Galaxy Reader Wiring QRG    click to open PDF

TABLE OF CONTENTS

 

1.0  Wiegand Reader – Cable Specs & Wiring Pin-out

2.0  ABA Reader – Cable Specs & Wiring Pin-out

3.0  Biometric Reader – General Cable Specs & Wiring

4.0  BridgePoint Reader ( NON-FICAM )

5.0  IBC ABA Reader

6.0  IDEMIA (Morpho) SIGMA BIO 5G

7.0  Invixium (IXM) Biometric Reader

8.0  SCM Reader ( NON-FICAM )

9.0   STid Easyline Readers (Wiegand)

10.0   STid Reader w/Galaxy Config.

11.0  VERIDT (FICAM Solution for TI)

12.0  VERIDT Stealth Readers ( NON-FICAM )

13.0  WaveLynx Reader

14.0  635-DRM Section Pinout for Reader & Relays

15.0  DOOR WIRING BLOCK DIAGRAM

 

 

 

1.0 Wiegand Reader - Cable Specs & Wiring

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet. 

  • Reader will require separate power supply if the current draw is over 150 mA.

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

     

635-DRM Terminal Functions (PN 20-0263-10)

Wiegand Reader

LED

(LED control line)

LED Control

D 1

(Data 1)

DATA 1

VDC

(+12 VDC)   ( for +5 VDC use Regulator PN 92-3001-05 )

VDC

GND

(Ground)

GND

D 0

(Data 0)

DATA 0

 

 

 

 

2.0 Magnetic Swipe / Bar Code (ABA) Reader - Cable Specs & Wiring

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet. 

  • Reader will require separate power supply if the current draw is over 150 mA.

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

 

635-DRM Terminal Functions (PN 20-0263-10)

ABA Reader

LED

(LED control line)

LED Control

D 1

(Data 1 | Clock/Strobe)

CLOCK/STROBE

VDC

(+12 VDC)   ( for +5 VDC use Regulator PN 92-3001-05 )

VDC

GND

(Ground)

GND

D 0

(Data 0)

DATA

 

 

 

 

3.0 Biometric Reader - Cable Specs & Wiring

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet.

  • Cat-5e Ethernet cable for TCP/IP communication back to the server; max cable distance 300 feet.

  • Reader will require separate power supply if the current draw is over 150 mA.

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs)

  • See next section for information on IDEMIA Morpho Sigma Readers.

 

 

635-DRM Terminal Functions

Wiegand Biometric Reader

LED

(LED control line)

LED Control

D 1

(Data 1)

DATA 1

VDC

(+12 VDC)  (Do not use for reader)

VDC (separate power supply required for the reader)

GND

(Ground)    (Do not use for reader)

GND (Connect to separate power supply)

Also bond / common the ground of the separate power supply to ground of the controller power supply.

D 0

(Data 0)

DATA 0

 

 

 

 

4.0 BridgePoint Reader (NON-FICAM)

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet. 

  • 2-conductor- twisted pair, 22 AWG max cable distance 500 feet (for Mode/Factor Control)

  • Reader will require separate power supply if the current draw is over 150 mA. You must common reader P.S. ground to controller ground.

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

  • Min. Board Requirement: 635-DRM Board (Dual Reader Module) – PN 20-0263-10

  • DRM Relay-2 must be use for Mode/Factor Control

 

MODES/FACTORS:

  • Mode 1 Card Only (high)

  • Mode 2 Card + Pin (low)

 

NOTES:

  • Mode signal line High (unconnected) for 1-Factor Card Only.

  • Mode signal line Low (connected to ground) for 2-Factor Card + Pin.

  • Place a schedule on Relay-2 in System Galaxy Reader Properties - to alternate Mode/Factor.  

 

635-DRM Terminal Functions (PN 20-0263-10)

BridgePoint Wiegand Reader

LED

(LED control line)

LED1

D 1

(Data 1)

WEG 1

VDC

(+12 VDC)  

VDC

GND

(Ground)

GND

D 0

(Data 0)

WEG 0

 

635-DRM RELAY-2

BridgePoint Mode/Factor

COM

(must tie to reader’s power supply ground)

- - -

NO

(to mode control line)

LED 2

 

 

 

5.0 IBC Magnetic Swipe/ABA READER

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet. 

  • 2-conductor- twisted pair, 22 AWG max cable distance 500 feet

  • Reader will require separate power supply if the current draw is over 150 mA. You must common reader P.S. ground to controller ground.

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

  • Min. Board Requirement: 635-DRM Board (Dual Reader Module) – PN 20-0263-10

 

635-DRM Terminal Functions (PN 20-0263-10)

IBC ABA Reader

LED

(LED control line)

ORANGE ( LED )

D 1

(Data 1 | Clock/Strobe)

GREEN (Clock/Strobe)

VDC

(+12 VDC)  

RED (8 to 15 VDC operating range)

GND

(Ground)

BLUE (Ground)

D 0

(Data 0 )

WHITE (Data)

 

System Galaxy Reader Properties must be set to ABA

 

 

 

6.0 IDEMIA (Morpho) SIGMA Biometric Reader - Cable Specs & Wiring

 

  • 3-conductor, 20 - 24 AWG, overall shielded; non-stranded; max cable distance is 500 feet.

  • 2-conductor, 16 AWG for at +12vdc (18 AWG for +24vdc) for 500 feet distance. Reader draws 1A at 12v (0.5A at 24v).

  • Cat-5e Ethernet cable for TCP/IP communication back to the server; max cable distance 300 feet.

  • Separate power supply required (current draw is 1A). You must common the reader's power supply ground to controller ground.

  • Ground the drain-wire at one end only - land drain wire at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

  • 635-DRM Board (Dual Reader Module) – PN 20-0263-10

  • DRM Relay-2 is used to control Sigma “Wait for Panel Decision” for Voice/Prompt synchronization.

NOTES:

  • “Wait for Panel Decision”: Connect Sigma LED1 to the ‘NO’ leg of Relay-2.  Tie the ‘COM’ leg of Relay-2 to DRM GND.

  • Set Relay-2 for Timed Mode (1 to 2 secs) and “Valid Unlock” checkbox must be "checked" in Reader Properties screen in the System Galaxy software.

     

 

635-DRM Terminal Functions (PN 20-0263-10)

Wiegand Reader

LED

(LED control line)

 

D 1

(Data 1)

WIEG DATA 1

VDC

(+12 VDC)   (Do not use for reader)

VDC (separate power supply required for the reader)

GND

(Ground)     (Do not use for reader)

GND(Connect to separate power supply)

Also bond / common the ground of the separate power supply to ground of the controller power supply.

D 0

(Data 0)

WIEG DATA 0

 

635-DRM RELAY-2

SIGMA “Wait for Panel Decision”

COM

(must tie to reader’s power supply ground)

- - -

NO

(for voice/prompt control line)

LED 1

 

 

 

 

7.0 Invixium (IXM) Biometric Reader - Cable Specs & Wiring

  • 3-conductor, 22 AWG, overall shielded; non-stranded; max cable distance is 500 feet.

  • 2-conductor, 18 AWG for at +12vdc for 500 feet distance. Reader draws 1A at 12v .

  • Cat-5e Ethernet cable for TCP/IP communication back to the server; max cable distance 300 feet.

  • Separate power supply required (current draw is 1A). Must common reader's p.s. ground to controller ground.

  • Ground the drain-wire at one end only - land drain wire at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

  • 635-DRM Board (Dual Reader Module) – PN 20-0263-10

  • 635-DRM LED is used to control reader’s for Voice Command when configured for “Wait for Panel Decision”.

 

NOTES:

  • The IXM Reader must be configured to “follow panel decision” in the IXM-WEB software in reader configuration screen.

  • Galaxy controller must be set for Door Lock = Steady-High; Door Unlock = Steady-Low in the LED Options tab of the Loop/Cluster Properties screen.

 

635-DRM Terminal Functions (PN 20-0263-10)

Invixium Reader

LED

(LED control line)

ACP LED1 (control Voice Command)

D 1

(Data 1)

WIEG DATA 1

VDC

(+12 VDC)   (Do not use for reader)

VDC (separate power supply required for the reader)

GND

(Ground)     (Do not use for reader)

VIN GND (Connect to separate power supply)

Also bond / common the ground of the separate power supply to ground of the controller power supply.

D 0

(Data 0)

W DATA Out 0

   

VIN + (VDC) to separate power supply

   

VIN – (GND) to separate power supply

 

 

 

 

8.0 SCM Reader (NON-FICAM)

  • 5-conductor, 22 AWG, overall shielded max cable distance 500 feet.

  • 2-conductor- twisted pair, 22 AWG, max cable distance 500 feet (for Mode/Factor Control).

  • Reader will require separate power supply if the current draw is over 150 mA.

  • You must common reader P.S. ground to controller ground.  

  • Ground the Drain-wire at one end only (at the DRM Board “GND”).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs)

  • Min. Board Requirement: 635-DRM Board (Dual Reader Module) – PN 20-0263-10

  • DRM Relay-2 must be use for Mode/Factor Control. 

 

MODES/FACTORS

  • Mode 1 Card Only

  • Mode 2 Card + Pin

 

NOTES:

  • Mode signal line = High (unconnected) for 2-Factor Card + Pin.

  • Mode signal line = Low (connected to ground) for 1-Factor Card Only, the

  • Place a schedule on Relay-2 in System Galaxy Reader Properties to alternate Mode/Factor.  

 

635-DRM Terminal Functions (PN 20-0263-10)

SCM Reader

LED

(LED control line)

LED Control

D 1

(Data 1)

D 1

VDC

(+12 VDC)  

VDC

GND

(Ground)

GND

D 0

(Data 0)

D 0

 

635-DRM RELAY-2

SCM Mode/Factor

COM

(must tie to reader’s power supply ground)

REL 2

NO

(to mode control line)

RELGRN

 

 

 

 

9.0 STid Easyline Reader

  • 5-conductor, 22 AWG, overall shielded max cable distance 500 feet.

  • 2-conductor- twisted pair, 22 AWG, max cable distance 500 feet.

  • Reader will require separate power supply if the current draw is over 150 mA

  • You must common reader P.S. ground to controller ground.  

  • Ground the Drain-wire at one end only (at the DRM Board “GND”).

  • Min. Board Requirement: 635-DRM Board (Dual Reader Module) – PN 20-0263-10

  • Refer to the reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

 

635-DRM Terminal Functions (PN 20-0263-10)

STid Easyline Reader

LED

(LED control line)

LED 1

D 1

(Data 1)

D 1

VDC

(+12 VDC)  

VDC

GND

(Ground)

0 (Ground)

D 0

(Data 0)

D 0

 

IMPORTANT NOTICES

  • Easyline PC2 Readers are configured to only read the secure sector of the STid PC2 encoded smart cards.
    No other secure cards can be read by this reader.

  • The STid Reader with Proximity Module (acts as pass-through data) can read 125KHz cards (EM/ HID PROX/ AWID/ IOPROX/ INDALA), in addition to the 13.56 MHz STid PC2 Smart Cards.

  • Do not mix non-mobile STid Readers with mobile-enabled (Blue) STid Readers in the same system.

  • The mobile-enabled (Blue) STid Readers can only use the free Green Mobile ID (Mobile app).

  • Before power is applied, you must connect all accessory and field wiring, and firmly mount the reader to the wall.

  • The tamper switch is an accelerometer and is calibrated upon power up. If the reader is moved after being powered up, the reader will be in a ‘tamper’ state and will not send the correct 26 -bit Wiegand data but will send 30-bit data to indicate tamper state.

 

 

 

 

 

10.0 STid Reader with Galaxy Configuration

  • 5-conductor, 22 AWG, overall shielded max cable distance 500 feet.

  • 2-conductor- twisted pair, 22 AWG, max cable distance 500 feet.

  • Reader will require separate power supply if the current draw is over 150 mA.

  • You must common reader P.S. ground to controller ground.  

  • Ground the Drain-wire at one end only (at the DRM Board “GND”).

  • Min. Board Requirement: 635-DRM Board (Dual Reader Module) – PN 20-0263-10

  • Refer to the reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

635-DRM Terminal Functions (PN 20-0263-10)

STid Galaxy-Configured Reader

LED

(LED control line)

LED 1

D 1

(Data 1)

D 1

VDC

(+12 VDC)  

VDC

GND

(Ground)

0 (Ground)

D 0

(Data 0)

D 0

 

IMPORTANT NOTICES:

  • Galaxy STid Readers are configured to read the secure sector of the Galaxy 40-bit Secure Card.

  • Galaxy STid Readers can read the card serial number (CSN/UID) of MIFARE and MIFARE-DESFIRE cards.

  • The STid Reader with Proximity Module (acts as pass-through data) can read 125kHz cards (EM + HID PROX + AWID + IOPROX + INDALA), in addition to the 13.56 MHz. MIFARE/DESFIRE.

  • The mobile-enabled (Blue) STid Readers can use the Green, Yellow, and Blue Mobile ID (Mobile app).

  • Before power is applied, you must connect all accessory and field wiring, and firmly mount the reader to the wall.

  • The tamper switch is an accelerometer and is calibrated upon power up. If the reader is moved after being powered up, the reader will be in a ‘tamper’ state and will not send the correct 40 -bit Wiegand data but will send 44-bit data to indicate tamper state.

  • The STid 40-bit Galaxy Secure Card prefix = 6. The 40-bit card can be batch loaded or manually keyed for enrollment.

  • In System Galaxy Reader Properties, choose “Galaxy 40-bit” format when using the Galaxy configuration.

 

 

 

 

11.0 Veridt Stealth Series Reader (FICAM Solution for Technologies Industry)

  • 5-conductor 22 AWG overall shielded; max cable distance 500 feet

  • 2-conductor Twist pair, 22 AWG, max line distance 4000 feet (RS-485 Comm. for Mode/Factor Control)

  • A separate Power Supply is required (reader draws 400 mA at +12vdc).

  • Must common reader's power supply ground to controller ground.  

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy recommendations).

  • Min. Board Requirement: 635-DSI Board (Dual Serial Interface)   PN 20-0665-10   – for Mode/Factor Control

 

READER MODES/FACTORS

 

EWAC to 635 DRM Wiring Pinout

Mode 1 Card Only

 

EWAC Module

635 DRM

Mode 2 Card + Pin

 

GND

- - - - - - -

GND

Mode 3 Card + Pin + Bio

 

D0

- - - - - - -

D0

 

 

D1

- - - - - - -

D1

 

 

I/O

- - - - - - -

LED

 

 

NC

- - - - - - -

Not Used

 

 

  1. Install System Galaxy (SG) software according to Galaxy documentation.

  2. Validate WEB API by using address: http://localhost:8000/swagger.

  3. Also verify the GCS DataLoader Service is running on the Galaxy Comm/Event Server.

  4. When you add the 635-Series Clusters into the SG Loop/Cluster Properties screen, do the following …

On the Advanced tab, set the Card Data Mode droplist to “Extended Card (256 Bits)”.

ADVANCEDopts

On the LED Options tab, set LED States:

DOOR Locked = ‘Steady High’

DOOR Unlocked = ‘Steady Low’

LEDopts

 

  1. In the SG Reader Properties screen, configure the Reader Type field to ‘Standard Wiegand’.

  2. In the SG Access Group Properties screen, you must create the Access Groups you will need.

  3. In the SG Access Profile Properties screen, you must create 1 or more Access Profiles by assigning your access groups to the profile, based on your system needs.

  4. Install the Galaxy 635-series Controller hardware according to Galaxy documentation.

    1. In the controller, be sure to enable Extended Card Mode (set to “yes” in lower case).

    2. Be sure to configure the correct IP Address for the Event Server.

  5. Install the Technology Industries (TI) FICAM software per the manufacturer’s documentation.

  6. from the SG Cardholder screen perform a card lookup of the GOV. ID CARD to validate that it is correctly pushed from the TI FICAM Software into System Galaxy database.

  7. Install Veridt Reader and EWAC Module according to the manufacturer’s documentation.

  8. Connect the EWAC Module to the Galaxy Model 635 DRM (Dual Reader Module) using the wiring pinout in the table above. 

 

 

 

 

12.0 Veridt Stealth Series Readers (NON-FICAM)

  • 5-conductor 22 AWG overall shielded; max cable distance 500 feet.

  • 2-conductor Twist pair, 22 AWG, max line distance 4000 feet (RS-485 Comm. for Mode/Factor Control)

  • Separate Power Supply required (reader draws 400 mA at +12vdc). Common reader's power supply ground to controller ground.  

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy recommendations).

  • Min. Board Requirement: 635-DRM Board (Dual Reader Module)    – PN 20-0263-10

  • Min. Board Requirement: 635-DSI Board (Dual Serial Interface)    – PN 20-0665-10   – for Mode/Factor Control

 

 

 

635-DRM Terminal Functions (PN 20-0263-10)

Veridt Reader

LED

(LED control line)

LED Control * required

D 1

(Data 1)

DATA 1

VDC

(+12 VDC)   (Do not use for reader)

VDC (separate power supply required for the reader)

GND

(Ground)     (Do not use for reader)

GND(Connect to separate power supply)

Also bond / common the ground of the separate power supply to ground of the controller power supply.

D 0

(Data 0)

DATA 0

 

 

635-DSI Terminal Functions (PN 20-0665-10)

Veridt Reader RS-485 Mode

A+

RS-485 Data

Yellow wire

B -

RS-485 Data

Blue wire

 

 

NOTES:

  • DSI Section used for Mode/Factor Control must be set to “Veridt CAC Reader” in System Galaxy Serial Channel Properties.

  • LED Option must be set for Door Locked “Steady High” and Door Unlocked “Steady Low” in System Galaxy Loop Properties.

 

 

 

  1. Install System Galaxy (SG) software according to Galaxy documentation.

  2. When you add the 635-Series Clusters into the SG Loop/Cluster Properties screen, do the following …

On the Advanced tab, set the Card Data Mode droplist to “Extended Card (256 Bits)”.

ADVANCEDopts

On the LED Options tab, set LED States:

DOOR Locked = ‘Steady High’

DOOR Unlocked = ‘Steady Low’

LEDopts

 

  1. Open the DSI Serial Channels Properties screen from the SG menu Configure > Hardware, Serial Channels as follows:

    1. Select the appropriate DSI Board Section (Section 1 or 2) that will support the CAC readers.

    2. Set the Section Use field to the “Veridt CAC Reader”.

    3. Once the Section is set for CAC Readers, set the CAC Mode you want (i.e., Card Only, Card+PIN, or Card+PIN+BIO).

  2. In the SG Reader Properties screen, configure the Reader Type field to ‘Standard Wiegand’.

  3. Install the Galaxy 635-series Controller hardware according to Galaxy documentation.

    1. In the controller, be sure to enable Extended Card Mode (set to “yes” in lower case).

    2. Be sure to configure the correct IP Address for the Event Server.

 

 

READER MODES/FACTORS

  • Mode 1 Card Only

  • Mode 2 Card + Pin

  • Mode 3 Card + Pin + Bio

  • You can change Reader Mode in the System Galaxy software by clicking the CAC button on the System Galaxy toolbar. Then select the desired Reader Mode from the Mode droplist and click the OK button in the pop-up dialog window.

 

 

 

 

 

13.0 WaveLynx Wiegand Reader - Cable Specs & Wiring

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet. 

  • The Reader will require a separate power supply if the current draw is over 150 mA.

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring. (Manufacturer's specs may supersede Galaxy specs).

     

635-DRM Terminal Functions (PN 20-0263-10)

WaveLynx Reader

LED

(LED control line)

LED Control    ( blue )

D 1

(Data 1)

DATA 1            ( white )

VDC

(+12 VDC)  

VDC                 ( red )

GND

(Ground)

GND                ( black )

D 0

(Data 0)

DATA 0           ( green )

 

 

 

 

WAVELYNX KEYPAD MODE SETUP

  1. Within 1 minute of reader power-up, enter the keypad config code: *88889999

  2. The reader will beep 3 times, and a green LED will flash with each beep.

  3. Enter the 3-digit facility code: #XXX within 2 seconds after entering the keypad config code.

    The facility code must be from 0-255. For example, enter “#096” for FAC 96.
    Note that Galaxy’s default Facility Code is FAC 096.

  4. The reader will beep 3 times, and green LED will flash with each beep.

  5. During reader operation, the keypad can buffer up to 5 keystrokes (but cannot exceed the value ‘65535’).

  6. Press # to send the PIN data.

     

IMPORTANT NOTICES

  • WaveLynx Readers do not read the CSN (unencrypted sector) of ANY Card.

  • WaveLynx Readers will read the secure sector of the WaveLynx Leaf® Card and 40-bit WaveLynx-Galaxy Card.

  • WaveLynx Readers will also read Standard Proximity/HID® cards and AWID cards.

  • WaveLynx Leaf® Technology Cards must enrolled via the “Not in System” event message from the Event screen.
    Note: Leaf® cards cannot be enrolled by batch loading or manually keyed entry.

  • The WaveLynx-Galaxy 40-bit Secure Card prefix = 12. The Galaxy 40-bit Secure Card can be enrolled by batch loading or manually keyed entry.

  • In System Galaxy Reader Properties, choose “Galaxy 40-bit” format when using the Galaxy configuration.

 

 

 

 

 

 

 

 

 

14.0 635-DRM (PN 20-0263-10) – FULL SECTION TERMINAL PINOUT

Each Reader Section has the following terminals …

READER WIRING (9-PIN CONNECTOR)

  • 5-conductor, 22 AWG, overall shielded; max cable distance is 500 feet. 

  • Reader may require separate power supply if the current draw is over 150 mA (milliAmps).

  • Ground the Drain-wire at one end only - at the DRM Board (GND).

  • Refer to reader manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

635-DRM Terminal Functions (PN 20-0263-10)

Wiegand Reader

ABA Reader

LED

(LED control line)

LED Control

LED Control

D 1

(Data 1)

DATA 1

CLOCK/STROBE

VDC

(+12 VDC)   ( for +5 VDC use Regulator PN 92-3001-05 )

VDC

VDC

GND

(Ground)

GND

GND

D 0

(Data 0)

DATA 0

DATA

 

DOOR CONTACT & REX MOTION DETECT (9-PIN CONNECTOR)

  • 2-conductor, 22 AWG, overall shielded (for Door Contact). 

  • 4-conductor, 22 AWG; overall shielded (for REX/Motion Detector). for Door Contact

  • Separate Power Supply for REX/Motion Sensor.

  • Ground all Drain-wires at one end only - at the DRM Board (GND).

  • Refer to device manufacturer’s instructions for wiring (manufacturer's specs may supersede Galaxy specs).

 

635-DRM Terminal Functions

Device Wiring

COM

( Common )

Common

CNT

(Door Contact)

NC Normally Closed Contact = Door Closed/Contact Closed

REX

(Request to Exit - motion sensor)

NO Normally OpenContact = Momentary Push Button

 

 

LOCK RELAY CONNECTOR (RLY-1)

  • 2-conductor, Minimum 18 AWG for LOCK (Manufacturer’s specs for wire gauge may supersede Galaxy’s instructions). 

  • Separate Power Supply required for Lock – follow manufacturer’s requirements for lock power supply.

  • Relay is Form-C SPDT Dry, (Rated max. 24v, 1.5 Amps)

 

635-DRM RELAY-1

LOCK DEVICE

COM

COMMON

Land the lock wiring according to the Manufacturer’s instructions -
(i.e. NO or NC). 

NC = Normally Closed

NO = Normally Open

 

RELAY-2 CONNECTOR – OPTIONAL OUTPUT

  • For optional output (i.e. piezo, bell, buzzer)

  • Relay is Form-C SPDT Dry, (Rated max. 24v, 1.5 Amps)

  • Relay-2 (mode/timers/event-triggers) must be configured for desired behavior in SG Reader Properties

     

635 DRM RELAY-2

DEVICE

 

MODES *

Available Events (vary by Mode selected)

COM

Common

Land wiring according to Manufacturer’s instructions (NO/NC).

 

  • FOLLOWS

¨ Door Forced Open

¨ Valid Unlock

NC = Normally Closed

 

  • TIMED    

¨ Door Open Too Long

¨ Duress

NO = Normally Open

 

  • SCHEDULED

¨ Invalid Access Attempt

¨ Passback

 

 

 

  • LATCHED

 

 

 

 

 

* set timers appropriately for desired behavior

 

 

 

 

15.0 DOOR TOPOLOGY DIAGRAM

 

This diagram shows the Lock, Door Contacts, REX and Reader connected to the controller.

 

Connection Type

Max Distance

Wire Gauge & Specifications

Request to Exit

500 ft. from controller

22 AWG; 4-conductor, overall shielded; wired normally open (NO)

Door Contact

500 ft. from controller

22 AWG; 2-conductor, overall shielded; wired normally closed (NC)

Lock Hardware

500 ft. from controller

18 AWG; 2-conductor minimum, shielded; Separate Power Supply.

Refer to manufacturer’s instructions for device wiring (manufacturer's specs may supersede Galaxy specs).

 

 

Jumper-out the following contacts, only if they are unused …

  1. DRM board: If door contacts are not installed, you must jumper CNT to GND.

  2. CPU board: If Low Battery wiring is not installed, you must jumper Low Batt to GND.

  3. CPU board: If AC Fail wiring is not installed, you must jumper the AC Fail to GND.