VENITEM B081K4CQNV Self Powered Siren For Home Alarm Installation Guide

INSTALLATION MANUAL
SOUNDER MODELS
RONDOL – RONDOLS

GENERAL DESCRIPTION

Sounder mod. RONDO L is a low-consumption sounder with high-brightness LED flashing unit – anti-opening and anti-removal tamper – sound and timing programming – alarm counting – microprocessor self-test of:
battery, speaker and drivers with dedicated anomaly negative output – programming of sounder trigger polarity – permanent or momentary optical indication of alarm system ON/FF (arming/disarming) – electronic board protected against polarity inversion and tropicalized through a special resin tropicalization process against bad weather conditions and moisture. External cover and sounder base are in ABS while the internal cover is made of zinc- plated steel.
The tamper devices detecting removal, sounder opening, foam and shock are to be connected in series. In case of tamper attempt, they open the contact between the two TAMPER terminals thus triggering off the alarm.
Sounder mod. RONDO LS: technical features as RONDO L with double micro switch anti-foam circuit provided of anti-shock technology against hard hits.

TECHNICAL FEATURES

MOUNTING:

1. Use the 6mm plugs to fix the siren on the wall; always check if the tamper works properly;
2. Insert the connection cables through the holes located on the lower part of the sounder base;
3. If necessary, modify the default settings by acting on the dipswitches as shown in the charts below;
4. Connect battery and power supplying to the alarm control panel;
5. Close both internal and external covers using the screws provided.

Battery must have UL94-HB flammability rate.
Power supplying must be of SELV type.

Attention: in order to avoid moisture formation inside the sounder, it is important to prevent air from flowing in the cable tray. To obtain such a result, once the sounder is connected, seal the hole using some silicon or any other filler type. This operation avoids the formation of moisture inside the sounder; condensation mostly appears in winter and it is usually caused by warm and humid air coming out of the wall where the sounder is installed and passing through the holes located on the sounder base.
Condensation and moisture can affect the sounder which might not work properly.

CONNECTION SCHEMES

1. THREE-WIRE CONNECTION
   Connect 13.8 Volt supplying coming from control panel to the dedicated terminals:
   -RIC negative; +RIC positive; +C positive-missing trigger.
   Note: by default, DIPSWITCH N°2 is set in OFF position, POSITIVE-MISSING TRIGGER

2. TWO-WIRE CONNECTION
   Connect 13.8 Volt supplying coming from control panel to the dedicated terminals: -RIC negative; +RIC positive. (+C trigger must be jumped to +RIC )
   Note: by default, DIPSWITCH N°2 is set in OFF position, POSITIVE-MISSING TRIGGER

3. OPTICAL INDICATION OF SYSTEM STATUS (MOMENTARY OR PERMANENT ON-OFF)
   ● If a positive is given to terminal STI (System status) all LEDs of the flashing light make 3 flashes (ON);
   ● If the positive is removed, all LEDs light on steady for 5 seconds (OFF) and the complete sounder test is launched (remote test).
   By default, DIPSWITCH N°4 is set in OFF position (MOMENTARY ON-OFF)
   DIPSWITCH N°4 in ON position (MOMENTARY ON-OFF) and 1 LED keeping on flashing as long as positive tension = 12V is given to terminal STI.
   ATTENTION: BY BRINGING DIP 5 IN ON POSITION, THE ALARM SYSTEM INDICATION COMMAND TURNS NEGATIVE

4. SOUNDER TIMING
   By default, timing is 3 minutes (DIPSWITCH N°1 in OFF position) and it can be modified into 8 minutes.

5. TERMINAL OUT ANM AND FAULTS LED
   The microcontroller managing the sounder is able to check if recharge, battery, loudspeaker and drivers are working properly. In case of faults, the open collector output OUT ANM opens while the LED located on the sounder board shows the type of fault by making a certain number of flashes followed by a short pause (please see chart here below for FAULTS LED signalisation).
   The microcontroller automatically performs every 4 hours the battery current test. Moreover, other tests are performed on regular basis. Usually, if the sounder is properly supplied, the faults output (terminal 6) remains at 0V (max consumption 50mA). In case any of the tests performed fails, the faults output disconnects from the ground and becomes free. Moreover, the microprocessor is always under self-test and in case of failure or malfunctioning, it gives a free output with sound interruption.
   At the first sounder supplying (13.8V or battery), anomalies automatically reset once the cause disappears; this makes the installation easier. After the first activation of the sounder, anomalies reset only through a command to STI or +C terminal.
   To launch the remote test, take terminal n°4 (STI) to 12V for 10 seconds and then let it free. This action launches the test that lasts 60 seconds. During the test, the sounder verifies if it is working properly and provides signalization of any faults through the faults output (OUT ANM) and the faults LED as shown in CHART 1: FAULTS below. To reset the fault, first eliminate the fault cause, then wait 10 seconds and take terminal n°4 (STI) to 12V for at least 10 seconds. By setting terminal +C free for a short time, all faults are reset, with the exception of those concerning the battery that are reset after 4 hours from battery restore (replacement). The sounder performs all tests again and therefore updates battery faults too.
   In case a fault occurs, the LEDs of the flashing light flash faster.

OPEN
Battery not connected (test performed every 12 hours)| 3 FLASHES| OPEN
Low battery (battery V < 10.5V) (test performed every 10s)| 4 FLASHES| OPEN
Damaged battery – internal resistor over 3.5 Ohm (test performed every 12 hours)| 5 FLASHES| OPEN
Speaker drivers failure| 6 FLASHES| OPEN
No anomaly| OFF| 0V
6. CONNECTION OF MICRO SWITCH ANTI-OPENING AND ANTI-REMOVAL TAMPER
Connect the tamper line coming from control panel in series to the two wires of micro switch located on the sounder using the dedicated terminals TAMPER 8 and 9.

7. CONNECTION OF ANTI-FOAM (LS model)
   Connect the two wires of the antifoam device in series to the micro switch and the tamper line coming from control panel.

Diagram 1

RONDO’ LS
DIP3 in ON position

Angle| dB (A) @1m
15°| 102.8
45°| 102.0
75°| 109.2
105°| 108.6
135°| 103.2
165°| 101.4
RONDO’ L
DIP3 in ON position

Angle| dB (A) @1m
15°| 103.8
45°| 100.7
75°| 107.7
105°| 108.4
135°| 103.2
165°| 103.0

CONNECTION and SETTINGS

Chart 2: dipswitches and jumpers

DIP 1| Alarm timing
DIP 2| Polarity of alarm input +C
DIP 3| Tone selection
DIP 4| Alarm system STI (ON/OFF) notice setting
DIP 5| STI polarity (alarm system ON/OFF)
DIP 6| Alarm trigger mode +C
JUMPER 5| Max daily alarms
Chart 2: alarm timing

DIP| Alarm duration
OFF| 3 minutes
ON| 8 minutes
Chart 3: wiring

Terminals| Connections
-RIC (1)| Negative supplying 0V GND
+RIC (2)| Positive supplying +13.8V
+C (3)| Sounder control chart 5
STI (4)| ON/OFF indication of alarm system status
5| Do not connect
OUT ANM (6)| Fault output. Open collector, 0V = no anomaly
RES (7)| Do not connect
TAMPER (8)| Self-protection N.C.
TAMPER (9)| Self-protection N.C.
Chart 4: polarity of alarm input +C

DIP 2| Terminal +C
OFF (default)| Positive-missing trigger
ON| Negative-missing trigger
Chart 5: tone selection

DIP 3| Tone| Frequency limits (Hz)
OFF| Increasing-continuous-decreasing| 1,200 ÷ 1,750
ON (default)| Increasing-decreasing (NFC 48-265) – CERTIFIED| 1,400 ÷ 1,600
Chart 6: Alarm system STI (ON/OFF) signalization setting

DIP 4| Terminal 4| Flash status (ON/OFF)
OFF (default)| +12V| All LEDs flash 3 times
Not connected or 0V| All LEDs remain steady on for 5 seconds then switch off
ON| +12V| All LEDs flash 3 times and one LED keep on flashing
Not connected or 0V| All LEDs remain steady on for 5 seconds then switch off
Chart 7: Alarm system mode

DIP 5| Terminal STI
OFF (default)| Positive giving trigger
ON| Negative giving trigger
Chart 8: Alarm trigger mode +C|
---|---
DIP 6| Terminal +C| Note
OFF (default)| Missing trigger| Alarm occurs by disconnecting the 12V or 0 V (see DIP 2)
ON| Giving trigger| Alarm occurs by connecting the 12V or 0 V (see DIP 2)
Chart 9: Max daily alarms

JUMPER 5| Number of alarms during 24 hrs after the first alarm
CONNECTED (default)| Infinite alarms
CUT| Restriction to 4 daily alarms (24 hours) of sound activation (STI resets the counter to zero)

INSTALLATION SUGGESTIONS

In case the sounder does not work properly, check if the on-board LED flashes. If it flashes, check FAULTS CHART here above.

WARRANTY
All Venitem products are granted against factory or material defects. In order to improve design and quality of the products, Venitem reserves the right to modify the products without prior notice. All faulty or defective products must be returned to the supplier

DISPOSAL:
This product must be disposed of using the appropriate bins for electrical and electronic products. This product must not be placed in bins for collection of other waste types.

NOTE ——–

Venitem srl
via del lavoro, 10 – 30030 Salzano (VE)
Tel.: +39 041 5740374
Fax: +39 041 5740388
Website: www.venitem.com
E-mail: info@venitem.com

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