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Table of contents

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SANDOR QUAD ESA SMA 

POLITEC | INSTALLATION MANUAL - VER.3.1

1.Introduction…………………………………………………………………………………………………………………………….……...3

2.Product description…………………………………………………………………………………………….……

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3.General warnings………………………………………………………………………………………………………………

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3.1 Additional warnings for devices powered by mains voltage
3.2 Installation warnings

4.List of main components ………………………………………………………………………………………………

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………..5

5.Preparation for installation ................................................................................................................. 6

5.1 Preparation of the barrier parts before installation
5.2 It is advisable to carry out

6.Examples of mounting/fixing 

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7

6.1 Placement and installation height
6.2 Placement and mounting

7.Evaluations before installation

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9

7.1 Introduction to barriers

8.Barrier positioning

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8.1 Precautions before installation

9.Installation examples 

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11

9.1 Barrier control

10.Wiring…………………………………..………………………………………………………………………………

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12

10.1 Type of cable
10.2 Connecting the cables from the power supply to the barrier

11.Connections to the terminal board……………………………………………………………………………………………….14

11.1 RX Section
11.2 TX Section

12.Barrier alignment……………………………………………………..…………………………

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………………………..16

12.1 Calibration using SMA system
12.2 Alignment
12.3 Parallel beam calibration
12.4 Calibration with active crossing function

13.Basic functions 

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13.1 Basic settings and programming - QUAD B RX board

14.Intervention time adjustment…………………………………………………………………….…………..…

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15.Appendix A: motherboard details QUAD B RX 

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15.1 Motherboard components
15.2 LED indicator operation
15.3 Characteristics and settings

16, Appendix B: motherboard details QUAD B TX ………………………………………………………

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……………….….25

16.1 Motherboard components
16.2 LED indicator operation
16.3 Characteristics and settings

17.Appendix C: configuration of optical boards 

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17.1 Transmitter optic
17.2 Receiver optic

18.Technical specifications 

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19.FAQ

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20.Product disposal 

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Summary of Contents for SANDOR QUAD ESA SMA

Page 1: ...PRODUCT SANDOR SANDOR QUAD ESA SMA Product code SANDOR QUAD ESA SMA DOUBLE OPTIC PERIMETER BARRIER INSTALLATION AND MOUNTING MANUAL VERSION 3 1...

Page 2: ...ng 12 10 1 Type of cable 10 2 Connecting the cables from the power supply to the barrier 11 Connections to the terminal board 14 11 1 RX Section 11 2 TX Section 12 Barrier alignment 16 12 1 Calibratio...

Page 3: ...N B These barriers use optical synchronism The receiver must see ONLY and exclusively its transmitter MUST NOT see signals from other barriers IR lights such as photocells or flashing lights It is no...

Page 4: ...litec 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...

Page 5: ...AL VER 3 1 The package contains the following components and accessories When opening the package check that everything has been included No COMPONENT 1 Aluminium profile 2 Caps 3 Transmitter Receiver...

Page 6: ...universal circuit 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...

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

Page 8: ...d with O rings and cable glands Wall mounting with SAN PL The SAN PL brackets also allow fixing to the wall in a very simple way as seen in the figure It is recommended to use these when protecting wi...

Page 9: ...e controls that significantly limit false alarms as the genuine alarm signal is given by the complete interruption of the infrared signal TX RX 2 50 m 2 m TX HEATERS It is recommended to power the the...

Page 10: ...there are plants bushes or fixed objects in the range that obstruct the signal and create grey areas Leave a corridor of 50cm for distances between columns greater than 50m TX RX TX RX DO NOT place b...

Page 11: ...r systems and for the protection of facades as well as in the open field observing the necessary precautions given by their characteristics e g optical synchronism power supply and working distances T...

Page 12: ...the LAR22 power supply 12Vdc 2 5A 24Vac 300W and a SANDOR QUAD ESA SMA column 4TX or 4RX The LAR22 can power up to 4 barriers at the maximum extension 6TX 6RX The LAR22 container is metallic so it mu...

Page 13: ...own here highlight the connection from the power supply to single columns however it can also be carried out in cascade when two columns have been fixed on the same pole having duly calculated the dis...

Page 14: ...r Vdc HTR 3 9 ALM NC alarm output GND 2 8 ALM NC alarm output Power supply 12 30 Vdc 1 7 TMP Tamper output 6 TMP Tamper output 11 Connections to the terminal board 14 SANDOR QUAD ESA SMA POLITEC INSTA...

Page 15: ...ND 2 6 TMP Tamper output Power supply 12 30 Vdc 1 5 TMP Tamper output 15 SANDOR QUAD ESA SMA POLITEC INSTALLATION MANUAL VER 3 1 4 3 2 1 6 5 12V power supply Tamper Power supply Heaters 11 2 TX Sectio...

Page 16: ...left of the lens Vertical orientation Horizontal orientation JOINT LOCKING SCREW N B Tighten the joint locking screw after the adjustment 12 1 Calibration using SMA system It is possible to improve th...

Page 17: ...ge high intensity LEDs Press the TEST button on the TX optic of the corresponding column for 5 seconds in this case only the orange TEST LED will light up Orient the TX optic towards the RX optic vert...

Page 18: ...zzer After calibration tighten the horizontal adjustment screw and exit the test function by pressing the TEST button on the TX and RX optics for 3 seconds Repeat all the operations on each beam of th...

Page 19: ...optics and proceed with the calibration as explained but having found the maximum alignment keep the TX1 optic in test and exit the test only with RX1 then repeat the same operations with RX2 RX3 and...

Page 20: ...barrier is in alarm AM Lit if receiving IR interference 5 DIP SWITCH UNIT FOR CONFIGURATIONS INTERVENTION TIME ADJUSTMENT TRIMMER AND RANDOM DIP 2 DISQUALIFICATION DIP 3 13 Basic functions 13 1 Basic...

Page 21: ...walking alarms 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 wit...

Page 22: ...reen DISQUALIFICATION LED SL Green HEATERS LED HTR Yellow 2 TRIMMER Intervention time adjustment 3 10 DIP SWITCH UNIT Channel and beam selector 4 5 DIP SWITCH UNIT Function selector 5 SW4 JUMPER Heate...

Page 23: ...ence of an unwanted modulated infrared signal ANTIMASK can be signalled on the terminal board in the presence of an attempt at masking N B Under normal operating conditions the LED must remain off If...

Page 24: ...lower beams and in OR with the remaining ones WARNING DIPs 1 and 2 cannot both be active 3 DISQ In ON the fog DISQUALIFICATION function is activated In case of fog the barrier is inhibited blocking th...

Page 25: ...components 1 POWER SUPPLY LED PWR Green HEATERS LED HTR Yellow 2 10 DIP SWITCH UNIT Channel and beam selector 3 SW4 JUMPER Heater power supply switch 4 TAMPER Column tamper connection 1 3 16 Appendix...

Page 26: ...guarantee an internal temperature between 17 C and 22 C under all climatic conditions Normally off when on the heating is active On the QUAD B TX motherboard it is possible to configure different func...

Page 27: ...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 optics and on the QUAD B TX board The v...

Page 28: ...heaters is set by default to 24V 12V can be used by changing the jumper configuration SW4 on all optics and on the QUAD B RX board The voltage can be both AC and DC Jumper J4 reads the value of the al...

Page 29: ...EMPERATURE 25 C 65 C Heater kit available for temperatures down to 50 C ALIGNMENT ANGLES 20 Vertical 180 horizontal DETECTION SYSTEM OR AND 1st and 2nd AND random REMOTE CONTROL AND Random EXTERNAL SC...

Page 30: ...separate shielded cables Check the correct sizing of the power cables Make sure there are no external light sources that interfere with the correct reading of the signal gate photocells other barrier...

Page 31: ...ke sure that the power supply of the heaters is greater than 20 Vac at the barrier terminal board Make sure that the structure is well sealed and check that there are not already elements inside which...

Page 32: ...of products governed by regulations in force in your area Warning Some parts of the products may contain polluting or dangerous substances which if dispersed in the environment could result in harmfu...

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