Honeywell Galaxy 2 User Manual

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Galaxy 2 Series Installation Manual
Addressing the ECP Zone Expander
Select jumper addresses before powering up the zone expander. Available addresses are 2, 3, and 4. Refer to
Table 11 for jumper settings.
Table 11. Zone Expander Addresses
5800H RF Receiver (2–44+ Only)
The 5800H is a remote, stand-alone radio receiver. An additional standard 6160 keypad needs to be con-
nected to the Galaxy 2–44+ control panel when using the 5800H receiver.
Installation
Always mount the receiver where the survey receiver showed the best reception. Make sure other equipment
such as panels or power supplies are not mounted immediately next to it. As a guide, try to keep other equip-
ment at least half a meter away. Ensure that anyone fitting any other site equipment, knows not to locate
anything close by the receiver.
Wiring
The receiver comes with a five way flying lead, which should first be plugged into the RF receiver PCB. The
coloured cables are wired direct to the Galaxy 2–44+ control panel as shown in Table 6. ECP Peripheral
Wiring. The blue wire is not used and may be cut off.
All wiring must be routed into the receiver via the holes and knockouts provided. Always make sure the wiring
runs on the side of the PCB away from the antennas.
Addressing
Set all DIP switches to OFF before powering up the 5800H RF receiver, which  must be addressed as either
4 or 5. Refer to Table 12 for DIP switch  settings. No other settings are required on this unit.
S S E R D D AHC T I W S P I D
34 5
4NOFF OFF O
5NOFF ONO
Table 12.  DIP Switch Settings
ECP Zone Expander (cont’d)
8-Zone Expander 4-Zone Expander
Address LK8 LK9 Zones AllocatedOutputs
AllocatedZones AllocatedOutputs
Allocated
2 Off Off 1021 - 1028 1021 - 1024 1021 - 1024 0
3 Off On 1031 - 1038 1031 - 1034 1031 - 1034 0
4 On Off 1041 - 1048 1041 - 1044 1041 - 1044 0 
						

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Galaxy 2 Series Installation Manual
G2 RF Portal
The G2 RF Portal is a wireless receiver for the Honeywell V2 Domonial transmitter range. The G2 RF Portal
allows the control panel to receive signals from wire-free detectors and radio keyfobs. One RF Portal will
allow the control panel to assign wire-free detectors to any or all detection zones. However, two RF Portals
can be used to increase coverage.
A maximum of two RF Portals can be connected to the RS485 (AB) line to support up to 44 zones.
Figure 25. G2 RF Portal PCB
RF Portal
PANEL BA-
+
SW2
LK1Tamper
By-pass
link
Tamper
switch
Address
Setup
Jumper
Processor
Program
Header
Antenna
RF
PWR LEDs
RS485
line
Engineer
Header
SW1
ADDR
LK2
RF Circuit
Area
Program Header
The Program Header allows field upgrades of flash software on the processor.
Tamper By-pass Link
The Tamper By-pass Link (LK1) must be removed to allow the lid tamper to function through the operation
of switch SW2.
LED’s
The RF LED will blink upon reception of decodeable signals. If a jam condition occurs (continuous interfer-
ence), the LED will come on constantly. It will switch off again only when the jam condition clears.
The  PWR LED gives power and communication status of the RF Portal (see Table 9 -  RIO LED Flash
Rates for information on the meaning of the various flash rates).
Mounting the Plastic Base
Before mounting the base it is recommended that a survey is carried out to determine the suitability of the site
for RF installation. Refer to Galaxy RF Survey Kit, Operation Instructions (II1-0011).
NOTES:
• The plastic base must be mounted so that when the PCB is installed, the antenna will point vertically
(see Figure 26, Plastic Base with PCB Installed)
• The plastic base is mounted using three screws that are not provided with the installation kit.
• The plastic base must be mounted before attaching the PCB or else access to the top left-hand
mounting hole will be severely restricted. 
						

							35
Galaxy 2 Series Installation ManualRF Portal (cont’d)
Plastic Base
PCB installed
in base
Antenna
(pointing vertically)
Mounting hole 
(partially covered
 when PCB installed)
Clip
Pillar (2 off)
Plastic support (2 off)
Mounting
hole
Mounting
Hole
Knockout
(if using an
electrical
mounting box)
Side knockout (2 off)
Figure 26. Plastic Base with PCB Installed 1. Either remove one of the knockouts in the side of the plastic base or, if fitting into an electrical box,
remove the knockout in the centre of the base (see Enclosure knockout Removal Procedure, II1-
0220).
2. Fit the two plastic supports for the PCB from the underside of the plastic base.
3. Using three screws, attach the plastic base loosely to a wall or electrical mounting box.
4. Bring in the cable from the control panel through the relevant knockout hole.
5. Firmly secure the plastic base with the three mounting hole screws.
Attaching the PCB
1. Place the PCB over the two plastic supports and the two pillars.
2. Pull back the clip then press the PCB firmly into place.
3. To allow the lid tamper switch (SW2) to function, remove the by-pass link (LK1).
4. Attach the lid tamper spring over the lid tamper switch (SW2).
Addressing the RF Portal
The RF Portal must be given a unique address before it is connected to the power supply. This address is
selected via the Address Setup Jumper and can be 4 or 5.
To set the address as 4, fit the jumper to one pin only (open) of Address Setup Jumper LK2.
To set the address as 5, fit the jumper across the two pins (shorted) of Address Setup Jumper LK2. 
						

							36
Galaxy 2 Series Installation ManualRF Portal (cont’d)
Connecting the RF Portal
The RS485 (AB) line of the RF Portal must be wired in parallel (daisy-chain configuration) with the RS485
(AB) line of any keypads connected to the system.  The RF Portal requires 12 Vd.c. (range 9.0 V to 14.0 V)
and 55 mA.  This can be supplied from the control panel power supply or from a remote power supply if the
distance causes a large voltage drop on the cable.
Configuring the RF Portal
The added RF Portal is configured into the system on exiting from engineer mode.  If the message XX Mod
Added [] To View is displayed, the system has recognised that a new module is present.  Press the A or
B keys to confirm that the Receiver has been added.  If this message is not displayed or the Receiver is not on
the list of added modules, then the Receiver is not communicating with the control panel or has been set to the
same address as the Receiver already connected to the system.
Attaching the Plastic Box Lid
Place the lid over the plastic base then firmly attach with the four self-tapping screws provided.
Specifications
Physical
PCB Width: 104.5 mm
Height: 68 mm
Weight: 42 g
PCB with antenna Width: 125 mm
Height: 76 mm
PCB in Plastic Box Weight: 245 g
Electrical
Quiescent Current55.0 mA
Operating Voltage12.0 V nominal, +16%/-25% (9 V to 14 V)
Operating Temperature-10 deg.C to +40 deg.C
EN50131 Compliance
This product is suitable for use in systems designed to comply with prEN50131-1:2004.
Security Grade – 2
Environmental Class – II 
						

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Galaxy 2 Series Installation Manual
6160 Keypad/Keyprox/RFH (2–44+ Only)
The 6160 keypad is an addressible, alphanumeric remote keypad for setting/unsetting the Galaxy 2–44+
control panel. It is also available as a combined keypad/keyprox unit (keypad with built-in proximity card
reader). The keyprox version allows the system to be set and unset with keytags and cards. (see Section 6:
General Operation).
Installation and Wiring
The keypad can be surface mounted directly to a wall or electrical box. The keypad has a built in tamper
switch to detect separation of the back case from its mounting surface. An additional mounting screw must be
inserted in the tamper tab in the back case.
1. Press down the two base clips located at the rear edge of the keypad while gently pulling the two halves
of the case apart.
2. Route the wiring from the control panel through the cable entry hole in the back case. Use the knockout
holes if alternative routes are necessary.
3. Securely mount the back case to a wall or electrical box via the mounting holes. Ensure the tamper tab is
securely screwed down.
4. The keypad PCB must be wired to the control panel PCB as shown in Table 6. ECP Peripheral
Wiring.
5. Reattach the keypad to the back case.Figure 27.  6160 Keyprox
Figure 28. Wiring Entry (Back case)
6160 Keypad
1
23
4
56
7
8
9
0
*#
A
B
ent
esc 
						

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Galaxy 2 Series Installation Manual
Addressing the 6160 Keypad
Keypad address (CON ADDR) needs to be from 0 to 3.
To set the address:
1. Either repower the keypad or activate the keypad tamper switch.
2. Within 60 seconds of step 1, press and hold buttons 1 and 3 for five seconds.
NOTE:If 10 seconds pass without a key entry, the keypad exits address mode. You must power down,
power up and start the procedure again.
3. The current keypad address will be displayed.
4. Type address of keypad (00, 01, 02, 03) then press ¸ to save address and exit menu.
5. Remove then re-apply power to the system, including the keypad, to allow the new address to configure.
Addressing the 6160 Keyprox
The reader module shares the ECP Bus terminals with the keypad. The system will see the reader as an RF
receiver (address 4 or 5). The addressing can be achieved by using the address Jumper Link that is located
above the ECP terminals. These jumpers must be set before powering up the unit.
Jumper Link not fitted:Address = 4
Jumper Link fitted:Address = 5
NOTE:A keyprox unit cannot be fitted if that address is already used by any wireless receiver.
The keypad section of the keyprox should be addressed as per the keypad instructions above.
Addressing the 6160 RFH
1. Enter the program mode by pressing the 1 and 3 keys simultaneously for a few seconds, within 60 sec-
onds after applying power. The display shows CON ADDR = XX.
2. Enter the 2-digit keypad address (00 - 03).The display shows CON ADDR = YY. Press the * key to
continue.
3. To enable the receiver - enter 1 to enable or 0 to disable. Enable the receiver if RF transmitters or wire-
less keypads are programmed into the control and no other receivers are enabled. The display shows
REC ON. Press the * key to continue.
4. If receiver is enabled, enter the 2-digit receiver address (04 or 05). The display shows
REC ADDRESS = XX. Press the * key to continue.
5. Enable High Security Mode by pressing the 1 key. The display shows HIGH SECURITY ON.
Press the * key to continue.
NOTE:If this mode is enabled, the 6160RFH will only recognise encrypted fobs. If this mode is
disabled, the 6160RFH will recognise both encrypted and non-encrypted fobs.
6. Press the * key. This exits program mode.
7. Remove then re-apply power to the system, including the keypad, to allow the new addresses to config-
ure.
6160 Keypad (cont’d) 
						

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Galaxy 2 Series Installation Manual
2-Way Audio (2–44+ Only)
The system can support up to three TP800 speaker-mic devices via the audio header. To allow connection via
the Audio Header, an Audio Terminal Board must be fitted (part no. A233—2-way Audio Terminal Board).
Alternatively, a 14-way socket can connect directly on to the Audio Header on the main PCB.
The Galaxy 2 Series Audio Terminal Board is a connector that allows 2-way audio communication (speak and
listen) between the panel PCB and the Alarm Receiving Centre.  The Audio Terminal Board is connected to a
TP800 speaker mic which allows audio communication via the on-board PSTN/Modem or the plug-on GSM
module.  The Audio Terminal Board is fitted to the main PCB at the location shown in the diagram below.
Figure 29. Audio Terminal Board fitted to PCB
The TP800 modules can be adjusted for audio levels. Refer to the instructions supplied with the modules for
further information.
The wires between the TP800 units must be no longer than 30 metres in total. The wires are connected to the
terminal board as shown in the following table:
Table 13. Audio Header to TP500/800 Wiring
2-Way Audio
Audio Header TP800
ECT ECOUT
RML RML
CMD CMD
N/C NOT USE D
VS+ VS+
VS- VS-
Audio Terminal  Board
fitted to Audio Header 
on main PCB
RIO  11
20v3
40v5
60v789100v0v11
120v
LED 1
RML
ECT CMDN/C
VS+VS-
NOTE: Audio Terminal Board must be fitted in
orientation shown in diagram.
Connections for
TP800 Speaker Mic 
						

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Galaxy 2 Series Installation Manual
Operation of 2-Way Audio
Two types of audio communication are possible;
Listen-in
In this mode, the panel will stay on-line for 30 seconds after sending an alarm signal to the ARC to allow the
operator to listen to the audio on site. The operation is controlled by the remote DTMF telephone and is as
follows:
1. Press the * then 6  keys to start listen-in.
2. Use the 0 and 1 keys to toggle between listen and talk modes (0 = listen, 1 = talk).
3. To end the call, press the * then # keys.
4. The call ends with three beeps.
Dial-in
In this mode, a user can dial into the alarm system from a DTMF telephone and type in a special PIN code
(controlled in Menu 42, User 99). This will allow the user to listen to the audio on site, and talk to the site. The
operation is controlled by the remote telephone and is as follows:
1. Dial in to either the PSTN number or the GSM audio number.
2. The panel answers after the number of rings set up in Menu 56.1.09.
3. Wait for a long tone then enter the PIN code to start listening.
4. Use the 0 and 1 keys to toggle between listen and talk modes (0 = listen, 1 = talk).
5. To end the call, press the * then # keys.
6. The call ends with three beeps.
In both modes, if no commands are detected within two minutes the call will be timed out and hung up.  If the
remote user hangs up without using * and #  then it can take up to two minutes before the call times out at the
panel end.
2-Way Audio (cont’d) 
						

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Galaxy 2 Series Installation Manual
GSM Module (2–44+ Only)
A Dedicated GSM telecommunication interface can be connected to the Galaxy 2 series control panel to
allow an alternative communication path to the PSTN telephone line. The GSM module is installed as follows.
CAUTION:Install the control panel with the GSM Module at least 1.5 m from any wireless
peripheral device. This will avoid interference generated by the GSM. Do not
install the module in the immediate proximity of a sound source (loudspeaker, TV
set, Hi-fi chain etc.)
1. Remove all power from the control panel and remove the control panel PCB from the enclosure.
2. With the control panel PCB still removed, remove the knock-out in the top-centre of the enclosure using
broad-nose pliers, gripping the full length of the knock-out tab and bending it sharply downwards.
3. Slide the GSM antenna into the slot in the top of the enclosure and lock into place with the locking tab
provided.
4. Fit the co-axial antenna lead to the GSM module.
5. Remove the two-way jumper fitted to two of the four audio pins on the rear of the PCB.
6. Using the three stand-offs supplied with the GSM module, fit the module to the rear of the control panel
PCB, taking care to route the two power leads to the GSM power terminals on the corner of the control
panel PCB.
GSM Module
Figure 30. Location of GSM Module on Control Panel PCB
GSM
PWRGSM
  0V
HeatsinkUnderside of Control
 Panel PCBOutline of position
of GSM Module 10-way Connector
on Control Panel PCB
for GSM ModuleShort Stand-off
fitted to underside
of GSM Module
Audio Pins
Long Stand-offs (2)
fitted to underside
of Control Panel PCBPower Terminals
SIM card
slotted into
holder (note
orientation)
WARNING:Do not screw the power leads into the AUX power terminals on the control panel
PCB.
7. Screw the power leads into the two GSM power terminals observing polarity (Red lead is GSM PWR,
black lead is GSM 0V).
8. Fit a suitable SIM card into the holder on the GSM Module (see Note on SIM cards).
9. Refit the control panel PCB into the enclosure, connecting the co-axial antenna lead to the antenna.
10. All programming of the GSM module is performed in menu 56.5 of the panel programming. 
						

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Galaxy 2 Series Installation Manual
Note on SIM cards: Any valid GSM sim card can be used. Both contract and Pre-pay types will work,
although contract SIMs are better for systems with alarm signalling as there is no chance of credit running out
when an alarm activation needs to be signalled. If the GSM module is to be used for remote servicing, then a
Data-enabled SIM card must be used. Most service provider can supply this service on contract SIMs and
will issue a separate data number. This data number should be used for remote servicing when dialling into the
panel.
All GSM programming is performed through menu 56.5.
Figure 31. GSM Module - Top side
GSM Module (cont’d)
Power leads to 
GSM power terminals
on panel PCB.  10-way header
4-way 
Audio
Header
Antenna lead
to panel enclosure
Ribbon cable
Characteristics
The following table shows the technical characteristics of the GSM Module:
GSM Fault Detection Dedicated internal GSM fault code  is triggered by lack of network
Service Temperature 0 deg to 40 deg C
Storage Temperature -20 deg C to + 70 deg C
Dual Band GSM 900 MHz and DCS 1800 MHz
Power 2 W (GSM)/ 1 W (DCS)
Antenna Supplied
SIMcard Micro
Compliance
The GSM Module is suitable for use in systems designed to comply with EN50131-1 and PD6662:2004.
Security Grade - 2
Environmental Class - II
Alarm Transmission System - 2.Table 14 - GSM Module Technical Data