Satel INT-SF User manual

int-sf_en 07/14
Partition keypad
INT-SF
Firmware version 2.00
SATEL sp. z o.o. • ul. Schuberta 79 • 80-172 Gdańsk • POLAND
tel. [phone] • [email protected]
www.satel.eu

WARNINGS
The device should be installed by qualified personnel.
Read carefully this manual before proceeding to installation.
Changes, modifications or repairs not authorized by the manufacturer shall void your rights
under the warranty.
The SATEL's goal is to continually upgrade the quality of its products, which may result in
alterations of their technical specifications and firmware. The current information on
the introduced modifications is available on our website.
Please visit us:
http://www.satel.eu
The declaration of conformity may be consulted at www.satel.eu/ce
The following symbols may be used in this manual:
- note;
- caution.

The INT-SF partition keypad offers control of one partition in the alarm system and provides
access control features. The device can be used in conjunction with the INTEGRA and
INTEGRA Plus control panels.
Fig. 1. INT-SF partition keypad with closed and open flap cover.
1. Features
Arming / disarming and alarm clearing in partition.
Capability of triggering alarm from the keypad.
Access control functions:
– single door control,
– relay output for control of electric strike, electromagnetic lock or another door actuator,
– dedicated input for connecting a door opening sensor.
Control of 24.
MONO SWITCH and 25. BI SWITCH type outputs.
The ability to change access code by the user.
LEDs indicating the partition status.
12 keys with backlighting.
Built-in sounder.
Tamper contact reacting to the enclosure opening or removing from the wall.

2 INT-SF SATEL
2. Installation
Disconnect power before making any electrical connections.
The keypad is designed for indoor installation. The place of installation should be readily
accessible to the system users.
1. Open the keypad enclosure (see Fig. 2). The enclosure opening tool, shown in the
illustration, is included in the keypad delivery set.
Fig. 2. Opening the enclosure.
2. Set the partition keypad address (see "Setting address").
3. Place the enclosure base on the wall and mark the location of mounting holes.
4. Drill the holes for wall plugs (screw anchors).
5. Run the wires through the opening in the enclosure base.
6. Using wall plugs (screw anchors) and screws, fasten the enclosure base to the wall.
7. Connect the CLK, DTA and COM terminals to the appropriate terminals of the control
panel expander bus (see the control panel installer manual). It is recommended that an
unshielded non-twisted cable be used for making the connection. If you use the twisted-
pair type of cable, remember that CLK (clock) and DTA (data) signals must not be sent
through one twisted-pair cable. The wires must be run in one cable.
8. If the partition keypad is to control an electric strike, electromagnetic lock or another door
actuator, connect corresponding wires to the NO terminals (see Fig. 3). It is not
recommended that the door actuator be powered from the same source as the partition
keypad.

SATEL INT-SF 3
DOOR
ACTUATOR
Fig. 3. Connecting wires to NO terminals of the keypad.
9. Connect the wires of door status sensor to the IN and COM terminals. If the door status is
not to be monitored, connect the IN terminal to the keypad COM terminal or, when
configuring the keypad, set value 0 for the M
AX . DOOR OPEN TIME parameter.
10.Connect the power wires to the 12V and COM terminals. The keypad may be powered
directly from the control panel, from an expander with power supply or from a power
supply unit.
11.Place the cover onto the catches and snap close the enclosure.
12.Power on the alarm system.
13.Start the identification function in the control panel (see the control panel installer
manual). The keypad will be identified as "INT-S/SK".
14.Lock the cover using the screw.
2.1 Setting address
To set address, use the switches 1-5 of the DIP-switch package. A numerical value is
assigned to each switch. In OFF position, the value is 0. Numerical values assigned to
individual switches in ON position are shown in Table 1. The sum of numerical values
assigned to switches 1-5 means the address set on the module. The address must be
different from that on the other modules connected to the communication bus of the control
panel.
DIP-switch number
1 2 3 4 5
Numerical value 1 2 4 8 16
Table 1.
Fig. 4. Examples of partition keypad address setting.
2.2 Description of terminals
12V - power input
CLK - clock (expander communication bus)
DTA - data (expander communication bus)
COM - common ground

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IN - door status monitoring input (NC)
NO - relay output
3. Configuration
Parameters and options of the partition keypad can be configured using:
 LCD keypad:  S ERVICE MODE  S TRUCTURE  H ARDWARE  E XPANDERS  S ETTINGS
[name of partition keypad] ,
 D LOAD X program:  "Structure" window  "Hardware" tab  "Expansion modules" branch
[name of partition keypad] .
3.1 Description of parameters and options
Fig. 5. D
LOAD X program: parameters and options of partition keypad.
Shown in square brackets are the names of parameters and options as they are presented
on the LCD keypad display.
Name – individual name of the device (up to 16 characters).
Partition – partition operated by the keypad.

SATEL INT-SF 5
Lock [Lock feature] – if this option is enabled, the partition keypad supports the access
control functions (you can program the following parameters: L
OCK FEATURES , R ELAY ON
TIME
, R ELAY , M AX . DOOR OPEN TIME etc.).
Lock features [Lock function] – relay operating mode:
ON if partition armed [On if part.armed] – relay is active when the partition is armed, and
inactive when the partition is disarmed.
If the partition is disarmed in a different way than by means of the partition keypad,
the relay will only be deactivated after entering the code and pressing the
key.
Fixed ON time [ON time] – after entering the code and pressing the key, the relay
will be active for the duration of R
ELAY ON TIME .
Fixed ON time – OFF if door open [ON, open  off] – after entering the code and
pressing the key, the relay will be active until the door is opened (the door status
monitoring input disconnected from common ground), but not longer than for the
duration of R
ELAY ON TIME .
Fixed ON time – OFF if door closed [ON, close  off] – after entering the code and
pressing the key, the relay will be active until the door is closed (the door status
monitoring input reconnected to common ground), but not longer than for the duration of
R
ELAY ON TIME .
Relay ON time – the time period during which the relay can be active. You can enter from 1
to 255 seconds.
Relay [Relay type] – status of the deactivated relay:
NO [Normal.open NO] – the relay contacts are open (they close on activating the relay).
NC [Normal.closed NC] – the relay contacts are closed (they open on activating the relay).
Authorization control [Unauth. event] – if this option is enabled, unauthorized opening of
the door will save the event to the control panel memory.
Alarm on unauth. access [Unauth. alarm] – if this option is enabled, unauthorized opening
of the door when the partition is armed will trigger an alarm. The option is available if the
A
UTHORIZATION CONTROL option is enabled.
Max. door open time – the maximum period of time during which the door can be open (the
door status monitoring input can be disconnected from common ground). If the door is
open longer, audible alarm will be triggered in the partition keypad, and the event will be
saved to the control panel memory. You can enter from the 0 to 255 seconds. If value 0 is
programmed, the door status will not be monitored.
Dependent on door (1) / Dependent on door (2) – you may define the door that must be
closed to be able to unlock the door controlled by the partition keypad (to activate the
relay). You may define a door supervised by another expander or alarm system zone
programmed as type 57 T
ECHNICAL – DOOR OPEN .
Code+* do not disarm [Code*not dis.] – if this option is enabled, entering the code and
pressing the key will not disarm the partition.
Access if armed [Code*in arm] – if this option is enabled, entering the code and pressing
the key will unlock the door controlled by the module even if the partition is armed.
The option is available, if the C
ODE +* DO NOT DISARM option is enabled.
Users [Master users / Users] – define the master users (administrators) and users authorized
to use the device.
FIRE alarm – if this option is enabled, pressing and holding the key for 3 seconds will
trigger the fire alarm.

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AUX. alarm [Medical alarm] – if this option is enabled, pressing and holding the key
for 3 seconds will trigger the medical alarm.
PANIC alarm – if this option is enabled, pressing and holding the key for 3 seconds
will trigger the panic alarm.
silent [Silent panic] – if this option is enabled, the panic alarm triggered from the keypad will
be a silent alarm (without audible alarm signal). This option is available, if the PANIC
ALARM
option is enabled.
Alarm 3 incorrect codes [3 wrong codes] – if this option is enabled, entering a wrong code
three times will trigger an alarm.
Quick arming – if this option is enabled, quick arming from the keypad is possible (without
user authorization).
Control “BI” output [BI outs ctrl.] – if this option is enabled, the partition keypad accepts the
“B
I ” OUTPUT OPERATING type of codes.
Control “MONO” output [MONO outs ctr.] – if this option is enabled, the partition keypad
accepts the “M
ONO ” OUTPUT OPERATING type of codes.
Partition blocking [Part.blocking] – if this option is enabled, entering the B LOCKING PARTITION
or G
UARD type of code will temporarily block the partition when armed (violating a zone
belonging to the partition will not trigger any alarm). The time of blocking should be defined
for the partition or the code (of the B
LOCKING PARTITION type).
Guard round control [Guard control] – if this option is enabled, entering the G UARD type of
code will be recorded as completion of a guard round.
Changing access code [Changing code] – if this option is enabled, the user can change
own code from the partition keypad.
Exit delay clearing enable [Fin.exit time] – if this option is enabled, the partition exit delay
time will be reduced on pressing in turn the and keys (if the E
XIT DELAY
CLEARING
option is enabled for the partition).
Alarm signal [Alarm (time)] – if this option is enabled, the keypad will audibly signal alarms
throughout the G
LOBAL ALARM TIME .
until canceled [Alarm (latch)] – if this option is enabled, the partition keypad will audibly
signal alarms until they are cleared.
Sign. entry delay [Entry time] – if this option is enabled, the partition keypad will audibly
signal the entry delay countdown.
Sign. exit delay [Exit time] – if this option is enabled, the partition keypad will audibly signal
the exit delay countdown.
Auto-Arm delay countdown [Auto-arm delay] – if this option is enabled, the partition keypad
will audibly signal the auto-arm delay countdown.
Acc. code sign. (hardware) [Code entered] – if this option is enabled, the partition keypad
will confirm with a single beep that the code has been entered. This signal is useful where
a time lag occurs between entering the code and generating the audible signal after
verification of the code by the control panel.
CHIME [Chime zones] – if this option is enabled, the partition keypad will audibly signal
violation of zones with C
HIME IN MODULE option enabled, belonging to the partition operated
by means of the keypad.
No auto-reset after 3 tamp. [No autorst.3t.] – if this option is enabled, the feature reducing
the number of tamper alarms from the module to three is disabled (the feature prevents
multiple logging of the same events and applies to successive uncleared alarms).

SATEL INT-SF 7
Confirmation – you can select whether and how the partition keypad is to communicate with
the user during operation:
No – the partition keypad will not inform the user in any way about execution of or refusal
to execute an operation.
Sound – the partition keypad will inform the user audibly about execution of or refusal to
execute an operation.
Backlight – the partition keypad will inform the user by blinking key backlight about
execution of or refusal to execute an operation.
Backlight – you can define how the keypad backlight will operate:
No – the keypad backlight will be permanently off.
Auto – the keypad backlight will go on after any key is pressed. Additionally, it can be
turned on if a specific event occurs (see the A
UTO - BACKLIGHT parameter). The keypad
backlight goes on for about 40 seconds from pressing the key / occurrence of the event.
Permanent – the keypad backlight will be permanently on.
Auto-backlight – if the keypad backlight comes on automatically, you can additionally define
whether and what event will turn the backlight on:
No – the keypad backlight will only go on after pressing any key.
Zone violation – the keypad backlight will additionally go on if a selected zone is violated.
Entry delay, part. – the keypad backlight will additionally go on if entry delay countdown
starts in the selected partition.
Unlock door if fire [Doors on fire] – you can define whether and when the fire alarm will
unlock the door controlled by the partition keypad (i.e. will activate the relay):
No [no open] – the door will not be unlocked in the event of fire alarm.
Part. fire alarm [on partit. fire] – the door will be unlocked in the event of fire alarm in the
partition to which the keypad is assigned.
Object fire alarm [on object fire] – the door will be unlocked in the event of fire alarm in
the object to which the keypad is assigned.
Fire alarm [on any fire] – the door will be unlocked in the event of fire alarm in the alarm
system.
4. Operation
4.1 Description of LED indicators
LED Color Description of indications
yellow
blinking – trouble or trouble memory (the LED goes out when the
partition is armed)
green
ON – partition is armed
blinking – exit delay countdown is running
red
ON or blinking – alarm or alarm memory
Information about the armed state can be extinguished after a preset time.
The and LEDs blinking alternately indicate waiting for the second code to be
entered during two-code arming / disarming.

8 INT-SF SATEL
All LEDs blinking in turn indicate that there is no communication with the control panel.
4.2 Description of audible signaling
4.2.1 Beeps generated when operating
Audible signaling can be disabled or replaced with blinking of the keypad backlight
(see section "Configuration").
1 short beep – pressing of any number key or confirmation that code has been entered.
2 short beeps – acceptance of the first code during two code arming / disarming.
3 short beeps – signaling of:
– starting the procedure of arming (there is exit delay in the partition) or arming (there is
no exit delay in the partition),
– disarming and/or alarm clearing.
4 short and 1 long beeps – confirmation of function execution.
3 pairs of short beeps – the user should change his/her code.
1 long beep – refusal to arm (there are violated zones in the partition or there is a trouble).
2 long beeps – unknown code.
3 long beeps – unavailable function.
4.2.2 Signaling events
You can define which events will be audibly signaled (see section "Configuration").
5 short beeps – zone violation (CHIME).
Long beep every 3 seconds, followed by a series of short beeps for 10 seconds
and 1 long beep – countdown of exit delay (if the time is shorter than 10 seconds, only
the final sequence of short beeps will be generated).
A sequence of 7 beeps of diminishing duration, repeated every few seconds –
countdown of auto-arming delay.
2 short beeps every second – countdown of entry delay.
Continuous beep – alarm.
Long beep every 2 seconds – alarm memory.
Long beep every second – fire alarm.
Short beep every 2 seconds – fire alarm memory.
Very short beeps – door open too long .
4.3 Available functions
4.3.1 User authorization
Most functions are only available after authorization of the user. The authorization is based
on the user code. The code should be entered using the number keys. By factory default, the
following codes are programmed in the control panel:
service code: 12345
object 1 master user (administrator) code: 1111
When acting under duress, use the D URESS type code instead of the regular user
code.