EDS RK100B User manual

EDS - RK90R - OPTICALBEAM SMOKE DETECTOR - USER GUIDE
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END TO END (BARRIER)
OPTICAL BEAM LINEAR
SMOKE DETECTOR
RK100B - RK200B
USER GUIDE
TECHNICAL INSTRUCTIONS FOR
INSTALLATION, SETUPAND
MAINTENANCE

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CHAPTER INDEX
1 - Qualified Personell
2 -Normative references
3 - Installation
4 - Cable Connections
5 - Electrical Connections and Initial Setup
6 - Operation
7 - Optical Allignment
8 - Set up of the Obscuration circuit
9 - Set up of Turbulence circuit
10 - Detector’s activation
11 - Autocompensation
12 - Operational Test
13 - Fault Output
14 - Alarm Memory and Configuration Data
15 - Frintal Led Indication
16 - Maintenance
17 - Technical Data

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STANDARD STARTING CONDITION
(Read ahead)
• SW1 - position 1 (minimum threshold level)
• SW2 - position 1 (minimum threshold level )
• SW3 - position 4 (maximum Trasmitter power )
• JP1 - position 2-3 (optical allignment ON)
• JP2-JP3 - position 2-3 (alarm and turbulence relays NC)
• JP4 - position 1-2 (Fault relay NC)
• JP5 - position 1-2 (memory OFF)
• JP7 - not insert (alarm relay deactivated)
• P1 - adjustment trimmer at half scale

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QUICK INSTALLATION
The procedure below is intended for trained personell with previous experience in installing EDS
Beam Smoke Detectors RK100B and RK200B.
If you don’t have the needed experience please refer to the standard installation procedure of this
manual.
1 - Fix the RK100B detector (TX + RX)
2 - Connect the cables
3 - Make the optical allignment with the lamp
4 - Set SW3 switch on the TX according to the distance TX/RX (see table in fig.7) and power up
the TX
5 - Set the JP2-JP3-JP4-JP5-JP7 jumpers on the RX (see pag.10)
6 - place RX jumper JP1 in “ON” position (Alignment) power up the RX device.
7 - Optimize the device signal using:
• the adjustment screws V1-V2-V3 on the optical block on the TX
• the P1 trimmer on the RX
• a multimeter (or the STS01 instrument)
• Orange/Red Led signal level indication (fig.8 board)
8 - regulate the signal between 4,7V and 5V with the P1 trimmer
9 - select the desired sensitivity of the Obscuration circuit with the SW2 selector (40-50-60-70%)
10 - select the desired sensitivity of theTurbulence (Heat) circuit with the SW1 selector (if used)
11- Check the detector’s operation by obscuring the TX or the RX
12 - set JP1 in the OFF position to activate the device
13 - close the cover within 5 minutes
14 - wait at least 5 minutes for the device to become operational
15 - perform operational tests

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GENERAL
Note : the following instructions are suitable for the RK100B and RK200B models.
The RK100/200B is a new conception of optical beam smoke detector barrier. It’s composed by a
Transmiter and a Receiver, and bases its working concept on the interaction between the smoke
present in a room and an infrared beam emitted by the Transmitter and directed to the Receiver placed
on the opposite wall of the room to be protected.
For a correct installation, we recommend to read and follow our instructions carefully. The excellent
working results of the device will widely compensate the time spent reading these instructions.
1 - QUALIFIED PERSONNEL
1.1 -All the operations of installation, setup, startup, maintenance and verifications of operation of the
RK100/200B detector must only be performed by qualified personnell. These people are qualified for
their experience, specialization courses, knowledge of the current standards and of the technical
specifications, features and usage method of the product.. These people therefore are able to avoid
errors or damages and assure an optimal functioning of the product.
2 - NORMATIVE REFERENCES
2.1 - For the installation in European Community countries you must follow the EC standard EN54-
14 (Fire detection and fire alarm systems). In extraeuropean countries you must respect the relevant
internatiobnal and national standards.

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3 - INSTALLATION
3.1-FortheinstallationoftheRK100/200B we suggest to use, besides the normal tools (drill, expansion
plugs, etc), also the following elements:
• 1 - 7mm “C” key
• 1 - alignment lamp (we recommend to use our LAL02 lamp or an electric torch with a powerful and
contrated beam)
• 1 - tester (we recommend an analogic hand Tester or our analogical STS01 meter (optional) to be
plugged on the special connector positioned on detector’s circuit.
3.2 - Remove the TX and RX cover acting on the 4 fixing screws set on the 4 angles of the cover
(fig.2).
3.3 - Install the Transmitter at a distance from the ceiling within the 10% of the height of the room to
protect.
This distance can be varied by the system designer if particular environmental conditions exist. Wall
fixing must be done with care using the 4 holes provided inside the container.
If the wall is a solid masonry one, 4 expansion plugs are enough. It’s extremely important that the
fixing wall or surface is rigid and not subject to deformations.
3.4 - install the Receiver on the opposite wall and at the same height of the Transmitter. It is not
necessary that the device is perfectly in front of and perpendicular to the receiver (angle mistake up to
5 degrees is possible in all directions).
We recommends, for the cables economy, to install the Receiver in the nearest position to the alarm
control unit.
3.5 - get the cables inside through the holes obtained breaking the suitable zones marked on the sides
of the detector’s base..

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4 - CABLE CONNECTIONS
4.1- the low detector’s power consumption (20 mAwith normally open alarm relay contact (NO) and
30 mA with normally closed alarm relay contact (NC)) allows to use small size sections cables.
We suggest to use a shielded cable with 8 conductors + shield ( 2x0,75 mmq for power conductors +
6x0,22 mmq for the signal conductors) for a distance up to 1 Km.
In such way it is possible to get a remote connection of the following signals:
• alarm relay contact (terminals C1-N1)
• turbulence (heat) alarm relay contact (terminals C2-N2)
• fault relay contact (terminals C3-N3)
• analog signal output (terminal SIG - for level signal measurement from distance)
The shield of the cable must be connected as in fig.14.

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5 - ELECTRICAL CONNECTIONS AND INITIAL SETUP
5.1- Connect the device cables as shown on the labels facing the terminal board.The given symbols indicate what follows:
• (V+) - (V -) - supply’s terminals 11 - 30 Vdc
• (C1) - (N1) - normally closed alarm relay contact. The connection is valid when the detector is not in alarm state and JP2
jumper is in 2 - 3 position. If JP2 is positioned on 1-2 the contact results normally open. C1-N1 terminals are voltage free
•(C2) - (N2) - turbulence alarm normally closed contact relay. Connection is valid when the detector is not in an alarm state
and JP3 jumper is in 2 - 3 position.. If JP3 is positioned on 1-2 the contact results normally open. C2-N2 terminals are
voltage free
• (C3)-(N3) - normally closed fault relay contact.
Fault relay is normally powered (intrinsic safety).
Connection is valid when the detector is not in fault state and JP4 jumper is in 1 - 2 position.
If JP4 is in 2-3 position the contact is normally open.
C3-N3 terminals are voltage free.
• (SIG) - 0-5V analog output terminal.To use only during allignment.

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5.2 - Jumper Settings
JP1- to enter/exit the optical alignment procedure.
To activate the procedure of optical alignment JP1 must be in 2-3 (ON) position.
To deactivate the procedure of optical alignment JP1 must be in 1-2 (OFF) position.
• JP1 position 2-3 (ON).......alignment procedure on
• JP1 posizione1-2 (OFF)... alignment procedure off
JP2 - JP3 - JP4 to set the output contacts respectively of Alarm relay, Turbulence relay and Fault
relay to normally closed NC or normally open NO (cap. 5.1)
The RK100/200B detector is normally factory preset with normally closed NC contacts.
For the alarm relay the indication of JP2 is valid if JP7 is in OFF position.
JP5 - activate the alarm memory function or to deactivate that function (detector automatically resets
alarm output)
• position 1-2 alarm memory off. When the detector gets out of alarm condition it automatically resets
alarm output
• position 2-3 alarm memory on. In case of alarm the detector’s alarm output persists until power
supply is switched off for at least 5 seconds
JP6 - microprocessor reset (SW reset)
JP7 - selection of alarm relay operational mode : normally powered or not powered
• JP7 ON - relay of alarm normally powered (in case ofalarm the relay gets notpowered).In this case
the indication of the JP2 is inverted
• JP7 OFF - relay of alarm normally not powered (in case of alarm the relay gets powered).
In this case the indication of JP2 is according to figures 12-13-14 (diagrams of the terminal block and
the classical scheme of connection to a control system to terminated lines)

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6 - OPERATION
6.1 - the RK100/200B detector is equipped with 2 circuits of detection of the smoke produced
by a fire:
• Obscuration - circuit sensitive to obscuration.
This circuit bases its operation on the attenuation of the infrared beam intensity, along the optical path
between the transmitter and the receiver, caused by smoke presence.
• Turbulence - circuit sensitive to turbulence.
During the beginning phase of a fire, generally there are some clouds of smoke and warm air that rise
up to the ceiling.
When these clouds and warm air intercept the infrared beam produced by the detector, they cause a
perturbationof it, because they generate changes of optical and physicscharacteristicsinthetransmission
mean of the infrared beam.
This variations are obviously time related.
An suitable circuit has been designed to detect these variations and, when these reach the programmed
amplitude and the duration in time, an alarm signals generated.
The sensitivity of this circuit is independently adjustable to fully satisfy the specific application needs.
The advantage offered by this circuit is a great speed of fire detection, because it is detected in dynamic
way in its initial phase.

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7 - OPTICALALIGNMENT
7.1 - proceed with the optical alignment of Transmitter TX and Receiver RX.
To facilitate the operation we suggest to do it in low ambient light conditions and to proceed in the
following way:
• place in front of the Receiver (fig.3) an optical alignment lamp able to project a concentrated and
sufficiently intense light beam. (we recommend the EDS alignment lamp LAL02)
• direct the light beam of the lamp to the lenses of the Transmitter
• look at the screen that is behind the lens, inside the Transmitter. On it you will see a bright point that
represents the image of the lamp
• move the optical block using her special screws V1-V2-V3 with a key, so that the bright point falls in
the center where a small hole is present through which the photodiode is visible (fig.4).
It’s important that the bright point falls on the photoemitting zone of the photodiode.
This zone is represented by the small dark dot in the center of the photodiode. In such way the TX will
be alligned with the RX.
After doing the optical alignment of the Transmitter it is necessary to do the optical alignment of the
Receiver.
To do that you have to repeat the operations previously described in this paragraph.

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8 - SETUP OF THE OBSCURATION CIRCUIT
Electric signal setup must be performed according to the following sequence:
8.1 - do not power up the TX and the RX
8.2- on the Transmitter (TX) rotate the selector SW3 in one of the positions 1-2-3-4 (fig.10) according
to the distance between TX and RX with reference to fig.7
8.3 - power up the TX and don’t mount the cover. The red led of the TX will pulse every 10 seconds
8.4 - on the Receiver (RX) move the alignment jumper JP1 (fig.9) in the position ON (Alignment) to
activate the initial setup operation mode
8.5 - power up the Receiver
8.6 - the blue led and the red one will start working in the way described ahead in chap. 8.13. Before
going on to this chapter read what’s following
8.7 - the P1 trimmer (regulation of the signal level) is factory preset to the 50-60% and it corresponds
to a signal of 5V at the maximum distance
8.8 - to get the best results in the following operations, we recommend the use a measuring instrument
(Multimeter), preferably an analog hand type, for better control of the variations of the signal during
the setup.
Good results are also obtained using analogical STS01 (optional), designed for this application, that
must be inserted on the special connector CN4, set on the printed circuit of the detector (v. fig. 11).
If you don’t have a Multimeter or the STS01, you can perform the setup operations anyway evaluating
the signal level with the frontal Leds indications as described in chap.8.13
8.9 - if available, connect a 5V fullscale multimeter between the SIG terminal and the negative power
supply one and read the analog output signal. Instead of the multimeter it is possible to use the STS01
meter (optional - fig. 11).
If the output signal is very low it means that the operations of optical alignment described in chapter 5
have not been performed in the right way and therefore must be repeated
8.10 - the Transmitter emits a conic beam which form and dimension, in relation with the distance
between TX and RX, are explained in figures 5 -6.
It’s important that the Receiver is in the center of the Transmitter conic beam because, under these
conditions, even if some small movements of the wall on which the transmmietter is mounted on
happen (caused by deformations), the reflector remains always within the beam and therefore active.
To obtain this, the operations of fine centering with output signal measuring, explained below,
must be performed with care.
8.11 - adjust the signal around 3V acting on the trimmer P1 (fig.9)

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8.12 - search for the maximum output signal optimizing the optical alignment of the Transmitter
acting slowly and in sequence on the 3 screws of regulation V1-V2-V3 present on the optical block.
This procedure takes some time but, if performed well, it assures a perfect operation of the detector for
many years. We suggest to use the following procedure:
• on the TX slowly turn the screw V1 clockwise and then look at the value of the signal visualized on
the multimeter on RX. If the signal increased (for example from 3V it rised to 3,5V) then again turn the
screw V1 of the TX clockwise and then look at the value of the signal on the RX
• continue with this procedure as long as the signal on the RX increases.
When it has the tendency to decrease instead, stop the operation on the screws V1 of the TX returning
to the previous position
• if during the operation the signal overcomes 4,5V, to avoid the saturation, act on the trimmer P1 of
the RX to bring the signal back to 3 V, allowing the best evaluation of the variations of the signal
• after finding out the maximum og the signal acting on the screwV1, perform the same operations on
the screws V2 and V3 of the TX. In such way the best possible position of optical allignment is
reached.
This procedure is important because it will assure a perfect operation of the detector for long time
8.13 - if you don't have a multimeter it is possible to get good results in the optical alignment of the
detector as well, looking at the RX blue and red leds indications. Operation is the following:
• 1 flash of the blue Led: 1 Volt
• 1 flash of the red Led: 0,5 Volts
• if the signal is smaller of 0,5V the blue led and red one are off
• if the signal in the range 0,5-1 V the red led performs 1 flash, remains off for 2 seconds and then it
repeats the sequence
• if signal is among 1-1,5 V the blue led flashes once, remains off for 2 seconds and then it repeats the
sequence
• if signal is among 1,5-2V the blue led flashes once and the red led flashes once. They remain off for
2 seconds and then the sequence is repeated
• if signal is among 2-2,5 V the blue led flashes 2 times, remains off for 2 seconds and then it repeats
the sequence
• if signal is among 2,5-3V the blue led flashes 2 times and the red led flashes once. They remain off
for 2 seconds and then the sequence is repeated
• same type of indication up to 4 V

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• if the signal overcomes 4 V, the blue Led flashes faster and faster as the frequency signal increases up
to 4,7V
• when the signal overcomes the 4,7V and in the range 4,7V - 4,9V, theblue led is continously ON.
This is the position of optimal setup
• if the signal gets over 4,9V the two blue and red leds are permanently on. This is the saturation
indication.
The table of fig.8 recaps the leds operation.
8.14 - install the cover of the TX
8.15 - after closing the cover of the TX and performing the operations of fine optical alignment using
the multimeter, the STS01 meter or the indications of the leds, adjust the output signal on the RX to a
level between 4,7-4,9V, slowly turning the trimmer P1.
When the signal is in this range, the blue led is continously on.
This is the signal level of optimal setup. If the signal rises to 5V the detector gets in saturation and the
blue and red leds are both on.
It is necessary to decrease the signal to 4,7-4,9V acting on P1so that the red led turns off and only the
blue one remains on (to avoid saturation).
Attention!- this regulationis not critical.The procedureabove indicated it is thatoptimal,however
it is enough that the blue Led is flashing or stably ON to have one good setting. It is necessary yet
to avoid the saturation (red Led ON). The microprocessor automatically compensates the
inaccuracies
of the setting.
8.16 - select the alarm threshold level of the circuit sensible to obscuration acting on the selector SW2
with the following possible choiches :
• position 1 - low sensitivity - obscuration alarm threshold set to 70%
• position 2 - low to medium sensitivity - obscuration alarm threshold set to 60%
• position 3 - medium to high sensitivity - obscuration alarm threshold set to 50%
• position 4 - high sensitivity - obscuration alarm threshold set to 40%
8.17- sensitivity must be regulatedaccording tothe environmental situation.Thesetting must normally
be a medium sensitivity level, but in case of dusty and perturbed environments it will be useful to set
a lower sensitivity level.

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9 - SETUP OF THE TURBULENCE CIRCUIT
9.1 - The RK100/200B detector is equipped with a special additional circuit for the detection of air
Turbulence (heat).
This circuit is independent from the classic obscuration one and in particular situations it can be used
to increase the performance of the detector.
If these particular situations are not present the Turbulence circuit can be left unused.
9.2- This circuit is particularly useful when, for environmental reasons, the linear optical beam smoke
detectors must be installed at distances from the ceiling higher than the nominal.
When the fire begins, it produces smoke clouds and hot air bubbles that go up.
When these bubbles intercept the infrared beam they perturbate it because they produce a change of
the optical-physical characteristics of infrared beam.
These changes are obviusly correlated in time.
This circuit is been projected to detect these
changes and, when these changes reach the programmed width and time lenght, an alarm signal is
generated.
The advantage of this circuit is the quicker fire detection, because the fire is detected in its beginning
phase.
A typical example is the complete protection of the dome of a church with important pictures on its
surface.
The linear optical beam smoke detectors must be installed at the baseline of the dome and therefore
much lower than the ceiling. In this case using the turbulence (heat) detection circuit is very useful to
improve the detection.
9.3 - selection of the sensitivity level of the circuit sensitive to Turbulence(heat).
The operation is performed acting on selector SW1 of the RX that has 4 positions (fig.9).
• sensitivity increases from 1 to 4
• position 1 : minimum sensitivity
• position 4 : maximum sensitivity
Regulation must be performed with caution because with an higher sensitivity a quicker response
time is obtained, but also the probability of false alarm is increased.
So the sensitivity selection must be done according to the environmental conditions.
If these conditions are good an high sensitivity regulation is possible.
If in the environment, because of the normal working conditions, dust's clouds, vapor or smoke are
systematically produced, it will be necessary to adjust the sensitivity to a lower level, so that these
factors doesn't generate false alarms.

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10 - DETECTOR’S ACTIVATION
10.1- on the RX, put the jumper of Initial Setup, JP1, in OFFALI (mark on circuit) position (alignment
off)
10.2 - the blue alignment led flashes in a certain way (2 slow flashes - a delay - 2 fast flashes and then
this sequence is repeated)
10.3 - install the cover of the RX. This closing operation must be done within 5 minutes.
The level of the signal will be decreased because of the attenuation caused by the cover
10.4 - the inside electronics wait 5 minutes for the installation of the cover and then perform a quick
procedure (1-2 minutes) to get the RK100B output signal level back to 4,7-5V
10.5- after this activation procedure, the detector becomes operational. The blue alignment led switchs
off (detail chap.10.2) and it begins to flash as described in 10.6
10.6 - every 10 seconds the blue led will give out a short flash that indicates the normal operation of
the detector. In case of alarm the frontal red led will light up and remain switched on until the alarm
state is present or, if the memory function is activated, until the power supply is removed for at least
5 seconds (v. chap.14)
11 - AUTOCOMPENSATION
11.1 - the inside electronics of the detector is equipped with a special function of autocompensation of
the signal. If the detector is installed inside a particularly dusty place, the dust that is deposited on the
front of the TX and RX causes a drop of the output signal level.
This decrease is automatically eliminated by the autocompensation.

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12 - OPERATIONAL TEST
12.1 - verification of the circuit sensible to obscuration
The verification is done simply darkening the TX or the RX with an opaque screen.
After 10 seconds, the RX alarm relay must activate / deactivate (chap.5.2 - jumper JP7) and the frontal
alarm red led must be switched on.
After that, remove the screen and the alarm relay must be switched red led switchs off, and the blue led
returns to flash every 10 seconds.
If the function of memorization is activated (v. chap.14), it is necessary to remove the power supply
from the RX for at least 5 seconds to remove the persistence of the alarm indication.
12.2 - verification of the circuit sensible to turbulence.
Place and remove an opaque screen in front of the RX several times with the following sequence (dark
/ light) and selecting the corresponding sensitivity with SW1 selector:
• position 1........... 2 second dark - 2 second light for 10-12 times
• position 3.... .......2 second dark - 2 second light for 8-10 times
• position 2........... 2 second dark - 2 second light for 6-8 times
• position 4............2 second dark - 2 second light for 4-6 times
After the correct sequence the turbulence relay must be activated.

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13 -FAULT OUTPUT
13.1 - the fault relay contact is available on the terminal block of the RX.
This relay is normally activated and will be deactivated if at least one of the following conditions
are verified:
• the output signal falls below the 90% preset value (optical beam completely interrupted by an
obstacle)
• the circuit of autocompensation has reached its limit (when this happens it is necessary to do some
maintenance on the detector)
• operation fault (detectors’s circuit malfunction) Attention: the current standards indicate that the
fault output can be used for remote signaling, but must not be used for inhibiting the alarm signal
14 - ALARM MEMORYAND CONFIGURATION DATA
14.1 - the receiver of the RK100B is equipped with alarm memory that can be activated / deactivated
with the JP5 jumper (fig.9):
• jumper JP5 in position 1-2 - memory deactivated (OFF)
• jumper JP5 in position 2-3 - activated (ON)
When the alarm memory is activated, if the detector gets in alarm, the alarm output relay and the
frontal red led remain activated until the alarm condition gets off and power supply is removed for at
least 5 seconds.
When the memory is not activated, if the detector gets in alarm the alarm output relay and the red
frontal led are deactivated as soon as the alarm condition gets off.
14.2 - memory of configuration and settings data.
In case of lack of power supply the internal memory retains the data.
When the power supply is back the detector, after a setup time of 2 minutes, returns to normal operation
15 - FRONTAL LEDS OPERATION
15.1 - the frontal leds of the RX during the normal operation of the detector, give out the following
indications (see fig.9):
• normal operation: the blue led flashes every 10 seconds
alarm: the red Led lights up
• limit of compensation, interrupted beam, fault: the blue Led flashes every second

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16 - MAINTENANCE
16.1 - the instrument requires an easy and periodic maintenance. It can be programmed or made
automatic using remote signaling of the detector.
During the normal operation and after a certain time from installation, if maintenance is not performed,
the detector, because of the dirt and dust deposited on the front of the covers, gives out a fault output
signal, because of the decrease of the signal below the limit of compensation.
Then it will be time to proceed to cleaning in order to reestablish the initial optical conditions.
16.2 - The operations to be done are the following :
• remove power supply
• verify the terminal board tightening the terminals in acse they are loose
• verify the optical alignment in case some changes of the structure on which the instrument is mounted
or in the environment took place. In this case repeat the operations of chap.8
• perform the cleaning of the front covers of TX and RX
We suggest to use a wet cloth with water with some trace of soap. Chemical products like alcohol,
ammonia and similar must not be used. The cleaning of the frontcover is fundamental for the good
operation of the device
• restore power supply
17 - SENSITIVITY SELECTION
17.1- Afer the installation and after some working period, if you want to modify the sensitivity of
the detector, read what follow:
• remove the cover of the receiver (it is not necessary to power off the detector)
• modify the sensitivity acting on the SW2 selector
• close the cover

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TECHNICAL DATA
• Models: RK100B, RK200B
• Type: Barrier Optical Beam Smoke Detector
• Manufacturer: EDS srl - V. Cà Nova Zampieri 6 - 37057 S.G. Lupatoto - Verona - ITALY
• Power Supply: 12/24 Vdc
• Power Supply Range: 11- 30 Vdc
• Max Optical path:
120 m for RK100B
200 m for RK200B
• Max cover area.: 1.600 sm (EN54-14 standard)
• Protection against the inversion of polarity
• Digitally codified infrared beam
• Power Consumption of TX: 9,5 mA
• Power Consumption of RX:
18,6 mA in normal operation
34 mA with the alarm relay activated
34 mA with the turbulence relay activated
50 mA with both alarm and fault relay activated
• Maximum angular missallignment of the detector: +/- 0,5°
• Selection of the obscuration alarm threshold level with a 4 positions switch:
position 1 - 70%
position 2 - 60%
position 3 - 50%
position 4 - 40%
• Selection of the turbulence alarm threshold level with a 4 positions switch
• Alarm Relay activation delay: 10 s
• Fault Relay activation delay: 5 s
• Detector's recovery time with alarm memory dectivated: about 5 s
• Detector's recovery time with alarm memory activated: about 5 s (power supply off)
• Working temperature: -10 + 55°C
• Red LED indication: alarm status
• Blue LED indication: compensation limit, interrupted beam, fault
• Alarm Relay: 1A/24 V dc
• Turbulence Relay: 1A/24 V dc
• Fault/Maintenance Relay: 1A/24 V dc
• 0-5 VAnalog Output for signal level measuring/visualization
• Dimensions: 247 x 146 x 114 mm.
• Housing: autoextinguishing policarbonate box
• Relevant Standard: EN 54-12
• Certifications: EN54-12/CPD (0786-CPD-20803), VDS2504-VDS2344 (G209131)
• Protection Index: IP 65 (IEC 529-144)
• Weight: 900 gr.