Ftp://ftp.zenex.pl/katalogi/schneider/5_systemy_automatyki_i_bezpieczenstwa_w_budynkach/5_1_andover_continuum/pdf/instrukcje_materialy_techniczne/acx_57xx_series_controller_installation_instructions.en Acx 57xx Series Controller Installation Instructions.en

User Manual: Pdf ftp://ftp.zenex.pl/katalogi/schneider/5_systemy_automatyki_i_bezpieczenstwa_w_budynkach/5_1_andover_continuum/pdf/instrukcje_materialy_techniczne/acx_57xx_series_controller_installation_instructions.en instructions pdf

Open the PDF directly: View PDF .
Page Count: 12

Installation Instructions

ACX 57xx Series Controller

Controller Installation (Models 5740 and 5720)

To install the controller, follow these steps:

1. Mount the controller to a panel using screws. (See the

“Physical Dimensions” sections of this document.)

NOTE: Read the “Wiring Rules” section of this document

before performing the next steps. Do not apply power

to the controller until all connections are secured.

2. Connect the Ethernet, Service Port, and RS- 485 connec-

tions based on your requirements. (See the “Ethernet,

Service Port and Comm Port Connections” section of this

document.)

3. Connect the Tamper, Universal Inputs, Card Reader/Key-

pad, and Form C Digital Output connections based on

your requirements. (See the corresponding sections of this

document.)

4. (Optional) Connect the Expansion Modules based on your

requirements. (See the xP Expansion Module Reference, 30-

3001-840 and/or the xPB Expansion Module Reference,

30-3001-883.)

5. Connect the power supply connector of the controller to a

UL Listed UL 294 or UL 603 power limited power supply.

Access the PC board and connect the battery. (See the “DC

Power and Battery Backup Connections” section.)

6. Apply power to the ACX 57xx Series controller.

7. Congure the controller using the controller’s embedded

WebServer pages and CyberStation. For more information,

refer to the “Related Documentation” section at the end of

this document.

30-3001-998

Rev D.1

EXP PORT PWR

AC POWER

24 VAC

90 VA

50/60 HZ

CPU

SHLD

RTN

RS- 485

ETHERNET

10/100

BASE T

10 IN 1

12 IN 2

14 RTN

16 IN 3

18 IN 4

20 RTN

22 IN 5

24 IN 6

26 RTN

9 I N 7

11 IN 8

15 IN 9

13 RTN

17 IN 10

21 IN 11

23 IN 12

19 RTN

25 RTN

360mA

DC POWER

12-28 VDC

50W

TAMPER

SERVICE PORT

UNIVERSAL INPUTS

PWR

GND

1-DATA

0-CLK

LED1

LED2

PWR

GND

1-DATA

0-CLK

LED1

LED2

24VDC

CLEAR

MEMORY

PWR

GND

1-DATA

0-CLK

LED1

LED2

PWR

GND

1-DATA

0-CLK

LED1

LED2

DIGITAL OUTPUTS

CONTACT RATING:

24VAC , 3A

30VDC , 3A

OFF AUTO ON

CARD

READERS

5VDC , 120mA

12VDC , 180mA

POWER RATING

Tamper

Universal

Inputs

Card

Readers

Expansion Modules

Card

Readers

Form C

Digital

Outputs

Service

Port

Ethernet

RS 485

Power

Supply

Cover Tab

NOTE: The illustration shows a

5740 Series Model. The 5720 Series

contains only 8 Universal Inputs, 4 Card

Readers, and 2 Form C Digital Outputs.

Caution: Use care when moving and

replacing the cover to avoid damaging

components. To remove the cover, press

the right side cover tab, lift up slightly

and carefully free the left side. Reverse

the order to replace the cover.

Wiring Rules

Grounding the Controller

To insure proper operation of the controller, the power supply must be

connected to a good earth ground.

Inspecting the Ground

Be sure to have your grounds inspected before you begin the installa-

tion process.

Check your grounds as follows:

Inspect the building power distribution panel for earth-ground termina-

tion. If the ground termination is any of the following, it is not adequate

and must be corrected:

• Does not exist

• Is connected to a corroded or galvinized pipe

• Is connected using a small gauge wire (less than 14 AWG).

Be sure your Andover Continuum cabinet is connected to the ground

with a copper conductor that terminates at the distribution panel. For

more information, see the “Related Documentation” section at the end

of this document.

These modules are intended for installation

within the UL Listed enclosure UL-ENCL for

UL 294 and UL 1076.

For reliable operation, follow these wiring guidelines:

• Never lay wires across the surface of a printed circuit board.

• Use shielded wire.

• Terminate the shield of the wires at one end of the run

only — preferably at the end where your ACX controller is

located.

• When stripping wire, be careful not to drop small pieces of wire

inside the cabinet.

• Don’t run your wiring in the same conduit with

AC power.

• Don’t run your wiring in the same conduit with your

output wiring.

Caution: Earth ground ( ) must be connected to

avoid module damage.

Physical Dimensions

8.25"

209.6 mm

9.5"

241.3 mm

2.25"

57.2 mm

7.662"

194.615 mm

8.912"

226.365 mm

Power Supply and Battery Backup Connection

DC Power Supply Connections

50W

AC Power Supply Connections*

Warning

* This method is not evaluated by UL.

Power Supply and Battery Backup Connection (Continued)

During shipment the internal battery pack has been disconnected to prevent it from draining prior to installation.

To activate the battery:

1. Locate the plastic tabs on the side panel of the controller. (See illustration on the rst page of this document.)

2. Using your ngers, gently depress the right tab while lifting the cover. Remove the cover to access the main circuit board.

3. Connect the battery connector into the receptacle as shown in the illustration below.

Internal Battery Connection

Battery

Receptacle

Ethernet, Service Port and Comm Port Connections

ETHERNET

Ethernet Cable w/

RJ-45 Connector

Service Port RS-485 4-pin connector

RoamIO2

RS-485 Connector +

Shield

1 3

Innet eld bus can be congured on

the RS-485 port

Cabinet Tamper Input Connections

The cabinet tamper input connects to cabinet tamper switches located on the cabinet door and wall. When the cabinet

tamper input changes, the CabinetTamper system variable is updated and an access event is sent to CyberStation.

Cabinet

Tamper

Input

RTN

Universal Input Connections

Each universal input connector contains six inputs as illustrated below. Each input can be operated as a supervised or general purpose Universal

Input. (Each input must be congured as a supervised input for UL 1076.) You can assign any input to any door or reader for any function, includ-

ing: Door Switch input, Request to Exit (REX), Alternate Door Access (ADA) REX Input, Bond Sensor input, and ADA Entry Request input.

Universal

Inputs

IN1

IN2

RTN

IN3

IN4

IN5

IN6

NOTE: DIP Switches (under the cover)

allow you to select whether or not you

want a pull-up resistor in the circuit.

Default is set to ON for general use.

Supervised Input Connection Wiring

RTN

Contact

Closure

External

Resistor

10 K

Normally Closed (NC) Series

INx

RTN

Contact

Closure

External

Resistors

10 K

Normally Closed (NC) Series Parallel

INx

RTN

Contact

Closure

External

Resistors

10 K

Normally Open (NO) Series Parallel

INx

Card Reader/Keypad Connections

Each card reader/keypad connector contains two inputs as illustrated below. Each reader input can be connected to a card reader, dedicated key-

pad, or a reader/keypad combination. A Keyboard Interface Module (KIM*) is required to connect separate reader and keypad devices on the same

reader input. Card reader voltage selection (+5 VDC or +12 VDC) and card reader type (CK34 or ABA/Wiegand*) are jumper selectable. The

jumpers are located near the card reader connectors (under the cover) on the main board.

* KIM and card reader types CK34 and ABA/Wiegand are not evaluated by UL.

Card Reader/

Keypad Inputs PWR

PWR

GND

DATA1

CLK0

LED1

LED2

Card

Reader2

Card

Reader1

Card Reader Jumper Settings

Connecting a Single Card Reader

DATA / I

GND

CLK / 0

LED1

PWR (+5 VDC or +12 VDC

Set by Voltage Jumper)

DATA I

GND

DATA 0

LED1

PWR

Weigand

Reader

Reader with Keypad

LED2

Voltage 1 Voltage 3

Volyage 2 Voltage 4

Type 1

Type 3

Type 2

Type 4

Voltage 7 Voltage 5

Voltage 8 Voltage 6

Type 5

Type 7

Type 6

Type 8

Card Reader

Jumper Settings

Card Readers

5 - 8

Card Readers

1 - 4

Card Reader Voltage

(Single Pin) +5VDC

(Default)

+12VDC

Card Reader Type

(Double Pin) ABA or Wiegand

(Default)

Card Key (CK34)

WRONG!

Connecting Two Readers or a Keypad and a Reader

With the addition of the Keypad Interface Module (KIM*), the controller can interface to both a keypad and a reader simultaneously. This assumes

that they are both Wiegand devices of similar voltage range. The KIM module presents the ACX controller with one pair of signals.

DATA 0

GND

DATA 1

LED

PWR

Wiegand Reader

Reader with Keypad

or Keypad only

DATA / I

GND

CLK / 0

LED

PWR

(Set by

Voltage

Jumper)

GND

LED

PWR

DATA / I

CLK / 0

DATA / I

DATA / 0

DATA / I

DATA / 0

Keypad Interface Module*

DATA 0

DATA 1

Wiegand Reader

Reader with Keypad

or Keypad only

ACX 57xx

* This KIM configuration is not evaluated by UL.

Card Reader/Keypad Connections (Continued)

Connecting a CardKey Reader*

You can connect a CardKey reader directly to the ACX 57xx controller, however, the CardKey reader requires a +12 VDC supply for the red and

green lamps. NOTE: In the illustration below, the PWR input from the controller is set to +5 VDC using the Card Reader Voltage jumper, and the

Card Reader Type jumper is set to CK34.

* This conguration is not evaluated by UL.

ACX 57xx

+5 VDC

Form C Digital Output Connections

The ACX 57xx Series controller includes either two (ACX 5720 model) or four (ACX 5740 model) Form C single-pole double-throw relay out-

puts. Form C relays contain both a normally open (NO) and a normally closed (NC) output. These output contacts operate as a standard relay, as

described in the “Relay Operation” text box. The illustration below is a simplied schematic of each output channel.

OUTx NC

OUTx COM

OUTx NO

Relay Operation:

When the output is set to ON:

NO contacts close•

NC contacts open•

Form C Digital Output Connections (Continued)

Wiring Door Outputs (NO Circuit)

The illustration below represents a typical door output installation when the circuit is normally open (NO). The gure shows a normally

de-energized lock (when secured) in a fail secure mode. Always be sure to use “panic” hardware that allows emergency exit from the secured area.

Note the location of the metal oxide varistor (MOV) and the Door Strike electric locking mechanism.

12 or 24 VDC

MOV

(TAC #01-2020-095)

UL Listed Door Strike

Power Supply

(UL Listed power limited power supply)

Wiring Door Outputs (NC Circuit)

The illustration below represents a typical door output installation when the circuit is normally closed (NC). The gure shows a normally

de-energized lock (when secured) in a fail safe mode. If a power loss occurs, the lock opens. Note the location of the metal oxide varistor (MOV)

and the electromagnetic door lock.

12 or 24 VDC

MOV

(TAC #01-2020-095)

UL Listed Electromagnetic

Door Lock

Power Supply

(UL Listed power limited power supply)

Dimensions

8.25” W x 9.5” L x 2.25” H (209.6 x 241.3 x 57.2 mm)

Weight

1.73 lbs. (0.78 kg)

Enclosure Type

UL open class, ammability rating of UL94-5V, IP 10

Mounting

Andover Continuum UL Listed model UL-ENCL is available for UL

294 and UL 1076.

Operating Environment

Temperature: 32o to 122o F (0o to 50o C)

Humidity: 10 to 90% RH, non-condensing

Input Power

• 12–28VDC @ 50W

• 24VAC @ 90VA, 50/60 Hz.

Universal Input Voltage Range

0-5 V

Internal Battery

NiMH, 3.6 VDC, 800 mAh

Real Time Clock

Battery-backed by an internal battery.

Ethernet LAN Interface

10/100 Ethernet: Ethernet cable with RJ-45 connector.

Serial Comm. Interface

One programmable port, software congurable as a wireless adapter,

RoamIO2 or third-party system. Innet can be congured on the

RS-485 port.

Service Port

RS-485, 3-Pin connector

Innet Bus Length

4,000 ft (1,220m) standard for Innet using approved shielded, twisted

pair, low capacitance cable. InLink module allows extensions to

longer distances.

Input Connections

ACX 57xx Series inputs types include: cabinet tamper, universal

inputs, and card reader/keypad.

Cabinet tamper: 2-pin connector for cabinet tamper switches located

on the cabinet door and wall.

Universal inputs: 6 (572x models) or 12 (574x models) universal

inputs that can be operated as a supervised or general purpose UI.

Alarm Inputs: 6 (572x models) or 12 (574x models) supervised

inputs. Single or double resistor supervision, series or parallel.

Input Protection: Transient voltage suppressor (TVS) on each input .

Card Reader/Keypad: 4 (572x models) or 8 (574x models) inputs.

Each input can be connected to a card reader, dedicated keypad, or

reader/keypad combination.

Card Reader/Keypad

Card Reader Type: Wiegand, ABA, or CardKey (jumper selectable)

Max Number of bits/Card: Up to 260 bits/card for FIPS (UL evaluated

for up to 37 bits - Wiegand only)

Card Reader Power: +5 VDC @ 120 mA or +12 VDC @ 180 mA

max power (jumper selectable)

Wiring Distance: (500 ft. (152.4 m) max. using 18 AWG)

(Card Reader to ACX) (200 ft. (60.96 m) max using 22 AWG)

Door Output Connections

ACX 57xx Series output types include: 2 (572x models) or 4 (574x mod-

els) Form C relays with a manual Override switch.

Door Outputs: Up to 4 Form C relays

Output Rating: 24 VAC/30 VDC @ 3 Amp

Reader LED Output: (2) each, open collector; up to 100 mA

Output Protection: 5000 V isolation 270 V MOVs on each output.

Overrides: 3-position manual override switch on each output for

manual control of relay. LED override status indicator.

Power and Communications Connections

Power: 3-position connector on left side of module for connection to a

power supply.

xP Power: 6-pin connector, 24 VDC 360 mA

Ethernet: RJ-45 connector for 10/100 Ethernet.

Service port: 4-pin connector for ROAM I/O2 or Wireless Adapter

RS-485: 3-pin connector for Innet eld bus.

Status Indicator LEDs

System: CPU

RS-485: TX, RX

Ethernet: ACT/LINK, 10/100 Mbps

xP Pwr: Expansion module 24 VDC power

Push Button Switches

Clear Memory: RESET/Clear Memory

Reset IP Address: (On PC board) Resets Network address settings in

ash memory and restores all non-volatile settings to

factory defaults.

DIP Switches

Universal Inputs, 10 KOhm pull-up disable/enable

Specications

Conguring the ACX 57xx Series Controller

(NOTE: Check with your system administrator for assistance.)

1. Disable the DHCP Services on your PC.

2. Disconnect your computer from the network and set your IP

address to 169.254.1.2 and your subnet mask to 255.255.0.0.

3. Using a CAT5 cable (straight-through or crossover), connect

the PC Ethernet port to the ACX 57xx Ethernet port.

4. Run your web browser, then go to URL: http://169.254.1.1 to

display the Andover Continuum Embedded WebServer page in the

ACX 57xx Series controller.

5. Select Controller Conguration from the WebServer page.

6. Log on using the default Andover Continuum user name and

password.

7. Enter relevant conguration parameters on the WebServer

Conguration web pages.

8. After entering the parameters, click the Commit Changes/Restart

Controller button on the WebServer page. (Restore the PC, and

connect the controller to the network when it reboots.)

For more information, please see the online help in the NetController II

embedded web pages and the “Related Documentation” section at the

end of this document.

Federal Communications Commission

FCC Rules and Regulations CFR 47, Part 15, Class A

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:

(1) This device may not cause harmful interference.

(2) This device must accept any interference received, including interference that may cause undesired operation.

Caution: The user that changes or makes modications not expressly approved by Schneider Electric for compliance could void the user’s author-

ity to operate the equipment.

Industry Canada

ICES-003

This is a Class A digital device that meets all requirements of the Canadian Interference Causing Equipment Regulations.

CE - Compliance to European Union (EU)

89/336/EEC - EMC Directive

This equipment complies with the rules of the Ofcial Journal of the European Union specied in the EMC directive

89/336/EEC governing the Self Declaration of the CE Marking for the European Union.

C-Tick (Australian Communications Authority (ACA))

AS/NZS 3548

This equipment carries the C-Tick label and complies with EMC and radio communications regulations of the Australian Communications Author-

ity (ACA), governing the Australian and New Zealand (AS/NZS) communities.

WEEE - Directive of the European Union (EU)

This equipment and its packaging carry the waste of electrical and electronic equipment (WEEE) label, in compliance with European Union (EU)

Directive 2002/96/EC, governing the disposal and recycling of electrical and electronic equipment in the European community.

UL 916 Listed product for the United States and Canada, Open Energy Management Equipment

Regulatory Notices

Document Document Number

ACX 57xx Series Operation and Technical Reference Guide 30-3001-999

Network Security Conguration Guide 30-3001-996

Andover Continuum CyberStation Access Control Essentials

Guide

30-3001-405

Andover Continuum CyberStation online help

Ftp://ftp.zenex.pl/katalogi/schneider/5_systemy_automatyki_i_bezpieczenstwa_w_budynkach/5_1_andover_continuum/pdf/instrukcje_materialy_techniczne/acx_57xx_series_controller_installation_instructions.en Acx 57xx Series Controller Installation Instructions.en

Navigation menu

Versions of this User Manual:

Views

Navigation