Satel SP-4004 User manual

®
SP-4004
OPTICAL-ACOUSTIC OUTDOOR SIREN
sp4004_en 03/13
The SP-4004 siren provides information about alarm situations by means of optical and
acoustic signaling. The device is designed for outdoor installation.
1. Features
Acoustic signaling by means of piezoelectric transducer.
Four selectable tones for acoustic signaling.
Selectable volume level of the acoustic signaling.
Capability of limiting the duration of acoustic signaling in accordance with local
regulations.
Optical signaling by means of LEDs.
Capability of using two LEDs as indicators and customize their functionality to the user's
needs.
Optional operation with a backup battery.
Weatherproofed electronic circuit.
Tamper protection in 2 ways – cover removal and tearing enclosure from the wall.
Inner cover of galvanized metal sheet.
High-impact polycarbonate enclosure, featuring a very high mechanical strength.
2. Specifications
Supply voltage ................................................................................................... 12 V DC ±15%
Standby current consumption ..........................................................................................40 mA
Maximum current consumption (signaling) ....................................................................260 mA
Maximum current consumption (signaling + battery charging).......................................600 mA
Sound pressure level (at 1 m distance) .................................................................up to 120 dB
Environmental class according to EN50130-5 ........................................................................IV
Operating temperature range............................................................................. -25C …+70C
Maximum humidity..........................................................................................................93±3%
Dimensions ..................................................................................................148 x 254 x 64 mm
Weight............................................................................................................................... 960 g
The declaration of conformity may be consulted at www.satel.eu/ce

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3. Description
Explanations for Fig. 1:
enclosure cover.
inner metal cover.
enclosure base.
piezoelectric transducer.
tamper switch.
battery connection leads (red +, black -).
electronics module.
cover locking screws.
Triggering the alarm signal
The signaling is triggered when +12 V DC or 0 V voltage is removed from the STA input
(acoustic signal) or the STO input (optical signal). The way of triggering the signal is set by
means of the POLARITY A pins (acoustic signal) and the POLARITY O pins (optical signal).
Duration of the acoustic signaling is limited (LIMIT SIGN. or TIME 0 and TIME 1 pins).
Note: For the SATEL alarm control panels, the OC type low current outputs can be used to
trigger the signaling (as well as to control the LED input). Reverse polarity must be
programmed for these outputs.

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Delay of the triggering the alarm signal
The signaling can be triggered, if +12 V DC or 0 V voltage has been applied to the STA input
for 30 seconds since powering up the siren. Such a delay will prevent the signaling from
being accidentally triggered during installation work. The siren indicates by rapid blinking of
the two LEDs (the first from the left and the first from the right) that the alarm signaling cannot
be triggered.
If the signaling must be triggered for test purposes immediately after start-up of the siren,
skipping the 30-second delay, do as follows:
1. Remove the jumper from INT/EXT LED pins before powering up the siren.
2. Power up the siren.
3. Place the jumper to the INT/EXT LED pins within 5 seconds.
Main power supply
The siren must be supplied with 12 V DC ±15% voltage.
Backup power supply
A 6 V / 1,2 Ah lead-acid battery can be used as a backup power supply.
Main power failure
If a battery is installed in the siren, the alarm signaling will be triggered in the event of main
power failure:
the optical signaling will continue until the 12 V DC power supply is restored;
duration of the acoustic signaling depends on how the siren is configured (LIMIT SIGN. or
TIME 0 and TIME 1 pins).
Terminals
STMP - tamper input – the siren tamper switch is connected to the terminals.
TMP - tamper output (NC). Connect one terminal to the control panel zone programmed
as tamper, and the other to the control panel common ground.
+12V - power input. Connect it to the control panel output serving as the +12 V DC power
output.
COM - common ground. Connect it to the control panel common ground.
STA - input to trigger the acoustic signal. Connect it to the suitably programmed output of
the control panel.
STO - input to trigger the optical signal. Connect it to the suitably programmed output of
the control panel.
LED - input to control the LEDs used as indicators / to reset the acoustic signaling
limiting function. Connect it to the suitably programmed output of the control panel
(e.g. armed status indicator).
SP - terminals to which the piezoelectric transducer is connected.

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Siren configuration pins
- jumper on; - jumper off
LED INT/EXT
Allow you to set how the LEDs used as indicators are to be controlled.
The LEDs used as indicators show that power supply is available (inner control).
The LEDs used as indicators are controlled by means of the LED input (outer
control). FLASH/LIGHT
Allow you to set how the LEDs used as indicators are to operate.
The LEDs used as indicators are blinking when active.
The LEDs used as indicators are lit when active.
2LED/1LED
Allow you to set the number of LEDs used as indicators.
The indicator function is performed by two LEDs.
The indicator function is performed by one LED.
LOUDNESS H/L
Allow you to set the acoustic signal volume.
Maximum loudness of the acoustic signal.
Normal loudness of the acoustic signal.
LIMIT SIGN.
Allow you to enable / disable the acoustic signal limiting function. When the function is
enabled, the status of TIME 0 and TIME 1 pins is ignored, the acoustic signaling lasts up to
60 seconds and can only be triggered 3 times (a time of at least 40 seconds must elapse
between the consecutive alarms). The alarm counter will be reset after the LED input status
is changed (the LED input polarity being irrelevant).
The acoustic signal limiting function is enabled.
The acoustic signal limiting function is disabled.
TIME 1 TIME 0
The two pairs of pins allow you to set the cut-off time of acoustic signaling.
1 minute.
5 minutes.
10 minutes.
15 minutes.
MELODY 1 MELODY 0
The two pairs of pins allow you to select the tone type.
Two sound frequencies (1450 Hz/2000 Hz) alternating within 1
second.
Sound with rising frequency (from 1450 Hz to 2000 Hz) within 1
second.

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Sound with smoothly rising and falling frequency (1450 Hz –
2000 Hz – 1450 Hz) within 1 second.
Sound with falling frequency (from 2000 Hz to 1450 Hz) within 1
second.
POLARITY A
Allow you to set polarity for the STA input.
Acoustic signaling is triggered when +12 V DC voltage is removed (inactive status:
+12 V DC voltage is applied to the input).
Acoustic signaling is triggered when 0 V voltage is removed (inactive status: 0 V
voltage is applied to the input). POLARITY O
Allow you to set polarity for the STO input.
Optical signaling is triggered when +12 V DC voltage is removed (inactive status:
+12 V DC voltage is applied to the input).
Optical signaling is triggered when 0 V voltage is removed (inactive status: 0 V
voltage is applied to the input).
POLARITY LED
Allow you to set polarity for the LED input.
The LEDs used as indicators are active when +12 V DC voltage is removed (inactive
status: +12 V DC voltage is applied to the input).
The LEDs used as indicators are active when 0 V voltage is removed (inactive
status: 0 V voltage is applied to the input).
Enclosure base
Explanations for Fig. 2:
mounting hole.
cable entry hole.
tamper mounting hole.

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4. Installation and start-up
Power down the control panel before connecting the siren to it.
The siren must be installed on the wall, high above the floor, at a hard to access location, so
as to minimize the risk of tampering. Maintain an adequate distance (minimum 2.5 cm)
between the top edge of the siren enclosure and the ceiling or another element situated
above the siren. Replacement of the cover may turn out to be impossible due to the lack of
space.
1. Remove the cover locking screws.
2. Lift up the enclosure cover by approx. 60º and remove it (see Fig. 3).
3. Move aside the catches holding the inner metal cover and remove it.
4. Move aside the catches holding the electronics module and remove it.
5. Place the enclosure base on the wall and mark the location of mounting holes (see
Fig. 2). Be sure to take into account the tamper mounting hole.
6. Drill the holes for wall plugs (screw anchors).
7. Run the wires through the hole in the enclosure base (see Fig. 2).
8. Using wall plugs (screw anchors) and screws, fasten the enclosure base to the wall (the
wall plugs and screws are included in the siren delivery set).
9. Secure the electronics module in the enclosure base.
10.Connect the siren terminals with wires to the control panel terminals.
11.Using jumpers, configure the siren.
12.If a battery is to be installed in the siren, secure the battery using cable ties (see Fig. 4),
and then connect leads to the battery (the red lead to the positive terminal, the black lead
to the negative terminal). After connecting the battery, two LEDs will start blinking rapidly.

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13.Install the inner metal cover.
14.Replace the siren cover, close the cover and then lock it with the screws.
15.Power on the control panel. When the two LEDs stop blinking rapidly, you can test the
siren for correct functioning. In order to test the siren you can use the output test function,
which is available in some control panels, or you can trigger an alarm for testing
purposes.

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