Luminite Genesis LGMRU4x4 System manual

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’s30m x 20m LG2WP3020
G2 Wireless PIR’s60m x 4m LG2WP6004
Wireless Accessories
IP Masthead/Repeater LGIP MT434
IP Masthead Relay Unit LGIP MRU4x4
Masthead/Repeater LGMT434
Masthead Relay Unit LGMRU4x4v2
Relay Expansion Module LGREM4x4v2
Walk Test Instrument LGWT434
16 way relay unit LGRU16
Relay module LGRM8
16 way DM interface unit LGDM16
16 way relay unit with end of line resistor LGRU16ELR 3 versions
Relay module with end of line resistor LGRM8ELR 3 versions
Optional antenna AE434
Transmitter module LGTX434
Key Point LGKSQ
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: [phone] Fax: [phone]
Web: www.luminite.co.uk email: [email protected]
Masthead
Relay
Unit 4X4
Handbook
2a BELLEVUE ROAD, FRIERN BARNET, LONDON, N11 3ER
Tel: [phone] Fax: [phone]
Type: LGMRU4x4 v2 Revision2

Copyright 2018 Luminite Electronics Ltd
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
undertaken by Luminite Electronics Ltd.
Moisture.
Do not expose the internal electronics of this unit to moisture i.e. take care during
installation not to allow rain or damp into the product. When the product is sealed it is
water resistant to IP66.
Box Contents.
1 x GENESIS Masthead Relay Unit LGMRU4x4.v2
1 x 1/4 wave antenna
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook Page 2
LGMRU4X4 v2 Masthead Relay Unit Installation Handbook. Page 15
PIR’s communicating directly with the
LGMRU4x4v2
All Sub Nets are 1.
The other two examples
show examples where
one or more repeaters are
used and how the Sub
Net Codes separate the
system.
SUBNET 1
PIR
PIR
PIR
PIR
1 4X4
4X4
SYSTEM
CONTROLLER
KEY
SUBNET 1
SUBNET 2
SUBNET 3
REP
PIR
PIR
PIR
PIR
PIR
PIR
PIR
REP
4X4
SYSTEM
CONTROLLER
1 4X4 &
2 Repeaters
KEY
1 4X4 &
1 Repeater
SUBNET 1
SUBNET 2
SYSTEM
CONTROLLER
4X4
PIR
PIR
PIR
PIR
PIR
PIR
REP
KEY

LGMRU4X4 v2 Masthead Relay Unit Installation Handbook. Page 14
WALK TEST. See Test Mode on page 9. With the LGMRU4x4v2 in test mode, when an
alarm event is received it will be re-transmitted back out so that it can be received on a
WALK TEST Instrument.
This is useful for testing the wireless range from the PIR detector.
Do not leave the LGMRU4x4v2 in walk test mode as this uses a lot more air time and
could cause Missing Call error messages on systems with large numbers of detectors.
Sub Net use.
Page 15 shows PIR detectors communicating directly with an LGMRU4x4v2 and also via
repeaters (LGMT4x4)
Where repeaters are used it is necessary to use more sub nets as shown.
LGMRU
4X4
Repeater Repeater
To alarm pre-sets.
Up link Down link
Walk Tester
The Walk Test Instrument does not take any notice of Sub Net codes and will receive
from anywhere on the site either directly from the Masthead or via Repeaters.
All these products will be set to the same Site Code.
INDEX page
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 3
Introduction 4
Features 5
Mode switches and connections 4
LGMRU4x4v2 Layout 6
Layout and Fitting the LGREM4x4v2 expansion module 6
Wiring 7
Programming 8
Menu options level 1 9
Menu options levels 2 & 3 10,11
Key Fob learning and default settings 12
Examples 13
Walk test 14
Sub Net use 15

LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 4
Introduction.
The Genesis LGMRU4x4.v2 Masthead Relay Unit is a receiver for Genesis wireless
PIR detectors and provides a simple interface for virtually any kind of alarm input.
Powered from 12 volts DC and weather proof to IP66 it is ideal to be fitted externally
with a dome camera and connected directly into the alarm pre-sets.
This product may also be connected to any other kind of alarm system and is very
versatile due to its new improved features such as key fob control and remote arm/
disarm.
Two auxiliary outputs can be used to provide keyfob control of devices such as
electric door release and lighting. Grouped tampers or alarms may also be applied to
these outputs.
Choose between either 4 alarm outputs with corresponding tampers or eight alarm
outputs without tampers. An expansion card is available to increase the number of
alarm outputs to a maximum of 16. (LGREM4x4.v2)
Only PIRs that are between the "lowest PIR index" and "highest PIR index"
are processed, i.e. mapped to one of relays.
All others (that are out of this range) are ignored, filtered-out on reception !
Example 1: Unit = 1, Configuration = 1, expansion module is NOT fitted which
means we have 8 relays.
All 8 relays are ALARMs => 8 PIRs are processed then the processed PIRs are
units 1..8
Example 2: Unit = 1, Configuration = 1, expansion module is fitted which means
we have 16 relays, all 16 relays are ALARMs => 16 PIRs are processed; then the
processed PIRs are units 1..16
Example 3: Unit = 1, Configuration = 2, expansion module is NOT fitted which
means we have 8 relays, 4 pairs of ALARM+TAMPER => 4 PIRs are processed;
then the processed PIRs are units 1..4
Example 4: Unit = 1, Configuration = 2, expansion module is fitted which means we
have 16 relays, 8 pairs of ALARM+TAMPER => 8 PIRs are processed; then the
processed PIRs are units 1..8
Example 5: Unit = 20, Configuration = 1, expansion module is NOT fitted which
means we have 8 relays, all 8 relays are ALARMs => 8 PIRs are processed;
then the processed PIRs are units 20..27
Example 6: Unit = 62, Configuration = 2, expansion module is fitted which means
we have 16 relays, 8 pairs of ALARM+TAMPER => 8 PIRs are processed;
then the processed PIRs are units 62..64 (maximum index)
=> processed PIRs are units 62..64
(only 3 pairs A+T will operate, all other relays remain Idle)
Note 2: If Function_1 is Global_Alarm or Global_Tamper, then parameters S1,E1
specify the Start and End PIR index that are included.
If Function_2 is Global_Alarm or Global_Tamper, then parameters S2,E2 specify
the Start and End PIR index that are included.
Start and End indexes must be set correctly.
If not, then Receiver makes some automatic corrections:
If Start is lower then the index of the lowest mapped PIR then the lowest mapped
PIR index is used as Start instead.
If End is higher then the index of the highest mapped PIR then the highest mapped
PIR index is used as End instead.
If End is lower than Start, then group consists of only 1 PIR, the one with index
start.
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 13

How to Learn a Keyfob
- hold SEL until it shows "n1" on display
- press UP repeatedly until it increments to "n4" (i.e. Menu Level 4 selected)
- press SEL to see "LE" on display (Learn Keyfob),
after 2 seconds starts flashing " 0"
- press UP to increment it to value " 1" (i.e. "this operation is chosen")
- press & hold MEM button until down-scores change to up-scores,
release MEM button, Learning has been started
- press any button on Keyfob,
quick flashing of the LED on Keyfob indicates "Learned successfully".
Learning ends when (what happens first):
- a transmission from Genesis-Keyfob is received;
if it is a known Keyfob (one of already Learned ones), then Learning just stops;
if it is a new Keyfob, then this new Keyfob is Learned and Learning stops;
if it is a new Keyfob but memory is full, then Learning just stops;
a timeout 30s passed (and no Keyfob received), then Learning just stops.
How to Erase ALL Learned Keyfobs
- hold SEL until it shows "n1" on display
- press UP repeatedly until it increments to "n4" (i.e. Menu Level 4 selected)
- press SEL to see "Er" on display (Erase ALL Learned Keyfobs),
after 2 seconds starts flashing " 0"
- press UP to increment it to value " 1" (i.e. "this operation is chosen")
- press & hold MEM button until down-scores change to up-scores,
release MEM button, ALL Learned Keyfobs have been deleted.
How to restore Default Settings
- hold SEL until it shows "n1" on display
- press UP repeatedly until it increments to "n4" (i.e. Menu Level 4 selected)
- press SEL to see "dS" on display (Default Settings),
after 2 seconds starts flashing " 0"
- press UP to increment it to value " 1" (i.e. "this operation is chosen")
- press & hold MEM button until down-scores change to up-scores,
release MEM button, ALL Menu Parameters have been deleted,
restarts with default settings (as brand new device from factory).
Notes
Note 1: Parameter "Unit" specifies PIR that is supposed to be mapped to relay A1.
It is the lowest PIR index processed by this Receiver.
The highest PIR index processed depends on number of relays available
(i.e. whether expansion module is fitted or not) and also on Configuration
of relay outputs, i.e. parameter "Configuration".
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 12
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 5
Features.
8 channels (1..8) = 8 relays + 8 LED indicators
Can be configured as 4 alarm and 4 tamper relays (mode 2)
or 8 alarm relays only (mode 1)
Expansion module LGREM4x4.v2
Provides an extra 8 channels (9..16)
8 relays + 8 LED indicators
Can be configured as 4 alarm and 4 tamper relays (mode 2)
or 8 alarm relays only (mode 1)
2 global outputs AUX_X,Y = 2 relays + 2 LED indicators
These two outputs can be programmed as follows
Either or both as grouped tampers
Either or both as grouped alarms
Either or both a keyfob Controlled outputs
Either can output missing call in (detector failed to call in)
ARM/DISARM state can be controlled via external input INHIBIT or via LGKF4 Keyfobs
Possible control options are:
0 .. no ARM/DISARM control (ALARM relays always work on Detections)
1 .. ARM/DISARM control enabled, via Keyfobs
2 .. ARM/DISARM control enabled, via input INHIBIT
3 .. ARM/DISARM control enabled, via Keyfobs + also INHIBIT (INHIBIT has priority)
Keyfob control. All Learned Keyfobs have the same function and are mutually
interchangeable
Functions of individual buttons:
top-left ........... ARM ALARM relays work on Detections
top-right ..........DISARM ALARM relays do NOT work on Detections
bottom-left ......KC_ON (Keyfob Controlled)
bottom-right ....KC_OFF
Any of the 2 global AUX relays can be configured to respond to this command.
Possible uses are gate opening and lighting control as well as many more.
Relay contact time. Adjustable from 250ms to 39 minutes
Relay Configuration.
The user can configure the organization of the relays in the following ways
1 .. all channels are ALARMS only (MODE_1)
2 .. pairs of ALARM+TAMPER (MODE_2)
3 .. main-board gives 8 ALARM outputs + plug-on module gives 8 TAMPER outputs

LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 6
The LGMRU4x4.v2 layout
All MOS relay outputs have an LED below the to indicate the relay status.
1. LGMRU4x4.v2 main board
2. Program display
3. Programming Up/Down buttons
4. Programming Enter
5. Programming Memory (Store)
6. BNC antenna socket
7. Alarm indicating LED’s
8. Alarm connections
9. Inhibit input
10. Power input
11. Auxiliary outputs
12. LGREM4x4.v2 expansions module
13. Lid tamper components
GND
+12V
F1
AUX
F2
AUX
1A 2A 3A 4A 5A 6A 7A 8A
2
MODE
1A 1T 2A 2T 3A 3T 4A 4T
ALARM CONTACTS
M
ANT
INHIBIT
GND
10A9A 11A 12A 13A 14A 15A 16A
MODE
1
25A 5T 6A 6T 7A 7T 8A 8T
SIGNAL
12
3
4
5
67
9
8
7
8
10 11
12
Fitting an LGREM4x4.v2 expansion module
It is not necessary to turn the power off.
Correctly orientate the module as shown in the diagram and plug it onto the main board
making sure that the posts line up with the holes.
Snap it into position.
13
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 11
rS Restore mode
0 > restart with all relays Idle and Keyfob_state = SET (and KC_state Off)
1> restart with last known states (reload from EEPROM on power-up)
EM Extra mode
0 .. normal mode
1 .. extra mode (prints content of Learned_Keyfobs & entire EEPROM, for debug)
Value Function
---------------------------------------------------------------------------------------
00 ... no_function, relay permanently Off (=> stays Off on power-failure)
01 ... no_function, relay permanently On (=> goes Off on power-failure)
---------------------------------------------------------------------------------------
02 ... Global_Alarm, N/O, group is selected via S1..E1 or S2..E2
03 ... Global_Alarm, N/C, group is selected via S1..E1 or S2..E2
---------------------------------------------------------------------------------------
04 ... Global_Tamper, N/O, group is selected via S1..E1 or S2..E2
05 ... Global_Tamper, N/C, group is selected via S1..E1 or S2..E2
---------------------------------------------------------------------------------------
06 ... Global_Tamper, N/O, group is selected via S1..E1 or S2..E2; + IR_tamper (isLid)
07 ... Global_Tamper, N/C, group is selected via S1..E1 or S2..E2; + IR_tamper (isLid)
---------------------------------------------------------------------------------------
08 ... Light_Control, N/O, source is selected via S1 or S2 (independent on esLightCt)
09 ... Light_Control, N/C, source is selected via S1 or S2 (independent on esLightCt)
---------------------------------------------------------------------------------------
10 ... SET_output, N/O (isSET) // source of SET/UNSET state depends on
esARMCTRL
11 ... SET_output, N/C (isSET)
---------------------------------------------------------------------------------------
12 ... KFSET_output, N/O (isKFSET) // controlled via KF buttons on the top
13 ... KFSET_output, N/C (isKFSET)
---------------------------------------------------------------------------------------
14 ... KCON_output, N/O (isKCON) // controlled via KF buttons on the bottom
15 ... KCON_output, N/C (isKCON)
---------------------------------------------------------------------------------------
16 ... IR_tamper, N/O (isLid) // active = Lid Opened
17 ... IR_tamper, N/C (isLid)
---------------------------------------------------------------------------------------
MENU OPTIONS level 4 Commands for learning Keyfobs & Reset
LE Learn Keyfobs default 0
Er Erase all learned Keyfobs default 0
dS Default settings default 0

HOW TO ENTER LEVEL OTHER LEVELS.
Press and hold the enter key until n1 Shows. Now press the up key until the
desired level is displayed and then press enter again to access the menu.
EG:
In this example we have disabled Cloak which will no longer activate the tamper relays.
MENU OPTIONS level 2 Configuration of Tamper relays
tP Tamper 0=Disabled 1-Enabled default 1
CL Cloak 0=Disabled 1-Enabled default 1
SH Shock 0=Disabled 1-Enabled default 1
MO Move 0=Disabled 1-Enabled default 1
MI Missing call in 0=Disabled 1-Enabled default 1
bL Battery low 0=Disabled 1-Enabled default 1
cu Code violation 0=Disabled 1-Enabled default 0
Ld Lid tamper 0=Disabled 1-Enabled default 0
Level 2 options
Any of these types of tamper or alert messages can be applied to the individual tamper
relays.
The lid tamper default setting will operate AUX2 relay.
NB: The AUX2 LED will be lit and the relay changes state while the lid is removed.
MENU OPTIONS level 3 Configuration of Global relays
F 1 Function1 AUX F1 0>17 default 2
S 1 Start index for F 1 1>64 default 1
E 1 End index for F 1 1>64 default 64
F 2 Function1 AUX F2 0>17 default 6
S 2 Start index for F 2 1>64 default 1
E 2 End index for F 2 1>64 default 64
AC Arm/Disarm control mode 0>3 default 3
0 .. no ARM/DISARM control (ALARM relays always work on Detections)
1 .. ARM/DISARM control enabled, via Keyfobs
2 .. ARM/DISARM control enabled, via input INHIBIT
3 .. ARM/DISARM control enabled, via Keyfobs + also INHIBIT
(INHIBIT has priority)
SC Start Index for ARM/DISARM Control, 1>64 default 1
EC End Index for ARM/DISARM Control, 1>64 default 64
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 10
M
3 seconds
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 7
Wiring
Alarm/Tamper Relays
All outputs are volt free MOS relays and may be configured to be either N/C (normally
closed) or N/O (normally open).
MOS-relays and LED indicators are driven separately.
The meaning of all LED indicators is always ACTIVE (On) / IDLE (Off),
no matter whether the MOS-relay is configured NO or NC.
Only the MOS-relay is affected by NO/NC setting.
External inhibit
The inhibit input requires a volt free closing or opening contact.
Power supply
Power the product from a 12 volt DC regulated supply with a minimum of 500m/a rating.
Connect to GND and +12V.
NB: When the 12 volts is applied the AUX 2 relay will light as well as the power led. This
is because the lid is not in place. To prove this, cover the anti tamper components with
your hand and the AUX 2 relay will turn off.
Default settings
LGMRU4x4v2
Unit group 1-4
Site code 1
Sub Net 1
Mode 2 4 alarms. 4 tampers
Contacts Normally open
Inhibit Close circuit to inhibit all alarms
LGREM4x4v2
Unit group 1-4
Mode 1 4 alarms. 4 tampers
Contacts Normally open
Antenna connection
Connect the supplied 1/4 wave antenna onto the BNC socket and pass through the right
hand cable gland.
For longer range reception use an external antenna (AE434).
Follow the same procedure but instead pass the coaxial cable through the cable gland
and crimp on the 50ohm BNC plug supplied with the AE434.

LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 8
PROGRAMMING:
The new version LGMRU4x4v2 now has an LED display and push buttons to set
the mode of operation.
This makes changing settings much easier and facilitates more options and
features.
Button functions.
SELECT UP
M 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 M until the display shows
Step 2. Scroll through the mode options with this button EG:
When the desired mode is reached, wait a moment and then the dis-
play will flash the setting. EG: = site code 1.
To change a setting, se- lect the mode and wait for the setting to flash.
Scroll up or down to the desired number.
Step 3. Press and hold the M button to store the new number.
The display shows followed by
Now let go of the button and the new setting is now stored.
EXAMPLE: M M
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 M button when all changes
have been made.
NB: The display will automatically turn off after 10 minutes if M is not pressed.
M
LGMRU4X4.v2 Masthead Relay Unit Installation Handbook. Page 9
MENU OPTIONS level 1 Basic Settings
SI Site code 1-32 default 1
SU Sub Net code 1-8default 1
Un Unit number 1 to 64 default 1
CF Configuration 1 to 3 default 2
tA Alarm time 0 to 99 default 2 seconds
tt Tamper time 0 to 99 default 2 seconds
IA Alarm state idle 0=N/O 1=N/C default 0
It Tamper state idle 0=N/O 1=N/C default 0
LC Light control 0 to 64 default 0
tM Test mode 0, 1 default 0
Site codes separates one site from another. There are 32 site codes to choose from and it
is recommended that each new installation should be set to a different site code to minimise
the possibility of interfering with other Genesis systems.
Sub Net codes divide the site up into sections and are only needed if one or more repeaters
are used (LGMT434). If there are no repeaters, leave the sub net codes at 1.
Unit Numbers. There are 64 unit numbers available and each PIR detector must be given a
unique number.
You can set a unit number to be mapped to relay 1A. The default is 1 but it can be any from
1-64. The following on relays will of course operate from the following on numbers.
EG: Unit 1 = 1A Unit 2 = 2A Unit 3 = 3A. EG: Unit 10 = 1A Unit 11 = 2A Unit 12 = 3A etc.
Configuration
1 .. all channels are ALARMs (i.e. MODE_1 label on PCB)
2 .. pairs of ALARM+TAMPER (i.e. MODE_2 label on PCB)
3 .. main-board gives 8 ALARM outputs + plug-on LGREM4x4v2 module
gives 8 TAMPER outputs
Alarm & Tamper time lengths of relay activity
value 0 ...... 250ms
values 1-60 ... 1-60s
values 61-99 .. (X-60) minutes
(examples: 63 = 3 min, 99 = 39 min)
Alarm & Tamper state idle 0-N/O (normally open) 1=N/C (normally closed)
Light control
0 Light Control Disabled. Detections work no matter if Day or Night
1-64 Light Control Enabled. The number is PIR Unit that gives the Day/Night information.
Detections work only on Night (only if SET)
Test mode 0=Disabled, 1=Walktest_Mode_Enabled. See LGWT434 instructions.