Optex Fiber SenSys Laser Defender LD308SH Instrucciones de instalación y funcionamiento

AN-ENS-009 Laser Defender Hangar and Bay Door Protection Rev A

Application

Note

Laser Defender™

Hangar and Bay

Door Protection

publication may be reproduced or transmitted in any form or by any means,

electronic or mechanical, including photocopy, recording, or any information

storage and retrieval system, without permission in writing from Fiber SenSys®,

Inc., 2925 NE Aloclek Drive, Suite 120, Hillsboro, Oregon 97124, USA.

This application note is provided by Fiber SenSys, Inc. While reasonable efforts

have been taken in the preparation of this material to ensure its accuracy, Fiber

SenSys, Inc. makes no express or implied warranties of any kind with regard to the

documentation provided herein. Fiber SenSys, Inc. reserves the right to revise this

publication and to make changes from time to time in the content hereof without

obligation of Fiber SenSys, Inc. to notify any person or organization of such

revision or changes.

Fiber SenSys® is a registered trademark of Fiber SenSys, Inc.

Fiber SenSys, Inc. (FSI)

2925 NE Aloclek Dr.

Suite 120

Hillsboro, OR 97124

USA

Tel: 1-503-692-4430

Fax: 1-503-692-4410

info@fibersensys.com

www.fibersensys.com

 
3 
 
Contents 
Summary ................................................................................................................................... 4 
Introduction................................................................................................................................ 4 
Planning..................................................................................................................................... 5 
Design ....................................................................................................................................... 5 
Installation.................................................................................................................................. 7 
Configuration ............................................................................................................................. 9 
Terminal Settings......................................................................................................................13 
Network Settings.......................................................................................................................14 
Probability of Detection.............................................................................................................14 
Maintenance.............................................................................................................................15 
 
 

Summary

The versatility of the Fiber SenSys intrusion detection technology allows for a wide array of

implementation options. Laser Defender™is a quality solution for interiors using Lidar technology.

With a two-dimensional plane of coverage, the Laser Defender provides security by creating a

virtual wall or ceiling of protection. The purpose of this application note is to define how to

successfully plan, install, calibrate, and maintain the Laser Defender for the use of hangar and

bay door protection. The two products discussed in this note include the LD308SH™(30m

detection radius 180°-190°) and the LD204S™(20m x 20m at 95° coverage).

Introduction

The successful installation and operation of the Laser Defender are achieved by a thorough

understanding of the security needs of the site. Exercising careful planning before an installation

greatly increases durability and reliability throughout the life of the system. Advanced planning

should be followed with proper installation to ensure the sensor operates to its full potential. As

with any security system, periodic maintenance is necessary for long-lasting performance.

Fiber SenSys® recommends the following procedure for planning the installation of the Laser

Defender interior security sensor:

•Planning: Survey the site to be protected, observe all accessible areas of intrusions,

laser orientation (vertical and horizontal), wall or ceiling mount and record all

information needed for the site design phase.

•Design: Create a strategy for protecting the site. Choose the best fit detector, it’s

location, number of zones and masking of unwanted areas from detection should it

be necessary.

•Installation: Proper installation and alignment of the Laser Defender.

•Configuration: Settings for target size, location, area masking, and zone allocating.

•High probability of detection: Conduct a series of simulated intrusions per site

criteria while maintaining a low nuisance and false alarm rate (NAR/FAR). Simulated

intrusions may include:

oCrawling

oJumping

oWalking

oRunning

oRolling

Planning

The first step to a successful installation is performing a detailed site survey. The site survey

includes identifying the level of security, threat assessments, area drawings, site walk-through,

wire connections, and available mounting options. Analysis of the data obtained through this

process aids in the proper planning of zone layout and equipment selection.

Level of Security and Threat Assessment

During this stage, it is helpful to think from an intruder’s perspective. Try to imagine what weak

points of the building you would exploit and why.

•Given the nature of the facility, what is the maximum level of knowledge and experience

that potential intruders may possess?

•What are the most accessible entry points into the facility?

•What could cause a nuisance alarm?

oDusty environments

oMoving objects

oUnstable mounting

oSteam or spray from ventilation

Site Mapping, Walk-through, Mounting location

Before conducting a walk-through, it is helpful to obtain a detailed drawing or blueprint showing

the sites layout. This drawing should include ceiling heights, wall lengths, wire runs, and entry

points. During the walk-through, take note of any details not illustrated in the drawing, such as

fire extinguisher stations or other wall-mounted objects. These could affect the field-of-view of the

laser detector. Data collected duringthe threat assessment andwalk-through is used to determine

zone layout and equipment quantities.

Design

Based on the previous data, selecting the appropriate detector for the application is next. The

Laser Defender product line offers two sensing options.

•LD308SH - 30m radius detection coverage.

o19.2 to 30 VDC / 24 VAC.

o4 analog zone outputs / 1 master alarm output / 8 virtual zones for IP connection

oHorizontal Mode for ceiling protection / Vertical Mode for wall protection.

oPlease refer to PM-ENG-083 LD308SH Rev B installation manual for mounting

types

•LD204S - 20m x 20m at 95° detection coverage.

o12 to 24 VDC / PoE(+) compatible.

o3 programmable analog zones / 4 virtual zones for IP connection.

oMultiple mounting options for ceiling and wall protection. Please refer to PM-

ENG-084 LD-204S Rev B installation manual for mounting types.

What are the size requirements for detection? The 4 figures below illustrate the detectable target

size based on object color and reflectiveness. Note, detectable range depends on the reflectivity

of the target, its shape, and speed in which the object traverses through the detection area. For

military applications, install and test the system based on the black plate examples in Figure 1.

•Reflectivity of black plate: 10%

•Reflectivity of white plate: 90%

Figure 1: Object detection size based on color reflectivity (white left, black right)

Unit

Installation

Between the planning stage and the installation date, there could be some downtime. During this

time, boxes and other peripheral devices could be installed or placed within the sensors field-of-

view. These changes to the site can create problems for the sensor’s placement and how the

sensor detects. Objects placed in the sensing area cause dead spots, also known as ‘shadowing’.

Cases like these should be avoided when possible and any movable objects removed from the

detectors view.

Before tuning can begin, laser alignment ensures proper detection in the desired area. Alignment

is best accomplished by using the LaserArea Checker (LAC-1). Using LEDand audible indication,

the LAC-1 sounds and flashes LEDs when in line with the laser’s detection pattern, as seen in the

figure below. This shows where the laser terminates and helps when adjusting the detector to its

proper sensing position.

Figure 2: Dead zones from shadowing objects

Figure 3: Laser alignment using the LAC-1

Running Intrusion

Time is an important factor when detecting a fast runner. High sensitivity and angling of the laser

in a manner allows the detector more time to process fast intrusions.

Installing the laser facing straight down 270°, the LD308SH can detect a 5.5ft intruder running at

a speed of 6.71mph. Any faster potentially results in a missed alarm. Using the same intruder

height and high sensitivity, by angling the laser 30° would increase the running speed to 22mph.

Note:

Mounting height and detectable target size should be considered when choosing the mounting

location. Refer to page 6 of this app note for detectable target size.

Detection speed using

the LD204S™:

270° = 8.9mph

Angled 30° = 24.8mph

LD308SH

LD204S

Figure 4: Vertical mount hangar door protection

Configuration

To calibrate the sensor, first install the Laser Defender Manager Software (LDMS) on a laptop or

workstation. This software is provided as a free download with each hardware purchase and can

also be found at www.fibersensys.com/product/product-software. Connect the PC to the Laser

Defender via Ethernet port. Change the network settings of the PC to fit the same subnet as the

lasers default IP address.

(Example: IP address 192.168.0.100 and subnet mask 255.255.255.0 to communicate with the

main port)

LD308SH:

IP address - 192.168.0.126

Subnet Mask - 255.255.255.0

Default Gateway - 192.168.0.1

LD204S:

Main Port - 192.168.0.126

Subnet Mask - 255.255.255.0

Default Gateway - 192.168.0.1

Maintenance Port - 192.168.1.126

Subnet Mask - 255.255.255.0

The LD204S offers two Ethernet ports, main, and maintenance. The main port inside the base is

for constant connection to the LAN. This port supports PoE(+) and provides network alarm

reporting. The maintenance port is used for the initial setup and post-install maintenance. This

port is located near the laser window for easy access and avoids altering the laser alignment.

After launching the manager software, log in using the credentials below.

ID: LASERDEFENDER

Password: FSI

Click on Edit Group/Detector Information to select the detector currently connected to the PC. For

this application note, we are using the LD204S as an example. In LDMS, confirm the PC’s IP

address fits the same subnet as the detector’s default IP address. Click Connect (F1) to establish

a connection to the Laser Defender.

Figure 5: Connecting to the Laser Defender

If connection times out and abortsthe connecting process, follow the troubleshooting steps below.

•Confirm power.

•Confirm IP addresses are on the same subnet. (LD204S maintenance port uses a

different subnet).

•Check the physical connection

•IP conflict from other sensors. (Isolate sensor and try again)

•Contact Fiber SenSys technical support.

Settings

Once a connection to the Laser Defender has been made, the screen shows the detectors

information and the sensing area displayed in the graph. Before any changes to the detector can

be applied, an Area Set (F2) must be performed. The action of Area Set takes the perimeter edge

of the sensors field-of-view and learns the entire sensing area as the primary focus of detection.

The sensing area shows a gray outline around the perimeter.

Note: Any physical adjustments to the laser itself require another Area Set to relearn the laser’s

new position.

Figure 6: Acquiring sensing information through Area Set

Este manual sirve para los siguientes modelos

Tabla de contenidos

Otros manuales de Sensor de seguridad de Optex

Optex

Optex REACTION TWO Manual de usuario

Optex

Optex HX-40 Manual de usuario

Optex

Optex REDBEAM Series Guía de inicio rápido

Optex

Optex AX-350DH MK III Manual de usuario

Optex

Optex MX-40QZ Manual de usuario

Optex

Optex AX-330PLUS Manual de usuario

Optex

Optex FlipX Series Manual de usuario

Optex

Optex X-ZONE Manual de usuario

Optex

Optex CDX Series Manual de usuario

Optex

Optex MX-40QZ Guía de inicio rápido

Optex

Optex HX-40/40AM Guía de inicio rápido

Optex

Optex AX-70TN Manual de usuario

Optex

Optex OA-EDGE T Manual de usuario

Optex

Optex VX-402R Manual de usuario

Optex

Optex HX-40 Manual de usuario

Optex

Optex Fit Series Manual de usuario

Optex

Optex sensor Manual de usuario

Optex

Optex VX-402 Manual de usuario

Optex

Optex LX-402 Manual de usuario

Optex

Optex Smart Line Series Manual de usuario

Optex

Optex inSight INS-HX-80N Manual de usuario

Optex

Optex VX Infinity Series Manual de usuario

Optex

Optex WX Shield Series Manual de usuario

Optex

Optex QX Infinity Series Manual de usuario

Manuales populares de Sensor de seguridad de otras marcas

THORLABS

THORLABS PDA10JT Manual de usuario

Waeco

Waeco UV-DETECT Manual de usuario

Intermatic

Intermatic IOS-DSIMF Manual de usuario

urmet domus

urmet domus 1083 Manual de usuario

Siemens

Siemens AZL66 Series Manual de usuario

BTI

BTI Profiline Multi Finder Manual de usuario

Challenger

Challenger SL01 Manual de usuario

DMP Electronics

DMP Electronics 1122INT Manual de usuario

Rielta

Rielta Ladoga MK-RK Manual de usuario

Mirion Technologies

Mirion Technologies ACCURAD PRD Manual de usuario

Bosch

Bosch DS835 Manual de usuario

DBI SALA

DBI SALA EZ Stop Manual del operador

Lamptime

Lamptime ST05C Manual de usuario

Ubiquiti

Ubiquiti MFI-MSC Manual de usuario

Subsite

Subsite 910R Instrucciones de instalación

Satel

Satel OPAL Pro Manual de usuario

Aleph

Aleph XC-1XTEU Manual de usuario

Pima

Pima LARIS QUAD Manual de usuario