 100 (Sennet) system the processor address must have a setting between 1 and 62.

  • Page 126: Intellifiber Daughter Card Gain Setting

    9600 4800 2400 1200 IntelliFIBER daughter card gain setting The IntelliFIBER daughter card will be set to a gain of 0.1 for most installations. Long perimeters may require a gain of 0.5. SW1 & SW2 Gain 0.1 SW1 & SW2 Gain 0.5...

  • Page 127: Preamplifier Gain Setting

    20 cm (8 in.) long, at the intensity level at which minimum detection is desired. Before proceeding review Tapping the fence, on page 7-7. The level reading captured on the Configuration module display should be between 20 and 30. IntelliFIBER product guide • • • 7 - 5...
  • Page 128 Repeat steps 3 to 5 in the Gain setting procedure - Zone 1, but adjust R26, on the processor board, instead of R19. Exit the level mode by pressing Function Select. This will toggle the Configuration module back to the Monitor mode display. 7 - 6 • • • IntelliFIBER product guide...

  • Page 129: Tapping The Fence

    This impact should occur at least 30 cm (12 in.) from where the sensor cable is mounted to the fence. This is a Medium Tap. IntelliFIBER product guide • • • 7 - 7...

  • Page 130: Testing For Proper Intrusion Detection

    Zone 1 alarm LED on the processor board goes off, the Cut Count and Climb Time are reset to their initial values, and the Cut and Climb Windows are reset. 7 - 8 • • • IntelliFIBER product guide...
  • Page 131 Monitor and Zone 2 LEDs are lit and the desired threat assessment LED (Cut or Climb) is lit, then proceed with the instructions as described for Zone 1. IntelliFIBER product guide • • • 7 - 9...

  • Page 132: Configuration Settings

    Configuration settings The following are detailed step-by-step examples of how to view and change the IntelliFIBER cut count and climb time configuration settings. A procedure similar to the examples below is used to sequence, view or change the other configuration settings.
  • Page 133 To view or change the length of time for the Climb Window in Zone 2, set up the Configuration module so that Zone 2 is selected instead of Zone 1, then proceed with the instructions for Zone 1. IntelliFIBER product guide • • • 7 - 11...

  • Page 134: Zone Profile Evaluation

    The posts are rigid, and the fabric is tight and consistently tensioned. Good zone profile A zone with level reading that range from 15 to 45 would be considered as having a GOOD zone profile. 7 - 12 • • • IntelliFIBER product guide...

  • Page 135: Poor Zone Profile

    If a high level of performance is expected from the IntelliFIBER system, the fence must be improved, so that the zone profile rates at least GOOD.
  • Page 136 This can be verified by observing the red Alarm LED on the processor board. If an alarm does not occur the self-test will terminate when the Window times out. 7 - 14 • • • IntelliFIBER product guide...

  • Page 137: Maintenance/Troubleshooting

    Maintenance/Troubleshooting Maintenance The IntelliFIBER system requires minimal maintenance to ensure proper operation. However, setting up and following a maintenance schedule based on your site-specific requirements can ensure proper detection performance, prevent nuisance alarms and extend the operational lifetime of the system. The frequency at which the maintenance should be scheduled depends on your security requirements and on the installation environment.

  • Page 138: Troubleshooting

    IntelliFIBER problems. Refer to the UCM online help for details. This section provides information that will be useful when attempting to locate and correct problems with the IntelliFIBER system. It is organized by problem symptom as follows: False/Nuisance alarm problems •...

  • Page 139: False/Nuisance Alarm Problems

    These examples illustrate that unexplained false alarms are often legitimate nuisance alarms. IntelliFIBER product guide • • • a - 3...

  • Page 140: Poor Fence Condition

    The Adaptive algorithms used by the IntelliFIBER processor are most effective when the preamplifier gain, and the event thresholds are set properly. Faulty splices Splices are permanent or semi-permanent connections between fibers.

  • Page 141: Power Problems

    When the IntelliFIBER system is operated with 15 VDC, the IntelliFIBER daughter card provides the processor with 12 VDC. Power related alarms are derived from the 12 VDC provided to the processor from the IntelliFIBER daughter card. If a low voltage DC shutdown alarm appears to be indicated, proceed as follows: Measure the DC voltage applied to TB1 terminals 3 (GND) and 4 (+12) on the processor.

  • Page 142: System Shutdown

    12 VDC gel cell battery. If the backup battery has been fully discharged, it may take some time to fully restore the charge to the battery. The charge circuit is current limited and the IntelliFIBER system should operate normally during the battery charge cycle.

  • Page 143: Supervision Related Problems

    Supervision related problems Supervision related problems Supervision alarms occur in the IntelliFIBER system for the following reasons: The received zone laser power is outside of the prescribed limit (supervision • alarm in affected zone). Power fail (PF) occurs when the DC input to the Intelli-FLEX processor is •...

  • Page 144: Determining Laser Diode Failure

    If you have an optical power meter, disconnect the fiber optic sensor cable input from the suspect laser diode on the IntelliFIBER daughter card. Set the optical power meter to measure the 820/850 nm wavelength and connect the meter to the suspect diode.

  • Page 145: 12 Volt Low Supervision

    Once you’ve determined that the laser diode has failed, replace the failed laser diode, reconnect the fiber optic sensor cables in the original positions, and then reset the laser power level. If the problem persists after the diode replacement, contact Senstar Customer Service for additional information.

  • Page 146: Tamper Supervision

    A tamper supervision alarm occurs when the door of the enclosure that houses the IntelliFIBER processor is opened. When the door is tightly closed, a small magnet is held close to a Hall-effect sensor. The output from the sensor to the processor is low when the door is closed.

  • Page 147: Detection Problems

    If the magnet clears the door tamper, it is possible the magnet on the door needs to be repositioned. Contact Senstar for instructions on how to reposition the magnet. This should be done with care, since it is possible to damage the processor board and the Hall-effect sensor if it is not done properly.
  • Page 148 If you do not have the Audio Module option you may attach a high impedance input amplified speaker to the pre-amp test point for the zone you are testing. (Contact Senstar for details.) Compare the sound of the zone that is not working properly with the sound of one that is, for clues that might lead to the cause of the problem.

  • Page 149: Configuration Module Problems

    Configuration module. Ensure the sockets on the processor and Configuration module are not contaminated or damaged. The IntelliFIBER processor functions without the Configuration module. A malfunction in the IntelliFIBER product guide • • • a - 13...

  • Page 150: Audio Module Problems

    Configuration module is defective. Audio Module problems The IntelliFIBER Audio module is a device that mounts onto the processor board. It enables the operator to “listen in” to the selected zone thus providing additional information that can be used to evaluate activity in the zone. It...

  • Page 151: No Audio From Selected Zone

    Minimize the number of amplified pass through configurations around the perimeter. Amplification should not be required more often than every 1524 m (5000 ft.). IntelliFIBER product guide • • • a - 15...

  • Page 152: Selected Audio Level Too Low/High, Or Distorted

    (For Sennet options only) - Check that the ends of the network have been properly terminated. Check that the device address and baud rate are correct. a - 16 • • • IntelliFIBER product guide...
  • Page 153 Check that the alarm annunciation equipment data base is properly configured. If the system still does not communicate properly, the unit may be damaged, replace as required. IntelliFIBER product guide • • • a - 17...

  • Page 155: Spare Parts List

    Complete kit for two zones of fence detection up to 200 m (656 ft.) in Dual zone fence length. Includes a dual zone IntelliFIBER 12 Vdc powered processor with dry sensor kits - relay contact interface, NEMA 4 enclosure, 100-240 VAC power supply, battery, two interface 100 meter (328 ft.) spools of 2 core sensor cable, 1000 tie wraps, two...
  • Page 156 IntelliFIBER 4 core sensor cable for outdoor and indoor applications. C6CA0904 Supplied in 1000 meter (3280 ft.) rolls IntelliFIBER 4 core + 2 sensor and power cable for outdoor and indoor C6CA01003 applications. Supplied in 100 meter (328 ft.) rolls...
  • Page 157 00KT0500 UCM interface cable, USB to RS422/485 00KT0400 UCM interface cable, RS232 to RS422/485 C6KT1600 Multiplex Audio Module for listen-in option. Attaches to any IntelliFIBER/ Intelli-FLEX processor C6BA1103 Converter, 48 VDC to 12 VDC E0414 Rechargeable gel-cell battery, 12.0 VDC, 2.9 A (minimum) C6KT2300 Power Supply, 100-240 VAC, 15 VDC, 1.33 A, 50/60 Hz, indoor use, includes...
  • Page 158 IntelliFIBER product guide. Note: Cable and tie wraps not included, order separately C6KT0602 Dual Zone Upgrade kit includes a dual zone IntelliFIBER daughter card, 100- 240 VAC power supply, battery, battery bracket, two terminator kit and IntelliFIBER product guide. Note: Cable and tie wraps not included, order...
  • Page 159 X and Y. ST type fiber optic connectors accommodate 50/ 125, 62.5/125 and 100/140 ohms multimode fiber, 820 nm. Includes wiring harness and installation labour into a selected enclosure IntelliFIBER product guide • • • b - 5...
  • Page 160 Power cord, Italian, 250 VAC, 10 A, 2.5 m E0325 Power cord, extension, IEC 320, jumper, 2.5 m E0245 Power cord, North American, 125 V , 10 A, 2.3 m C6DA1102 IntelliFIBER Product Guide Manual b - 6 • • • IntelliFIBER product guide...

  • Page 161: Component Specifications

    IntelliFIBER Processor Maximum sensor cable length 1000 meters (3280 feet) per zone +15 VDC applied to the IntelliFIBER daughter card via pin 7 (+) and Pin 5 (-) Local Operating power - DC on the terminal block +18 VDC minimum to 56 VDC maximum (15 mA) applied to DC/DC converter Network Operating power - DC via TB1-1 (+) and TB1-2 on Intelli-FLEX and C6BA1103 for IntelliFIBER.

  • Page 163: Multiplex Processor Components

    Multiplex processor components This section contains an illustration of the multiplex copper wire and multiplex fiber optic processors. Each illustration is accompanied by a listing of the main components and their descriptions. IntelliFIBER product guide • • • d - 1...

  • Page 164: Copper Wire Version

    - Copper wire version Copper wire version TP7 TP6 TP10 TP11 TP5 TP4 TP8 LD10 TP12 Sennet option card component side view SK1 to U18 SK2 to U19 9 10 d - 2 • • • IntelliFIBER product guide...
  • Page 165 SW-2 Close with SW-1 to terminate network side-A. from an auxiliary device. (Red) SW-3 Close with SW-4 to terminate network side-B. SW-4 Close with SW-3 to terminate network side-B. IntelliFIBER product guide • • • d - 3...

  • Page 166: Fiber Optic Cable Version

    - Fiber optic cable version Fiber optic cable version d - 4 • • • IntelliFIBER product guide...
  • Page 167 Supervision alarm 1. Lights up when a cable TP12 Communications receive signal fault exists in relevant zone. Does not light when an alarm tamper condition originates from an auxiliary device. (Amber) IntelliFIBER product guide • • • d - 5...

  • Page 169: Optical Power Budget

    Optical power budget The IntelliFIBER processor requires a minimum optical power of -8 dBm to ensure a received signal level of 5 on the built-in power meter. The IntelliFIBER laser provides a maximum output power of 0 dBm. Therefore, the system can tolerate a maximum 8 dB of attenuation through connections and cable length, while achieving the necessary received signal strength for proper operation.
  • Page 170 ST barrel splice < 0.4 dB Calculating the total loss Use the following formula to calculate the potential power loss in an IntelliFIBER zone: Loss (dB) = (zone length [km] X 2 X 3 dB) + (number of ST terminations X 0.3 dB) + (number of ST barrel splices X 0.4 dB)

  • Page 171: Glossary

    Glossary Ambient compensation Refers to the ability of the IntelliFIBER to sense the environmental signal levels in the zone. Adjustments are made by the detection algorithms based on these signal characteristics so that response to weather conditions is minimized without reducing detection capability.
  • Page 172 Fiber optics A general term used to describe the function where electrical energy is converted to optical energy, then transmitted to another location through optical transmission fibers, and converted back to electrical energy. glossary - 2 • • • IntelliFIBER product guide...
  • Page 173 If neither the cut count or climb time requirement is met before the time window resets, the cut count and climb time accumulations are reset. IntelliFIBER product guide • • • glossary - 3...
  • Page 174 Transducer cable A cable use for converting energy from one form to another, such as optical energy to electrical energy. View scope (visual fault locator) A device that couples visible light into the fiber to allow visual tracing and testing of continuity. glossary - 4 • • • IntelliFIBER product guide...
  • Page 175 ........5-7 LEDs see LEDs, description of connecting the Configuration module ... . . 7-2 IntelliFIBER product guide • • • i - 1...
  • Page 176 Sennet, redundant ......5-45 PASS mode option ......5-31 i - 2 • • • IntelliFIBER product guide...
  • Page 177 ..... . 5-30 Sennet option card ..... 5-29 5-42 IntelliFIBER product guide • • • i - 3...
  • Page 178 ........5-14 i - 4 • • • IntelliFIBER product guide...

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