ca64e_e.pdf

ZONE EXPANDER

CA-64 E

ca64e_e 10/07

The CA-64 E expander is dedicated to interfacing with INTEGRA series or CA-64

alarm control panels. It allows extension of the alarm system by eight zones having

identical features as the zones of the control panel main board. Additionally, the

expander supports vibration and roller shutter motion detectors. This manual applies

to the expander with electronics version 2.1 and firmware version 2.0 (or newer).

1. Description of electronics board

ADRES

12345

STATUS

Z1 COM Z2 Z3

COM

Z4 Z5

COM

Z6 Z7

COM

Fig. 1. Schematic view of the expander electronics board.

Legend:

1 – LED SATUS to indicate the process of communication between control panel

and expander:

− blinking – data exchange with the panel;

− ON – no data exchange with the panel (the module and the control panel

connecting wire is damaged, identification of module is not carried out or the

STARTER program is started in the control panel);

2 – package of DIP switches designed for setting individual address of the module

and for selecting the type of supported detectors (see: DIP SWITCHES ).

Description of the terminals:

Z1…Z8 - zones

COM – common ground

TMP – module tamper detection circuit (NC) – if not used, it should be shorted

to ground.

CLK , DTA – expander bus

CA-64E

SATEL

+12V

– expander power supply input (detectors power supply output)

1.1 DIP switches

By using the DIP-switches you can set an individual address of a device and select

the type of detectors to be served.

To set the address, use the 1 to 5 switches. This address must differ from those of the

other modules connected to the control panel expander bus. In order to determine the

expander address, add up the numbers set on particular DIP switches, according to

Table 1.

Switch number

Numerical equivalent

(for switch in ON position)

Table 1.

Five switches allow addresses to be assigned to 32 expanders (numbers from 0 to

31). Addresses of the expanders connected to one bus can not be repeated, while the

addressing sequence is optional. It is recommended that you assign consecutive

addresses, starting from zero, to expanders and other modules connected to one bus.

This will permit problems to be avoided during extension of the alarm system.

To determine the type of detectors to be supported, and the method of expander

identification in the system, use the switch 8. If the switch is set to OFF position, the

expander zones can be programmed as NO, NC, EOL, 2EOL/NO or 2EOL/NC. It the

switch 8 is set to ON position, the expander zones can be programmed as NO, NC,

EOL, 2EOL/NO, 2EOL/NC, vibration or roller shutter motion.

The switch 8 must be set to OFF position for the CA-64 control panel and

for the INTEGRA series with firmware up to and including version 1.04.

Only with this setting the control panel will be able to identify the

expander.

The switch 8 can be set to ON position for the INTEGRA series control

panels with firmware in version 1.05 or later. The expander will be

identified as CA-64 Ei.

The switches 6 and 7 must be set to OFF position.

address:

type of supported zones:

NO, NC, EOL, 2EOL/NO,

2EOL/NC

(setting for CA-64 control panel

and INTEGRA series

with firmware 1.04 or earlier)

Fig. 2. Example of DIP switch settings.

SATEL

CA-64E

address:

type of supported zones:

NO, NC, EOL, 2EOL/NO,

2EOL/NC, vibration and roller

(setting for INTEGRA panels

with firmware in version 1.05 or

later)

Fig. 3. Example of DIP switch settings.

2. Mounting and installation

Caution: Prior to starting the module hookup, switch off power supply of the security

system.

1. Fasten the expander board in its housing.

2. Using cables, connect the terminals CLK, DTA and COM to the expander bus on

the control panel main board.

3. Using the DIP switches, set up the appropriate expander address and the type of

the supported detectors.

4. Connect the detector leads (for connection description refer to the alarm control

panel installer manual).

5. Connect the leads of the tamper contact on expander housing to the terminals

TMP and COM. Where two expanders are installed in the housing, the TMP input

of one expander is to be shorted to ground, and the contact leads are to be

connected to the TMP input of the other expander.

6. Connect the power supply leads to the terminals +12V and COM. The expander

supply voltage need not be provided from the control panel main board. A power

supply unit or another expander with power supply can be used for this purpose.

3. Starting the expander

1. Turn on power supply of the security system. The LED indicating communication

with the alarm control panel will come on with steady light.

2. Call the " Expander identification " function in the LCD keypad ( Æ Service mode

Æ Structure Æ Hardware Æ Identification). When the identification is completed, the

LED which indicates communication with the alarm control panel will start blinking.

Note: In the process of identification, the control panel writes to the module memory

a special (16-bit) number intended to detect the module presence in the system.

Replacement of the expander with another (even one having the same address

set up on the switches) without a new identification will trigger alarm (module

tamper – verification error).

3. Using the LCD keypad or computer ( D LOAD 64 or D LOAD X program, depending on

the control panel type), perform programming of the module zones.

4. Save the module settings in the control panel memory.

CA-64E

SATEL

4. Numeration of zones

After completion of the identification procedure, consecutive numbers in the system

will be assigned to the expander zones. The numeration depends on the control panel

size and is also affected by the address set in the expander and the number of bus to

which the expander is connected. The expanders connected to the first expander bus

have priority over those connected to the second expander bus. It should be borne in

mind, when new expanders are being installed in the system. If the address of a new

zone expander is lower or the expander is connected to the bus 1, and a zones

expander was connected to the bus 2, the numeration of zones in the system will be

changed (the new expander will receive the numbers of zones assigned before to the

previously installed expander, and a greater number of expanders installed may

cause considerable changes in the system).If such a situation occurs, you can restore

the previous status by means of the D LOAD X program (INTEGRA series) or the

D LOAD 64 program (CA-64 control panel). Open the „Hardware” tab in the „Structure”

window, and click on the expander in which you want to change the zones

numeration, and then click on the „Advanced settings” button in the right-hand lower

corner of the window. A window will be displayed where you can move the expander

position throughout the list, thus changing the numeration of zones. The changes in

the zones numeration introduced in this way will be valid until the identification

procedure in the system is repeated.

5. Technical data

Number of zones ........................................................................................................... 8

Nominal supply voltage ........................................................................... 12 V DC ±15%

Average current consumption................................................................................18 mA

PCB dimensions ............................................................................................. 57x80 mm

Weight ...................................................................................................................... 47 g

The latest EC declaration of conformity and product approval certificates

are available for downloading on website www.satel.pl

SATEL sp. z o.o.

ul. Schuberta 79

80-172 Gdańsk

POLAND

tel. + 48 58 320 94 00

info@satel.pl

www.satel.pl

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