Satel CA-4v1 User manual

Alarm Control Panel CA-4v1
ca4v1_en 08/08
MANUAL
GDAŃSK
POLAND

WARNINGS
Due to safety reasons, alarm system should be installed by qualified personnel only.
Because alarm system may contain hazardous items, its components should be kept out of
reach of unqualified personnel.
In order to avoid the risk of electric shock, read carefully this manual before proceeding to
installation. Any connections should be made in deenergized state only (i.e. with power
supply disconnected).
In the event of service operations consisting in fuse replacement, they must only be carried
out after disconnecting the supply voltage. For the replacement, use only the fuses which
have identical parameters as the original ones.
It is recommended that the manufacturer’s required housings and power supply units be
used.
Making any construction changes or unauthorized repairs is prohibited. This applies, in
particular, to modification of assemblies and components.
CAUTION !
It is impermissible to connect a fully discharged battery (voltage on terminals without a load
less than 11V) to the alarm panel. To avoid hardware damage, fully discharged or never
used battery should be charged initially using proper charger.
Latest EC declaration of conformity and product approval certificates can
be downloaded from our Web site www.satel.pl

CA-4v1 SATEL 1
CA-4V1 panel description
The alarm panel CA4-v1 is designed for small alarm systems. It is made in advanced
microchip technology in accordance with the latest trends in burglary signaling.
Its features:
•new generation, interference-resistant microchip,
•4 programmable parametrical zones,
•2 independent alarm outputs with programmable operation time,
•the possibility of attaching up to 3 keypads showing system,
•2 main access codes (4 to 6 digits long) for basic control of the panel (i.e. arming and
disarming, codes setting, zone bypassing)
•one code for arming the system with bypassing the programmed zones ("stay
arming"),
•one-time code for single arming and disarming the system,
•additional servicing code for accessing basic programming functions of the panel,
•extended control of the system status assuring its error-free operation: fuse status
tests, signaling devices wiring tests, battery charge level and AC power control,
•acoustic in-keypad signaling of trouble, alarm and exit time countdown,
•possibility of arming the system with sirens disabled (alarm condition is signaled in the
keypads only),
•PANIC type alarm,
•alarm after three unsuccessful attempts of entering access code,
•memory log for 7 most recent alarms,
•memory of the panel status before power/battery disconnection,
•non-voltage memory of all panel's parameters and programmed data.

2 SATEL CA-4v1
Installation of the control panel
BOARD TERMINALS:
AC –module power supply inputs (17...24V AC)
AUX –detectors power supply output (+12V DC)
Z1 to Z4 –zones
OUT1 to OUT2 –signaling outputs
+KEY –keypad power supply output
DATA, CLK –keypad bus terminals
COM –ground
It is required that the control panel be permanently connected to the mains power. Therefore,
prior to starting the work on the system cabling, make yourself familiar with the electrical
installation of the site and select a circuit which is permanently alive to power the control
panel. The circuit is to be protected with an appropriate fuse.
CAUTION!
The control panel is power supplied from the 230V AC mains. Carelessness or wrong
connection may result in electric shock and pose a threat to life!
Therefore, exercise particular caution when connecting the control panel. In the
process of installation and connection of the control panel, the cable to be used for
mains supply must not be alive!
AC AC AUX +OUT1- +OUT2- COM CLK DATA +KEY Z1 COM Z2 Z3 COM Z4
JP1
RESET
F4
F1
F2
F3
T1A
T3.15A
T1A
T400mA
black
red
BATTERY -
+
Figure 1. View of CA-4v1 control panel main board

CA-4v1 SATEL 3
Connection of power supply
1. Connect the 230V alternating voltage leads to the transformer terminals marked
"AC 230V".
2. Connect the output voltage wires of the transformer secondary winding to the "AC"
terminals on the control panel main board.
3. Connect the wire of the electric shock protection circuit to the terminal block
provided next to the transformer and marked with the ground symbol .
CAUTION!
As the control panel has no isolating switch to disconnect the mains supply, it is
important that the owner or the user of the security system be informed on how
the system is to be disconnected from the mains (e.g. by indicating the fuse
which protects the control panel supply circuit).
The panel on-board DC power supply default setting is 13.6–13.8V and should not be
changed.
Connection of keypad
The CA-4v1 control panel interfaces with LED keypads. The keypad should be
connected to the system with a four-wire line. If the panel is meant to work with several
keypads, they should be connected in parallel (up to tree keypads can be connected to
the panel with the guarantee of its error-free operation). The maximum distance
between keypads and the panel (assuming YTDY 6x0.5 wires are used) is 200m. Each
of the keypads should be power-fed with its own wire.
Figure 2 .Connection of LED keypad to the control panel
+KEY CLK DATA COM TMP TMP
AC AC AUX +OUT1- +OUT2- COM CLK DATA +KEY Z1 COM Z2 Z3 COM Z4
LED keypad
Control panel CA-4v1
to tamper circuit

4 SATEL CA-4v1
Connection of detectors
Detector wires should be connected to
proper terminals on the main board. The
way of connection 2.2kΩEOL resistor
shown on the scheme. For powering the
detectors is intended to be used the
AUX output. TMP terminals should be
connected to a tamper circuit.
Connection of signaling devices
The signaling devices should be
connected to OUT1 and OUT2 outputs.
In the devices the 2.2kΩresistors should
be connected in parallel to enable the
panel to control the signaling devices
wiring. If few signaling devices are
connected parallel to one output, the
resistor should be mounted in the
furthest signaling device from the control
panel.
Caution:
•The signaling devices wires control cannot replace an tampering circuit which
should be used to protect them.
The OUT1 and OUT2 outputs control the ground terminal. The +12V voltage is led
through F2 and F3 fuses to +OUT1 and +OUT2 terminals. The -OUT1 and -OUT2
terminals are cut off in inactive state, in active state (alarm signaling) they are shorted
to ground (0V).
After all the parts are carefully and properly connected the system can be power up. It is
recommended to start the alarm system only with power supply, without a battery connected.
Figure 4. Connection of the signaling device
AC AC AUX +OUT1- +OUT2- COM CLK DATA +KEY Z1 COM Z2 Z3 COM Z4
Control panel CA-4v1
+ SO - + SA - SAB
Signaling device
SPL-2010
to a tamper circuit
Figure 3. Connection of the detectors
NC NC TMP TMP COM 12V
Connection of a NC detector (AQUA)
zones Z1–Z4
COM
detector power supply (AUX)
2.2KΩ
COM
+12V NO C TMP TMP COM
Connection of a NO detector
zones Z1–Z4
COM
detector power supply (AUX)
2.2KΩ
COM
tamper circuit
tamper circuit

CA-4v1 SATEL 5
Description of the LED keypad
Sound signals produced by the keypad
a) While working with the keypad the following sounds may be generated:
1 short –key pressed confirmation,
2 short –correct access code entry confirmation before function number
selection,
3 short –confirmation of the successful completion of an operation (for example
arming/disarming of the system, function selection, successful
programming completion),
2 long –error signal (for example: wrong password, entering wrong key
sequence, exiting the function programming session without saving the
parameters through depressing a key).
b) The remaining situations (the sound signal is repeated every second):
1 short –the entry delay time countdown,
2 short –the panel detected a trouble – [TROUBLE] LED is on (sound signal
can be temporary switched off by pressing the [*] key; signaling will be
activated automatically after a new trouble event occurs)
3 short –alarm signalling (active till cancelled through the keypad),
Cautions:
•the entry delay time countdown is signaled after activating the function (see
ADDITIONAL FUNCTIONS),
•in armed mode trouble sound signalling is not active.
LED signaled states
ALARM (red color) – alarm is signaled by the LED blinking. The LED goes out after
alarm reset. (see Disarming, Cancelling alarm).
ARMED (green color) – the LED is ON with the system armed. The blinking LED
indicates the countdown of the exit delay time.
Figure 5. View of a LED Keypad

6 SATEL CA-4v1
TROUBLE (yellow color) – blinking LED indicates a failure in the alarm system The
type of trouble can be identified with function 7.
1…4–(red color) LEDs indicating the status of system zones:
−ON – zone violated,
−blinking slowly – zone bypassed (indicated only with the partition disarmed).
The jumper pins on the keypad board are designated for setting a keyboard backlighting.
Basic functions
Arming
Enter one of the access codes (except the servicing code) and then press the [#] key.
The panel will confirm the correct code entry with three short beeps and will start to
countdown the exit delay time. During the countdown the [ARMED] LED is blinking,
and after armed mode is activated it is lit continuously.
Disarming
Enter one of the access codes (except the servicing one) and then press the [#] or [*]
key. The panel will confirm the correct code entry with three short beeps and the armed
mode will be deactivated. The [ARMED] LED will extinguish.
Canceling the alarm
Is similar to disarming the system. If the alarm was activated in armed mode along with
canceling the alarm the armed mode is deactivated.
PANIC alarm
Press and hold the [#] key for about 3 seconds. The function can be blocked (see
ADDITIONAL FUNCTIONS)
Access code programming (functions 1, 2, 3, 4)
The default user first access code is 1234. The code should be changed for a safety
reasons with function 1 right after starting the system.
To changing or programming code enter one of the two master access codes and press
the [*] key. The panel will confirm the correct code entry with two short beeps and will
wait for the number of the access code to be programmed. In addition, the
[TROUBLE], [ARMED] and [ALARM] LEDs will blink simultaneously. Giving the
number (1 through 4) will activate the programming mode. The panel will confirm the
programming mode with three short beeps. The [TROUBLE], [ARMED] and
[ALARM] LEDs will blink in turns. A new access code should be entered and confirmed
with the [#] key. The access code should be 4 to 6 digits long.
The access codes 1 and 2 are master codes.
The access code number 3 is designed to enable arming the system with bypassing the
zones programmed with function 9 and armed mode without outside signaling devices
activated (the alarm condition is signaled solely in the keypad, the option is deactivated
with function 8).

CA-4v1 SATEL 7
The access code 4 can be used once only (the panel clears it after one-time entry).
The access codes 2, 3 and 4 can be cleared by pressing the [#] key immediately after
activating the service programming mode.
Bypassing zones (function 5)
Enter one of the two master codes and press the [*] key. The panel will confirm the
correct code entry with two short beeps and will wait for the function number entry (the
[TROUBLE], [ARMED] and [ALARM] LEDs will blink simultaneously). Press
the 5 key (the panel will confirm the entry with three short beeps, the [TROUBLE],
[ARMED] and [ALARM] LEDs will blink in turns). Zone numbers to be bypassed
should be entered. While programming the LEDs representing the bypassed zones will
be on. After setting the bypass function for the selected zones the [#] key should be
pressed.
Caution: the panel will signal an error if bypassing the 24-hour zone is attempted.
Reviewing the alarm memory log (function 6)
Enter one of the two master access codes and press the [*] key. The panel will confirm
the correct code entry with two beeps and will wait for the function number entry (the
[TROUBLE], [ARMED] and [ALARM] LEDs will blink simultaneously). The 6 key
should be pressed. The [ALARM] LED will start blinking, and the remaining LEDs will
indicate the origin of the last alarm (the [ARMED] LED will indicate the alarm
activated by entering three incorrect access codes, the [TROUBLE] LED will indicate
PANIC type alarm). Pressing any of the keys (except [*]) will classify the previous alarm.
The panel logs the last three instances of alarm condition. Pressing of the [*] key exits
the function.
Identifying trouble type (function 7)
If the [TROUBLE] LED is on, the panel detected a trouble condition. The type of
trouble is indicated after choosing function 7. In order to do that enter one of the two
master codes and press the [*] key. The panel will confirm the correct code entry with
two beeps and will wait for the function number entry (the [TROUBLE],
[ARMED] and [ALARM] LEDs will blink simultaneously). Press the 7 key. The
[TROUBLE] LED will start blinking, and the remaining LEDs will indicate the type of
trouble.
•LED 1 –detector power supply fuse (F1) trouble,
•LED 2 –output OUT1 fuse (F2) trouble or disconnecting the signaling device
attached to OUT1 output,
•LED 3 –output OUT2 fuse (F3) trouble or disconnecting the signaling device
attached to OUT1 output,
•LED 4 –battery fuse (F4) trouble or low battery,
•[ALARM] LED –no AC power supply.
Caution: the function can be used only when the [TROUBLE] LED is on.
Setting the ADDITIONAL FUNCTIONS (function 8)
Enter one of the two master codes and press the [*] key. The panel will confirm the
correct code entry with two beeps and will wait for the function number entry (the the
[TROUBLE], [ARMED] and [ALARM] LEDs will blink simultaneously). Press the
8 key. The panel will signal programming mode activation with three short beeps, the
[TROUBLE], [ARMED] and [ALARM] LEDs will blink in turns and the 1÷4

8 SATEL CA-4v1
LEDs will indicate which of the functions are activated (a LED on signals activity of a
function). The number of the function to be blocked or unblocked should be entered.
After unblocking of the chosen functions the [#] key should be pressed. The following
functions are possible:
•1alarm upon entering three wrong access codes,
•2PANIC alarm available,
•3the entry delay countdown signaling,
•4access code number 3 activates silent armed mode (signaling with the devices
attached to outputs OUT1 and OUT2 is deactivated – the alarm condition is signaled
through the keypad sounder).
The zones bypassed with access code 3 arming (function 9)
Enter any of the two master access codes and press the [*] key. The panel will confirm
the correct code entry with two beeps and will wait for the function number entry (the
[TROUBLE], [ARMED] and [ALARM] LEDs will blink simultaneously). Press the
9 key. After entering the programming mode (the panel will confirm the entry with three
beeps, the [TROUBLE], [ARMED] and [ALARM] LEDs will blink in turns) the
zones' numbers to be additionally bypassed should be entered. After programming the
panel the [#] key should be pressed.
Programming
Programming the panel enables its users to adjust it to specific requirements of an alarm
system.
In CA4-V1 the following parameters are user-programmable:
•bypassing zones (for example, not used),
•set delay zones (for protected facility easy entry),
•set 24-hour zones,
•entry delay time,
•exit delay time,
•the OUT1 output alarming time,
•the OUT2 output alarming time, or the signaling mode of the output.
Programming is possible with 10 service functions which are available the panel's activation
in the service programming mode with a special service code. The mode is sustained until
deactivated with an appropriate function.
On entering the programming mode the panel blocks any alarms showing only zone status.
The [TROUBLE], [ARMED] and [ALARM] LEDs blink simultaneously and on
activating the function program the LEDs blink in turns.
Service functions
Below there is a list of all available service functions. The panel sound reactions to keys
pressed are marked with dots where one dot = one beep.
If the reaction to a key pressed are two long sounds it means that the wrong key has been
used. In such case the parameter being programmed won't be changed.

CA-4v1 SATEL 9
FUNCTION 0 – exit service mode
Activating sequence: 0.#...
FUNCTION 1 – service code programming
Activating sequence: 1.#...
Example: programming new code: 89354
8.9.3.5.4.#...
FUNCTION 2 – permanent zone bypassing
Activating sequence: 2.#...
Example 1: bypassing zone number 2 and 3
2.3.#...
Example 2: unbypassing zone 3
3.#...
FUNCTION 3 – 24 hour zones (are active although the system is not armed)
Activating sequence: 3.#...
Example: zone 4 is to be changed into 24 hours type
4.#...
FUNCTION 4 – delayed zones (the zones of this type activate the alarm after the time
specified by using function 6)
Activating sequence: 4.#...
Example: zone 1 and 2 are to be changed into delayed type
1.2.#...
FUNCTION 5 – programming the exit delay time (from 0 to 99 seconds)
Activating sequence: 5.#...
Example: the exit delay time is to be set to 30 seconds
3.0...
FUNCTION 6 – programming the entry delay time (from 0 to 99 seconds)
Activating sequence: 6.#...
Example: the entry delay time is to be set to 8 seconds
0.8...
FUNCTION 7 – programming the alarm time at OUT1 output (from 001 to 999
seconds, for 000 the exit is active even until the alarm has been
cancelled)
Activating sequence: 7.#...
Example: the alarm time is to be set to 5 minutes (300 seconds)
3.0.0...
FUNCTION 8 – programming the alarm time at OUT2 output (the output signals the
alarm after being programmed to 001 through 998 seconds) or the way of
armed status signaling (000 – 0V at OUT2 when the panel is armed; 999 –
+12V at OUT2 when the panel is armed).
Activating sequence: 8.#...
Example: the alarm time is to be set to 5 seconds
0.0.5...
FUNCTION 9 – default settings restore. The following values are pre-programmed:
access code 1 1234
access code 2 not pre-programmed

10 SATEL CA-4v1
access code 3 not pre-programmed
access code 4 not pre-programmed
service code 12345
zones bypassed none
zones delayed 1
24 hour zones 4
exit delay time 5 seconds
entry delay time 10 seconds
alarm time at OUT1 5 seconds
alarm time at OUT2 10 seconds
Activating sequence: 9.#.. ...
Arm/Disarm status information
If arm/disarm status can be signaled with the OUT2
output, default setting may be changed using
function 8. Normally, the output signals an alarm
after the alarm time being programmed (from 001 to
998 seconds). If value 000 or 999 is entered, the
function of the output is to signal arm/disarm status.
•Value 000 means that OUT2 will set the
voltage to 0V (relative to the COM terminal)
when the panel is armed.
•Value 999 means that OUT2 will set the voltage to 12V when the panel is armed.
The bias resistor (for example 1kΩ), that limits the input current from terminal +OUT2,
must be connected to the output.
Activating sequence: 8.#.. ...
Example: programming of the armed mode signaling (while in armed
mode the OUT2 will be set to 12V)
9.9.9.
Resetting the panel
If the user forgets the access codes, entering service mode is possible through the
following procedure:
1. disconnect the net and battery power supply sources,
2. short the JP1 RESET jumper pins (see figure 1),
3. connect the power supply,
4. after three short beeps in the keypad remove the JP1 jumper from the pins,
5. call function 9 to restore manufacturer settings and program the remaining
parameters (using service functions 2 through 8).
+OUT2
-OUT2
COM
OUT2 R
Figure.6 Example of connection
the bias resistor to OUT2

CA-4v1 SATEL 11
Technical description
main board supply voltage......................................................................................AC 17...24V
control panel DC power supply rated voltage..................................................DC 13.6...13.8 V
DC power supply total current efficiency................................................................................1A
backup power supply....................................................................................... battery 12V/7Ah
battery charging current (changeover)............................................................................250mA
panel power consumption.................................................................................................23mA
keypad power consumption..............................................................................................32mA
guaranteed capacity of keypad output.......................................................................3 keypads
detector power supply outputs..................................................400mA delayed fuse protection
outputs OUT1 and OUT2.................................................................1A delayed fuse protection
battery protection........................................................................3.15A delayed fuse protection
number of zones..................................................................................................................... 4
zone type......................................................................................................end of line resistor
EOL resistor................................................................................................................. 2.2kohm
entry parameter tolerance...............................................................................................+/-25%
number of delayed zones ........................................................................................1 through 4
number of 24 hour zones.........................................................................................1 through 4
exit delay time......................................................................................................0 through 99s
entry delay time ...................................................................................................0 through 99s
alarm time at OUT1.......................................1 through 999s (about 16.5 min.) or until cleared
alarm time at OUT2...............................................................1 through 998s (about 16.5 min.)
alarm memory log capacity.......................................................................7 most recent alarms
board dimension...................................................................................................... 102x76mm
weight ..................................................................................................................................92g

12 SATEL CA-4v1
TABLE OF PROGRAMMING
–functions available after entering service code
0 End of service mode
1 Service code 1 2 3 4 5
Z1 Z2 Z3 Z4
2 Permanent bypassed zones
3 24-hour zones
2
4 Delayed zones (enter/exit) 2
5 Exit delay time 05 00–99 seconds
6 Entry delay time 10 00–99 seconds
7 Alarm time at OUT1 005 001–999 seconds
000 – alarm to cancelling
8 Alarm time at OUT2 010
001–998 seconds
000 – 0V at OUT2 when is armed
999 –+12V at OUT2 when is armed
9 Default settings restore
–functions available after entering user master code
1 User code (master) 1 2 3 4
2 User code (master)
3 User code
4 User code (one time use)
Z1 Z2 Z3 Z4
5 The zones bypassed by user
Z1 Z2 Z3 Z4
6 Reviewing of the 7 last alarms memory log (the LED
indicates the origin of the alarm):
[digit] – previous alarm; [*] – exit the function [ARMED] – 3
wrong access codes [TROUBLE] – PANIC type alarm
F1
AUX F2
OUT1 F3 OUT2 F4
battery
7 Identifying trouble type – LEDs indicate the type of
trouble (available only when [TROUBLE] LED
blinking) [ALARM] – no AC power supply
Alarm upon entering 3 wrong access codes Z1
PANIC alarm available – press [#] key Z2
The entry delay countdown signaling – sounds Z3
8 Additional functions
Access code 3 – alarm only in keypad (silent armed mode) Z4
Z1 Z2 Z3 Z4
9 The zones bypassed automatically after entering access
code 3
Default settings are wrote or marked
2
in right bottom corner of field assigned to be filled.
The user functions can be called only with the master code (functions 6 and 7 without parameters):
[master user access code][*][number of function][parameter][#]
After entering a service mode [service code][#] (or [service code][*]) the functions (without
function 9) are calling by:
[number of function][#][parameter][#] or [number of function][#] [parameter]
[0][#] – end of programming in service mode.

SATEL sp. z o.o.
ul. Schuberta 79
80-172 Gdańsk
POLAND
tel. + 48 58 320 94 00
[email protected]
www.satel.pl