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Overview 

The Galaxy Keyprox is a standard Galaxy MK7 keypad and a proximity card reader, combined 
into one housing. This allows dual function setting/unsetting ability from the one station without 
the need for a separate card reader. It is primarily intended for use in situations where a PIN 
and/or card are needed to set and unset the intruder alarm system. It is not intended to be used 
for door control as it does not contain a door strike relay. However, limited door functions can 
be programmed using Links programming in the Galaxy control panels. 

Compatibility 

The Galaxy Keyprox is intended for use with the Galaxy 8, 18, 60, 128, 500, 504 and 512 
panels. The panels must be fitted with software version 1.18 or later. The Keyprox is also used 
with the Galaxy 2 and 3 Series panels.  

Most standard ASK cards with 26 and 34 Bit formats can be read by the Keyprox. Proprietary 
card type may not be read properly by the Keyprox. 

 

* Note

 that some versions of the keypad may have the HID functionality enabled. Keyprox 

units with the -H suffix have the HID functionality. 

MAX cards or tags can be read by the Keyprox. However if MAX or MicroMAX readers are 
also used on the system, then the cards will need to be programmed on to two separate users, as 
they are seen in a different way by the MAX type readers and the Keyprox.  

Mounting 

The Keyprox should be mounted on a flat vertical surface in a convenient location. Separate the 
back plate from the rest of the keypad by gently pushing on the two locking clips on the base of 
the Keyprox with a screwdriver. Place the back plate on the wall at the desired location and 
mark the position of the screw holes. Remove the plate then drill the holes as required. The back 
plate can then be screwed to the wall while running the cable connection through the available 
opening. Once the back plate has been secured to the wall, the rest of the Keyprox can be 
clipped in place by locating the top lugs first, then pushing the lower clips home, gently but 
firmly. If required, the supplied prox-card sticker can be applied to the lower right corner of the 
Keyprox front or door for identification. 

Wiring 

The Keyprox must be wired to the RS485 data bus on the Galaxy panel, maintaining the parallel 
daisy chain wiring configuration. Only 4 connections are required, +12V, 0V, A and B data. If 
the Keyprox is the last module on the A B RS485 data bus, then a 680 ohm end-of-line resistor 
must be fitted across the A and B terminals.  

Configuration 

The following set-up is required before the Keyprox can be used with the Galaxy system: 

Before powering the Keyprox, set the address using the rotary switch on the PCB. This sets the 
address for both the keypad and card reader parts of the Keyprox, so the address must be chosen 
carefully. The address must be a valid one for both a keypad and a MAX reader on that line, as 
shown in the table. Also, the address must not clash with any other keypad, MicroMAX reader, 
RF RIO MAX address or Keyprox connected to the same line. 

Summary of Contents for Galaxy Keyprox

Page 1: ...Galaxy Keyprox Installation and Programming Instructions Honeywell Security ...

Page 2: ...ration 3 Volume Control 4 Keypad Programming 4 MAX Programming 4 Card Programming 4 Card Self Learn Procedure 4 Operation 5 Dual Focus 5 Card Reader Buzzer Indications 5 Door Control Programming 6 Specifications 7 EN50131 Compliance 7 Declaration of Conformity 8 2 ...

Page 3: ...nient location Separate the back plate from the rest of the keypad by gently pushing on the two locking clips on the base of the Keyprox with a screwdriver Place the back plate on the wall at the desired location and mark the position of the screw holes Remove the plate then drill the holes as required The back plate can then be screwed to the wall while running the cable connection through the av...

Page 4: ...or the MAX side of the Keyprox can be altered in programming menu 63 2 3 NOTE MAX programming is not applicable to Galaxy 2 Series panels Card Programming In order for the card reader to operate the unique serial number programmed into each card to be used must be programmed to a separate user on the Galaxy panel This can be simplified by using the self learn procedure described below The MAX card...

Page 5: ...eral operation The proximity card reader section operates in a similar way to a Galaxy MicroMAX reader Swiping a card in front of the read head in the lower right hand corner of the keypad will be seen as a valid card read by the panel This can be utilised if required by using Links on the Galaxy Panel To perform the card held function assigned to card user the card must be held in front of the re...

Page 6: ... MAX 10 Program the following links 1 Source MAX 10 Destination Link A 2 Source MAX 10 Destination Link B 3 Source 1012 Destination Zone 1011 4 Source Zone 1012 Destination Link A 5 Source Zone 1012 Destination Link B This will program the door to unlock for 5 seconds and allow it to stay open for 15 seconds from whenever a valid card is swiped at the Keyprox Zone 1012 is programmed as an Egress b...

Page 7: ... temperatures below 0o C However the Keyprox will still continue to operate on the system When the temperature rises above 0o C again the display will return to normal EN50131 Compliance This product is suitable for use in systems designed to comply with PD6662 2004 and prEN50131 1 2004 Security Grade 3 Environmental Class II This product is suitable for use in systems designed to comply with EN50...

Page 8: ...and other relevant provisions of Directive 1999 5 EC This device is intended for use in the following countries Austria Belgium Denmark Finland France Germany Iceland Ireland Italy Luxembourg Netherlands Norway Portugal Spain Sweden Switzerland United Kingdom Honeywell Security 2 Redwood Crescent Peel Park Campus East Kilbride G74 5PA II1 0029 Rev 1 6 Copyright Honeywell Security 8 ...

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