Installation Instruction - Siemens SPCA210 Installationsanleitung

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WARNING

Before starting to install and work with this

device, please read the Safety Instructions.

This device shall only be connected to power

supplies compliant to EN60950-1, chapter 2.5

("limited power source").

When changing or installing a SPCA210 on

the SPC-series system, ensure that all anti-

static precautions are adhered to while

handling connectors, wires, terminals and

PCBs.

Introduction to the SPCA210

The SPCA210 allows an existing system to be

expanded externally providing 2 card reader

interfaces, 4 inputs and 2 outputs. Depending on

the configuration, the inputs and outputs of the 2-

door expander can have predefined functionality or

can be used like in-& outputs from the control panel.

The SPCA210 incorporates the following elements,

as shown in Fig. 1

Tamper By-Pass [J1]

The jumper setting determines the operation of

the tamper. The tamper operation can be

overridden by fitting J1.

Front Tamper Switch

The expander has a front tamper switch with

spring. When the lid is closed the spring closes

the switch.

Read LED

The LED indicates that data is received from

one of the card readers.

Buzzer

The buzzer is activated in order to locate the

expander (see SPC Configuration Manual).

Depending on the configuration, the buzzer is

also activated in case of a door alarm.

Manual Address Switching

The switches allow manual setting of the ID of

each 2 door controller on the system.

X-BUS Status LED

The LED indicates the status of the X-BUS

when the system is in FULL ENGINEER mode,

as shown below:

LED status

Description

Flashes regularly

The X-BUS

(once every 1.5 seconds

communications status is

approx.)

OK.

Flashes quickly

Indicates the last in line

(once every 0.2 seconds

expander (excludes star

approx.)

and multi-drop

configuration)

Outputs

The 2 door controller provides 2 relays for

connecting the door locks.

Card Reader Interface 2

Depending on the configuration this reader is

used as entry reader for the second door or as

exit reader for the first door.

Card Reader Interface 1

The entry reader of the first door is connected

here.

Door Release Switch (DRS) Inputs

10.

Each door has a DRS input. If the input is

activated the corresponding door is unlocked.

Door Position Sensor (DPS) Inputs

11.

Each door has a DPS input. The input is used to

determine the status of the door (e.g. open,

closed). If desired this input can be additionally

used as intrusion zone.

Input Power

12.

The 2 door controller requires 12 V DC that can

be supplied directly from the SPC-series

controller or from a SPC PSU expander.

X-BUS Interface

13.

The communication bus is used to connect

expanders together on the SPC-series system

(see section Wiring the X-BUS interface).

Termination Jumper

14.

This jumper as a default is always fitted,

however, when wiring for Star configuration this

fitting should be removed (see section Wiring

the X-BUS interface).

Wiring the X-BUS interface

The X-BUS interface provides connection of

expanders, keypads and and door controllers to the

SPC controller. The X-BUS can be wired in a

number of different configurations depending on the

installation requirements.

NOTE: Maximum system cable length = number of

expanders and keypads in the system x maximum

distance for cable type.

Cable type

CQR standard alarm cable

UTP category: 5 (solid core)

Belden 9829

IYSTY 2 x 2 x 0.6 (min)

Fig. 2 shows the wiring of the X-BUS to an

expander/controller and the following expander/

controller in Spur configuration. Terminals 3A/3B

and 4A/4B are only used for using a branch wiring

technique. If using a Spur configuration, the last

expander is not wired back to the controller.

See Fig. 2: Wiring of expanders

1 SPC controller

2 Previous expander

3 SPCA210

4 Next expander

Please refer to SPC Configuration Manual of

connected controller for further wiring instructions,

shielding, specifications and limitations.

Wiring the inputs

The SPCA210 has 4 on-board zone inputs that can

be configured to be one of the following:

• No End of Line (NEOL)

• Single End of Line (SEOL)

• Dual End of Line (DEOL)

• Anti-Masking PIR

See Fig. 3: DPS input connection

1 Magnetic contact

See Fig. 4: DRS input connection

1 Exit switch

Please refer to SPC Configuration Manual for all

possible resistor values and combinations.

Wiring the outputs

The SPCA210 has 2 on-board 1 A, single pole

changeover relays that can be assigned to any of

the SPC system outputs. These relay outputs can

switch a rated voltage of 30 V DC (non-inductive

load).

Fig. 5 shows the wiring of an active high output.

When the relay is activated, the common terminal

connection (COM) is switched from the Normally

Closed terminal (NC) to the Normally Open terminal

(NO).

See Fig. 5: Wiring the door lock

Wiring the card readers

The SPCA210 has two card reader interfaces. One

card reader can be connected to each of the card

reader interfaces. Specific Card readers with Clock

& Data or Wiegand interface can be connected (see

SPC system data sheets for reader compatibility).

Fig. 6 shows the wiring of a card reader.

See Fig. 6: Wiring of a card reader

Card reader

0 V

Power supply of the card reader.

Power supply of the card reader (max.

+12 V

200 mA, voltage ca. 0.5 V below PCB

supply voltage).

Data 0 of the card reader.

Data 1 of the card reader.

LED of the card reader (valid: door

VA1

unlocked).

VO1

LED of the card reader (void: door locked).

X-BUS addressing

For addressing, reconfiguration, device location,

monitoring, editing of names, X-BUS type of

communication, failure timer please refer to SPC

Configuration Manual.

Appendix

See Fig. 7: SPCA210 Enclosure specifications

1 Expander anchor points

2 Wall spacers

3 Cover anchor points

4 Cable grips

5 Mounting holes

6 Cable entry holes

7 Cable ties

Distance

200 m

8 Cover hooks

400 m

See Fig. 8: Expander cover

400 m

1 Front tamper guide

2 Cover fixing screws

Mounting expander in SPC hinged enclosure

The SPCA210 may also be installed in a hinged

enclosure. This enclosure can accommodate

• 1 battery (17 Ah max.), 1 SPC controller and a

possible 4 expanders (e. g. I/O, door controller).

• 1 battery (17 Ah max.), 1 SPC PSU expander

and a possible 3 expanders (e. g. I/O, door

controller).

To access or install an expander:

Open the front cover on the enclosure.

With an appropriate screwdriver loosen (but do

not remove) the top two screws on the mounting

bracket.

Gently push the mounting bracket in an upward

direction until the screws are free from contact

with the bracket.

Slowly but firmly pull the mounting bracket out

until it rotates down and is secured by the resting

pins.

The underside of the mounting bracket and the

enclosure provides space for additional

expanders to be installed (secured by 4 mounting

pillars).

See Fig. 9: Rotated views

1 Battery

2 Expanders

3 SPC controller or SPC PSU

Technical Data

Operating voltage

Current

consumption

Number of

on-board zones

EOL resistor

Number of on-

board relays

Field bus

Interfaces

Number of card

readers

Card reader

protocols

Door capacity

Memory

Tamper contact

Operating

temperature

Relative humidity

Housing

protection

Colour

Housing

protection class

Mounting

Dimensions

(W x H x D)

Weight

Housing material

Housing