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PRODUCT

SANDOR

SANDOR PLUS SMA

Product code SANDOR PLUS SMA

DOUBLE OPTIC PERIMETER BARRIER

INSTALLATION AND MOUNTING MANUAL VERSION 2.6

Summary of Contents for Sandor Dual

Page 1: ...PRODUCT SANDOR SANDOR PLUS SMA Product code SANDOR PLUS SMA DOUBLE OPTIC PERIMETER BARRIER INSTALLATION AND MOUNTING MANUAL VERSION 2 6...

Page 2: ...ions to the terminal board 14 11 1 Wire synchronism 11 2 Connection for synchronism 12 Barrier alignment 17 12 1 Calibration using SMA system 12 2 Alignment 12 3 Parallel beam calibration 12 4 Calibra...

Page 3: ...on the AND logical operations in other words the alarm is activated only in the event of simultaneous interruption of two superimposed beams This barrier is ideal for perimeter protection of internal...

Page 4: ...c there is no warranty for the end user who in the event of breakdowns or faults must contact the installer or dealer The warranty excludes aesthetic parts as well as parts subject to normal wear and...

Page 5: ...2 6 The package contains the following components and accessories When opening the package check that everything has been included No COMPONENT 1 Aluminium profile 2 Polycarbonate black cover 3 Caps...

Page 6: ...ersal electronic board housing insert and connect the radio transmitter and connect it to the barrier receiver board c Power up the barriers and program them d Test barrier operation e Place without f...

Page 7: ...its range of action trees plants or objects that can swing or move with the wind or rain Position the barrier so that the sunlight does not hit it directly near the RX sensors However it is necessary...

Page 8: ...s allow wall mounting and are invisible as seen in the figure These brackets are recommended when the columns are placed in front of each other or the internal optics are rotated to less than 90 horiz...

Page 9: ...cular climatic conditions Signal interruption ALARM A barrier can be composed of several TX transmitters and RX receivers mounted inside specific different columns The infrared barriers have multiple...

Page 10: ...ng surfaces away from walls or anything that can attenuate the signal DO NOT place the barriers if there are plants bushes or fixed objects in the range that obstruct the signal and create grey areas...

Page 11: ...ays and work in parallel or crossing The barriers can have both TX and RX inside or they can be terminal barriers that have only TX or RX inside them It is possible to create perimeter protection of a...

Page 12: ...mum performance using the LAR22 power supply 12Vdc 2 5A 24Vac 300W and a SANDOR PLUS SMA barrier 4TX 4RX The LAR22 can supply up to 4 columns at the maximum extension 4TX 4RX The LAR22 container is me...

Page 13: ...VER 2 6 It is recommended to make a star shaped connection to avoid excessive voltage drops on the power cables TX RX TX RX TX TX RX RX Power supply RX TX Power supply RX TX TX RX Power supply 10 2 Co...

Page 14: ...al conditions high impedance with fog negative voltage Alarm output Common ALARM RELAY COM 7 18 ANTIMASKING OUTPUT A MASK Normal conditions high impedance in case of masking negative voltage Input pos...

Page 15: ...lumns and to use shielded cables 2x0 22mm for the synchronisms preferably separated from the power supply with the braid connected to the negative 8 9 15 SANDOR PLUS SMA POLITEC INSTALLATION MANUAL VE...

Page 16: ...can be made directly in the control unit or in a junction box Using a cable with a shielded 2X0 22mm cross section connections up to 500 m can be made In the event of joints the braid and shield conne...

Page 17: ...e left of the lens Vertical orientation Horizontal adjustment JOINT LOCKING SCREW N B Tighten the joint locking screw after the adjustment 12 1 Calibration using SMA system It is possible to improve t...

Page 18: ...rmittent flashing is determined by the quality quantity of signal received Press the TEST button on the TX optic of the corresponding column for 5 seconds in this case only the orange TEST led will li...

Page 19: ...quent flashing of the LEDs and by the non continuous whistle of the buzzer After calibration tighten the horizontal adjustment screw and exit the test function by pressing the TEST button on the TX an...

Page 20: ...it of the MES9012 ON RX 1 TX 1 RX 2 TX 2 RX 3 TX 3 RX 4 TX 4 1 2 3 4 5 6 7 8 9 10 11 12 Test the TX1 and RX1 optics and proceed with the calibration as explained above but having found the maximum ali...

Page 21: ...l must be the same both on the TX and on the RX board 13 Optical synchronism 1 2 3 4 RX channel ON 1 2 3 4 TX channel ON Set DIP 4 to ON 1 2 3 4 5 6 7 8 9 10 11 12 ON N B Optical synchronism requires...

Page 22: ...H 4 DIPS OF TRANSMISSION AND RECEPTION RX 1 by default normal operation all ON forced closed alarm relay TX 1 by default normal operation all OFF all TXs turn off 12 DIP UNIT FOR CONFIGURATION INTERVE...

Page 23: ...arms By adjusting the potentiometer anticlockwise the intervention time is increased up to 500ms In this condition the alarm of a person crossing the barrier while walking is guaranteed with the advan...

Page 24: ...ICATION LED S LOW Green 5 HEATERS LED HTR Yellow 6 SYNCHRONISM SYNC Yellow 7 TRIMMER Intervention time adjustment 8 J7 DISQ1 9 12 DIP SWITCH UNIT Function selector 10 4 DIP SWITCH UNIT TX Function sel...

Page 25: ...rminal board in the presence of an attempt at masking N B In normal operating conditions the LED must remain off If it remains on or flashing check the correct setting of the beam selection jumpers on...

Page 26: ...nt to activate this function remotely DIP6 must remain OFF 7 BEAM OFF 1 In the ON position the first beam at the bottom is excluded while the rest continue to work The function can also be programmed...

Page 27: ...ism operation with transmission frequency 4 only 2 transmitters are active 4 DIP SWITCH UNIT TX TERMINAL and TX ONLY All DIP switches are ON the alarm relay is deactivated This setting is used when th...

Page 28: ...fault and with the power supply LED on the TX optic functioning is verified The power supply of the heaters is set by default to 24V 12V can be used by changing the jumper configuration SW4 on all opt...

Page 29: ...ower supply of the heaters is set by default to 24V 12V can be used by changing the jumper configuration SW4 on all optics and on the MES 9 C board The voltage can be both AC and DC Jumper J4 reads th...

Page 30: ...the column is set as follows ON RX3 ON RX2 ON TX2 ON TX3 ON RX4 ON TX4 1 2 3 4 5 6 7 1 2 3 4 5 6 1 2 3 4 5 6 7 1 2 3 4 5 6 18 2 Setting of models with 2 Beams The DIP SWITCH setting on the optics in...

Page 31: ...to the Adebus AdebusExplorer installation manual N B To use the ADEBUS system it is MANDATORY to use wired synchronism N B It is possible to use the two additional wires of the bus cable for synchroni...

Page 32: ...y if the barrier consists of 6 or 8 beams as shown below With a maximum number of 4 beams only set DIP 1 to ON on all 4 DIP units RX channel 1 2 3 4 ON 1 2 3 4 TX channel ON Column 1 Column 2 RX chann...

Page 33: ...ND random BEAM EXCLUSION 1st 1st and 2nd REMOTE CONTROL AND Random AND 1st and 2nd beam exclusion 1st or 1st and 2nd Barrier deactivation for 60s EXTERNAL SCREEN Infrared with UV filter OUTPUTS Alarm...

Page 34: ...with the correct reading of the signal gate photocells other barriers infrared etc For barriers with multiple devices positioned on the same line it is necessary to switch off the TXs on which the ali...

Page 35: ...ocells other barriers infrared etc to do this it is possible to verify masking by activating DIP 10 antimasking see chapters 10 and 12 Use the shielded cable for separate power supply and synchronism...

Page 36: ...l part of the equipment and must be disposed of together with it Just as with installation operations also at the end of life of these products the dismantling operations must be carried out by qualif...

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