GE Security TS0870x Mode d'emploi

Security

TS0870x

Smart Card Reader

installation &

programming guide

Released September 2005

Printed in Australia

GE and gare registered trademarks of the General Electric Company. Other product and company names herein may be

the trademarks of their respective owners.

This publication may contain examples of screens and reports used in daily operations. Examples may include fictitious

names of individuals and companies. Any similarity to names and addresses of actual business enterprises and persons is

entirely coincidental.

Disclaimer

The customer is responsible for testing and determining the suitability of this product for specific applications. In no event is

GE Infrastructure Security Pty Ltd responsible or liable for any damages incurred by the buyer or any third party arising

from its use, or their inability to use the product.

Due to ongoing product development, the contents of this manual can change without notice. We make every effort to

ensure the accuracy of this manual. However, GE Infrastructure Security Pty Ltd assumes no responsibility for errors or

omissions in this manual or their consequences. Please notify us if you find errors or omissions.

GE Infrastructure Security Pty Ltd 3

Contents

Product overview ......................................................................................................................................... 4

Installation .................................................................................................................................................... 4

Before you begin..................................................................................................................................................................5

On-line mode .................................................................................................................................................................... 5

Off-line mode ....................................................................................................................................................................5

Mounting the reader...........................................................................................................................................................5

LAN termination.................................................................................................................................................................... 5

Programming the reader’s address.............................................................................................................................5

Using tamper functionality.............................................................................................................................................. 6

Wiring details ......................................................................................................................................................................... 6

Connections............................................................................................................................................................................ 6

LAN connection (D+ and D-) ....................................................................................................................................... 6

Wiegand or magnetic stripe connection..............................................................................................................7

Auxiliary power supply (+12 and 0V)......................................................................................................................8

Egress control and open collector...........................................................................................................................8

Programming................................................................................................................................................ 9

Method A — Using a RAS................................................................................................................................................... 9

Method B — Using a reader configuration card.................................................................................................. 10

Single-address programming ................................................................................................................................10

Multi-address programming................................................................................................................................... 11

Beep codes for LAN addresses .............................................................................................................................. 11

Unlocking a reader...................................................................................................................................................... 11

Reader programming...................................................................................................................................................... 12

Programming credit options........................................................................................................................................ 15

Reader token value ..................................................................................................................................................... 15

Credit account number ............................................................................................................................................. 15

Access level..................................................................................................................................................................... 15

Location identifier ........................................................................................................................................................ 15

Relay time factor.......................................................................................................................................................... 15

Specifications..............................................................................................................................................16

Data transmission details.............................................................................................................................................. 16

Statements.................................................................................................................................................. 17

Disclaimer............................................................................................................................................................................. 17

4 TS0870x-series Installation & Programming Guide 4.0

Product overview

Figure 1: Location of



blue LED, and

red LED on TS0870x- series Smart Card Readers.

The TS0870, TS0870H (heavy duty), and TS0870D (decorative) Smart Card Readers are multifunction, all-purpose

proximity card readers suitable for most locations requiring a short-range reader. Product features include:

• Readers can accommodate up to 11,466 site codes and up to 65,535 user numbers.

• Programmable via an LCD RAS on the LAN or by using a reader configuration card.

• Readers can use the world-wide unique card serial number on blank (un-programmed) Smart Cards for access

control, where the control panel (and door/lift controller, if applicable) is fitted with an Intelligent User Module

(IUM).

• Readers can be used in online mode (connected to system LAN or door/lift controller sub-LAN), or offline mode

(connected to Wiegand or magnetic stripe interface) with little or no programming.

• If not polled within 10 seconds of power being applied, the reader automatically switches to offline mode, and

beeps once.

• System operators can create custom card formats using up to 112 bits of data. The reader passes the required

number of data bits to a Wiegand or magnetic stripe interface. Details available on request.

• Operates from 9 V to 14 V DC and has a quiescent current consumption less than 25 mA and less than 80 mA

when reading a card.

• The TS0870 Smart Card Reader is supplied standard with a white removable dress cover that may be

interchanged with one of a range of other colours (shown above in white). The TS0870D is supplied with an

easily installed, removable white Clipsal dress cover.

• Readers can be used as a standalone reader with a credit facility for use with photocopiers, soft drink vending

machines, and other systems.

Installation

This section assumes that any optional devices that will be used with the reader (such as an egress button,

expanded button interface, buffered relay, auxiliary power supply) are installed and ready for connection with the

reader.

The installation kit includes one each of:

• Smart Card Reader

• This document

• White dress cover (for TS0870 or TS0870D)

• 470 Ωend-of-line resistor

GE Infrastructure Security Pty Ltd 5

Before you begin

Before you can successfully install the reader you need to know some details about the system, depending on

whether the reader is to be normally used in on-line or off-line mode. These modes are described in the following

sections.

On-line mode

A reader connected to an Alliance, Challenger, or a 4-door/4-lift intelligent access controller LAN, is said to be on-

line, and you need to know:

• The LAN address.

• The system layout, in order to fit the LAN termination end-of-line resistor (if required).

• Whether you need to install RTE (request to exit, or egress), via a push button or a TS0064 Expanded Button

Interface.

• Whether the reader is to be powered from the LAN or from a separate 12 V power supply. Do not power the

reader from the LAN if the cable length to the control panel (or 4-door/4-lift intelligent access controller) is

greater than 100 metres.

If the new reader is to be used on an Alliance or Challenger LAN, or a 4-door/4-lift intelligent access controller LAN,

you must have some means to program polling to the new reader, such as:

• By using a RAS with a liquid crystal display (LCD) on the LAN.

• By using the system’s management software (e.g. TITAN, ARES, or Alliance).

Off-line mode

A reader connected to a Wiegand or magnetic stripe interface, is said to be off-line, and you need to know:

• Whether a tamper input is required. If a tamper input is required you need to connect a 10K resistor via the

violet wire (see Figure 4) to a zone input, and configure the open collector output as Tamper. See RAS Menu

Option 8. Open Collector Output on page 12. For later versions of 4-door/4-lift intelligent access controller

firmware, the reader watch dog option may be used to monitor the reader tamper. See Using tamper

functionality on page 6.

• Whether the reader is to be programmed for one-wire or two-wire LED control. See RAS Menu Option 2. LEDs

Off-Line on page 12.

Mounting the reader

Mount the reader on any flat surface with two pan-head screws, 3.0 mm to 3.5 mm diameter. Do not use

countersunk screws, as they may damage the reader.

When mounting TS0870 or TS0870D readers:

• To remove the dress cover and expose the mounting screw holes, gently prise or pull cover from the main body.

Avoid using excessive force as you may damage the reader.

• If mounting in an outdoor environment, ensure that the blue LED is at the top.

• After mounting, gently press the cover over the main body until it locks into place.

A slightly reduced card reading range occurs when mounted on a metal surface.

LAN termination

Smart Card Readers are not fitted with a LAN termination ‘TERM’ switch or link. A 470 Ωend-of-line resistor

(supplied) is used for LAN termination. There must be only two LAN terminations used on any one LAN segment.

Connect the end-of-line resistor between the green and white wires (D+ and D-) when the reader is the last device

on the Challenger or Alliance LAN. In a star wiring configuration, the end-of-line resistor is required for readers that

are the last devices on the two longest LAN cable runs.

Programming the reader’s address

Smart Card Readers have a default LAN address of 16. Changing the LAN address is a programming item described

in Programming on page 9.

6 TS0870x-series Installation & Programming Guide 4.0

Using tamper functionality

The reader has an optical tamper. When connected to the LAN, tamper data is transmitted to the control panel

along with system data. If the TS0870D is mounted onto a compatible mounting block (instead of flush mounting),

then it may be necessary to disable the RAS tamper. Refer to programming option 17—Tamper Options on page 14

for details.

An external open collector output (violet wire) may be configured as a tamper control for offline mode.

For TS0870x readers with firmware version V07 or later, the watch dog option may be used to monitor the tamper

for offline mode. Wiegand watch dog data is transmitted when the tamper is sealed. See option 7—Watch Dog on

page 12 for details.

Wiring details

Colour Application Colour Application

Red +12 V nominal (9 to 14 VDC supply) Black 0V (DC supply ground)

Brown Configurable via programming of RAS menu

option 2— LEDs Off-line. When set to two-wire

control, the brown wire controls the red LED:

• Wire grounded — red LED on.

• Wire open or at +5 V to +14 V — red LED

off.

When set to one-wire control, the brown wire

controls both the red and the blue LEDs:

• Wire grounded — blue LED on.

• Wire open — both LEDs off.

• Wire at +5 V to +14 V — red LED on.

Yellow Configurable via programming of RAS menu

option 2— LEDs Off-line. When set to two-wire

control, the yellow wire controls the blue LED:

• Wire grounded — blue LED on.

• Wire open or at +5 V to +14 V — blue

LED off.

Configurable via programming of RAS menu

option 10—RTE (Egress).

• To implement RTE only, connect the

yellow wire to a normally open push

button and select “Door Relay” in option

8—O/C Output.

• To implement RTE + Arm/Disarm,

connect the yellow wire to a TS0064

(Expanded Button Interface) and select

“Door Relay” in option 8—O/C Output.

Green D0/D– /Clock, may be used for:

• D0 (Wiegand data)

• D– (RS485 data)

• Magnetic stripe clock

Absolute maximum voltage, +12 V @ 10 mA.

Blue Buzzer/beeper, may be used for offline buzzer

control:

• Wire open or +5 V to +12 V — buzzer off

• Wire grounded (0V) — buzzer on.

White D1/D+ /Data, may be used for:

• D1 (Wiegand data)

• D+ (RS485 data)

• magnetic stripe data.

Absolute maximum voltage, +12 V @ 10 mA.

Violet Open collector — Configurable as door relay,

tamper output, or magnetic stripe data

present.

This is a low current output and must not be

used to directly energize high current door

openers. Absolute maximum, 14 V @ 50 mA.

Connections

Check the latest control panel or 4-door/4-lift intelligent access controller installation instructions to ensure that the

reader is installed in compliance with Australian ACA wiring and earthing requirements. A Communications Earth

Terminal (CET) must be used (see diagrams).

The following connection diagrams depict a TS0870 reader. Details are the same for TS0870H and TS0870D models.

LAN connection (D+ and D-)

The reader is connected to the Challenger or Alliance panel via the RS485 LAN, with a LAN cable length of up to 1.5

km from the control panel or the four-door controller. It is recommended to use 2-pair twisted, shielded data cable

(Beldon 8723).

The shield of any LAN cable must be connected to system ground at one end only. The reader is not provided with

an Earth connection for this purpose. If the LAN is ‘daisy-chained’ to the reader, ensure that the shield of the cable is

jointed to provide continuity of data cable shield.

• The white wire is the D+ (data positive) connection of the LAN data bus.

• The green wire is the D- (data negative) connection of the LAN data bus.

• Connect the end-of-line resistor between the green and white wires if the reader is the last device on the LAN.

GE Infrastructure Security Pty Ltd 7

Figure 2: LAN power, data, and earthing connections to Alliance or Challenger panel from a single reader (a number of

readers would typically be connected to the control panel).

Figure 3: LAN connection to Intelligent 4-Door or 4-Lift Controller

Wiegand or magnetic stripe connection

Figure 4: ’Off-line’ mode connection to Wiegand or magnetic stripe interface (with optional tamper input).

8 TS0870x-series Installation & Programming Guide 4.0

Auxiliary power supply (+12 and 0V)

The reader can be powered using the LAN + and – power from the control panel or 4-door/4-lift intelligent access

controller, if the cable length between the reader and the control panel does not exceed 100 m (328 feet). Use a

separate power supply if the cable length is greater than 100 m.

When using an auxiliary power supply:

• Connect the ‘+’ of the local power supply to the red wire of the reader. Do not connect the + power of the LAN to

the reader.

• Connect the ‘–’ of the local power supply to the black wire of the reader and to the – power of the LAN.

• For optimal performance, adjust the power supply to 13.8 VDC.

Figure 5: Connections for powering the reader from a separate power supply

Egress control and open collector

The yellow and violet wires are optionally used for egress control and door relay operation when the reader is

connected to the LAN:

• Yellow wire — An Egress button (normally open, momentary push-button switch) can be connected across the

yellow and black wires (see Figure 6). When pressed, the button controls the request to exit function to the

panel. Alternatively, a TS0064 Expanded Button Interface connected to the yellow wire may be used to arm or

disarm areas (see Figure 7).

• Violet wire — Open collector output must be assigned with a number according to type of control panel

(Challenger V8 or Alliance). Refer to the appropriate control panel programming manual for details.

o Challenger V8 — use the first relay number of the relay control group assigned to the reader.

o Alliance — use the first output number of the output controller assigned to the reader.

Figure 6: Door relay and simple push button connections

GE Infrastructure Security Pty Ltd 9

Figure 7: Reader used with TS0064 Expanded Button Interface (use the ‘RTE + Arm/Disarm’ option in 10—RTE (Egress)

on page 13.

Programming

Readers can be programmed for use in ‘unsecured’ or ‘secured’ mode (see 16—Security mode on page 14 for

details).

There are two main methods that can be used to program (configure) readers:

• Using an LCD RAS on the system LAN (or on the door/lift controller sub-LAN) and polling the reader. See Method

A — Using a RAS below.

• Using a reader configuration card. See Method B — Using a reader configuration card on page 10.

Method A — Using a RAS

This method is not suitable for the initial programming of readers for use in secured mode. Use only Method B —

Using a reader configuration card on page 10 for secured mode.

In order to program a reader via an LCD RAS, you must first be able to communicate with the reader. This is

accomplished by polling the reader from the panel, or the door/lift controller, as applicable. You must have an LCD

RAS connected to the system LAN (or on the door/lift controller sub-LAN).

• When connected to the system LAN, polling is enabled via Installer menu 3-RAS Database.

• When connected to a door/lift controller sub-LAN, you must first enable polling for the address of the controller

via Installer advanced menu 28 – To Remote Devices, option 1 (DGP). The Door/Lift Controller Options menu is

used to enable polling at the RAS address.

Refer to the specific control panel or door/lift controller programming manuals for details about accessing the RAS

menu and enabling polling.

In both cases, the overall process is:

1 Poll the reader at address 16.

2 Use an LCD RAS to program the required address (except for a reader that’s supposed to be at address 16).

You can also change other reader programming from the factory defaults at this time. Refer to Reader

programming on page 12 for details about the programming options that apply to the TS0870x-series Smart

Card Readers.

3 When finished programming the reader, exit the RAS menu to apply the new programming.

4 Poll the reader at the required address.

5 When finished adding readers, de-poll address 16 (if not needed for a reader).

10 TS0870x-series Installation & Programming Guide 4.0

Method B — Using a reader configuration card

This method is required for programming readers for use in secured mode. This is the only means of transferring the

security password to the reader.

Reader configuration cards may be used in two ways:

• A reader configuration card may be programmed for the individual reader (including the LAN address). See

Single-address programming below.

• A reader configuration card may be programmed generically (without a LAN address). The reader address is

then set using the built-in beeper to select the required address. See Multi-address programming on page 11.

Single-address programming

You can create a reader configuration card to program a single reader. The reader configuration card is used only

for a reader at the address programmed into the reader configuration card.

The reader configuration card is programmed using appropriate software (e.g. TITAN, Alliance, etc.) in conjunction

with a TS0870P Smart Card Programmer. Refer to the management software on-line help for details of how to

program the reader configuration card.

Refer to Reader programming on page 12 for details about the programming options that apply to the TS0870x-

series Smart Card Readers.

Use the following steps to program the reader.

Step Action

1 Program the reader configuration card with the options required for the reader, including the required address.

2 Connect the reader to the LAN or sub-LAN or a 12 VDC supply as described in the Installation Guide.

3 Enable polling for RAS address 16, and enable polling for the required address (if not address 16).

4 Badge the reader configuration card once. The reader will beep either one or two times:

• A single beep indicates that the details programmed into the reader configuration card are identical to the

details programmed into the reader.

• Two beeps indicates that the details programmed into the reader configuration card are different from the

details programmed into the reader (this is the expected result).

After a few seconds, the reader will begin three sets of coded beeps to indicate its current address. Refer to Beep

codes for LAN addresses on page 11 to interpret the coded beeps.

5 The reader will respond to polling at its new address after the next four coded address beeps.

6 When finished adding readers, de-poll address 16 (if not needed for a reader).

Table des matières

Autres manuels GE Security Lecteur de cartes

GE Security

GE Security GE616 Manuel utilisateur

Manuels Lecteur de cartes populaires d'autres marques

Lindy

Lindy 43185 Manuel utilisateur

Lindy

Lindy 43185 Manuel utilisateur

ViziT

ViziT RD-4F Manuel utilisateur

Jinmuyu Electronics

Jinmuyu Electronics MR811 Series Manuel utilisateur

AVID ID

AVID ID AVID1043 Manuel utilisateur

Conrad

Conrad PCMCIA Manuel utilisateur

Rosslare

Rosslare DR-6255 Manuel utilisateur

Lindy

Lindy 51541 Manuel utilisateur

Diapro T?bbi Ürünler

Diapro T?bbi Ürünler Across System Manuel utilisateur

Johnson Controls

Johnson Controls Kantech tyco ioSmart Manuel utilisateur

ACS

ACS ACR122L Manuel utilisateur

Secukey

Secukey S2-MF Manuel utilisateur

Elecom

Elecom MR-SMC07 series Manuel utilisateur

Alien

Alien ALR-9800 Manuel utilisateur

ACS

ACS ACR310 Manuel utilisateur

Datamars

Datamars R-IN1300 MID Manuel utilisateur

Alarm Lock

Alarm Lock AL-PRE2 Manuel utilisateur

xpr

xpr B100PROX-AH Guide de l'utilisateur