door spec 2

SA3000 Door Access SyStem Installation Guide

SA3000 Installation Guide iJanuary 28, 2008

Document 988

CONTENTS

1 SA3000 Door Access System1 System Overview

2 SA3000 Model Numbers

2 SA2000 System Upgrades

3 Installation Overview

4 Installation Planning Considerations

5 SA3000 Controller Unit Installation5 Installation Overview

6 SA3000 Installation6 Mount the Power Supply/Enclosure

6 Install Conduit and Pull Wire

6 Connect Power to Power Supply/Enclosure

7 Install the Controller Boards

8 Connect to the Network

8 Connect Card Readers

8 Connect Door Accessories

8 Configure Controller Unit

9 Card Readers11 SE3/CS Installation

11 Mount and Wire the SE3/CS using Narrow Mounting Plate

12 Mount and Wire the SE3/CS using Wide Mounting Plate

14 SE3/CSPP Installation14 Mount and Wire the SE3/CSPP

16 Proximity Reader Installation16 Wire the Proximity Reader(s)

18 Wiring to Existing SACS and SASPP18 Wiring the SACS

19 Wire the SASPP

20 Door Accessories20 Door Monitor Contacts

20 Wire Door Monitor Contacts

21 Request-to-Exit Devices

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21 Wire Request-to-Exit Device

22 Door Locking Mechanisms23 Wire the Door Locking Mechanism

25 Local Alarm25 Powering the Local Alarm

25 Wire Local Alarm

27 Controller Unit Configuration27 Configure Controller Boards (using switches)

29 Configure Controller Boards (using RS-232 config port)

30 Configure Controller Boards (using Telnet)

31 Restore Default Settings

32 Annual Maintenance & Testing33 Card Reader Testing

34 Troubleshooting34 Master Controller35 Door Controller37 Card Readers

38 SA3000 Security Access System Features

39 Specifications

40 Terminal Block Descriptions

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List of Tables

Table 1: SA3000 Component Model Numbers.................................................................2Table 2: Maximum Wire Distance .....................................................................................4Table 3: Master Controller TB2: Host Network RS-485 Connections............................8Table 4: SA3000 Supported Card Reader Combinations ...............................................9Table 5: SE3/CS Card Reader Accessories ................................................................... 11Table 6: SE3/CSPP Card Reader Accessory .................................................................14Table 7: Proximity Reader Model Numbers ...................................................................16Table 8: Door Controller TB1 Proximity Reader Signals ..............................................17Table 9: Door Controller TB2 Proximity Reader Signals ..............................................17Table 10: RS-232 Config Port Connection .......................................................................30Table 11: Master Controller LCD Line 4 Messages.........................................................34Table 12: Abnormal Condition Messages........................................................................35Table 13: Door Controller Input Status LEDs ..................................................................36Table 14: Door Controller Error Indicators ......................................................................36Table 15: Electrical Specifications ...................................................................................39Table 16: Master Controller TB2: Host Network & SM8 RS-485 Connections..............41Table 17: Door Controller TB1: Card Reader Connections ............................................41Table 18: Door Controller TB2: Card Reader Connections ............................................41Table 19: Door Controller TB3: Door Accessory Connections......................................42Table 20: Door Controller TB4: Door Accessory Connections......................................42Table 21: Door Controller TB5: Tamper and Other Connections...................................42

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List of Figures

Figure 1: Typical Installation/Wiring Plan...............................................................4Figure 2: Controller Unit: Controller Boards + Power Supply/Enclosure ...........5Figure 3: Power Supply Installation........................................................................6Figure 4: Power Supply Assembly..........................................................................6Figure 5: Controller Boards Installation.................................................................7Figure 6: SE3/CS and SE3/CSPP.............................................................................9Figure 7: SE3PROXLR and SE3/PROXMR..............................................................9Figure 8: SE3/CS Installation (Narrow Mounting Plate) ......................................11Figure 9: SE3/CS Mounting (Wide Mounting Plate).............................................12Figure 10: SE3/CS Mount w/ Shroud & Visor.........................................................13Figure 11: SE3/CS Wiring ........................................................................................13Figure 12: SE3/CSPP Mounting Diagram ...............................................................14Figure 13: SE3/CSPP Wiring....................................................................................15Figure 14: SACS Wiring ...........................................................................................18Figure 15: SASPP Wiring .........................................................................................19Figure 16: Door Locking Mechanisms Wiring .......................................................24Figure 17: Local Alarm Wiring (powered by Controller Unit) ...............................25Figure 18: Controller Configuration Switches .......................................................28Figure 19: Master Controller Configuration Flowchart .........................................28Figure 20: Door Controller Configuration Flowchart ............................................29Figure 21: Controller Unit Configuration Menu .....................................................29Figure 22: Controller Boards...................................................................................40

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UL Considerations:

Attention to Installers: All field wiring/cabling connections made to the Controller need to use shielded cable with one of the shielded ends connected to earth ground.

SACS/SASPP Card Readers have not been evaluated by UL.

Blackboard Inc. SA3000

Tested To ComplyWith FCC Standards

FOR HOME OR OFFICE USE


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SA3000 DOOR ACCESS SYSTEM

System Overview

This manual provides instructions for selecting, installing and configuring SA3000 Security Access System. Recommendations on selecting an installation location and selecting Door Accessories, used to monitor and control access at a door, are included. Wiring diagrams show how to connect the SA3000 system.

The SA3000 Door Access System, designed to work with Blackboard Transaction System (BbTS), consists of:• SA3000 Controller (page 2)

• Power Supply and Enclosure (page 2)

• Card Readers (page 2)

• Door Accessories (page 3)

SA3000 CONTROLLER

The SA3000 Controller boards process card information to determine access privileges defined in its local cardholder database. Transactions are stored in non-volatile memory until transferred to BbTS. This architecture allows the SA3000 to operate normally when offline.

POWER SUPPLY AND ENCLOSURE

New installations must be ordered with a Power Supply and Enclosure. The Enclosure has a hinged, locking door and a tamper switch.

“Controller Unit” refers to the SA3000 Controller, Power Supply, and Enclosure.

CARD READERS

In addition to the Controller Unit, one or more Card Readers must be installed.

Card Readers are ordered separately from the SA3000 Controller Unit, allowing flexibility in Card Reader selections to meet the application requirements.


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DOOR ACCESSORIES

in addition to the Controller Unit and Card Readers, Door Accessories are required to complete the SA3000 System to monitor and control access at the door. Door Accessories include door locking mechanisms, door monitor contacts, request-to-exit switches, alarms, etc.

Door Accessories are not available through Blackboard. Ask a door hardware dealer about locking mechanism options and compliance issues.

SA3000 Model Numbers

Model numbers for SA3000 system components available through Blackboard are listed in the following table:

SA2000 System Upgrades1

SA2000 Systems can be upgraded to SA3000. Legacy Card Readers can be used with minor wiring changes at the Controller Unit. Reference Wiring to Existing SACS and SASPP (page 19). (The SACS and SASPP have not been evaluated by UL.)

The SA2000 upgrade requires:• SA3004 or SA3032 Controller

• SE3/PS24V Power Supply

Table 1: SA3000 Component Model Numbers

Componenta

a. Configurations using a Controller, Power Supply and Card Reader(s) listed in this table are UL rated.

Model Number Description UL CategoryControllers SA3004 Controller boards - 4,000 cardholder database

Access Control Sys-tem Subassembly

SA3032 Controller boards - 32,000 cardholder database

Power Supplies SE3/PS24ENCL Power Supply with Enclosure, 24 volt Access Control Sys-tem Power Supply

Card Readers SE3/CSb

b. Requires mounting plate, either a SE3/MPN or SE3/MPW

Magstripe Card Reader Access Control Sys-tem Accessories

SE3/CSPP Magstripe Card Reader with Pin PadSE3/PROXMR Proximity Reader - Medium Range (HID ProxPro 5355)SE3/PROXLR Proximity Reader - Long Range (HID MaxiProx 5375)

Card Reader Accessories

SE3/MPN Narrow Mounting Plate for the SE3/CS n/aSE3/MPW Wide Mounting Plate for the SE3/CSSE3/DS Decorative Shroud (optional)SE3/VISOR Protective Visor (optional)

1. SA2000 System upgrades (using SA3000 Controller boards) are not UL rated.


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Installation Overview

1 Installation Planning Considerations (page 5)

2 Install SA3000 Controller Unit Installation (page 6)

3 Install Card Readers (page 10)

4 Install Door Accessories (page 21)

5 Controller Unit Configuration (page 28)

Belden 8719(or equivalent)1 pair, 16AWG0.310”OD

AC mains

BbTSCentral

Closet

orDropCeiling

Electronics

Conduit

ElectricStrike

Crash bar w/Request to Exitswitch

Door MonitorContacts

LocalAlarm

Reader

continuous electrichinge or electronicpower transfer

OutputBypass


Cable Key


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Installation Planning Considerations

Careful planning of hardware purchases, cable routing, power supplies and reader placement will simplify a successful implementation of the SA3000 System. Consider the following before ordering hardware:

Comply with all regulatory, electrical and safety codes.

HARDWARE SELECTIONS

•ReadersInbound/outbound, number of doors, PIN, Proximity, SA2000 legacy readers

•Door AccessoriesLocks, contacts, request-to-exit, alarm, automatic door, bypass output, external power needed for Door Accessories

•Backup Power in case of failure

CONTROLLER PLACEMENT (CENTRAL CLOSET OR NEAR DOOR)

•AC power availability

•Network communications availability

•Multiple Controller Units (power load)

•Ease of cable routing to readers

•Wiring distance limitations

READER PLACEMENT

•Cardholder safety

•Weather protection

•Cardholder convenience

•Cable routing

•Installation height regulations

Table 2: Maximum Wire DistanceRS-485 Communications 4000' total per loop10-1000Base-T Communications 300'SE3/CS, SE3CSPP to Controller Unit

4000' total

Other Readers & Door Accessories

see manufacturer’s specs


AC mains Network

Central

Closet

or

DropCeiling

Electronics

Figure 1: Typical Installation/Wiring Plan

Conduit

ElectricStrike

Crash bar w/Request to Exitswitch

Door MonitorContacts

LocalAlarm

Reader

continuous electric

hinge or electronic

power transfer


Cable Key

Communications


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SA3000 CONTROLLER UNIT INSTALLATION

Installation Overview

The SA3000 Controller Unit consists of the following components:

• Controller

• Power Supply and Enclosure

There are two Controller boards: the Master Controller and the Door Controller.

The Master Controller circuit board contains the Cardholder database and the interface circuitry to communicate with the host system. It also has a serial interface for communicating with the Door Controller.

The Door Controller circuit board controls and monitors Door Accessories and Card Readers. Removable terminal blocks provide wiring connections to Readers and Door Accessories.

The Power Supply has a toggle switch and terminal blocks for connecting to the AC Mains. The Enclosure has a hinged, locking door and tamper switch.

Installing the Controller Unit involves the following tasks:

• Mount the Power Supply/Enclosure (page 7)

• Install Conduit and Pull Wire (page 7)

• Connect Power to Power Supply/Enclosure (page 7)

• Install the Controller Boards (page 8)

• Connect to the Network (page 9)

• Connect Card Readers (page 9)

• Connect Door Accessories (page 9)

Figure 2: Controller Unit: Controller Boards + Power Supply/Enclosure

Controller Power SupplyEnclosure

MasterController

DoorController

S A 3 0 0 0 I N S T A L L A T I O N


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SA3000 INSTALLATION

Mount the Power Supply/Enclosure

1 Protect Power Supply from debris while mounting the enclosure.

2 Remove knockouts from the Enclosure that will be used for wiring.AC Power should enter the Enclosure’s upper-left corner to help provide 1/4” separation from other wiring.

3 Secure the Enclosure to a wall using hardware appropriate for the wall material. Mounting holes accept up to 1/4” hardware.

Install Conduit and Pull Wire

1 Install conduit from Controller for Power, Card Readers, Door Accessories, and network communications.

2 Pull wire through conduit.

Connect Power to Power Supply/Enclosure

Disconnect external AC power when installing any wiring.

Connect to 120 VAC @ 60 Hz. Connect only to a 20A maximum branch circuit protection or equivalent.

1 Strip back the insulation on the AC wire .28" so no bare wire is exposed when installed in the AC terminal block.

2 Install the appropriate wires into the AC terminal block, as shown in Figure 4, and tighten the screws to 5 - 7 in-lbs.

3 Re-connect external AC power.

Maintain 1/4" separation from AC wiring to other wiring.

L N G

Figure 3: Power Supply Installation

AC Power knockout

Mountingholesaccept1/4" hardware

Figure 4:Power Supply Assembly

L N G

PowerSwitch



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Install the Controller Boards

Power Supply switch must be OFF.

1 Secure the Master Controller board onto the top four standoffs and secure it with four ¼" standoffs from the hardware kit.

2 Secure the Door Controller board onto the lower four standoffs and secure it with four ¼" standoffs from the hardware kit.

3 Connect the short ribbon cable jumper included in the hardware kit from the J5 connector of the Master Controller to J2 of the Door Controller. These are the 2x3 connectors directly adjacent from each other on the boards.

4 Connect one of the 5-position power plugs from the Power Supply to the Master Controller power connector J7. Seat the plug on the connector so the retaining latch engages.

5 Connect the other 5-position power plug from the Power Supply to the Door Controller power connector J4.Seat the plug on the connector so the retaining latch engages.

6 Using a 10-position terminal block from the hardware kit, connect the two wires from the Enclosure’s tamper switch to the Tamper inputs (Door Controller TB5, pins 7 and 8).

7 Set the power switch to the ON position, verifying power LEDs illuminate.There may be a delay of up to 5 seconds.

8 Turn the power switch OFF.

L N G

485+485-GND

485+485-GND485+485-GND

TX485+TX485-

RX485+RX485-

DEC INC ENTER CLEAR

GND

RX485-RX485+

TX485+TX485-

GND

J1

TB1

VDSGND485+485-D1/CLKD0/DATAGLEDRLEDBEEPTAMPVCS+GNDSASPP TX

SASPP RX

D1/CLKD0/DATA

GLEDRLED BEEPTAMP

GN

DVD

C+

CO

MN

ON

CIN

-IN

+C

OM

NO

NC

CO

MN

OIN

-IN

+C

OM

NO

IN-

IN+

IN-

IN+

485-485+GND

RX232TX232

NOCOM

IN+IN-IN+IN-IN+IN-

GNDGNDVDC

VACVACLOCK LATMON AUX ALARMREQEXBYPASSDOOR SPARE

MA

STE

RA

UX

TAM

PER

BATL

OW

ACFA

ILIN

PUT

PO

WER

TAM

PER

MASTER

TB1

TB2

TB3 TB4

TB5

TB6

SW1

FS1

GNDVDC

VACVAC

GN

D23

2RX

232

TX

TX48

5+TX

485-

RX48

5+R

X48

5-

GN

D

TB3

J7

TB2

Figure 5: Controller Boards Installation

ribboncable

power plug

powerplug

powerLEDs

jumper

tamper inputs

MasterController

DoorController

tamper switch



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Connect to the Network

The Master Controller board provides both 10/100 Base-T TCP/IP (J1) and RS-485 (TB2) connections for communications with BbTS (NP, Network Processor). Choose a connection based on the local network. The host connections, J1 and TB2 are for supplementary use only.

Once connected to the network, the Controller must be configured for the network type. Reference Controller Unit Configuration (page 28) for information on configuring the Controller Unit.

10/100 Base-TX: Install Cat5 cable with an RJ-45 plug connector into the J1 connector on the Master Controller board. The RJ-45 plug connector must be terminated per EIA/TIA-568B patch cable specifications. The J1 connector exits at the top of the board.

RS-485: Install wiring from the Master Controller TB2 terminal block to the local RS-485 network using Belden 8273 cable or equivalent. Terminate connections per Table 3:

SA3000 Controllers communicating in RS-485 mode to a Universal Edition Host require an IP Converter. See the SA3000 UE Migration Quick Start guide for more Details.

Terminal Block Descriptions (page 41) details Door Controller Terminal Block connections.

Connect Card Readers

Card Readers (page 10) includes wiring instructions for Door Controller TB1 and TB2 terminal blocks to Card Readers.

Connect Door Accessories

Door Accessories (page 21) includes wiring instructions for Door Controller board TB3, TB4 and TB5 terminal blocks to Door Accessories.

Configure Controller Unit

Controller Unit Configuration (page 28) describes configuring the Controller Unit interface to the attached Card Reader(s), once wiring has been completed.

Table 3: Master Controller TB2: Host Network RS-485 Connections

Connection Wire Color (Belden 8723) Signal NameTB2-6 RED RX485-TB2-7 BLACK RX485+TB2-8 SHIELD GNDTB2-9 WHITE TX485-TB2-10 GREEN TX485+



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CARD READERS

MAGSTRIPE READERS

Two magstripe reader models are available in the SA3000 System. Both have rugged metal construction and tamper and weather protection to withstand the abuse of high-traffic environments. Readers mounted outdoors can be further protected from weather with an optional visor.

The SE3/CS is a single-function Card Reader with a vertical continuous swipe-through card slot. The narrow design allows mounting to a door frame or mullion.

The SE3/CSPP Reader can be configured to require users to enter a PIN with a card swipe for enhanced security. It mounts to a single gang box or a wall.

PROXIMITY READERS

Two models of Proximity Readers are also available for the SA3000 System.

Proximity Readers are only supported on SA3000 series controllers in BbTS Universal Edition.

EXISTING SA2000 READER SUPPORT

The SA3000 Controller Unit supports the SACS and SASPP legacy Card Readers. See Wiring to Existing SACS and SASPP (page 19).

CARD READER COMBINATIONS

The following Card Reader combinations are supported by the SA3000 Controller Unit:

♦ - denotes existing SA2000 Card Readers. These readers have not been evaluated by UL.

Table 4: SA3000 Supported Card Reader Combinations

Inbound InboundOptional

Outbound 1Optional

Outbound 2Optional

SE3/CS or SE3/CSPP SE3/PROX (LR or MR) SE3/CS or SE3/CSPP SE3/PROX (LR or MR)SE3/PROX (LR or MR) SE3/PROX (LR or MR)SE3/PROX (LR or MR) SACS♦SACS♦ SE3/PROX (LR or MR)SACS♦ SACS♦SASPP♦ SE3/PROX (LR or MR) SACS♦SASPP♦ SE3/PROX (LR or MR) SE3/PROX (LR or MR)

Figure 6:SE3/CS and SE3/CSPP

Figure 7:SE3PROXLR and SE3/PROXMR



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CARD READER OPERATION

Magstripe Readers require the user to swipe a card. Proximity Readers require the user bring a card into range of the Reader. Both Readers read the encoded information on the card and transmit the information to the Controller Unit.

BbTS Universal Edition Systems only support the 78-bit Proximity card format.

The Controller Unit compares the card information to its internal database to determine if the card has access privilege at the door. If valid, the Card Reader turns on the VALID lamp. If invalid, the Card Reader turns on the DENIED lamp. If an error is encountered while reading the card, the Card Reader turns on the ERROR lamp. In this case, the user must re-swipe the card.

Both the SE3/CS and SE3/CSPP Readers can be configured to generate tones. If access is allowed, the Reader generates a valid tone. If access is denied or in the case of an error, it generates a warble tone.

CARD READER MOUNTING CONSIDERATIONS

When selecting a location to mount the Card Reader, consider the following:

• Will a cardholder be injured if the door is opened while swiping a card?

• Where will the Card Reader get the most protection from the weather? Is a Protective Visor neces-

sary?

• Where is the most convenient place for the cardholder to swipe a card?

• How will electrical cables be routed from the Controller Unit to the Card Reader?

• Does installation height meet federal / local height requirements (such as ADA)?

S E 3 / C S I N S T A L L A T I O N


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SE3/CS INSTALLATION

The SE3/CS Card Reader can be installed on a door frame, mullion or wall, wherever space constraints require a narrow Card Reader.

A decorative shroud is available for use with a surface mounted single gang box. Consider installing a protective visor if the Card Reader will be exposed to inclement weather.

Two mounting plate models are available for this model and sold separately. The narrow mounting plate has the same profile as the Reader (see page 12). A wide mounting plate mounts to a single gang box, flush or surface mounted on a wall (see page 13). Either mounting plate is used to mount a protective visor, although a wide mounting plate provides more stability. If using a decorative shroud and a visor, two mounting plates are required (see SE3/CS Mount w/ Shroud & Visor (page 14)).

The table below lists the model numbers of SE3/CS accessories.

Mount and Wire the SE3/CS using Narrow Mounting Plate

The narrow mounting plate is secured using three holes (two slotted and one regular) with #6 hardware (Figure 8). Select hardware based on the mounting material.

1 Use the mounting plate as a template to mark mounting holes and cable routing hole.Put the cable hole near the center of the mounting plate window.

2 Drill the holes for the mounting hardware (#6 screws) and the cable. See Figure 8.

3 Secure the mounting plate with the chosen hardware. If using a protective visor, install it behind the mounting plate.In outdoor installations, use a bead of silicone sealer between the mounting plate and the installation surface to protect the Reader from moisture.

4 Pull cable through hole and wire to 5-pin terminal block, per Figure 11 on page 14. A 5-pin terminal block is supplied in the hardware kit.

Table 5: SE3/CS Card Reader Accessories

Model # DescriptionSE3/MPN Narrow mounting plate (for door mullion)SE3/MPW Wide mounting plate (for single gang box)SE3/DS Decorative shroud (conceals low profile surface mounted single gang box, requires SE3/MPW) *SE3/VISOR Visor (for protection from inclement weather, requires SE3/MPN or SE3/MPW) a

a. If decorative shroud and visor are both used, a second wide mounting plate is required.

SE3/CS wiring requires Belden 8723 cable or equivalent from the SE3/CS to the Door Controller. Cable length must not exceed 4000 feet.

Figure 8: SE3/CS Installatio(Narrow Mounting



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5 Plug the terminal block onto the SE3/CS.

6 Place SE3/CS on mounting plate and slide up to engage screws into the tapered slots.

7 Tighten the screw at the bottom of the mounting plate to secure the Reader.

If a second SE3/CS or SE3/CSPP reader is installed, wire the Readers in parallel. Connect a jumper wire across pins 2 and 5 of the terminal block to configure the second reader. The jumper configures the Reader address to allow communication on a half-duplex RS-485 bus so both will not transmit concurrently.

Mount and Wire the SE3/CS using Wide Mounting Plate

The wide mounting plate is secured to a single gang box using the center and lower holes (Figure 9). The optional decorative shroud can only be used with the wide mounting plate.

1 Secure the mounting plate to the gang box using #6 screws. If using a decorative shroud or protective visor, install it behind the mounting plate. If using both, see Figure 10.In outdoor installations, use a bead of silicone sealer between the mounting plate and the installation surface to protect the Reader from moisture.

2 Pull cable through mounting plate and connect to 5-pin terminal block, per Figure 11 on page 14. A 5-pin terminal block is supplied in the hardware kit.

3 Plug terminal block onto the SE3/CS.

4 Place SE3/CS on mounting plate and slide up to engage screws into the tapered slots.

5 Tighten the screw at the bottom of the mounting plate to secure the Reader.

If a second SE3/CS or SE3/CSPP Reader is installed, wire the Readers in parallel. Connect a jumper wire across pins 2 and 5 of the terminal block to configure as a second reader. The jumper configures the reader address to allow communication on a half-duplex RS-485 bus so readers do not transmit concurrently.

Wide Mounting Plate

Decorative Shroud

Remove Conduit KnockoutPlate if Necessary

Conduit

Bower’s Box102-W Low Profile

Decorative Shroud Measurements:7.375" tall x 3" wide x 1.9" deep

VALID

DENIED

REREAD

(optional)

SE3/CS

Figure 9: SE3/CS Mounting (Wide Mounting Plate)



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Figure 10: SE3/CS Mount w/ Shroud & Visor

Installing a shroud & visor requires

(the Visor can use a narrow mountingplate, but the wide provides more stability)

two wide mounting plates

15

101

2 3

4 5

15

10

1 2

3 4

5

SE3/CS

Belden 8723 Cable(5 conductor)

Door Controller

15

10

10 9

8 7

6 5

4 3

2 1RED

WHTGRN

GRNWHT

BLK RED

Wire in parallel with first reader and

pins 2 and 5

GRN

RED

WHT

BLK

BLK & Shield

Second SE3/CS or SE3/CSPP

Figure 11: SE3/CS Wiring

install jumper wire between(TB1 only)

Mounting Plate

S E 3 / C S P P I N S T A L L A T I O N


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SE3/CSPP INSTALLATION

The SE3/CSPP Card Reader provides a keypad in addition to the magstripe read head.

A PIN annunciator notifies the cardholder when a PIN must be entered after a card swipe. The requirement to enter a PIN is configured in BbTS software. A mounting plate is included with each SE3/CSPP, a protective visor is optional.

Mount and Wire the SE3/CSPP

The SE3/CSPP mounting plate holes in the plate align with the holes of a single gang box. The gang box hardware can be used to attach the mounting plate.

Cable length between Card Reader and Controller Unit must not exceed 4000 feet.

1 Secure the mounting plate to gang box with #6 screws (Figure 12).If using a visor, install it behind the mounting plate.In outdoor installations, use a bead of silicone sealer between the mounting plate and the installation surface to protect the Reader from moisture.

2 Pull cable through hole and wire to 5-pin terminal block, per Figure 13 on page 16. 5-pin terminal block is supplied in the hardware kit.

3 Plug terminal block onto the SE3/CSPP.

4 Place SE3/CSPP on mounting plate and slide up to engage screws into the tapered slots.

5 Tighten the two screws at the bottom of the mounting plate to secure the Reader.

If a second SE3/CS or SE3/CSPP reader is installed, wire the Readers in parallel. Install a jumper wire across pins 2 and 5 of the terminal block to configure the second reader. The jumper configures the Reader address to allow communication on a half-duplex RS-485 bus so readers do not transmit concurrently.

Table 6: SE3/CSPP Card Reader Accessory

Model # DescriptionSE3/VISOR Visor (for protection from inclement weather)

1 2

53 4

67 89

ENTER

Pin ValidError Denied

CLEAR

0

15

10

1 2

3 4

5

To Controller

8723 Belden Cable

Figure 12: SE3/CSPP Mounting Diagram

S E 3 / C S P P I N S T A L L A T I O N


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15

10

1 2

3 4

5GRN

RED

BLK

WHT

SE3/CSPP (Back View)Mounting Plate

8723

Door ControllerTB1 ONLY

15

10

10 9

8 7

6 5

4 3

2 1RED

WHTGRN

15

101

2 3

4 5

GRN

WHTBLK RED

Note: Install Jumper wire betweenpins 2 and 5 on secondary SE3/CS

BLK & Shield

Belden Cable

Figure 13: SE3/CSPP Wiring

P R O X I M I T Y R E A D E R I N S T A L L A T I O N


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PROXIMITY READER INSTALLATION

The SA3000 Controller Unit can support up to two Proximity Readers. Proximity Reader ranges are dependent on the installation materials, as described in the manufacturer’s installation manual. Model numbers for the supported Proximity Readers are listed in the table below:

Proximity Readers are only supported on SA3000 series controllers in BbTS Universal Edition.

Reference the manufacturer’s manual for Proximity Reader installation and mounting instructions.

MOUNTING CONSIDERATIONS

• Mount at least six inches away from any metallic surface 12" x 12" or larger

Large adjacent metals, especially iron, steel, or copper, diminish the card read range. • Use a plastic gang box and conduit

• Do not use metal hardware within two inches of the back of the reader.

• Do not mount the Proximity Reader in areas of high vibration.

PROXIMITY READER SETTINGS

All DIP-switches in the readers should be set to the factory default positions. (Reference the manufacturer’s manual for default settings.)

The TAMPER SELECT from the Proximity Reader must be configured as a Normally-Closed contact.

Wire the Proximity Reader(s)

1 Mount Proximity Reader using manufacturer’s installation instructions.In outdoor installations, use a bead of silicone sealer between the mounting plate and the installation surface to protect the Reader from moisture.

2 Route wire from the Proximity Reader to the Controller Unit using Belden 9540 cable or equivalent. The Weigand interface module required on the SA2000 System is no longer required.

3 Connect wiring between the Proximity Reader and the Door Controller TB1 and/or TB2 terminal block using Table 8 and Table 9 as a guide for wire terminations.

TB1 and TB2 terminal blocks each support a single Proximity Reader. If two Proximity Readers are installed, both TB1 and TB2 must be used.

Table 7: Proximity Reader Model Numbers

Model # DescriptionSE3/PROXMR Proximity Reader - Medium Range (HID ProxPro Model 5355)SE3/PROXLR Proximity Reader - Long Range (HID MaxiProx Model 5375)

P R O X I M I T Y R E A D E R I N S T A L L A T I O N


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The DC voltage supply from the Door Controller to the Reader is +12 VDC. If your Proximity Reader requires +24 VDC, use an external power supply.

4 See Controller Unit Configuration (page 28) for configuring the Door Controller to operate with the Proximity Reader(s).

TERMINATION TABLES

Signal names may vary on the Proximity Readers as changes are made to the models.

Table 8: Door Controller TB1 Proximity Reader Signals

Prox ReaderSignal Name

9540 Cable Door Controller

Wire Color Position Signal Name+DC RED TB1-1 VCS+GROUND BLK TB1-2 GNDTAMPER COMMON BLU TB1-2 GNDDATA-1 WHT TB1-5 D1/CLKDATA-0 GRN TB1-6 D0/DATAGRN LED ORG TB1-7 GLEDRED LED BRN TB1-8 RLEDBEEPER YLW TB1-9 BEEPTAMPER SELECT PUR TB1-10 TAMPER

Table 9: Door Controller TB2 Proximity Reader Signals

Prox ReaderSignal Name

9540 Cable Door Controller

Wire Color Position Signal Name+DC RED TB2-1 VCS+GROUND BLK TB2-2 GNDTAMPER COMMON BLU TB2-2 GNDDATA-1 WHT TB2-5 D1/CLKDATA-0 GRN TB2-6 D0/DATAGRN LED ORG TB2-7 GLEDRED LED BRN TB2-8 RLEDBEEPER YLW TB2-9 BEEPTAMPER SELECT PUR TB2-10 TAMPER

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WIRING TO EXISTING SACS AND SASPP

SACS and SASPP Card Readers (not evaluated by UL) can be used when upgrading a SA2000 System to use the SA3000 Controller boards. Some minor wiring changes are required, but these changes need only be made at the Controller Unit. The existing Card Readers do not need to be removed. If Proximity Readers were used with the SA2000 System, the Weigand interface module must be removed. The SA3000 Controller Unit now interfaces directly with Proximity readers.

The Door Controller only supports one SASPP Reader. SASPP Readers cannot be used in combination with SE3/CS or SE3/CSPP Readers.

Wiring the SACS

The new interface eliminates three wires originally used in the SA2000 System. The remaining wires terminate at different positions on the Door Controller terminal block(s).

1 Rewire the original terminal block in the Controller Unit per the pertinent wiring diagram (Figure 14). Wiring colors are shown for both Belden 9540 and 9541 cable. If different wiring was used, remove the SACS Reader and compare the wiring on the terminal block.

2 Verify conductor connections are equivalent to those shown. The signals for the SACS Reader are identical on the Door Controller’s TB1 and TB2 terminal blocks.

15

10

15

10 YLWBLKBLUORGWHTREDGRNGRYBRNPUR

15

10 WHT/BLKBLKBLUORGWHTREDGRN

GRN/BLKORG/BLKRED/BLK

15

101

2 3

4 5

6 7

8 9

10

BRNPURGRYREDORG

BLKYLW

15

10 ORG/BLKRED/BLKGRN/BLK

REDORG

BLKWHT/BLK

Belden 9540 Cable (10 Conductor)

Note: Disregard silk screen on PC Board.It refers to wire colors for9541 belden cable (15 conductor).

Belden 9541 Cable (15 Conductor) Mounting PlateSACS

Belden 9541 Cable(15 conductor)

orBelden 9540 Cable

(10 conductor)

Belden 9540 Cable

Belden 9541 Cable

Door Controller TB1/TB2

1 2

3 4

5 6

7 8

9 10

1 2

3 4

5 6

7 8

9 10

1 2

3 4

5 6

7 8

9 10

Figure 14: SACS Wiring

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Wire the SASPP

The new interface uses all four wires which were originally used on the SA2000 System. However, all four wires terminate at different positions on the Door Controller terminal block.

1 Remove all SASPP wires from the SA2000 Controller Unit TB1 terminal block.

2 Terminate the wires in the Door Controller’s TB2, per the pertinent wiring diagram (Figure 14). Wiring colors are shown for Belden 8723 cable. If different wiring was used, remove the SASPP Reader and check the wiring on the terminal block.

3 Verify the conductors are connected in an equivalent method as those shown in Figure 15.

15

10

15

10

Door ControllerTB2

SASPP (Back View)

1 2

3 4

5 6

7 8

9 10

1 2 3 4 5 6 7 8 9 10

Belden 8723 Cable

RED

BLK

GRN

WHT

Install a jumper from pin 2 to pin 6

REDBLKWHTGRN

Mounting Plate

Figure 15: SASPP Wiring

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DOOR ACCESSORIES

This section covers wiring instructions for non-Blackboard Door Accessories.

The SA3000 System requires Door Accessories to provide access control and door monitoring. Door Accessories selections are based on the requirements for each application. Door Accessories supported by the SA3000 are:

• Door Monitor Contacts

• Door Locking Mechanism

• Request-to-Exit device

• Local Alarm

All Door Accessories must be UL listed to maintain UL compliance of the SA3000 System.

DOOR MONITOR CONTACTS

Door Monitor Contacts are used for door status or forced or held alarm reporting. The Door Monitor Contacts signal the Controller Unit that the door is open or closed. There are several types of Door Monitor Contacts commercially available. Purchase the Door Monitor Contacts that best suit the application and install using the manufacturer’s instructions.

Wire Door Monitor Contacts

1 Route wire from Door Monitor Contacts to the Controller Unit.

2 Connect wires to Door Monitor Contacts.

3 At the Door Controller, test the contacts with an Ohm meter and verify the circuit is less than 100 Ohms when the door is closed and an open circuit when the door is open.The door contact wires cannot be connected to the Controller Unit while performing this test.

4 Connect the wires from the Door Monitor Contact to Door Controller TB4, positions 7 and 8. Reference Figure 22: Controller Boards (page 41) for terminal block locations.

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REQUEST-TO-EXIT DEVICES

Request-to-Exit devices signal the Controller Unit that a valid door opening will occur, preventing a forced alarm. In cases where a separate Card Reader is used to exit and enter, an exit device is not required because the Card Reader provides the exit detection functionality.

Common Request-to-Exit devices include:• motion detectors

• crash bar with request-to-exit switch

• push-to-exit button

Purchase the Request-to-Exit device that best suits the application and install using the manufacturer’s instructions.

The Request-to-Exit device must provide a Normally Open circuit which closes when activated.

Wire Request-to-Exit Device

The Door Controller can supply 24VDC (Door Controller TB3, pins 1 and 2) to the Request-to-Exit device, if required.

1 Route wire from Request-to-Exit device to the Controller Unit.

2 Connect wires to the Request-to-Exit device according to the manufacturer’s instructions.

3 At the Door Controller, test the device with an Ohm meter. Verify the circuit is less than 100 Ohms when the Request-to-Exit device is active and an open circuit when not active.The device cannot be connected to the Door Control board while performing this test.

4 Connect the wires from the Request-to-Exit device to Door Controller TB4, positions 3 and 4.Reference Figure 22: Controller Boards (page 41) for terminal block locations.

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DOOR LOCKING MECHANISMS

Door Locking Mechanisms are electronic hardware devices activated by the Controller Unit to lock/unlock a door. Common Door Locking Mechanisms include:• electric strikes

• magnetic locks

• crash bars and locksets with electronic latch retraction

Terms commonly associated with door locking mechanisms are:• Fail-Safe means that the door locking mechanism is unlocked when there is no electricity available.

• Fail-Secure means that the door locking mechanism is locked when there is no electricity available.

• Normally-Open and Normally-Closed contacts are provided by the Door Controller for the Door

Locking Mechanism.

Verify compliance with all applicable codes before purchasing door hardware. For lock circuitry that is installed and configured as "fail secure", UL-listed panic hardware shall be used to allow emergency exit from the protected area.

Purchase the Door Locking Mechanism that best suits the application and install using the manufacturer’s instructions.

POWERING THE DOOR LOCKING MECHANISM

The Controller Unit can supply 24VDC (Door Controller TB3, pins 1 and 2) to the Door Locking Mechanism, if required. This output is fused by FS1. If the fuse must be replaced, install a 2AG style, 1.5 Amp Slo-blow. See “Specifications” on page 40. for maximum current rating of the 24 VDC output.

The combined current for ALL devices connected to the 24 VDC output must NOT exceed the maximum 1 Amp current rating.

Devices that require more than 1.5 Amp current require an external power supply. An example of such a device is a crash bar with electronic latch retraction. Wiring of this device can be seen in Figure 16.



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Wire the Door Locking Mechanism

1 Route wire from Door Locking Mechanism to the Controller Unit.

2 Connect wires to the Door Locking Mechanism according to manufacturer’s installation instructions.When wiring to an inductive device, such as an electric strike or magnetic lock, install a protection diode across the wires as close as possible to the lock mechanism, as shown in Figure 16. The diode protects the relay in the Door Controller and reduces EMI when the circuit is opened. Two diodes (1N4003) are included in the hardware kit.

3 Connect the wires from the Door Locking Mechanism to the Door Controller.Reference Figure 16 for wiring options.



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-

24VDCELECTRIC STRIKE 24VDC

MAGNETIC LOCK

8

GN

D

TB3

1

109

TB2

NOVD

C+

NO

2 3C

4 5N

C6 7

- +8 9

C

LOCK RELAY L MON

4

67

5

321

DOOR CONTROLLERCIRCUIT BOARD

3

7N

O

NO

310N

C

1 2C

5C

4- +

6

ALARM BYPASSREQEX

TB4

98- +

10+-

DOOR

1

TB5

2

54

DOOR CONTROLLERCIRCUIT BOARD

3

10 TB3TB2

4

789

65

123

+7

L MONLOCK RELAY

NO

4

GN

DV

DC

+C

1 2 3

NC -

5 6

NO

C NC

98 10

C NO -

1 2ALARM

1BYPASS

C+ NO

4 5 6

REQEX

- + -87 9

DOOR

TB4

+10

TB5

432

5

VCS+

GND

SASPP Tx

SASPP Rx

D1/CLK

D0/DATA

GLED

RLED

BEEP

TAMP

GND

SASPP Tx

SASPP Rx

D1/CLK

D0/DATA

GLED

RLED

BEEP

TAMP

VCS+54

32

1

54

32

1

SPARG

GNDVDC

VACVAC

GNDVDC

VACVAC

SPARG

=

ANODE

CATHODE

IN4003

- +

+

-DIODE

Electric Strike Magnetic Lock

READER CIRCUIT BOARD(FRONT VIEW )

POW ER BOOSTER

CRASH BAR W ITH ELECTRIC LATCH RETRACTION

110VAC

3

10

TB3

TB2

4

789

65

123

+7

L MONLOCK RELAY

NO

4

GN

D+2

4VC

1 2 3

NC -

5 6

NO

C NC

98 10

C NO -

1 2

ALARM

1BYPASS

C+ NO

4 5 6EXIT

- + -87 9

DOOR

TB4+10

TB5

432

5

GND

SASPP Tx

SASPP Rx

D1/CLK

D0/DATA

GLED

RLED

BEEP

TAMP

VCS+ 5

43

2

1GND

VDC

VAC

VAC

DOOR CONTROLLER

Crash Bar

The Controller Unit can provide a contact closure to activate an external power source if the locking mechanism does not require power from the Controller (or the Controller cannot supply enough power).

Figure 16:Door Locking Mechanisms Wiring

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LOCAL ALARM

A Local Alarm can be connected to the Controller Unit to warn of a forced entry or a held condition. These functions can be configured in BbTS software.

Normally-Open contacts are provided by the Door Controller for the Local Alarm. The Alarm output terminals act as a simple switch to turn the siren on at the appropriate times.

Purchase the Local Alarm that best suits the application and install using the manufacturer’s instructions.

Powering the Local Alarm

The Controller Unit can supply 24VDC (Door Controller TB3, pins 1 and 2) to the Local Alarm, if required. This output is fused by FS1. If the fuse must be replaced, install a 2AG style, 1.5 Amp Slo-blow. See “Specifications” on page 40. for maximum current rating of the 24 VDC output.

The combined current for ALL devices connected to the 24 VDC output must NOT exceed the maximum 1.5 Amp current rating.

Devices that require more than 1.5 Amp current require an external power supply.

Wire Local Alarm

1 Route wire from Local Alarm to the Controller Unit.

2 Connect wires to the Local Alarm according to manufacturer’s installation instructions.

3 Connect the wires from the Local Alarm to the Door Controller.Reference Figure 17 for wiring options.

BYPASS OUTPUT

Bypass Output (BYPASS) is used to bypass another security system during valid door openings. Connect Door Controller TB4, positions 5 and 6 across the Door Monitor Contacts used by the other security system.

AC Fail Input

AC Fail Input (ACFAIL) can be connected to an external monitoring device that detects when AC power is lost. The external monitoring device must be located within the same room (within a maximum of 20 feet)

1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10

D0/DATA

GLED

RLED

BEEP

TAMP

GN

D

VD

C+

CO

M

NO

NC

IN-

IN+

CO

M

NO

NC

CO

MN

O

IN-

IN+

CO

MN

O

IN-

IN+

IN-

IN+

GND

VDC

VAC

VACLOCK LATMON AUX ALARM REQEX BYPASS DOOR SPARE

INPU

T P

OW

ER

TB2

TB3 TB4

Ala

rm O

utpu

t

+-

Figure 17: Local Alarm Wiring (powered by Controller Unit)

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as the Controller Unit to meet the requirements for a UL-294 rated configuration and must provide a normally-closed output. Connect the monitoring device across the Door Controller's TB5 terminal block, pins 3 and 4.

If not used, install a jumper wire across pins 3 and 4.

Battery Low Input

Battery Low Input (BATLOW) can be connected to an external monitoring device that detects when a battery-backup system's battery is low. The external monitoring device must be located within the same room (within a maximum of 20 feet) as the Controller Unit to meet the requirements for a UL-294 rated configuration and it must provide a normally-closed output. Connect the monitoring device across the Door Controller's TB5 terminal block, pins 5 and 6.

If not being used, install a jumper wire across pins 5 and 6.

Tamper Input

The Tamper Input (TAMPER) reports to the Host if the Enclosure’s door is open or closed. Connect the wires of the plunger style switch mounted to the Enclosure to the Door Controller's TB5 terminal block, pins 7 and 8.

Tamper Relay Output

The Tamper Relay Output (TAMPER) can be connected to an alarm. The alarm must be located within the same room as the Controller Unit to meet the requirements for a UL-294 rated configuration.

The normally-open output is activated when the TAMPER input is open, indicating the Enclosure door is open, a serial card reader is not responding, or a proximity reader is indicating a tamper condition. The Tamper Output is on the Door Controller's TB5 terminal block, pins 9 and 10.

Auxiliary Relay

The Auxiliary (AUX) Relay provides a mechanism to control a second lock (such as double doors with separate locks) or to control an automatic door opener. It can be configured to operate in 'normal' or 'door opener' mode. In 'normal' mode, the relay follows the state of the LOCK relay. In 'door opener' mode the relay can be delayed, so the AUX relay is turned on after the LOCK relay is activated. This momentary closure for activating a door opener can be configured (0.0 to 25.5 seconds). The length of time the AUX Relay remains on, regardless of when the LOCK relay is turned off, can also be configured (0.0 to 25.5 seconds). The AUX Relay can be configured to activate for all card readers or for proximity readers only. The AUX Relay outputs are located on Door Controller's TB3 terminal block, pins 8 (COM), 9 (NO) and 10 (NC).

Spare Input

The Spare Input (SPARE) will activate the Auxiliary Relay with a Door-Open-Request switch that provides a normally-open contact. When the Spare Input is shorted, the LOCK and the AUX Relay will be activated. This is useful with an automatic door opener. If the Request-to-Exit is activated without the Spare Input being activated, the Auxiliary Relay will not cycle. The Spare Input is located on Door Controller's TB4 terminal block, pins 9 and 10.

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CONTROLLER UNIT CONFIGURATION

The Controller Unit must be configured to interface to BbTS and attached Card Readers. Configure the Controller Boards using either the switches on the Master Controller board or the configuration port.

DEFAULT SETTINGS

The Controller Unit default settings are:• DHCP enabled

• NP (host) IP address assigned by DHCP server

• One SE3/CS or SE3/CSPP Card Reader, tones enabled

CONFIGURATION METHODS

The Controller Unit configuration can be changed using one of three modes:• Controller Board switches

• RS-232 using a RS-232 terminal (such as a computer and Hyperterminal software & configuration

cable)

• Telnet via IP if using Ethernet connections

Configure Controller Boards (using switches)

DEC and INC step through the options for each menu item. ENTER captures the displayed option and sequences to the next menu item. CLEAR aborts the configuration, and cancels all changes To save all configuration changes, press ENTER at the ‘Hit ENTER to save’ message.

1 Press any switch to start configuration.

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2 At ‘Choose Menu’, use DEC or INC to scroll through the options, and press ENTER to choose: Master Config to configure the Master Controller. A flowchart of configuration options is in Figure 19.Door Control Config to configure the Door Controller. A flowchart of configuration options is in Figure 20.Show Status displays:

• abnormal conditions

• software versions

• reader status

• number of cardholders in database

Figure 19: Master Controller Configuration Flowchart

scrollsettings

Master Controller(bottom left corner)save selection

& advance menu

start configuration

Figure 18: Controller Configuration Switches

Master Config

MAC AddressIP AddressDHCP Status

Com Mode

DHCP

IP Address

Subnet Mask

Deflt Router/Gateway

NP DHCP

NP IP Address

Ethernet

Disabled Disabled

Enabled

Telnet LCD Contrast

Reader Address Baud RateRS-485

Enabled

Save

Enable

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Figure 20: Door Controller Configuration Flowchart

Configure Controller Boards (using RS-232 config port)

1 Connect a cable from a computer’s serial port to Master Controller J2 port.Cable connections are shown in Table .

2 Open a terminal program (such as Hyperterminal) and establish connection settings:

• 9600 baud

• 1 stop

• no parity

• no flow control

3 Login using the default password: IPrdr4U.The password is case sensitive. Consider changing the password.

Door Control

Serial Reader(s)

Aux Relay ON DelayAux Relay Mode

Save

Config

Aux Reader on TB1

Aux Reader on TB2

Normal

Door Opener

Aux Relay ON Time

1 SE3/CS or SE3/CSPP

1 SASPP

none

2 SE3/CS or SE3/CSPP

PROXSACS

PROXSACS

none

none

(Config Reader) Tones

Aux Relay Triggers

All ReadersPROX only

Blackboard SA3032 Configuration

Enter Password > *******

SA3032 V1.7

Command Reference -

config - Configure master controller parameters showconfig - Display master controller parameters door - Configure door controller parameters showdoor - Display door controller parameters status - Display reader status ping <ip_addr> - Ping another IP device netstats - Display network statistics netclear - Clear network statistics counters password - Change config utility password ipreboot - Reboot reader exit - Log out of session

Type command, followed by 'Enter' key >

IPrdr4U

Figure 21:Controller Unit Configuration Menu

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4 At the prompt, type one of the following commands and press ENTER to start configuration: config to configure the Master Controller. A flowchart of the configuration options is in Figure 19.door to configure the Door Controller. A flowchart of the configuration options is in Figure 20.status displays:



• reader status


5 Disconnect cable from J2.

Other commands are available on the menu (see Figure 21).

Configure Controller Boards (using Telnet)

1 Open a Telnet session to the Controller Unit’s IP address.

2 Login using the default password: IPrdr4U.The password is case sensitive. Consider changing the password.

3 At the prompt, type one of the following commands and press ENTER to start configuration: config to configure the Master Controller. A flowchart of the configuration options is in Figure 19.door to configure the Door Controller. A flowchart of the configuration options is in Figure 20.status displays:



• reader status


Table 10: RS-232 Config Port Connection

Master Controller J2 (RJ-12)

PC Serial PortDB9 Connector Signal

Pin 1 Pin 5 Ground

Pin 3 Pin 3 Receive (RX)

Pin 4 Pin 2 Transmit (TX)

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Other available commands are displayed on the menu (see Figure 21 on page 30).

Restore Default Settings

Forget your password? Reset the Controller Unit to the default factory settings and default password.

1 Connect a computer to the Master Controller using steps 1 and 2 above.

2 Turn the Power Supply switch to ON.

3 Type xxx within 3 seconds after “Config Task Started” is displayed in the terminal program.“Restoring to Factory Defaults” will display during reset.

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ANNUAL MAINTENANCE & TESTING

MAINTENANCE

Normally, the Controller Unit and Card Readers do not require maintenance. Magstripe reader heads may be periodically cleaned using commercially available clean cards. Pin pads can be wiped with a damp towel.

CONTROLLER UNIT TESTING

Normally, the Controller Unit does not require maintenance. Test the Controller Unit annually to verify proper operation.

DOOR CONTACT SWITCH

The resistance of the Door Monitor Contact switch should be measured and verified to be less than 100 Ohms when the door is closed. When the door is open, the resistance should be greater than 100KOhms. The Door Controller TB4 terminal block must be removed when taking the measurement. The measurement must be taken across pins 7 and 8 of TB4.

REQUEST TO EXIT SWITCH

The resistance of the Request-to-Exit switch should be measured and verified to be less than 100 Ohms when the switch is active. When inactive, the resistance should be greater than 100KOhms. The Door Controller TB4 terminal block must be removed when taking the measurement. The measurement must be taken across pins 3 and 4 of TB4.

TAMPER SWITCH

Verify the Tamper input switch is operating correctly by depressing and releasing the switch that contacts the enclosure door. When depressed, the TAMPER indicator on the Door Controller board should be off. When the switch is released, the indicator should be on. If an alarm is connected to the TAMPER output, the alarm should be on when the door is open.

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CARD READER TESTING

Normally, Card Readers do not require maintenance. Test Card Readers monthly to verify proper operation.

SE3/CS AND SE3/CSPP CARD READERS

The SE3/CS and SE3/CSPP Readers can be tested by swiping both a valid and invalid card.• Swiping a valid card will turn on the green VALID annunciator.

• Swiping an invalid card will turn on the red DENIED annunciator.

• Swiping either card in the reverse direction, from bottom to top, will cause a read error and the yellow

ERROR annunciator will turn on.

• If tones are enabled, swiping a valid card will generate a constant tone.

• If tones are enabled, swiping a invalid card will generate a warble sound.

• If tones are enabled, a read error caused by swiping either card in the reverse direction, from bottom to

top, will generate a warble sound.

• The Power light, located near the bottom of the reader, should always be illuminated.

• The SE3/CSPP keypad should generate a tone after pressing each of the keys.

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TROUBLESHOOTING

The Blackboard SA3000 Door Access System provides several mechanisms to aid the installer in troubleshooting problems. Both the Master Controller and Door Controller boards display status information through the LED indicators and the LCD display. The Card Readers also have problem indicators that can be used to pinpoint a problem if the system is not working properly. Error messages and error indication for each device are covered below.

MASTER CONTROLLER

The Master Controller board LCD displays status information. The LCD contains 4 lines.

1 Current time and date

2 Model number and the 6-character abbreviated name of the Controller Unit.

3 Blank

4 Messages (If blank, no detectable error exist).

Dynamic status messages are displayed briefly when card information is being processed (e.g. a card swipe), including “Transaction Valid” and “Transaction Invalid”. Watch messages to verify the system is active and processing card data.

Static messages, which can indicate an error condition, are displayed on line 4.

The following table lists messages and dispositions.

CHECK STATUS MESSAGE

“Check Status” indicates an abnormal condition exists. To view the abnormal condition, press the INC key on the Master Controller until the “Show Status” message is displayed. Press ENTER to select “Show Status”, and continue to press ENTER to advance through status screens:

1 Number of cards loaded

2 Software versions of the Controller boards and Readers

3 Abnormal conditions which exist are displayed on subsequent screens.

Table 11: Master Controller LCD Line 4 Messages

Message Description DispositionCheck status An abnormal condition exists See information belowFLASH program error Application code is corrupt Return unit to Blackboard for repairStored txn crc error Transaction record has a crc error Return unit to Blackboard for repairWaiting for config Waiting for configuration information from NP Verify network connection or configuration

information has been entered in BbTSTXN storage full Transaction storage memory is full Bring unit online to upload transactionsDC not responding Door Controller is not responding to poll requests Reference Door Controller in this section

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The list of possible abnormal conditions and dispositions are listed in the following table:

DOOR CONTROLLER

NORMAL OPERATION

Each Door Controller relay has an associated LED that indicates when the relay is energized. The LEDs are located in a row along the top of the board with a text legend identifying the associated relay. These LEDs can be used to verify wiring is installed correctly. For example, the DOOR LED should be ON when the door is in the open position.

Table 12: Abnormal Condition Messages

Status Message Description DispositionDHCP Not Received IP Address has not been assigned by DHCP Server (IP Mode,

DHCP enabled)Verify network connection and DHCP server configuration

NP IP Missing NP IP Address was not included in DHCP assignment Verify network connection and DHCP server configuration

Hunting for NP NP has not responded Verify:NP IP address configured properly in Controller UnitNetwork connectionHost runningReader configured in Host

DC 0 Offline No Response from the Door Controller after a poll Refer to Door Controller (page 36).

DC 0 BATLOW Active The BATLOW input, Door Controller TB5, is open Check wiringDC 0 ACFAIL Active The ACFAIL input, Door Controller TB5, is openDC 0 Ser 1 Offline Card Reader 1 is not respondingDC 0 Ser 2 Offline Card Reader 2 is not respondingDC 0 TB1 Rdr Tamper Prox reader on TB1 tamper output is activeDC 0 TB2 Rdr Tamper Prox reader on TB2 tamper output is activeDC 0 Enclosur Tamper Tamper Enclosure indicates door is open

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Door Controller input status LEDs are described in the following table:

ERROR INDICATORS

The Door Controller status LEDs indicate an error condition exists when blinking. Status LEDs are the combination of blinking ACFAIL, BATLOW and TAMPER LEDs while the DOOR, REQEX, LATMON and SPARE LEDs are all ON. Table 14 lists the combinations of blinking LEDS and the error condition indicated.

Table 13: Door Controller Input Status LEDs

LED STATE DESCRIPTIONDOOR ON Door is Open

OFF Door is ClosedREQEX ON Request to Exit switch is pressed

OFF Request to Exit switch is not pressedLATMON ON Latch Monitor input Closed

OFF Latch Monitor input OpenSPARE ON Spare input Closed

OFF Spare input OpenACFAIL ON ACFAIL input Open

OFF ACFAIL input ClosedBATLOW ON BATLOW input Open

OFF BATLOW input ClosedTAMPER ON TAMPER input Open

OFF TAMPER input ClosedCSRX ON Packet being received from Serial Card Reader

OFF No Packet being received from Serial Card ReaderMAIN ON Packet being received from Master Controller

OFF No Packet is being received from Master Controller

Table 14: Door Controller Error Indicators

LEDsError Condition

ACFAIL BATLOW TAMPERBLINKING OFF OFF No messages are being received from the Master Controller boardOFF OFF BLINKING No response from Card Reader (SECS/SECSPP/SASPP) BLINKING BLINKING OFF Card Reader (SECS/SECSPP) Flash programming failureBLINKING OFF BLINKING Door Controller Flash programming failureBLINKING BLINKING BLINKING Switch SW1 must be set to address 0.

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CARD READERS

The Card Readers (SE3/CS and SE3/CSPP) LED annunciators on the face of the unit will indicate an error condition. Detectable error conditions and their identification are listed below:

VALID, DENIED AND ERROR ANNUNCIATORS BLINKING

The SE3/CS and SE3/CSPP Card Readers will flash the VALID, DENIED and ERROR annunciators simultaneously when software has been corrupted in Flash memory. The Card Reader must be returned to Blackboard for repair.

DENIED ANNUNCIATOR BLINKING

The SE3/CS and SE3/CSPP Card Readers DENIED annunciator blinks (approximately 1 second rate) when communication is lost with the Controller Unit. If the DENIED annunciator is flashing, check the following:

• Verify the Controller Unit has been configured to interface to the SE3/CS and SE3/CSPP Readers, ref-

erence Controller Unit Configuration (page 28).

• If two Card Readers are installed, verify one reader has a jumper wire installed across pins 2 and 5 of

its terminal block.

• Verify the wiring between the Door Controller board and the Card Reader is terminated as shown in

Figure 11: SE3/CS Wiring (page 14) or Figure 13: SE3/CSPP Wiring (page 16).

NO ANNUNCIATION AFTER CARD SWIPE

One annunciator will always turn on after a card swipe. If no annunciator turns on after a card swipe, the Reader may have corrupted software or the read head is not operating correctly.

To check software integrity, cycle power to the Reader. The annunciators should turn ON and OFF in sequence, followed by four tones, indicating the Reader has successfully executed its power-up initialization code.

If the power-up initialization is successful, the read head may be damaged.

POWER INDICATOR IS OFF

If the Power indicator located near the bottom of the Reader remains off when power is applied, verify the voltage being supplied to the Reader is +12 Volts (Pin 1 = +12V, Pin 2 = GND).



Document 988

SA3000 SECURITY ACCESS SYSTEM FEATURES

• Card Readers can be ordered separately from the Controller for more flexibility.

• Supports 10/100Base-T communication with the NP for faster HS downloads in addition to RS-485

Multi-drop.

• The SA3000 supports 2 Card Readers (with or without PIN pad) and 2 Proximity Readers. The

Weigand interface module is no longer required to support Proximity readers.

• The SA3000 Controller consists of 2 boards (Master Controller and Door Controller). The boards

include status LEDs and a 4x20 LCD for displaying configuration and status information (no DIP

switches).

• Supports legacy SACS and SASPP Readers, allowing SA2000 system upgrades without replacing

Card Readers.

• Supports multi-plans in the downloaded cardholder database for off-line operation.

• Allows continued operation while downloading a new cardholder database. It will continue to operate if

it goes off-line during an HS download.

• The SA3000 enclosure has a locking/hinged lid with a tamper switch.

• The new SE3/CS Card Reader (without PIN pad) is approximately 1.5” shorter than the SACS.

• New Card Readers can generate valid/denied tones. Tones can be enabled or disabled through config-

uration options.

• New Card Readers use a 4-wire interface to the Controller.

• Enhanced tamper reporting include Controller Enclosure OPEN and Card Reader TAMPERED/

REMOVED (SE3/CS, SE3/CSPP, SASPP and HID prox).

• All components (Master Controller, Door Controller, and SE3/CS, and SE3/CSPP card slots) are in-

system re-programmable for future enhancements.

• The SA3000 does NOT support “learn mode”. An HS download is the only way to add/delete/change

cards in the downloaded table for off-line operation.



Document 988

SPECIFICATIONS

DIMENSIONS & WEIGHT

• SE3/PS24ENCL:13" H x 9" W x 4" D, 10.0 lbs.

• SE3/PS24V:9.75" H x 5.25" W x 2.4" D, 1.5 lbs.

• SE3/CS: 7.25" H x 1.5" W x 1" D, 1.0 lbs.

• SE3/CSPP: 4.5" H x 2.7" W X 1.4" D, 1.0 lbs.

Table 15: Electrical Specifications

Con

trol

ler

Power Input Voltage RangeInput Frequency Input Current

120VAC60Hz1.4A, max

Auxiliary Power Output (TB3-1 and TB3-2)

Output VoltageOutput Current

24VDC1A, max (fused by FS1)

Reader Power Supply (VCS+ on TB1-1 and TB2-1)

Reader Output VoltageReader Output Current

+12VDC 1A, max, combined all readers

Relays Alarm RelayAuxiliary RelayBypass RelayLock RelayTamper Relay

1A @ 30VDC1A @ 30VDC1A @ 30VDC1A @ 30VDC1A @ 30VDC

Inputs DOORREQEXLATMONSPAREACFAILBATLOWTAMPER

24VDC, max24VDC, max24VDC, max24VDC, max24VDC, max24VDC, max24VDC, max

Operating Environment TemperatureRelative HumidityAltitude

0 to +45C (+32 to +114F)0 to 95 percent, non-condensing

0 -10,000 feetNon-Operating Environment Temperature

Relative HumidityAltitude

-20 to +70 C (-4 to +158F)0 to 95 percent, non-condensing0 - 35,000 feet

SE3/

CS

and

SE3/

CSP

P Power Input Voltage RangeInput Current

6 – 26VDC 100mA, max.

Operating Environment: TemperatureRelative HumidityAltitude

-40 to +65C (-40 to +150F)0 to 95 percent, non-condensing0 -10,000 feet

Non-Operating Environment TemperatureRelative HumidityAltitude

-40 to +85C (-40 to +185F)0 to 95 percent, non-condensing0 - 35,000 feet



Document 988

TERMINAL BLOCK DESCRIPTIONS

54321

12345678910

485+

485-

GND

485+

485-GND

485+

485-

GND

TX485+

TX485-

RX485+

RX485-

DEC INC ENTER CLEAR

GND

RX485-RX485+

TX485+

TX485-

GND

Power Input

Host RS-485

not used

not used

J1 J2

TB1

12345678910

1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10

1098765432154321

VCS+

GND

485+

485-

D1/CLK

D0/DATA

GLED

RLED

BEEP

TAMP

12345678910

VCS+

GND

SASPP TX

SASPP RX

D1/CLK

D0/DATA

GLED

RLED

BEEP

TAMP

GN

D

VDC

+

CO

M

NO

NC

IN-

IN+

CO

M

NO

NC

CO

MN

O

IN-

IN+

CO

MN

O

IN-

IN+

IN-

IN+

485-

485+

GND

RX232

TX232

NO

COM

IN+

IN-

IN+

IN-

IN+

IN-

GNDGND

VDC

VAC

VACLOCK LATMON AUX ALARM REQEX BYPASS DOOR SPARE

MA

STE

RA

UX

TAM

PER

BA

TLO

WAC

FAIL

INP

UT

PO

WE

RTA

MP

ER

MASTER

not used

Tamper Relay Output

Tamper Input

Low Battery Input

AC Failure Input

Power Input

TB1

TB2

TB3 TB4

TB5

TB6

Lock

Rel

ay

Latc

h M

onito

r Inp

ut

Aux

iliar

y R

elay

Ala

rm O

utpu

t

Req

uest

to E

xit I

nput

Byp

ass

Rel

ay O

utpu

t

Doo

r Mon

itor I

nput

Spar

e In

put

Host Config Port

Reader Power

SE3/CS and SE3/CSPP

PROX or SACS

Reader Power

SASPP

PROX or SACS

SW1

FS1

10987654321

10 9 8 7 6 5 4 3 2 1

54321

GNDVDC

VAC

VAC

GN

D

232R

X

232

TX

TX48

5+

TX48

5-

RX48

5+R

X48

5-

GN

D

TB4

TB3

TB2

not used

Ribbon Cable Jumper

Figure 22: Controller Boards

Power LED

Input Status LEDa

Power LED

Aux

iliar

y Po

wer

Out

put (

+24)

10/100 Base-T

Use only 2AG 1.5A SLO-BLO Fuseif replacement is required



Document 988

Table 16: Master Controller TB2: Host Network & SM8 RS-485 Connections

Position Wire Color (Belden 8723) Signal NameTB2-1 (not used) RX485- (SM8)TB2-2 (not used) RX485+ (SM8)TB2-3 (not used) GND (SM8)TB2-4 (not used) TX485- (SM8)TB2-5 (not used) TX485+ (SM8)TB2-6 RED RX485- (Host/Network)TB2-7 BLACK RX485+ (Host/Network)TB2-8 SHIELD GND (Host/Network)TB2-9 WHITE TX485- (Host/Network)TB2-10 GREEN TX485+ (Host/Network)

Table 17: Door Controller TB1: Card Reader Connections

Position DescriptionTB1–1 Voltage output for providing power to readersTB1–2 Ground reference and power return for readersTB1–3 RS-485 high-side for communication to SE3/CS and SE3/CSPPTB1–4 RS-485 low-side for communication to SE3/CS and SE3/CSPPTB1–5 Interface to Weigand Data 1 or to TA Strobe signal from the SACSTB1–6 Interface to Weigand Data 0 or to TB Data signal from the SACSTB1–7 Driver for Green LED on SACS or Proximity readersTB1–8 Driver for Red LED on SACS or Proximity readersTB1–9 Driver for Yellow LED on SACS or Beeper on Proximity readersTB1–10 Tamper input for Proximity reader

Table 18: Door Controller TB2: Card Reader Connections

Position DescriptionTB2–1 Voltage output for providing power to readersTB2–2 Ground reference and power return for readersTB2–3 SASPP Transmitter output TB2–4 SASPP Receiver inputTB2–5 Interface to Weigand Data 1 or to TA Strobe signal from the SACSTB2–6 Interface to Weigand Data 0 or to TB Data signal from the SACSTB2–7 Driver for Green LED on SACS or Proximity readerTB2–8 Driver for Red LED on SACS or Proximity readerTB2–9 Driver for Yellow LED on SACS or Beeper on Proximity readerTB2–10 Tamper input for Proximity reader



Document 988

Table 19: Door Controller TB3: Door Accessory Connections

Position DescriptionTB3–1 Ground reference and power returnTB3–2 Voltage output to provide power to door locking mechanismTB3–3 LOCK relay Common (COM) TB3–4 LOCK relay Normally Open (NO)TB3–5 LOCK relay Normally Closed (NC)TB3–6 Latch Monitor Input (-)TB3–7 Latch Monitor Input (+)TB3–8 AUXILLIARY relay Common (COM)TB3–9 AUXILLIARY relay Normally Open (NO)TB3–10 AUXILLIARY relay Normally Closed (NC)

Table 20: Door Controller TB4: Door Accessory Connections

Position DescriptionTB4–1 ALARM relay Common (COM)TB4–2 ALARM relay Normally Open (NO)TB4–3 Request to Exit Input (-) TB4–4 Request to Exit Input (+)TB4–5 BYPASS relay Common (COM)TB4–6 BYPASS relay Normally Open (NO)TB4–7 Door Monitor Input (-)TB4–8 Door Monitor Input (+)TB4–9 Spare Monitor Input (-)TB4–10 Spare Monitor Input (+)

Table 21: Door Controller TB5: Tamper and Other Connections

Position DescriptionTB5–1 Ground reference TB5–2 No ConnectTB5–3 AC Fail Monitor Input (-)TB5–4 AC Fail Monitor Input (+)TB5–5 Battery Low Monitor Input (-)TB5–6 Battery Low Monitor Input (+)TB5–7 Tamper Monitor Input (-)TB5–8 Tamper Monitor Input (+)TB5–9 TAMPER relay Common (COM)TB5–10 TAMPER relay Normally Open (NO)

door spec 2

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