System Requirements (Schlage AD)

This topic lists the known requirements for the Galaxy to Schlage interface for the AD300 and AD400 SERIES Readers when installed on dedicated or mixed topology. The requirements are organized by categories and include information for both dedicated and mixed topology.

 

REQUIREMENTS BY CATEGORY

Galaxy Hardware

Schlage Hardware

Galaxy Software

Schlage Software

 

 

 

Galaxy Hardware Requirements

 

Minimum Hardware & Firmware Requirements

Version History:

  • SG 10.0.0 (with Flash v 4.75 Nov 2011) introduced support for Schlage AD400 Wireless Readers/locks.

  • SG 10.2.0 (with Flash v 5.0 July 2013) introduced support for Mixed Network Topology (AD300 & AD400 supported). 

  • SG 10.4.8 (Flash 10.4.8 Aug 2015) introduced Office Mode & Privacy Mode (635-CPU/635-DSI required)

 

UPGRADE NOTES:

  1. You must upgrade System Galaxy software and flash all panels up to the current version to take advantage of the latest fixes and features (e.g., use Office Mode or Privacy Mode on your AD Readers).

  2. You must replace any 600-series CPU’s and DSI’s with 635-series CPU and DSI’s if they are connected to Schlage readers.

  3. Schlage lock-set firmware may need to be upgraded. Please contact Galaxy Technical Support.

     

    CAUTION: DO NOT INTERRUPT POWER to the controller unit, CPU, or to any daughter boards during flashing. Make sure all daughter boards have finished flashing before loading data to boards or connect devices.

    ALSO SEE: See the Appendix in this guide for tips.

    See the Galaxy 635 Hardware Guide for detailed install instructions.

    See QRS Flashing Procedure as needed for flashing Galaxy panels.

    See Schlage's documentation for flashing locksets.

 

 

Maximum CPU Device Load 

A Galaxy 635-series controller can support up to 64 devices (per CPU board). 

    

IMPORTANT: Do not exceed the maximum CPU device load (64 devices) when installing Schlage Readers.  You must count all devices. See chart below.

 

Controller Device Count by Board Type:

Use this table to determine what your device count can be in the controllers.

BOARD(USE)

Device Count

NOTES

DPI Board
(wired readers)

2 devices

- count used section as 1 device

- count unused section as 1 device

DIO Board (inputs/outputs)

1 device

- always count board as 1 device; regardless of how many inputs or outputs are attached.

DSI Board
(wireless readers)

Board supports '1 to 16' readers per section.
(or  up to 32 readers per board)

count each wireless reader as 1 device
(applies to all wireless brands/models)

DSI Board
(wired readers)

Board supports '1 to 16' readers per section.
(or  up to 32 readers per board)

count each wireless reader as 1 device
(applies to all wireless brands/models)

DSI Board
(other uses)

2 devices

(used or unused)

  • count an unused section as 1 device

  • count each used section as 1 device if used
    for Relay Boards, LCDs, Clocks, (regardless of how
    many devices are on the section ).

 

Galaxy DSI Board Specifications

 

  1. Each DSI board has two RS-485 Section per board: Specifications are listed per 485-channel [and per board]

    • Each DSI supports up to 16 Schlage Readers (doors) per 485-section [total of 32 Readers per DSI board].

    • Each DSI supports up to 16 PIMs per 485-section [the number of PIMs needed will be based on how many PIMs it takes to provide reliable RF coverage].

      NOTE: Schlage specs an RF signal radius of “up to 200-feet”; but this distance may be reduced by interference from physical structures, overlapping PIM signal-range/strength, RF channels, etc.

       

  2. Jumper wires must be installed between R+ to T+ terminals and between R- to T- terminals.

  3. There are 2 RS-485 Sections on a DSI Board. Each section operates independently from the other section. This means you can use one section for readers while you use the other section for GPIOs or some other function. Keep in mind that you cannot mix up the functions or device types on the same section.

  4. Wiegand and ABA must be on separate sections. You cannot intermix card technology on the same section.

  5. Schlage AD Readers can be installed in a dedicated or mixed-network on the same RS485-section or you can separate the models for a dedicated network.  See notes below.

    Dedicated-Network: when a 485-Channel is dedicated to communicating with only one model of reader. Thus, the wireless and wired readers are installed on separate 485-channels.

    Mixed-Network: is when a DSI 485-Channel that has both AD300 Hard-wired Readers installed along with AD400 wireless readers.  Ensure correct addressing of readers/PIMs and setting of HI-LO reader ranges.  See section on addressing readers for mixed networks.

  6. Galaxy continues to support the older model Schlage PIM-485 OTD PIMs/Readers for upgrades.  See the older PIM-485 OTD Guide for requirements and installation of that product line. 

    

 

Rules for Addressing AD-Series PIMs & Readers

Covers rules for PIM and Reader numbering and setting HI-LO ranges.

 

  1. IMPORTANT! There is a max device load of 64 devices per CPU Board (controller).
    See the Max Load Chart for information.

  2. Each PIM must have a unique number on the 485-section (1-16 is valid; zero is not valid in Galaxy).

    • You must install at least 1 PIM per 485-section.

    • one PIM can support up to 16 readers if there is good IR signal strength. If signal strength is interrupted you must install additional PIMs.

    • Test kits are available to determine best PIM placement - see Schlage manuals for details about PIM placement.

     

  1. All PIMs require a HI and LO range to be defined.

    • Do not overlap the ranges of one PIM with other PIMs.

    • The HI Number defines the highest reader number that can link to the PIM.

    • The LO Number defines the lowest reader number that can link to the PIM.

    • When numbering and linking readers, you can skip or omit a reader number, but you cannot link readers that are outside of the HI-LO Range. 

       

  2. Each AD400 Reader must have a unique number on the RS-485 Section (1-16 is valid; zero is not valid in Galaxy).

  3. Each AD300 Reader must have a unique number on the RS-485 Section (1-16 is valid; zero not valid in Galaxy);

    • AD300 Readers wire directly to the RS-485 Section of the DSI. 
      See the Mixed-Networks Requirements section.

    • Since there is no PIM, you must define the HI-LO Range of the AD300 reader inside the Reader. This is done using the HHD, which can plug into the bottom of the AD300 reader.

     

 

 

Mixed-Networks Requirements

Covers rules for mixing AD400 & AD300 on same section.

 

  1. Galaxy supports mixing AD-400 PIMs and AD-300 hardwired Readers on the same DSI 485- Channel. This is known as a ‘mixed network’.  Likewise, you can put your AD300’s & AD400s on separate 485-channels, or even on separate DSI boards in the same or separate controllers where wiring distance or simpler networking is a factor.

  2. If you are mixing AD300 readers with AD400 PIMs, then the reader number you assign to the AD300 must be valid and unique on the network and CANNOT be a number within the HI-LO range of an AD400 PIM. Example (if the AD400 PIM HI-LO Range is 1-5, then AD300 Readers must use 6 and above.  AD300 Readers must set a HI-LO Range as well even though a PIM is not involved – it is configured using the HDD.  See section on AD300 Configuration instructions for details.

  3. You must set the appropriate Network Type in the Serial Channel Programming screen (in the System Galaxy software) to match the installation (i.e. Mixed-Network or dedicated network for AD400-ONLY and AD300-ONLY).

 

Reader Formats for AD-Series 

  • Wiegand and ABA Readers cannot be mixed on the same 485-channel. 

  • Put ABA readers on a separate 485-channel from the Wiegand readers.

 

Stipulations for Termination Resisters

 

  • Device termination resisters may need to be installed on the DSI 485-Section to dampen line impedance.

    • termination resisters must be installed on both extreme ends of the 485-line.

    • if the DSI-board is not on one extreme end of the line, you will need to install the physical resistor on both ends.

    • if the DSI-board is on one extreme end of the line, you can install the termination jumper for that section.

      NOTE: the DSI 485-sections are independent, so it is possible for the board to be on the extreme end for one section but not the other section. So realize you need to treat the boards independently and do not assume the board is the extreme end for either section.

     

  • Symptoms of line impedance = spotty communications or intermittent lockset behavior such as ...

    • door fails to unlock when it should

    • door unlock schedule fails to take effect or fails to deactivate (relock)

      Remember to verify other logical reasons have been eliminated (i.e., programming, configuring and addressing is correct, also wiring and/or RF signal testing is good, all requirements are met, etc.)

       

 

 

 

RS-485 Network Field Wiring Specifications

Connection

Max Dist.

Wire

DSI to PIM device

4,000 ft. *

22 AWG, shielded/twisted pair (only ground one end)

* RS-485 4,000 ft. to the last PIM on the DSI 485 channel.

 

 

Ethernet Network (LAN) Wiring Specifications

Connection

Max Dist.

Wire

Galaxy Panel

100 m (328 ft.)

Cat 5e Unshielded, port to port LAN, twisted-pair (UTP) to network switch.

 

 

Upgrade Existing RS-485 Networks (older model ODT 485 PIM/Readers)

  1. You must upgrade your Galaxy Software to the latest version of System Galaxy.

  2. You must upgrade all the controllers to the correct CPU Flash which comes with the new software and can be loaded to the panels using the GCS Loader.

  3. It is not recommended to mix AD-series or LE/NDE-series on the same DSI Section with the legacy ODT models. You cannot link newer readers to the old ODT PIMs.  You can contact your authorized dealer support for assistance with planning the hardware upgrade and installation.

 

 

Schlage Hardware Requirements

 

www.schlage.com/support - download SUS, and installation documentation (required)

www.youtube.com/schlageAD - view training videos that demonstrate installation

 

Contact Galaxy Technical Support for questions beyond the scope of documentation.

 

  1. Install MS Windows or Mobile Device Driver (download free from Microsoft if your PC needs it)

  2. Download the Schlage Utility Software (SUS) from Schlage and install it onto the Hand Held Device (HHD).

  3. Schlage Hand-Held Device (HHD) with USB Cable and Power Cable is required (loaded with the SUS)

    REMEMBER ALL YOUR PASSWORDS! You must create 3 passwords for each Operator, Manager, & Coupling logins. The operator login can only tour doors. You must use a Manager login when you 'couple the HHD' to a door to configure it.

    CAUTION:  Keep your coupling password secure.

    CAUTION:  DO NOT "SHARE" DOORS when you couple the HHD to doors.

     

  4. AD-400 Wireless Firmware Package (download v2.17* Firmware Package from Schlage and transfer to HHD)

    * Confirm the Firmware version is accurate via the appropriate authorized tech support. As time passes, versions may be subject to changes without notice.

  5. AD-400 PIM:

    • PIM must ship with appropriate flash for RS-485 communication.
      (PTD-2 wiring uses a different flash, therefore you cannot just swap between them,)

    • PIM Jumpers must be installed for 2-wire communication
      (4-wire communication is not used by Galaxy).

    • PIM Unit Number must be valid and unique on the DSI Section
      (1-16 is supported; zero is not valid to Galaxy).

      PIM Models:  You must match the wireless reader model to the PIM model.  You cannot link new AD400 readers to the older legacy PIMs.

      PIM Addressing Rules: rules apply for unique addressing and HI-LO range.
      See Numbering Schemes for PIMs.htm

       

  6. Credential Types supported are card code and keypad*code.

    * The keypad must be configured for Type-7 (26bit Wiegand) using the HHD. 

    IMPORTANT: The Card + PIN feature (known as “high-security mode”) is not supported at this time

     

  7. AD-400 Wireless Readers:

    • use Wiegand wiring from the PIM TD2 connector to a Galaxy DSI Board.

    • Reader number must be valid and unique on the DSI Section (1-16 is supported; zero is not valid to Galaxy).

    • Each reader must be properly ‘linked’ to a PIM unit.

    • One PIM is capable of supporting up to 16 readers, but it may be necessary to install multiple PIMs on the same DSI Section to provide coverage and reliable connectivity to each reader. Signal-range, signal-strength, channel clarity, and structural interference must be considered.

    • You can use up to 16 PIMs on a DSI 485-Section.  Additional PIMs are only needed where one PIM ceases to support the RF ranged needed. Schlage establishes the RF reliability specifications.

      IMPORTANT:   Do not duplicate or overlap the door numbers of the Wireless Readers when installing more than one PIM to cover a 485-section. If you need to correct a reader number, you must re-link every reader to its PIM.
      See Numbering Schemes for PIMs.htm.

  8. AD-300 Wired Readers: door number must be valid (1-16 is supported; zero is not valid to Galaxy).  The HHD is physically plugged into the bottom of the AD300 reader in order to configure it.

  9. Reader heartbeat is controlled by the PIM and does not impact battery life at the reader.

 

 

System Galaxy Software Requirements

NOTICE: Reader heartbeat is supported and controlled by the PIM configuration.  Reader Heartbeat frequency is set at the PIM and does impact battery life on the Reader Unit.

 

  1. System Galaxy Software must be upgraded to the current version.

  2. System Registration must include setting the Max DSI-based Reader Count.

  3. SG Programming Serial Channel: Each DSI Section (channel) must be configured in System Galaxy.

    • Set the correct format “Schlage Wiegand Reader” VS “Schlage ABA Reader”.

    • You cannot mix ABA and Wiegand readers on the same DSI 485 section.

    • Enable (“check”) the same door numbers that are physically installed. 

    • Disable (“uncheck”) door numbers that are not installed.

  4. SG Programming Door/Reader: Each Reader must be configured in SG.

    • the PIM number must match the actual PIM number the door is linked to.

  5. The following Door/Reader options ARE supported for wireless readers:

    • PASSBACK/WHO’S IN feature.

    • Door Groups (but not Man Traps)

  6. PIN Mode ‘Information Only’ is supported for Time & Attendance.

  7. The following Reader options are NOT supported for wireless readers:

    • Disable Request to Exit Message

    • Enabling Duress

    • Two Person Rule

    • Energize Relay 1 on Pre-Arm delay

    • Elevator Reader

    • Lock when Door Closes – this is controlled by the wireless reader.

       

  8. Timing / Schedule Options that are NOT Supported.

    • PIN Required Schedule

    • Require Valid Card before auto-unlock (AKA snow-day rule)

    • PIN Mode “High Security”

    • Unlock Delay time

    • Unlock Duration time

    • 2-digit PIN for reclose time

       

  9. Relay 2 Settings are NOT Supported

    • Relay 2  settings do not apply to wireless readers.

    • Relay 2 settings only apply to a DPI.

      NOTE: all Schlage readers use a DSI board.


  10. GROUP/INTERLOCK OPTIONS that are NOT Supported.

    • MAN-TRAP IS NOT SUPPORTED

    • Disable by Door Group

    • Notify Group when unsecure.

       

  11. ALARM OPTIONS that are NOT Supported

    • Duress Alarm I/O

    • Reader Heartbeat Alarm I/O

    • Any option that is grayed or non-selectable is not available.

 

 

Schlage Software Requirements

This section includes known requirements for Schlage Utility Software (SUS) at the time this documentation was written. Information is subject to change without notice. You may need to reference SUS documentation for info outside the scope of Galaxy's help.

 

  1. The Schlage Utility Software (SUS) must be installed on the HHD  (typically this comes preinstalled on your HHD)

    • You must remember your HDD passwords

    • Do not couple more than one Hand Held Device to the same door; each door can be coupled to only one Hand Held Device.  If you couple a second Hand Held Device to the door, then the door will no longer work with the first Hand Held Device. 

     

  2. The Windows Mobile Synchronization software must be installed on your PC : this is used to transfer Schlage firmware and software files from your PC, the Schlage HHD and PIM/Schlage devices.

  3. If Mobile Synchronization software is not on your PC, go to www.microsoft.com/windowsmobile/en-us/downloads and download the Mobile Device software that matches your Windows OS.

     

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