www.amcelettronica.com BDE v2.0 BDE LONG RANGE OUTDOOR ACTIVE INFRARED RAYS BARRIERS TECHNICAL HANDBOOK v2.0 ENGLISH DESCRIPTION - Real outdoor coverage over then 150m. - Horizontal ray’s tuning +/- 90°. - Vertical ray’s tuning +/-15°. - Singolar optic alignment via buzzer and visual signalling or via tester. Adjustable detection’s system: - Completely crossed rays that means non existent false alarm; - Double ray that means high security grade; - Very high security single ray. - Adjustable transmission power for energy consumption opti- mization in case of short distance. - Adjustable detection’s delay, it’s possible to tune the reac- tion’s time of housebreaking from 50ms to 1sec. - Adjustable sensibility, it’s possible to define the infrared signal percentage that have to lack to the receiver to be considered alarm from 10% to 100% (completely interrupted ray). NOTE: This tuning, in addition of the transmission’s power tu- ning, permits to achieve the complete system tuning to reach the optimal security margin in case of atmospherical events, that generally reduces the sensibility, like fog, direct light to the receiver, dirty cover, etc. - Antimasking protection system. - Open-collector output for disqualify signalling, meant as pro- gressive infrared signal reduction due to atmospherical event like fog, dirty, etc. - Signalling output for infrared signal inhibition. - Thermal regulating distributed to the whole barrier. Each optic and base are thermal regulated autonomously to avoid atmo- spherical moisture amass on the surface. The heater supply can be indifferently in AC or DC Voltage. EN50131-1 Grade 4 Environmental Class 4 BDE is a long range outdoor active infrared rays barrier . It’s been designed to protect big areas, gardens, parking lots, etc. The principal characteristics are: - Automatic ray’s synchronization without additional wires between the barriers. - Wall fixing possibility or ground positioning by groundposts (optionals). It’s possible to use also stirrup to separate the barriers from walls in case of obstacles along the rays paths. - Tamper protection for opening, pluck out and groundpost or stirrup removal. - Antiscanning protection, the system as a random alarm delay that goes from 0 to 8sec. In this way results harder to determine the right position of infrared rays protecting a certain area.
Transcript
www.amcelettronica.com BDE v2.0
bdeLONG RANGe OUTdOOR ACTIVe INFRARed RAYS
bARRIeRS
TeCHNICALHANdbOOK
v2.0
eNGLISHdeSCRIPTION
- Real outdoor coverage over then 150m.- Horizontal ray’s tuning +/- 90°.- Vertical ray’s tuning +/-15°.- Singolar optic alignment via buzzer and visual signalling or via tester.Adjustable detection’s system:- Completely crossed rays that means non existent false alarm;
- Double ray that means high security grade;- Very high security single ray.- Adjustable transmission power for energy consumption opti-mization in case of short distance.
- Adjustable detection’s delay, it’s possible to tune the reac-tion’s time of housebreaking from 50ms to 1sec.
- Adjustable sensibility, it’s possible to define the infrared signal percentage that have to lack to the receiver to be consideredalarm from 10% to 100% (completely interrupted ray).
NOTE: This tuning, in addition of the transmission’s power tu-ning, permits to achieve the complete system tuning to reachthe optimal security margin in case of atmospherical events,that generally reduces the sensibility, like fog, direct light to the receiver, dirty cover, etc.
- Antimasking protection system.- Open-collector output for disqualify signalling, meant as pro-gressive infrared signal reduction due to atmospherical eventlike fog, dirty, etc.
- Signalling output for infrared signal inhibition.- Thermal regulating distributed to the whole barrier. Each optic and base are thermal regulated autonomously to avoid atmo-spherical moisture amass on the surface. The heater supplycan be indifferently in AC or DC Voltage.
eN50131-1 Grade 4environmental Class 4
BDE is a long range outdoor active infrared rays barrier . It’s been designed to protect big areas, gardens,parking lots, etc. The principal characteristics are:
- Automatic ray’s synchronization without additional wires between the barriers.- Wall fixing possibility or ground positioning by groundposts (optionals). It’s possible to use also stirrup toseparate the barriers from walls in case of obstacles along the rays paths.
- Tamper protection for opening, pluck out and groundpost or stirrup removal.- Antiscanning protection, the system as a random alarm delay that goes from 0 to 8sec. In this way resultsharder to determine the right position of infrared rays protecting a certain area.
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bOARd LAYOUTRICEIVER
1- TeRMINAL STRIPALARM Alarm contact (Free exchange)TAMPeR Antiopening or Wall Tamper out 24h (N.C.)OUT 1 O.C. Output for masking signalling (24h)OUT 2 O.C. Output for disqualify signalling (ex. fog, dirty, ecc.)SUPPLY 13.8Vdc SupplyHeATeR 13.8 Vdc or Vac Internal heater supply
2 - dIP-SWITCHeSOFF ON
1 Big Objects (At least 2 beams interruption) Small Objects1 (1 beam interruption)
2 Normal Sensibility High Sensibility1 (SENS trimmer enabling)3 Creep Zone OFF Creep Zone ON2 (Lower ray improved)
Alignment via Voltmeter instrument3OC Outputs Normally ClosedAlignment via integrated Buzzer3: Dip8 must be enabled.
8 Buzzer general deactivation Buzzer general activation
TRIMMeRS ANd OTHeR COMPONeNTSTrimmer
SeNSControl the sensibility of the receiver independently from the number of optics and there settings. Higher is the sensibility and lower is the amount of infrared ray to break forcause alarm. Setting up the lower sensitivity the alarm will switch on only breakingthe whole infrared ray (Void false alarm probability).
TrimmerdeLAY
Control the activation delay, higher is the adjustment and higher will be the time that the infrared beams have to stay interrupted.
bUZZeR Signalling buzzer for the alignment period and alarm notification
TAMPER
~
OUTALARM+
SENS+
ADJUST
TAMPER
DELAY
+-
CO
M
NC
NO 1 2
SUPPLY
-HEATER
+- ~
ON
-
TESTER
1 2 3 4 5
10 9 8 7 611
1 2 3 4 5 6 7 8
1 - Enabling these functions will double the maximum interval of activation’s delay, adjustable by the DELAY trimmer, in order to optimally compensate the sensibility increasing that it causes. 2 - If DIP1 and DIP2 ON, the lower beam’s interruption must be more than 3 seconds.3 - Available only during alignment procedure, please refer to the dedicated paragraph.
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TAMPER ~SUPPLYHEATER
+ -+ -~
RANGE
+-
ADJUST
TAMPER
1 2 3 4
6 57
TRANSMITTER
1- TeRMINAL STRIPTAMPeR Antiopening and Wall Tamper out contact 24h (N.C.)SUPPLY 13.8Vdc supplyHeATeR Internal heater supply (13.8 Vdc or Vac)
TRIMMeR ANd OTHeR COMPONeNTSRANGeTrimmer
Adjust the infrared transmitting power level. It’s used to set up the distance between the two barriers and in the alignment period
FLAT CableConnector
Optics Connector
TAMPeRConnector
Board side Antiopening Tamper plug connector (see fig.)
AdJUSTbutton
Used for system reset and alignment period
Led Off: Barrier NOT Supplied2” Flashing: NORMAL operating mode1” Flashing: ALIGNMENT operating mode
ReSISTANCe Barrier’s heater system resistance
TRIMMeRS ANd OTHeR COMPONeNTSFLAT WireConnector
Is the connector where will be connected all the optics
TAMPeRConnector
For the connection of the antiopening tamper board side plug (see fig.)
AdJUSTbutton
It’s used for the reset and the alignment of the barriers
TeSTeRTerminals
Terminals for voltmeter connections (If this alignment metod is preferred)
Led Off: Not supplied2’’ Flashing: Normal operating mode1’’ Flashing: Alignment operating modeOn: Alarm status
ReSISTANCe Barrier’s heater system resistance
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MOUNTINGCOMPONENTS BARREL MOUNTINGComponents are fixed to the aluminium barrel by the central binary. All components, particularly the optics,could be moved vertically along the binary. The antiopening tamper protection it’s realized on the barrier’sclosing taps. (Fig. 3-4-5)
The antiopening tamper connector of the high side haveto be insert to the closer optic’s socket (Fig. 1) while theantiopening tamper connector of the bottom side have tobe insert to the board’s socket. (Fig. 7)
fig 9
fig 3
For the antiopening and wall tamper kit fixing it’s necessary to apply the microswitches on to the desiredoptics and perforate the wall and the barrel in corrispondence of the microswitch tab. Fix the plug to the wall to let the screw hold the switch pressed when the barrier is applied to the wall. In this way any removing attemp will be notified from the switch open.
fig 5
blocking Plug
microswitch
microswitchconnector
Antiopening Tamper Switch Connector
fig 4
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RECEIVING-TRANSMITTING OPTICOptic is located in a plastic housing, (fig.1 and 2) within it there’re:one signalling LED, tamper connector, board FLAT cable connector, heating resistance, and last the optic’s number.
ReCeIVING OPTIC Led FUNCTIONING dURING ALIGNMeNT PeRIOd ON Receiving Optic LED on means that the signal is perfectly aligned
bLINKING Optic doen’t receives signal, so it’s not aligned
ReCeIVING OPTIC Led FUNCTIONING OUT OF ALIGNMeNT PeRIOd
ALL ONQuitting the alignment procedure all barrier’s LEDs will remains turned on for 4 mins, indicating well working during receiving period. Crossing the barrier, the involvedLEDs will turn off. (Beam interruption)
TRANSMITTING OPTIC Led FUNCTIONING dURING ALIGNMeNT PeRIOd
ONDuring alignment procedure it’s possible to set wich transmitting optic will send thesignal to the receivers. The involved optic is identified by his LED’s activation.N.b.: Out of alignment procedure all Leds will be OFF.
BARRIER’S FLOOR MOUNTINGIt’s possible to fix the barriers to the floor using the optional support stirrup. Put and fix the stirrup on thefloor using curved groundposts (optionals), wedge the barrel into the stirrup and block by the supplied au-toperforating screws. (Fig. 6)
fig 6 fig 7
BARRIER’S WALL MOUNTINGFor wall mounting, perforate the barrel where desired avoiding to perforate the central binary where theoptics slides. (Fig. 7)
no!
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ALIGNMENT VIA SIGNALLING BUZZER (DIP 7 AND 8 ON)Deciding to align the barriers via the signalling buzzer, it’s necessary to keep attention to the type of toneemitted from the receiver to define the quality of the alignment of each beam: - NO SOUND: Unaligned beam - LED = Off - Low Tone Signalling: Beam Not Properly Aligned - LED = Slow Blink - High Tone Intermittent Signalling: Beam Close to Alignment - LED = Fast Blink - High Tone Signalling: Beam Aligned - LED = OnDuring this procedure, moving any single optic, the sound will change the modulation continually until beco-mes high to indicate the optic alignment.Note: Could happend, for distances over 80/100mt, that the sound will not be continue, this must be considered a normal situation.
ALIGNMeNT
ALIGNMENT PROCEDUREBarrier’s alignment consists in centering each receiving optic with the transmitters on the other side. Soany single optic will receive the signal from every transmitting optics. To access the alignment procedureit’s necessary to hold pressed for couple of seconds the button located in the barrier’s PCB, the systemwill activate the internal light of the first optic starting from the bottom, the PCB’s LED will blink fast. The receiver will start to emit the centering guide sound.
1- Move the receiver’s SENS trimmer to the minimum (-).2- Move the transmitter’s RANGE trimmer to the maximum (+).3- Center manually the RX first optic from the bottom, sound must be continue high tone.4- Press once the receiver’s PCB button to move to the next optic (2° from the bottom) and do the same.5- Continue centering procedure with steps 3 and 4 for all desired optics (Max 8).6- Finished the procedure on the RX, press the TX’s PCB button once to move to the 2nd TX optic.7- Pressing as necessary the RX’s PCB button move to the 1st RX optic from the bottom (LED On).8- Verify that the centering it’s still correct, continue high tone and LED on.9- If it’s not centered, allign RX’s optic and if it’s necessary also the TX’s optic.10- Once that the 1st optic is aligned, press the RX’s PCB button and move to the next optic repeating thesteps 8 and 9.11- Repeat all RX alignment procedure with the 2nd TX optic.12- Once all RX’s optics are aligned, move to the next TX’s optic and repeat centering operations.13- These operations have to be repeated for all TX and RX optics.14- Move back the buzzer signalling to the 1st RX’s optic and the 8th TX’s optic.15- Rotate RX’s SENS trimmer to the + (High Sensibility), adjust the RANGE trimmer to half level.16- Repeat centering procedure with these settings. In this case alignment will be harder, and the “beep”could be not continue. During this period try to achieve the maximum precision, this adjustment will ensure an higher protection against false alarms.
Once finished the centering operations, the buzzer have to give a continue high tone at any single RX/TXoptic, otherwise correct the optic’s centering of those that doesn’t give a continue high tone. At least fix theoptic’s screws to block the optic’s position. Verify again quickly that no optics has moved by pressing RX’sRESET button and moving from an optic to the other earing the continuos “beep”. Once finished quit from the alignment procedure by pressing for a while the RX and TX PCB’s button. Once quitted press once the RX’s PCB button to learn the number of receiving optics. This operation takes just few seconds and com-municates to the RX’s PCB the number ot connected optics. Alignment procedure is finished.
ALIGNMENT VIA TESTER (DIP 7 AND 8 OFF)Choosing to align the barriers by using a tester, it’s necessary to set it as Vdc (Continuous Current) witha maximum range of 2/5 Volts. Alignment consists in orienting optics to achieve the highest tension value(Maximum Reachable Value = 2Volts)
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TUNINGSTRANSMITTER’S TUNINGTransmitter’s tuning consists in the amount of signal transmitted. This adjustment can by made by usingthe RANGE trimmer. In case of close installations (from 10mt to 30mt) it’s possible to maintain the RANGE setting to a low level (RANGE trimmer to 1/4th position). In case of direct exposure of the RX to sunlight, it’s possible to increase the transmitter’s range (trimmer setted to the middle). For distances of more than 50mt is suggested to set the trimmer in the middle position. Otherwise for distan-ces between 100mt and 150mt is suggested to set the trimmer level between 3/4th and the maximum (+).
RECEIVER’S TUNINGReceiver’s tunings are many, depending on security and installation needs.It’s possible to set-up the barrier by using the dip-switches and the 2 available trimmers.
dIP-SWITCHeSOFF ON
1 big Objects: Barrier will trigger only if at least two beams will be interrupted.
Small Objects1: Barrier will trigger if only one beam is interrupted.
2 Normal Sensibility: It works calculating theentire beam’s interruption. Note: SENS trimmer is disabled.
High Sensibility1: It increases the detection’s sen-sibility calculating also the crossed beams. The tu-ning can be made by operating on SENS trimmer.
3 Creep Zone deactivated: The lowest beamworks like the others.
Creep Zone Activated2: The lowest beam sensibi-lity is higher than the others.
4 Antiscanning deactivated: Any barrier’s in-terruption is notified immediately.
Antiscanning Activated: The barrier’s interrup-tion notification delay will be ramdomized between 1” and 8’’ , in this way will be harder determine the barrier’s coverage threshold.
5 disqualify disabled: In case of long alarm period (more than 10 minutes) due to fog or obstacles presence OC2 will be activated and alarm relay will stay open untill the barrier will return in the rest state.
disqualify enabled: In case of long alarm period (more than 10 minutes) due to obstacles presen-ce or drastic received signal reduction caused for example by fog or snow, the OC2 output will be activated and the alarm relay will be automatically restored.
6 Anti-Masking disabled: If an unknow infrared signal is detected, will be activated the alarm’s relay and the OC1 output.
Anti-Masking enabled: In case of unknow infra-red signal detection will be activated only the OC1 output.
7 OC Outputs Normally Open
Voltmeter Alignment3
OC Outputs Normally Closed
buzzer Alignment3: Dip8 must be ON.8 buzzer General deactivation General buzzer Activation
TAMPER
~
OUTALARM+
SENS
+
ADJUST
TAMPER
DELAY
+-
CO
M
NC
NO 1 2
SUPPLY
-HEATER
+- ~
ON-
TESTER
1 2 3 4 5
10 9 8 7 611
The adjustment shown in figure is setted as 3/4th
Fig 8
TAMPER ~SUPPLYHEATER
+ -+ -~
RANGE
+-
ADJUST
TAM
PE
R
1 2 3 4
6 57
1 - Enabling these functions will double the maximum interval of activation’s delay, adjustable by the DELAY trimmer, in order to optimally compensate the sensibility increasing that it causes. 2 - If DIP1 and DIP2 ON, the lower beam’s interruption must be more than 3 seconds.3 - Available only during alignment procedure, please refer to the dedicated paragraph.
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TRIMMeRSeNS
TrimmerAdjusts receiver’s optics sensibility independentely from the number of optics con-nected. Greater is the sensibility (Clockwise) lower becomes the amount of infrared beam that needs to be interrupted to notify the alarm. With the lower level of sensibility the infrared beam have to be interrupted completely in order to notify the alarm (Null false alarm possibility).
deLAYTrimmer
Adjust the activation’s delay, greater is the setting (Clockwise) longer has to be thebeam’s interruption period to notify the alarm. Moreover with the lower level setting also a fast beam’s interruption will notify the alarm.
BDESupply 9 to 15 VdcMaximum Consumption - RX PCB 60 mA @ 13.8 VdcMaximum Consumption - TX PCB 30 mA @ 13.8 VdcMaximum Consumption - TX Optic 7.3 mA @ 13.8 VdcMaximum Consumption - RX Optic 6 mA @ 13.8 VdcMaximum Consumption - PCB and Optic Heater (each) 110 mA @ 13.8 Vdc (1.2W)Range 150 mAntiopening and Back Tamper Switches ✔Creep Zone ✔Alarm Contact 2A - 40 V Tamper Contact 2A - 40VWorking Temperature From -24 °C to + 60°C Stocking Temperature From -24°C to + 60 °C RFI Protection 30 V / m (20 /1000 MHz)Cover Aluminum and plexiglassAccessories Floor mounting base
Meets the requirements: eN50131-1 Grade 4environmental Class 4
Our products/systems comply with the essential requirements of EEC directives. Installation must be carried out following the local installation norms by qualified personnel.AMC Elettronica S.r.l. refuses any responsibility when changes or unauthorized repairs are made to the product/system. Itis recommended to test the operation of the alarm product/system at least once a month. Despite frequent testing and due to, but not limited to, any or all of the following: tampering, electrical or communication disruption or improper use, it ispossible for the product/system to fail to prevent burglary, robbery, fire or otherwise. A properly installed and maintainedalarm system can only reduce the risk that this happens.
