Genesis LGWP-15HC Installation Handbook

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Luminite

Genesis

product range

Wireless PIR detectors

G1 Wireless PIR’s 30m x 20m

LGWP3020

G1 Wireless PIR’s 15m x 20m

LGWP1520

G1 Wireless PIR’s 40m x 4.5m

LGWP4004

G1 Wireless PIR’s 12m Horizontal curtain

LGWP12HC

G1 Wireless PIR’s 12m Vertical curtain

LGWP12VC

G2 Wireless PIR’s 30m x 20m

LG2WP3020

G2 Wireless PIR’s 60m x 4m

LG2WP6004

Wireless Accessories

IP Masthead/Repeater

LGIP MT434

Masthead/Repeater

LGMT434

Masthead Relay Unit

LGMRU4x4

Relay Expansion Module

LGREM4x4

IP Masthead with Relays

LGIP MRU4x4

Walk Test Instrument

LGWT434

16 way relay unit

LGRU16

Relay module

LGRM8

16 way relay unit with end of line resistor

LGRU16ELR 3 versions

Relay module with end of line resistor

LGRM8ELR 3 versions

High efficiency antenna for mastheads

AE434

Magnetic version of the above

AE434 MAG

Transmitter module

LGTX434

Wireless Remote Set/Un-Set Key Point

LGKSQ

Test transmitter for G2 hard wired PIR detectors

LG2TM434

Hard wired PIR detectors

G1 Wired PIR’s

30m x 20m

LGHW3020

G1 Wired PIR

15m x 20m

LGHW1520

G1 Wired PIR

40m x 4.5m

LGHW4004

G1 Wired PIR

12m horizontal curtain

LGHW12HC

G1 Wired PIR

12m vertical curtain

LGHW12VC

G2 Wired PIR’s

30m x 20m

LG2HW3020

G2 Wired PIR’s

60m x 4m

LG2HW6004

LUMINITE ELECTRONICS LTD, 2a BELLEVUE ROAD, FRIERN BARNET, LONDON, N11 3ER

Tel: 0044 (0) 208 368 7887 Fax: 0044 (0) 208 368 3952

Web: www.luminite.co.uk email: sales@luminite.co.uk

Wireless

PIR Detector

Installation

Handbook

2a BELLEVUE ROAD, FRIERN BARNET, LONDON, N11 3ER

Tel: 0044 (0) 208 368 7887 Fax: 0044 (0) 208 368 3952

Type: LGWP-15/40/HC/VC

Issue 11

All rights reserved.   Unauthorised duplication of this handbook by any means
mechanical  or  electrical,  is  strictly  prohibited  without  the  express  written  permission  of
Luminite Electronics Ltd.
Luminite Electronics Ltd acknowledge all registered trademarks
Luminite  Electronics  Ltd  reserve  the  right  to  make changes  to this  handbook  and to its
products without prior notice in order to improve design or performance characteristics.

PRE-INSTALLATION NOTES

Unpacking

On receipt, inspect the package and contents for signs of damage.   If damage has oc-
curred, advise the carrier and/or suppliers immediately.   Inspect the contents to confirm
that all items are present and undamaged.   If any items are missing or damaged, contact
the supplier immediately.   It is advisable that the original carton is retained as this forms
the safest transport container in the event that a unit has to be returned for any reason.

Servicing

This unit should not require general servicing. Any repair work should only be under-
taken by qualified service personnel.

Moisture

Do not expose the internal electronics of this unit to moisture i.e. take care during installa-
tion or when changing batteries not to allow rain or damp into the product. When the
product is sealed it is water resistant to IP67.

Box Contents

1 x

GENESIS

wireless PIR detector

1 x 1/4 wave antenna
1 x sun shield
2x C cell alkaline batteries (May already befitted in detector)
4 x no 8 wall plugs
4 x no 8 2” screws
1 x 3 mm hexagonal key

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 2

LGWP Wireless PIR Detector Specification.

Suitable for BS8418 systems. Grade 2 EN50131-1

Lens types

15 metre x 90deg

40 metre x 1deg

Horizontal curtain 12 metre 90 deg

Vertical curtain 12 metre 90 deg

Mounting height

1.5-4metres

Alarms & tampers

Detection / Anti Tamper / Anti Cloaking / Shock/3 Axis inertia

Compensation

Day light and temperature compensation

Batteries

2 x 1.5 volt alkaline C cells

Battery life

2 years approximately. ( Depending on number of activations)

RF output

434.525Mhz 10m/w

RF range

1 Km line of sight

Encoding

Rolling code

Call In

Every 60-80 seconds

Enclosure

3 mm polycarbonate (except for Fresnel lens and wall bracket)

IP rating

Temperature range –10 to +60 deg C

Types of tamper

Front cover micro switch

Activated when the cover screw is removed.

Shock sensor

Piezo sensor detects physical attack of the product.

Anti masking

Active IR and

LDR sense when the front window/lens is obscured.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 19

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 18

INDEX

page

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 3

Introduction & How the system works

Wireless Genesis System using LGRU16 to
interface to NVR’s, DVRs and Alarm Panels

Lens patterns

Positioning, Fixing & Connecting the Batteries

Codes & Functions explained

Sub Nets with Repeaters

Programming

Wireless transmission code settings and PIR functions

PIR functions

Adjustment, Antenna connection & Sun shield

Site survey testing

14, 15

Types of receivers

16, 17

Specification

Introduction

The LGWP range of wireless Passive Infra Red Detectors (PIR) have been designed to
meet the newest and most demanding requirements of the CCTV market.   These de-
tectors provide the versatility of wireless whilst meeting and surpassing the require-
ments needed for a BS8418 system.

Inside the PIR is a powerful microprocessor which uses a combination of fuzzy logic
and look up tables to determine the validity of an activation.   With this technology  nui-
sance alarms are greatly reduced.

The PIR also contains a shock sensor and light sensor to enhance it’s anti-tamper fea-
tures which now include physical attack and anti-cloaking.   A thermal sensor adjusts
the parameters of the PIR in extremes of heat and cold to maintain optimum perform-
ance.
Currently four popular lens patterns are available to cover most situations.   (See page
5).
A further two special lenses are planned for the near future.

The PIR continuously poles in to verify that it is operational.   Every time it transmits it
also sends other information such as battery condition as well as pulse count settings
and software revision number.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 4

How the system works

At the heart of the system there is a Masthead which receives the data
transmitted by the PIR detectors. See Fig 1.

Each time a PIR

(1)

detects movement it transmits data to a masthead

(2)

. This mast-

head then does two things. Firstly it re-transmits the data and
attaches a text string to it which can be received by either a Pager (LGP434) or Walk
Test Instrument (LGWT434).

(3)

. These devices will display the ID

number and name of the PIR such as “Main Gate” etc.
The walk test unit shows additional information such as the PIR’s battery status, pulse
count setting and software version as well as the signal strength at the masthead.

The second thing that the masthead does is to pass data via an RS232 link to an alarm
system such as the LGMRU4x4

(4)

Luminite relay unit configurable as 4 alarm & 4 tam-

per relay outputs or 8 alarm outputs without tampers. Alternatively the LGRU16

(5)

relay control unit with up to 64 alarm relay outputs and a further 64 tamper relay outputs
may be connected in the same way. This control unit keeps a log of events and pro-
vides text for video insertion.
Alternatively, the masthead may be connected directly to some popular DVR/
transmission systems

(6)

thus illuminating complex and costly wiring.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 17

Masthead LGIP-MT434

This transceiver is similar to the standard LGMT434 but with the addition of IP
connectivity.

IP connectivity enables local plug and play connectivity with selected Alarms, DVR's and

NVR's as well as a host of remote monitoring software solutions. The IMMIX platform is

one of the first to be integrated using the robust SMTP protocol. In addition to this an-

other connection can be opened to provide client TCP/IP connection to the alarm system

or DVR/NVR using a selectable protocol depending on the make or manufacture of the

product. Panasonic is one of the latest integrations which provides direct communication

with up to three PTZ cameras per PIR.

The IP Masthead is future proofed by way of a 'Boot Loader' front end that allows remote
upgrades of firmware as new releases become available.

IP Configurator is a free download from our
web site and enables the Masthead to be
remotely configured for the appropriate
alarm interface as well as installing Mast-
head firmware updates.

A new feature enables up to three email
addresses to be configured that will
receive alerts such as 'low battery',
'missing call', 'tamper's & alarms'.

IP integrations include:

Bi3

Dahua
Eyelynx
Heitel
Hikvision
IMMIX
Mobotics
Panasonic
Videcon

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 16

Types of Receivers (Transceivers)

The Genesis Masthead receivers are in actual fact transceivers meaning that they can
transmit as well as receive.
This feature enables them to act as a repeater to relay information on to another mast-
head and also send information to the walk test instrument.
There are currently three types of Masthead as follows:

Masthead Relay Unit

LGMRU4x4

The masthead relay unit does everything
that a masthead unit can do but also
provides 4 alarm and 4 tamper relay
outputs.   A switch change converts the
product to an 8 alarm output without
tampers if required.
This model is primarily intended to connect
directly to a dome camera’s pre-set inputs
but may also be used to connect to DVR’s
and alarm systems where a smaller number
of relay outputs are required.

BNC socket

Standard
antenna

Cable gland

Auxilary
terminals

LED’s 1 & 2

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16

Alarm Contacts RS232 and Power

Top board

Bottom board

Masthead LGMT434

This masthead can be used it’s own as a
Repeater or can connect to a relay unit such as
the LGRU16.  It will also interface directly with
some third party DVR’s and alarm systems
without the need for a relay unit.
The LGRU16 relay control unit will provide up to
16 relay alarm outputs together with 16 Tamper
relay outputs.   Four of these units will provide
the maximum of 64 relay outputs.

BNC socket

BNC plug

Standard
antenna

Cable gland

12 volts In &
RS232 out
socket

LED’s 1 & 2

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 5

Fig 1

Walk Test
Instrument

LGWP series
Wireless PIR detectors

Alarm panel or DVR

LGRU16

(Alarm Relay
Control Unit)

Connection to con-
trol Interface using
4 core alarm cable.
(RS232)

LGIP MT434

Masthead transceiver
(

Passes information to

control unit)

Up to 4 control units
may be connected
together to provide
up to 64 outputs.

Ethernet to the
world wide web.

Wireless Genesis System using LGRU16 to

interface to NVR’s, DVRs and Alarm Panels

This typical example shows how the wireless PIR detectors transmit to the LGMT434 Masthead
Receiver, which in turn passes the alarm information via a wired link to the Alarm Relay Control Unit
LGRU16 which monitors all the PIRs and reports missed call-ins, low battery conditions etc. The
LGMT434 Masthead Receiver is normally placed on the outside of the building where it can get the
best reception from the PIR transmitters

As standard the LGRU16 Alarm Relay Control Unit is supplied with 8 alarm and 8 tamper outputs. It
can be expanded up to 16 alarm and 16 tamper outputs by adding an extra module called an
LGRM8. These alarms are provided by relay contacts and will interface with virtually any alarm sys-
tem. LGRU16 control units can be connected together to provide up to 64 outputs.

Each alarm output comprises of five coloured ribbon wires. These are made up of common, normally
open and normally closed contacts for the alarm and a pair of normally closed contacts for the tam-
per.

Features:

Up to 64 detectors
per system
Full supervision from call-ins
Battery voltage monitoring
Easy relay interface to popular
makes of DVR and alarm panels
One tamper relay for each alarm relay
LED display for alarm events

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 6

Lens Patterns

The LGWP detector is available currently in four detection patterns.
15m x 90deg.  40m x 1deg.   12m vertical curtain.   12m horizontal curtain.   ( See dia-
grams).   These lenses are not interchangeable and the correct lens type must be de-
cided before installation.   A further two special lenses are planned for the near future.

LGWP-1520

LGWP-4004

LGWP-12HC

LGWP-12VC

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 15

Step 4 Testing with a Walk test Instrument.

Hang the detector on the wall bracket and walk about within the detection area using the
Walk Test Instrument.   The test instrument will display the unit code and bleep each time
detection takes place.   In filter mode it will ignore all other unit codes on the site and only
respond to the detector under test.   Other information will also be displayed such as
signal strength and Tamper, Shock and Cloak alarms.
NB: The

Cloak detection

will only work during day light and is not instantaneous. To

test this, ensure the detector has been in position for at least 5 minutes and then cover
the lens with a bag. After a few minutes the detector will send a Cloak message .

Anti Tamper

will indicate if the detector is opened.

To test the

Shock sensor,

strike the detector hard with something like the handle of a

large screwdriver. Do not hit the Fresnel lens as this may easily be damaged.

Step 5 Angle adjustment.

There are three angle adjustment screws which must be

slackened before the detector can be adjusted to the correct position. Once correct area
coverage has been achieved, lock the angle adjustment screws tightly.
Finally ft the top and bottom screws to the wall plate to prevent it from being lifted off the
wall bracket.
If a sun shield is required, fit this in place before fitting the antenna.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 14

Site survey testing

It is recommended that a Walk Test Instrument (LGWT434) should be used to accurately
test and set the detectors up. A Masthead should be fitted to enable a full range test of
the system.

Step 1

Install a Masthead transceiver in a suitable position where it can easily

be connected to the NVR, DVR or alarm system.   The Masthead should also be
positioned where it will get the best radio reception from PIR detectors all around the site.
An optional antenna  (AE434)  is available which will greatly improve radio reception.

A temporary test may be made quickly just by connecting a 12 volt battery to the
masthead and placing it in it’s intended position.   Decide on a SITE Code from one of the
32 codes available and set it on the Masthead.   Set the SUB NET Code to 1.   Switch the
Masthead into Walk Test Mode. See Masthead installation and operating instructions for
full details.

Step 2

Set the same SITE Code on the Walk Test Instrument by following the operating

instructions provided with the instrument.
Make TEST Transmissions from all the positions where you want to site the PIR
detectors and check the signal strength.   If signal strength is weak, decide on a different
position for the PIR or install a repeater on the site.   NB: In a majority of cases a repeater
will not be necessary due to the exceptional transmission range from the PIR detectors to
the Masthead.   The PIR will achieve a better signal strength at the Masthead than the
LGWT434 hand held walk test instrument therefore if the reading is marginal, then the
PIR will likely work in this position.

Step 3

When all positions have been tested and approved the fitting of the detectors can

take place.
Programme the required Site code, Unit code and Sub net code.

Plug the white battery connector on to the white two pin plug positioned on the left hand
side of the board.
Now fit the front lens housing to the rear battery housing making sure not to trap the
battery wires. Fit the two M5 16 mm screws and tighten.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 7

Fixing

Undo the two socket screws
from the wall plate and
remove the black fixing bracket.
For WALL MOUNTING use the
four screws and wall plugs
provided.
For POST MOUNTING use
banding or Jubilee clips.
When it is secure, the wall plate
may be hung back on the
bracket and the two socket
screws re-fitted.

Connecting
the batteries

Unscrew the two rear
socket screws and
remove the whole
front of the detector to
expose the rear
battery compartment.
If changing the
batteries, fit two 1.5
volt Alkaline C cell’s.
Always use high
power long life types.
Observe polarity as
shown.
Set the CODE and FUNCTION switches as described later and connect the Flying
Socket to the circuit board.   Re-fit the PIR to the rear half.   Insert the two screws and
tighten.

Positioning

The correct height for the PIR is 2 to 2.5 metres above the ground.   Careful considera-
tion when positioning the detector will greatly reduce nuisance alarms.
The detector requires a clear view of the area to be covered.   Make sure that nothing
can move or flutter in front of the detector and avoid facing reflective surfaces.   The fix-
ing of the detector must be solid and not sway.   Avoid situations where the detector can
over shoot the detection area.

Banding
or Jubilee
clip holes

Wall mounting
screw holes

Fixing Bracket

Hide the banding
screw joints inside
the wall plate.
Make sure they
are in the centre.

One of the two socket
fixing screws for
securing to wall plate.

Fig 2

Fig 3

C cell
1.5 volt

Connect Flying
Socket to PIR
detector circuit board

Positive

Anti Tamper
spring actuator

Tie wraps

Codes & Functions explained

There are three elements to the coding used on this system.

SITE codes

These separates one site from another. The site is the area covered by all the PIR’s on
the system. It can be made very far reaching by deploying repeaters. The Masthead
and all PIR’s as well as any other devises used on the system such as Repeaters, Walk
Test Instruments and Pagers must all be set to the same site code. You can have 32
sites all within radio reception range that will not interact with one another if they each
have a different Site Code.

UNIT codes

These codes identify each individual PIR detector on the site. There are 64 unit codes
which are the maximum number of PIR’s per site. More PIR’s can be fitted to a site but
another system with a different site code must be installed to accommodate them.

SUB NET

codes

(Only applicable if repeaters are used)

These separate the site up into sections.    All PIR’s and repeaters on the site are set to
the same site code but will only communicate with a masthead or repeater which has the
same sub net code.   Distant PIR’s will need to rout through one or more repeaters.
Those PIR’s must send the receiving sub net code that has been set on the nearest
repeater.   That repeater then sends a transmitting sub net code to the next repeater or
masthead.   Repeaters have a separate receiving and a transmitting sub net code.
Pagers and Walk Test Instruments will respond to all unit & sub net codes and will
receive from anywhere over the site.
Up to seven repeaters and one masthead may be deployed on any one site.
Some examples are shown on the following page.   The first is the most common
scenario where all PIR’s communicate directly with the masthead without repeaters.

Figures 4,5&6 are typical  examples of Sub Net usage

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 8

Angle Adjustment

For left and right movement, slacken the socket screw under the pivot as shown using
the 3 mm key provided. For up/down movement, slacken the two socket screws either
side of the pivot as shown in Fig 8.

Antenna connection

Fit the antenna on the screw stud and tighten the dome nut to secure it. (Do not over
tighten). If a sun shield is required, fit this first.

Sun shield

Fit the sun shield to improve performance in strong sun light. The sun shield also
helps in keeping snow of the lens.
To fit the shield, place the tab over the screw stud and clip both sides of the shield
down at the front.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 13

Fig 8

Up/Down
adjustment screw

Left/Right
adjustment screw

Wall Plate

Locate antenna
vertically on the
screw stud and tighten
dome nut.

Optional Sun shield

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 12

Pulse count

Counts the number of pulses caused when a person walks across the detector’s
field of view. The greater the number, the more the person has to move to
cause an alarm. Pulse count 1 is very sensitive while pulse count 4 is quite
insensitive.  Experiment with the setting to optimise the results so that
persons are detected in good time but not so sensitive that the detector may be
prone to false alarm from incidental movement from trees, shrubs, loose
materials etc.

Sensitivity

The normal setting is 0.  Low sensitivity is sometimes needed to reduce the
detection distance.
Higher sensitivity increases distance but also increases the risk of false
activation from environmental conditions.

AND / OR

The Genesis 2 PIR detector uses a Quad in line pyro sensor which
acts like two separate sensors side by side.
The AND / OR mode can select whether both sensors must detect movement
together or whether only one or the other is required.
AND gating is the best form of filtering out nuisance alarms from loose
materials, foliage and reflections.
OR gating is more sensitive and may be selected when fast moving objects are
to be detected.

Power saving

Busy sites such as school playgrounds, car park entrances etc can cause an
unnecessarily large number of alarm transmissions.

Although these alarms may be ignored during the day time it is still wasteful of
battery power and therefore in these circumstances it is recommended that the
Power saving mode be selected.
There are four types of power saving which may be selected to suit.

1.

An alarm can only be sent after 3 minutes of inactivity

An alarm can only be sent after 10 minutes of inactivity

An alarm can only be sent after 30 minutes of inactivity

The same as 3 but with an accumulative timer which can extend the 30
minutes if the site remains very busy.

In addition the sleep timer does not initiate after the first alarm but instead

after a build up of activity.

Fig 4 shows PIR’s communicating directly
with the Masthead. All Sub Nets are 1.

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 9

Fig 4.

Fig 5.

Fig 6.

Fig’s 5 & 6 show
examples where one or
more repeaters are used
and how the Sub Net
Codes separate the
system.

SUBNET 1

SUBNET 2

SUBNET 1

SUBNET 2

SUBNET 3

PIR

1 Masthead

MAST

SYSTEM

CONTROLLER

SYSTEM

CONTROLLER

MAST

PIR

REP

1 Masthead &
1 Repeater

REP

PIR

REP

MAST

SYSTEM

CONTROLLER

1 Masthead &
2 Repeaters

KEY

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 10

PROGRAMMING

This new improved Genesis 1 model now has
an LED display and push buttons which makes
changing settings much easier and enables
extra features.

Button functions

SELECT

MEMORISE

DOWN

Power On

When the power is turned on, the display shows

momentarily.

How to set standard functions

Step 1.

Enter the settings mode press

until the display shows

Step 2.

Scroll through mode the options with the select button

When the desired mode is reached, wait a moment and then the display will
flash the setting.

EG:

followed by =

pulse count 1.

To change a setting, select the mode and wait for the setting to flash.
Scroll up or down to the desired number.

Step 3.

Press and hold the

button to store the new number.

The display shows

followed by

Now let go of the button and the new setting is stored.

EXAMPLE:

To change more than one setting at a time, follow steps 1 and 2 and after
changing the setting press to select the next mode. Press the

button when all

changes have been made.

NB: The display will automatically turn off after 10 minutes if

is not pressed.

TAMPER

LGWP-15/40/VC/HC Wireless PIR Detector Installation Handbook

Page 11

MODE OPTIONS

SETTINGS

SITE

1 to 32

SUB NET

1 to 8

UNIT NUMBER

1 to 64

PULSE COUNTING

1 to 4

SENSITIVITY

-5..0..+5 -5 Lowest, 0 Normal, +5 Highest

AND/OR GATING

0 = OR 1 = AND

POWER SAVING

0-OFF, 1 to 4 ON (Four modes)

WIRELESS TRANSMISSION CODE SETTINGS

Site code

These codes are used to separate one site from another.

There are 32 codes to choose from and any number can be used as long as it is
different from other nearby sites that are using Genesis products.
The LGWT434 Walk Test Instrument can be used to search for nearby sites and
display the site codes used so that you can avoid them.

Sub net

A division of the site code and usually only used where repeaters are required.
See LGMT434 operating instructions for more information.

Unit code

Each detector must have an individual unit number. Set the first detector as
UNIT1 and the second as UNIT2 etc. Do not duplicate numbers or leave gaps.

PIR FUNCTIONS

Pulse count

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