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Summary of Contents for SG2-30-015-OO-X

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Page 2: ... retrieval system or transmitted in any form or by any means or for any purpose without the express written permission of Datalogic S p A and or its affiliates Datalogic and the Datalogic logo are registered trademarks of Datalogic S p A in many countries including the U S A and the E U All other trademarks and brands are property of their respective owners Datalogic shall not be liable for techni...

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Page 4: ...e April 20 th 2016 the main European directives applicable to Datalogic products require inclusion of an adequate analysis and assessment of the risk s This evaluation was carried out in relation to the applicable points of the standards listed in the Declaration of Conformity Datalogic products are mainly designed for integration purposes into more complex systems For this reason it is under the ...

Page 5: ...us devices 22 2 2 3 Emitter and Receiver Orientation 24 2 2 4 Use of deviating mirrors 25 2 2 5 Controls after first installation 26 3 MECHANICAL MOUNTING 27 4 ELECTRICAL CONNECTIONS 29 4 1 Pin out and configuration pin connection 29 4 2 Notes on connections 30 4 3 Earth connection 32 5 ALIGNMENT PROCEDURE 33 5 1 Correct alignment procedure 35 6 FUNCTIONS SETTING 36 6 1 Reset mode 36 7 FUNCTIONS 3...

Page 6: ...bracket 52 15 4 SG PSB Protective stands 53 15 5 SG P Plate kit for protective stands 54 15 6 SE S Columns and floor stands 55 15 7 SG DM Deviating mirrors 56 15 8 SG IP69K PMMA protection tubes 58 15 9 SG LS PMMA lens shield 59 15 10 TP Test piece 60 15 11 Connection cables 61 15 12 SG LP Laser pointer 62 15 13 SE SR2 Safety relay 63 15 14 63 16 GLOSSARY 64 ...

Page 7: ...equirements EN 61508 4 2010 Functional safety of electrical electronic programmable electronic safety related systems Part 4 Definitions and abbreviations EN 62061 2005 A2 2015 Safety of machinery Functional safety of electrical electronic programmable electronic safety related control systems The device consisting of one emitter and one receiver contained inside aluminium profiles generates infra...

Page 8: ...nical Service for any necessary information relative to the functioning of the light curtains and the safety rules that regulate the correct installation cfr USER INTERFACE AND DIAGNOSTICS page 38 1 2 PACKAGE CONTENTS Package contains the following objects Receiver RX Emitter TX Quick Guide of safety light curtain Periodical checklist and maintenance schedule Mini DVD with instruction manual and o...

Page 9: ...ew features Increased operating distance Range enlargement with 150 to 1800 mm controlled heights Reduced response times New fastening system with rotating brackets New mechanical profile compatible with SE accessories Different positioning of synchronisation optics the first one from the reference line Different mechanical mounting ...

Page 10: ...ms that constitute the detection zone and to actuate the sensing device The resolution is related to the part of the body to be protected R 30 mm Hand protection R 50 mm R 90 mm Presence control As shown in Fig 1 page 10 the resolution only depends on the geometrical characteristics of the lenses diameter and distance between centres and is independent of any environmental and operating conditions...

Page 11: ...5 OO X SG2 90 045 OO X 450 SG2 30 060 OO X SG2 50 060 OO X SG2 90 060 OO X 600 SG2 30 075 OO X SG2 50 075 OO X SG2 90 075 OO X 750 SG2 30 090 OO X SG2 50 090 OO X SG2 90 090 OO X 900 SG2 30 105 OO X SG2 50 105 OO X SG2 90 105 OO X 1050 SG2 30 120 OO X SG2 50 120 OO X SG2 90 120 OO X 1200 SG2 30 135 OO X SG2 50 135 OO X SG2 90 135 OO X 1350 SG2 30 150 OO X SG2 50 150 OO X SG2 90 150 OO X 1500 SG2 3...

Page 12: ...hing speed of the object to be detected Fig 3 Installation distance vertical positioning The following formula is used for the calculation of the safety distance S K t1 t2 C where S Minimum safety distance in mm K Speed of the object limb or body approaching the dangerous area in mm sec t1 Response time of the ESPE in seconds see cfr TECHNICAL DATA page 43 t2 Machine stopping time in seconds inclu...

Page 13: ... 13 the distance between the dangerous area and the most distant optical beam must be equal to the value calculated using the following formula S 1600 mm s t1 t2 1200 0 4 H where S Minimum safety distance in mm t1 Response time of the ESPE in seconds cfr TECHNICAL DATA page 43 t2 Machine stopping time in seconds including the Safety Control System H Beam height from ground this height must always ...

Page 14: ...lculated using K 1600 mm sec SG2 30 060 SG2 50 060 SG2 90 060 T 0 398 sec 0 393 sec 0 391 sec C 128 mm 850 mm 850 mm S 764 8 mm 1478 8 mm 1475 6 mm To calculate the distance of the device from the ESPE in a horizontal position the following formula is used S 1600 T 1200 0 4 H where H Beam min height from ground 15 R 50 R Resolution of the device SG2 30 060 SG2 50 060 SG2 90 060 0 3 sec 0 391 sec H...

Page 15: ...nt as well as the use of alkaline detergents or acids Cold water rinsing jets 5 10 C are also used at a pressure of 40 bar Solution IP69K protection made of a PMMA acrylic tube with v4a stainless steel caps offers an effective solution without trapping dirt or contamination The cap s O ring prevents water or dirt from entering the tube and at the same time prevents also internal condensation The c...

Page 16: ...of the light curtain beams is interrupted Advantages the SG light curtain meets the customer needs when easy access is necessary in presence of machine stops Easy installation configuration and use are other advantages Fig 6 Cooling and air conditioning systems Example 3 Automatic warehouses Operator protection in automatic warehouses Solution the SG safety light curtain series represents the idea...

Page 17: ...ONS page 29 ALIGNMENT PROCEDURE page 33 and in the applicable standards The safety light curtain must be securely placed in a particular position so that access to the dangerous zone is not possible without the interruption of the beams refer section INSTALLATION page 18 The personnel operating in the dangerous area must be well trained and must have adequate knowledge of all the operating procedu...

Page 18: ...led close to strong and or flashing light sources in particular close to the front window of receiving unit The presence of intense electromagnetic disturbances could affect device s correct operation This condition shall be carefully assessed with the advice of DATALOGIC Technical Service The operating distance of the device can be reduced in presence of smog fog or airborne dust A sudden change ...

Page 19: ... safety light curtain very near to the dangerous zone a second light curtain must be mounted in a horizontal position in order to prevent any lateral access as shown in Fig 11 page 19 Fig 10 Wrong light curtain positioning Fig 11 Correct light curtain positioning Fig 8 page 19 shows some examples of possible access to the machine from the top and the bottom sides These situations may be very dange...

Page 20: ...eover if the RX receiver detects a secondary beam reflected by the side reflecting surface the object might not be detected even if the object interrupts the main beam Fig 12 Distance from reflecting surfaces It is important to position the safety light curtain according to the minimum distance from reflecting surfaces The minimum distance depends on operating distance between emitter TX and recei...

Page 21: ...reflecting surface Dsr based on the operating distance Fig 13 Minimum distance from reflective surface The formula to get Dsr is the following For ESPE Type 2 Dsr m 0 27 for operating distance 3 m Dsr m 0 5 x operating distance m x tg 2a for operating distance 3 m ...

Page 22: ...RXA emitter receiver couple axis Fig 14 Distance between homologous devices This minimum Ddo distance depends on the operating distance between emitter TXA and receiver RXA the effective aperture angle of the ESPE EAA The figure provides two examples The interfering device TXB must be positioned at the same Ddo distance calculated as shown above even if closer to TXA respect to RXA Installation pr...

Page 23: ...SG2 BASE 23 68 Fig 15 Recommended positioning for homologous devices If two light curtains have to be mounted near each other as reported in the first example of Fig 15 page 23 ...

Page 24: ...all be assembled parallel each other with the beams arranged at right angles with the emission and receiving surface and with the connectors pointing to the same direction The configurations shown in the figure must be avoided Fig 16 Wrong light curtain TX RX orientations ...

Page 25: ...itter and the receiver can be a very critical operation when deviating mirrors are used Even very small displacements of the mirror is enough to lose alignment The use of DATALOGIC laser pointer accessory is recommended under these conditions The minimum safety distance S must be respected for each single section of the beams The effective operating range decreases by about 20 by using only one de...

Page 26: ...ED must not turn on The activation of the TEST function causes the opening of the OSSD outputs red LED on and controlled machine stop The response time at machine STOP including the ESPE and machine response times must be included in the limits defined in the calculation of the safety distance refer to cfr INSTALLATION page 18 The safety distance between the dangerous parts and ESPE must comply wi...

Page 27: ...rallel as much as possible The next step is the fine alignment as shown in chapter ALIGNMENT PROCEDURE page 33 Two types of brackets can be used to fix the two units Angled fixing brackets are supplied with all models Fig 19 page 27 Adjustable supports for correcting unit inclination on the axes are available on request see cfr ACCESSORIES page 48 Fig 19 Angle brackets Rotating brackets Fig 20 pag...

Page 28: ...Fig 21 page 28 and table below show the recommended mounting positions according to the safety light curtain length Fig 22 Dimensions mm VERSION L mm A mm B mm C mm 015 216 3 108 54 030 366 2 216 75 045 516 3 316 100 060 666 2 366 150 075 816 3 466 175 090 966 2 566 200 105 1116 2 666 225 120 1266 3 966 150 483 135 1416 2 1066 175 533 150 1566 3 1166 200 583 165 1716 3 1266 225 633 180 1866 3 1366...

Page 29: ...de through a male M12 connector located on the lower part of the two units For receiver a M12 5 poles connector is used while for emitter a M12 4 poles connector is used RECEIVER RX Fig 23 Receiver 1 brown 24 VDC 2 white OSSD1 3 blue 0 V 4 black OSSD2 5 grey TEST RESET EMITTER TX Fig 24 Emitter 1 brown 24 VDC 2 white NOT USED 3 blue 0 V 4 black NOT USED ...

Page 30: ...ded Example connection to the safety relay SE SR2 Fig 25 Connection to SE SR2 Safety Relais The figures show the connection between the safety light curtains and the safety relay of the SE SR2 series functioning in the Automatic Restart mode left side and Manual Restart with monitoring right side Do not use varistors RC circuits or LEDs in parallel at relay inputs or in series at OSSD outputs The ...

Page 31: ...BASE 31 68 Connect both OSSDs to the device to control Failure to connect an OSSD to the activating device jeopardizes the system safety degree that the light curtain has to control Fig 26 OSSDs connection ...

Page 32: ...mmunity and necessary insulation class considering the plant or entire system where the light curtain is installed The ground connection of the two units is not necessary for Class III while the use of a duly insulated low voltage feeder type SELV or PELV is compulsory In this case we recommend covering the earth symbol present on the caps of the two units with a blank sticker The ground connectio...

Page 33: ...itting unit s beams coincide with the optical axes of the corresponding elements of the receiving unit The beam used to synchronise the two units is the first after the connector SYNC is the optics connected with this beam and LAST is the optics connected to the last beam after the SYNC unit Fig 28 Signals are clearly identified through symbols allowing immediate reading independent of bars direct...

Page 34: ... indicate the safety light curtain status as shown in the table FUNCTIONING STATUS LED colour Symbol Normal Status NORMAL OP Stop Status SAFE BREAK Yellow OFF ON OFF OFF Yellow OFF ON ON OFF Red OFF ON ON ON Green ON OFF OFF OFF Standard condition Not interrupted beams Units not aligned Top side not aligned Highest beam interrupted Bottom side not aligned Lowest beam interrupted Units aligned but ...

Page 35: ... position and set the emitter until the yellow LED SYNC is OFF This condition shows the effective alignment of the first synchronisation beam Rotate the emitter pivoting on the lower optics axis until the yellow LED LAST is OFF Under these conditions the SAFE LED shall turn ON Delimit the area in which the LED is steady through some micro adjustments for the first and then for the second unit then...

Page 36: ...standard operation NORMAL OP condition as soon as the object is removed Carefully assess risk conditions and reset modes In applications protecting access to dangerous areas the automatic reset mode is potentially unsafe if it allows the operator to pass completely beyond the sensitive area see Fig 11 page 19 In this case the reset using for example the manual reset of the SE SR2 relay cfr Notes o...

Page 37: ...signal is active high Fig 30 Test timings 7 2 RESET The RX light curtain has a RESET function which is activated after an internal error The reset can be made only in case of optical error or OSSD error see cfr USER INTERFACE AND DIAGNOSTICS page 38 The RESET function can be activated by keeping a normally open external contact RESET RESTART push button open for at least 5 seconds The RESET signal...

Page 38: ...INTERFACE The operator can visualise the operating condition of the light curtains through the four LEDs positioned on the receiver unit and two LEDs on the emitter unit Fig 32 page 38 shows all signalling LEDs modes OFF ON and BLINKING Fig 32 Signalling LEDs ...

Page 39: ...N yellow BLINKING Switch OFF and switch ON the supply circuit if the failure continues contact DATALOGIC Optical error red ON yellow BLINKING Reset If the failure continues contact DATALOGIC No power supply LEDs OFF Check connections and input voltage correct value If the failure continues contact DATALOGIC For Emitter Function State Meaning LED Normal operation Test green ON Light curtain being t...

Page 40: ...E and of the machine is within the limits defined for the calculation of the safety distance see cfr INSTALLATION page 18 The safety distance between the dangerous areas and the ESPE are in accordance with the instructions included in INSTALLATION page 18 Access of a person between ESPE and machine dangerous parts is not possible nor is it possible for him her to stay there Access to the dangerous...

Page 41: ... and TX shall be sent to DATALOGIC Repair Service Department A power failure caused by interferences may cause the temporary or trigger Safety State over connected safety Fieldbus but the safe functioning of the light curtain will not be compromised 9 2 WARRANTY The warranty period for this product is 36 months See the General Terms and Conditions of Sales at www datalogic com for further details ...

Page 42: ...oo much pressure on the surface in order to avoid making it opaque Please do not use on plastic surfaces or on light curtain painted surfaces alcohol or solvents wool or synthetic cloths paper or other abrasive materials 10 1 PRODUCT DISPOSAL Under current Italian and European laws DATALOGIC is not obliged to take care of product disposal at the end of its life DATALOGIC recommends to dispose of t...

Page 43: ...ctions Reset Test Electrical protection Classe I Classe III see cfr ELECTRICAL CONNECTIONS page 29 Connections for receiver M12 5 pole for emitter M12 4 pole Cables length for power supply 50 m max OPTICAL DATA Emitting light λ Infrared LED 950 nm Resolution 30 50 90 mm Operating distance 0 2 19 m Ambient light rejection EN 61496 2 2013 MECHANICAL AND ENVIRONMENTAL DATA Operating temperature 10 55...

Page 44: ... 24 30 SG2 50 030 OO X 300 9 9 50 SG2 50 045 OO X 450 13 10 50 SG2 50 060 OO X 600 17 11 50 SG2 50 075 OO X 750 21 12 50 SG2 50 090 OO X 900 25 14 50 SG2 50 105 OO X 1050 29 15 50 SG2 50 120 OO X 1200 33 16 50 SG2 50 135 OO X 1350 37 17 50 SG2 50 150 OO X 1500 41 18 50 SG2 50 165 OO X 1650 45 19 50 SG2 50 180 OO X 1800 49 20 50 SG2 90 030 OO X 300 5 9 90 SG2 90 045 OO X 450 7 10 90 SG2 90 060 OO X...

Page 45: ...1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 075 OO X c 2 1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 090 OO X c 2 1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 105 OO X c 2 1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 120 OO X c 2 1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 135 OO X c 2 1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 150 OO X c 2 1 1 1 04E 08 20 273 97 50 98 40 0 SG2 50 165 OO X c 2 1 1 1 04E 08 20 273 97...

Page 46: ...83 2 603 2 SG2 30 075 OO X SG2 50 075 OO X SG2 90 075 OO X 833 2 753 3 SG2 30 090 OO X SG2 50 090 OO X SG2 90 090 OO X 983 2 903 2 SG2 30 105 OO X SG2 50 105 OO X SG2 90 105 OO X 1133 2 1053 2 SG2 30 120 OO X SG2 50 120 OO X SG2 90 120 OO X 1283 3 1203 3 SG2 30 135 OO X SG2 50 135 OO X SG2 90 135 OO X 1433 2 1353 2 SG2 30 150 OO X SG2 50 150 OO X SG2 90 150 OO X 1583 3 1503 3 SG2 30 165 OO X SG2 5...

Page 47: ...SG2 BASE 47 68 14 INCLUDED ACCESSORIES Metal angled fixing bracket ST KSTD MODEL DESCRIPTION ST KSTD Angled fixing bracket 4 pcs kit Fig 34 Dimensions mm ...

Page 48: ...SG2 BASE 48 68 15 ACCESSORIES dimensions in mm 15 1 ST KSTD METAL ANGLED FIXING BRACKET MODEL DESCRIPTION CODE ST KSTD Angled fixing bracket 4 pcs kit 95ACC1670 Fig 35 ST KSTD ...

Page 49: ...CC1680 ST K6OR Orientable supports 6 pcs kit 95ACC1690 ST K4AV Antivibration supports 4 pcs kit 95ACC1700 ST K6AV Antivibration supports 6 pcs kit 95ACC1710 Fig 36 Angled fixing bracket Fig 37 Angled fixing bracket Orientable support Fig 38 Angled fixing bracket Antivibration support Fig 39 Angled fixing bracket Orientable support Antivibration support ...

Page 50: ...SG2 BASE 50 68 15 2 ST KPXMP PLASTIC ANGLED FIXING BRACKET MODEL DESCRIPTION CODE ST KP4MP Angled fixing bracket 4 pcs kit 95ASE1100 ST KP6MP Angled fixing bracket 6 pcs kit 95ASE1110 Fig 40 ST KPxMP ...

Page 51: ...CC1680 ST K6OR Orientable supports 6 pcs kit 95ACC1690 ST K4AV Antivibration supports 4 pcs kit 95ACC1700 ST K6AV Antivibration supports 6 pcs kit 95ACC1710 Fig 41 Angled fixing bracket Fig 42 Angled fixing bracket Orientable support Fig 43 Angled fixing bracket Antivibration support Fig 44 Angled fixing bracket Orientable support Antivibration support ...

Page 52: ...SG2 BASE 52 68 15 3 ST K4ROT METAL ROTATING FIXING BRACKET MODEL DESCRIPTION CODE ST K4ROT Rotating fixing bracket 4 pcs kit 95ACC1280 Fig 45 Dimensions mm ...

Page 53: ... H 1000 mm 1000 95ASE2250 SG PSB 1200 Protective stand H 1200 mm 1200 95ASE2260 SG PSB 1650 Protective stand H 1650 mm 1650 95ASE2270 SG PSB 1900 Protective stand H 1900 mm 1900 95ASE2280 Fig 46 Dimensions mm Mounting kit MODEL DESCRIPTION CODE ST PS4 SG SE Mounting kit 4 pcs kit 95ASE1750 ST PS6 SG SE Mounting kit 6 pcs kit 95ASE1760 Fig 47 Fixing kit ...

Page 54: ...SG2 BASE 54 68 15 5 SG P PLATE KIT FOR PROTECTIVE STANDS MODEL DESCRIPTION CODE SG P Plate kit with springs 95ASE2290 Fig 48 Dimensions mm Mounting with SG PSB Fig 49 Mounting ...

Page 55: ...stand H 800 mm 800 30x30 95ACC1730 SE S 1000 Column and floor stand H 1000 mm 1000 30x30 95ACC1740 SE S 1200 Column and floor stand H 1200 mm 1200 30x30 95ACC1750 SE S 1500 Column and floor stand H 1500 mm 1500 45x45 95ACC1760 SE S 1800 Column and floor stand H 1800 mm 1800 45x45 95ACC1770 Fig 50 Dimensions mm ...

Page 56: ... mirror version 1200 mm 1145 976 1180 95ASE1700 SG DM 1650 Deviating mirror version 1650 mm 1595 1426 1630 95ASE1710 SG DM 1900 Deviating mirror version 1900 mm 1845 1676 1880 95ASE1720 Fig 51 Dimensions mm The image includes the mirror SG DM and a mounting kit ST DM MODEL DESCRIPTION CODE SG DM 150 Deviating mirror version 150 mm 95ASE1670 Fig 52 SG DM 150 Dimensions mm The image includes the mir...

Page 57: ...G DM mounting kit 2 pcs kit 95ASE1940 Fig 53 Mounting kit For each SG DM mirror order 1 mounting kit ST DM Mounting kit SG DM on SG PSB ST PS DM MODEL DESCRIPTION CODE ST PS DM Deviating mirror SG DM mounting kit 2 T nuts 95ASE1770 Fig 54 Mounting kit For each SG DM mirror order 1 mounting kit ST PS DM ...

Page 58: ...5ASE1320 SG IP69K 750 Tubular IP69K H 750mm 970 8 95ASE1330 SG IP69K 900 Tubular IP69K H 900mm 1120 7 95ASE1340 SG IP69K 1050 Tubular IP69K H 1050mm 1270 7 95ASE1350 SG IP69K 1200 Tubular IP69K H 1200mm 1420 8 95ASE1360 SG IP69K 1350 Tubular IP69K H 1350mm 1570 7 95ASE1370 SG IP69K 1500 Tubular IP69K H 1500mm 1720 8 95ASE1380 SG IP69K 1650 Tubular IP69K H 1650mm 1870 8 95ASE1390 SG IP69K 1800 Tubu...

Page 59: ...m 5 pcs 95ASE1510 SG LS 1350 Lens shield H 1350 mm 5 pcs 95ASE1520 SG LS 1500 Lens shield H 1500 mm 5 pcs 95ASE1530 SG LS 1650 Lens shield H 1650 mm 5 pcs 95ASE1540 SG LS 1800 Lens shield H 1800mm 5 pcs 95ASE1560 Fig 57 Dimensions mm MODEL L Li Lo Fig 58 Mounting kit n 2 2 brackets 015 245 160 30 030 392 345 45 045 540 400 60 060 686 520 75 075 832 590 115 090 980 640 175 105 1126 740 200 n 3 3 br...

Page 60: ...Ø 20mm L 300mm 95ACC1640 TP 24 Test piece Ø 24mm L 200mm 95ASE2570 TP 30 Test piece Ø 30mm L 300mm 95ACC1650 TP 34 Test piece Ø 34mm L 200mm 95ASE2580 TP 35 Test piece Ø 35mm L 300mm 95ACC1660 TP 40 Test piece Ø 40mm L 300mm 95ACC1820 TP 50 Test piece Ø 50mm L 300mm 95ACC1790 TP 90 Test piece Ø 90mm L 300mm 95ACC1800 ...

Page 61: ... cable axial 5 m UL2464 95ASE1180 CS A1 03 U 10 5 pole M12 cable axial 10 m UL2464 95ASE1190 CS A1 03 U 15 5 pole M12 cable axial 15 m UL2464 95ASE1200 CS A1 03 U 25 5 pole M12 cable axial 25 m UL2464 95ASE1210 CS A1 03 U 50 5 pole M12 cable axial 50 m UL2464 95A252700 8 pole M12 cables MODEL DESCRIPTION CODE CS A1 06 U 03 8 pole M12 cable axial 3 m UL2464 95ASE1220 CS A1 06 U 05 8 pole M12 cable ...

Page 62: ...SE5590 The laser pointer of the SG LP series represents a valid alignment and installation support for the safety light curtain series The pointer can be moved along the light curtain profile to verify the complete device alignment top and bottom Fig 59 Dimensions mm Fig 60 Laser pointer ...

Page 63: ...14 MODEL DESCRIPTION CODE SE SR2 Type 4 safety relay 3 NQ 1 NC 95ACC6170 The drawing show the connection between the safety light curtain and the Type 4 safety relay of the SE SR2 series operating in the automatic Restart mode Fig 61 Safety relay ...

Page 64: ...ed by an opaque object present inside the specified detecting area An active optoelectronic protective device AOPD can operate both in emitter receiver mode and in retro reflective light curtains Protective device device having the function to protect the operator against possible risks of injury due to the contact with machine potentially dangerous parts Min installation distance min distance nec...

Page 65: ... able to prevent or avoid an unexpected restart of the machine with the operator still present inside the dangerous area Risk probability of occurrence of an injury and severity of the injury itself Block condition BREAK status of the light curtain taking place when a suitably sized opaque object see cfr XREF 1 313 interrupts one or several light curtain beams Under these conditions OSSD1 and OSS2...

Page 66: ...7 Fig 20 Rotating brackets 27 Fig 21 Fixing brackets 28 Fig 22 Dimensions mm 28 Fig 23 Receiver 29 Fig 24 Emitter 29 Fig 25 Connection to SE SR2 Safety Relais 30 Fig 26 OSSDs connection 31 Fig 27 Ground connection configuration 32 Fig 28 33 Fig 29 Receiver Emitter 33 Fig 30 Test timings 37 Fig 31 Reset timings 37 Fig 32 Signalling LEDs 38 Fig 33 Dimensions mm 46 Fig 34 Dimensions mm 47 Fig 35 ST K...

Page 67: ...50 Dimensions mm 56 Fig 53 Mounting kit 57 Fig 54 Mounting kit 57 Fig 55 Dimensions mm 58 Fig 56 Mounting kit 58 Fig 57 Dimensions mm 59 Fig 58 Mounting kit 59 Fig 59 Dimensions mm 62 Fig 60 Laser pointer 62 Fig 61 Safety relay 63 ...

Page 68: ...SG2 BASE 68 68 ...

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