Wenglor SEMG4 Series Operating Instructions Manual Download | Manualshive

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Settings

44

7.3 Adjusting Range

DANGER!
Risk of personal injury or property damage in case of incorrectly adjusted range!

The range setting is safety relevant. If it’s set too high,

bleed-over reflection may occur.

• Range must be suitably adjusted for each respective application.

7.3.1 Low Range

• Low range with 14 mm resolution: 0.25 to 3.5 m

• Low range with 30 mm resolution: 0.25 to 6 m

Procedure:

Wire the emitter.

Connect supply power.

Disconnect supply power.

TEST/DIAG4
DIAG3
DIAG2
HI RAN/DIAG1
ERROR

POWER

24 V DC

0 V DC

Emitter Display

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Summary of Contents for SEMG4 Series

Page 1: ...Instructions Translation of the Original Operating Instruction Subject to change without notice Available as PDF version only Status 04 10 2021 Version 11 www wenglor com SEMG412 SEMG442 Type 4 Safety Light Curtain ...

Page 2: ...rotection class 8 3 Technical Data 9 3 1 Response Times 11 3 2 Dimensional Drawings Safety Light Curtain 12 3 3 Housing dimensions mounting technology 14 3 4 Connection Diagrams 15 3 5 Complementary Products see catalog 16 3 6 Layout 17 3 7 Control Panel 18 3 8 Scope of Delivery 18 4 Transport and Storage 19 4 1 Transport 19 4 2 Storage 19 5 Installation and Electrical Connection 20 5 1 System Ove...

Page 3: ...nctions 34 6 1 Default Settings 34 6 2 Function definition 34 7 Settings 37 7 1 Initial Start Up 37 7 2 Overview of All Functions 43 7 3 Adjusting Range 44 7 3 1 Low Range 44 7 3 2 High Range 45 7 4 Safety Mode Without Contactor Monitoring 46 7 5 Safety Mode With Contactor Monitoring 47 7 6 Start Up and Restart Inhibit Without Contactor Monitoring 49 7 7 Start Up and Restart Inhibit With Contactor...

Page 4: ...12 4 Display in Case of Error 67 12 4 1 Receiver 67 12 4 2 Emitter 69 12 5 Initial Start Up Checklist 70 12 6 Connection Examples 72 12 6 1 Restart Inhibit Without Contactor Monitoring at SEMG4xxx 72 12 6 2 Restart Inhibit and Contactor Monitoring at SEMG4xxx 73 12 6 3 Restart Inhibit Without Contactor Monitoring at Safety Relay 74 12 6 4 SEMG4xx With Safety Mode Without Contactor Monitoring 75 12...

Page 5: ... of the product is only possible if these safety precautions and warnings are adhered to The safety precautions and warnings are laid out in accordance with the following principle ATTENTION GETTING WORD Type and Source of Danger Possible consequences in the event that the hazard is disregarded Measures for averting the hazard The meanings of the attention getting words as well as the scope of the...

Page 6: ...ns Use of the product for purposes other than those intended Use by untrained personnel Use of unapproved replacement parts Unapproved modification of products These operating instructions do not imply any guarantee from wenglor with regard to the described procedures or specific product characteristics wenglor assumes no liability for printing errors or other inaccuracies contained in these opera...

Page 7: ...is permissible This product can be used in the following industry sectors Special machinery manufacturing Electronics industry Heavy machinery manufacturing Glass industry Logistics Steel industry Automotive industry Printing industry Food industry Aviation industry Packaging industry Construction industry Pharmaceuticals industry Chemicals industry Clothing industry Agriculture industry Plastics ...

Page 8: ... qualification of personnel 2 4 Modification of Products NOTE Modification of the product is impermissible Non observance may result in loss of the CE marking and the guarantee may be rendered null and void 2 5 General Safety Precautions NOTE These instructions are an integral part of the product and must be kept on hand for the entire duration of its service life Read the operating instructions c...

Page 9: ...rements according NEC and CEC Protection class III SELV PELV Fusing of supply voltage inputs Max 2 A Power consumption receiver operating voltage 24 V 200 mA without load Power consumption emitter operating voltage 24 V 100 mA Internal fuse 2 A Temperature range SFH 1061 mm 25 55 C SFH 1061 mm 5 55 C 25 55 C Storage temperature 25 60 C Relative humidity 95 non condensing Vibration resistance 5 g 1...

Page 10: ... cable length 35 m 0 25 sq mm 50 m 0 34 sq mm 72 m 0 50 sq mm Mechanical Housing material Aluminum Protection IP65 IP67 Emitter connection 300 mm cable 4 5 pin M12 Emitter cable diameter 5 mm Receiver connection 300 mm cable 8 pin M12 Receiver cable diameter 6 mm Min bending radius 5 cable diameter permanently laid 10 cable diameter dynamic installation Technical Safety Data ESPE type EN 61496 4 P...

Page 11: ...n Nm M12 0 4 3 1 Response Times Resolution 14 mm Order Number Response Time ms SEMG631 7 6 SEMG632 8 3 SEMG633 9 9 SEMG634 11 6 SEMG635 13 2 SEMG636 14 9 SEMG637 16 5 SEMG638 18 2 SEMG639 19 8 SEMG640 21 5 SEMG641 23 1 SEMG642 24 8 Resolution 30 mm Order Number Response Time ms SEMG612 6 6 SEMG613 7 5 SEMG614 8 3 SEMG615 9 1 SEMG616 9 9 SEMG617 10 8 SEMG618 11 6 SEMG619 12 4 SEMG620 13 2 SEMG621 1...

Page 12: ...12 3 2 Dimensional Drawings Safety Light Curtain 20 5 20 5 L 1 2 34 28 5 34 28 5 5 5 18 7 7 49 32 49 32 L 18 17 17 3 A B SFH 1 emitter 2 receiver 3 control panel SFH safety field height Emitter Detail Receiver Detail ...

Page 13: ...210 1 0 1 45 SEMGx39 1361 1360 1 0 1 61 SEMGx40 1511 1510 1 0 1 76 SEMGx41 1661 1660 1 0 1 91 SEMGx42 1811 1810 1 0 2 07 Resolution 30 mm Order Number SFH mm L mm A mm B mm Max weight per sensor kg SEMGx12 326 311 15 0 0 53 SEMGx13 486 461 15 10 0 69 SEMGx14 626 611 15 0 0 84 SEMGx15 787 762 15 10 0 99 SEMGx16 927 912 15 0 1 15 SEMGx17 1087 1062 15 10 1 30 SEMGx18 1227 1212 15 0 1 45 SEMGx19 1387 ...

Page 14: ...echnology ZEMX001 Mounting Bracket For wall profile mounting Scope of delivery 2 pieces Including screws washers and slot nuts ZEMX002 Mounting Bracket For mounting in Protection Columns Scope of delivery 2 pieces Including screws washers and slot nuts ...

Page 15: ...g Adjustable Scope of delivery 2 pieces Including screws washers and slot nuts 3 4 Connection Diagrams Receiver Emitter supply power 0 V supply power OSSD Safety output Signal Signal output Ground RES Acknowledgement input EDM Contactor monitoring E Analog or digital input ...

Page 16: ...ontamination Error Output NC Input analog or digital Teach Input Time Delay activation Shielding Interface Receive Path Interface Send Path Ready Ground Clock Output Input programmable Power over Ethernet Safety Input Safety Output Signal Output Ethernet Gigabit bidirect data line A D Encoder 0 pulse 0 0 TTL Encoder A A TTL Encoder B B TTL Encoder A Encoder B Digital output MIN Digital output MAX ...

Page 17: ...Type 4 Safety Light Curtain 17 3 6 Layout 1 2 3 4 1 optics safety field 2 indicator LEDs control panel 3 plug connector with cable 4 mounting slot ...

Page 18: ...cknowledgment prompt YE 2 OSSD off RD 1 OSSD on GN Emitter Display Color 6 5 4 3 2 1 TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER 6 Diagnostics 4 test YE 5 Diagnostics 3 YE 4 Diagnostics 2 YE 3 Diagnose 1 high range YE 2 Error RD 1 Supply power GN 3 8 Scope of Delivery Emitter and receiver with identical SFH Quick start Operating Instructions on CD Test rod matched to the resolution of the ESPE...

Page 19: ...turn the device making reference to damage in transit 4 2 Storage The following points must be taken into condition with regard to storage Do not store the product outdoors Store the product in a dry dust free place Protect the product against mechanical impacts Protect the product against exposure to direct sunlight ATTENTION Risk of property damage in case of improper storage The product may be ...

Page 20: ...C 2 m S23 5M straight PVC 5 m S23 10M straight PVC 10 m S29 2M angled PVC 2 m S29 5M angled PVC 5 m S29 10M angled PVC 10 m M12 5 pin to open end for emitter ZAS35R501 straight PUR 5 m M12 8 pin to open end for receiver ZAS89R501 straight PUR 5 m ZAS89R601 straight PUR 10 m ZAS89R502 angled PUR 5 m ZAS89R602 angled PUR 10 m Safety Relays SG4 00VA000R2 SR4B3B01S SR4D3B01S ...

Page 21: ...ket ZEMX001 Mounting bracket ZEMX002 Mounting system ZEMZ001 Safety Columns SZ000EG125NN01 with protective disc 930 mm SZ000EG170NN01 with protective disc 1380 mm 000EG215NN01 with protective disc 1830 mm SZ000EU125NN01 with path folding mirror 930 mm SZ000EU170NN01 with path folding mirror 1380 mm SZ000EU215NN01 with path folding mirror 1830 mm ...

Page 22: ...uct against mechanical influences Make sure that the sensor is mounted in a mechanically secure fashion Specified torque values must be complied with see section 3 Technical Data on page 9 ATTENTION Risk of property damage in case of improper installation The product may be damaged Comply with installation instructions 5 2 1 Installation with ZEMX001 Mounting Bracket 2 M6 5 2 2 Installation with Z...

Page 23: ... the wall and profile mountings to each other 4 Alignment 1 Securing the Cable The cable can be secured with cable ties 2 Aligning the ESPE Slightly loosen the screws between the wall and profile mountings Align the ESPE Turn the ESPE in the axial direction Adjust ESPE inclination 3 Securing the Cable The cable can be snapped into the openings ...

Page 24: ...under the safety field must be prevented It must be impossible to approach the point of danger without passing through the safety field of the ESPE The safety field is located between the point at which light is emitted at the emitter and the point at which light is received at the receiver SFH of the respective ESPE see section 3 2 Dimensional Drawings Safety Light Curtain on page 12 Incorrect Co...

Page 25: ...ne s documenta tion or must be ascertained by means of measurement CRT mm additional clearance depending upon resolution d with reference to reaching through the ESPE CRO mm additional clearance with reference to reaching over an ESPE d mm resolution of the ESPE H mm reference height height of the safety field above the floor a mm height of the danger zone b mm height of the top edge of the safety...

Page 26: ...100 0 2200 800 750 750 700 650 650 600 550 400 250 0 0 2000 950 950 850 850 800 750 700 550 400 0 0 0 1800 1100 1100 950 950 850 800 750 550 0 0 0 0 1600 1150 1150 1100 1000 900 850 750 450 0 0 0 0 1400 1200 1200 1100 1000 900 850 650 0 0 0 0 0 1200 1200 1200 1100 1000 850 800 0 0 0 0 0 0 1000 1200 1150 1050 950 750 700 0 0 0 0 0 0 800 1150 1050 950 800 500 450 0 0 0 0 0 0 600 1050 950 750 550 0 0...

Page 27: ... mm SRT 648 mm SRT 500 mm and thus new calculation with K 1600 mm s SRT 1600 mm s 0 25 s 0 01 s 8 30 mm 14 mm SRT 544 mm Step 2 Determine additional clearance CRO S K T C Equating SR0 SRT results in CRO CRT 128 mm Find a 800 mm in the table titled Prevent Reaching Over the Safety Field and take the next smaller value of CRO 0 mm Step 3 Determine the height of the top edge of the ESPE safety field ...

Page 28: ...must be calculated for the specified height Safety clearance S S 1600 mm s T 1200 mm 0 4 H S may not be 850 mm S is between the danger zone and the furthest beam of the sensor Example ESPE response time 10 ms ESPE resolution 14 mm Machine over travel time 330 ms Reference height 500 mm S 1600 mm s 0 33 s 0 01 s 1200 mm 0 4 500 mm S 1544 mm Resultant resolution d 500 mm 15 50 mm 83 3 mm 5 4 3 Safet...

Page 29: ... the furthest light beam may not be 1000 mm The following applies to the closest light beam H 15 d 50 mm and d H 15 50 mm 5 5 Clearance from Reflective Surfaces NOTE Reflective surfaces located within the aperture angle between the emitter and the receiver may counteract the system s safety function Minimum clearance m from reflective surfaces to the optical axis must be adhered to IEC 61496 2 m t...

Page 30: ...ms NOTE Reciprocal influence of neighboring ESPEs may counteract the system s safety function Only the light from the associated emitter may strike the receiver Measures for the prevention of mutual influence in multiple systems Non parallel arrangement see figure Lateral clearance 2 m see section 5 5 Clearance from reflective Surfaces on page 29 Screening e g by means of partitions ...

Page 31: ... parallelso that reciprocal influence is prevented 5 7 Deflection Mirror Emitter Receiver Danger Zone The range of possible applications can be significantly expanded through the use of a Deflection Mirror Deflection Mirrors are available in two different variants Z2UGxxx without housing SZ000EUxxxNN01 with Protection Column A danger zone can be secured at several sides using only one Safety Light...

Page 32: ...the machine s power circuit Functional earth can be optionally connected NOTE Selectable functions are chosen by means of corresponding wiring see section 7 1 Initial Start Up on page 37 and see section 7 2 Overview of All Functions on page 43 5 9 Optical Alignment Prealignment 180 View from Above 1 1 2 2 3 3 4 4 Emitter Receiver ...

Page 33: ...or on the basis of the diagnostics information see section see section 12 4 Display in Case of Error on page 67 If the error cannot be eliminated please contact wenglor s support department DANGER Risk of personal injury or property damage in case of non compliance The system s safety function is disabled Personal injury and damage to equipment Do not operate in case of indeterminate malfunctionin...

Page 34: ...ans of appropriate wiring Emitter Test function Inactive is activated when triggered during operation Range High range in the case of appropriate wiring 6 2 Function definition Safety Mode automatic operation abc In this operating mode the switching outputs are disabled when the safety field is interrupted The switching outputs are automatically enabled after interrupted of the safety field is end...

Page 35: ...owledgment key NOTE The acknowledgment key must be mounted outside of the danger zone The user must be able to see into the danger zone in an unobstructed fashion when activating the acknowledgment key Contactor Monitoring abc Contactor monitoring is a function for which switching performance of the contacts at an external relay is dynamically monitored The contacts must close fully within a speci...

Page 36: ...OTE The ESPE is self testing No external test is required Max valid test duration 150 ms A test duration of 150 ms results in a warning see section 12 3 2 Emitter on page 66 A test duration of 10 s results in an error see section 12 4 2 Emitter on page 69 Synchronization The emitter and the receiver are synchronized by means of optical synchronization beams These are the upper and lowermost beams ...

Page 37: ...p and alignment first select safety mode without contactor monitoring Perform all adjustments without supply power General procedure 1 Adjust the emitter 2 Adjust the receiver 3 Align the sensor optically 4 Adjust other functions as required 5 Safety Light Curtain ready for operation ...

Page 38: ...onnect supply power 24 V DC 0 V DC TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Low Range With finger protection 0 25 to 3 5 m With hand protection 0 25 to 6 m Emitter Display Emitter Display High Range With finger protection 3 to 6 m With hand protection 5 5 to 14 m ...

Page 39: ...Type 4 Safety Light Curtain 39 2 Adjust the receiver Wire the receiver 24 V DC F SPS 0 V DC Connect supply power Disconnect supply power Safety Mode Without Contactor Monitoring ...

Page 40: ...OW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON 1 OSSD On Ideally Aligned 2 OSSD On Weak Signal 3 OSSD Off Inadequately Aligned 4 OSSD Off Incorrectly aligned Display at Receiver Display at Receiver Display at Receiver Display at Receiver When the maximum range of the sensors is exploited SIG LOW DIAG4 may appear at the display even if they are ideally aligned The illustration appli...

Page 41: ...play at Receiver Functions activated the receiver reboots Disconnect supply power SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON K2 0 V DC 24 V DC K1 K2 K1 Start Up Disabling and Restart Inhibit Without Contactor Monitoring Wire the receiver Display at Receiver Functions activated the receiver reboots Connect supply power Disconnect supply power SIG LOW DIAG4 DIAG3 EDM DIAG2 S...

Page 42: ...tactor Monitoring Wire the receiver Functions activated the receiver reboots Connect supply power Disconnect supply power K2 0 V DC 24 V DC K1 K2 K1 Display at Receiver SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON ...

Page 43: ...pt the modified configuration a test object must be passed through the safe ty field beginning at the sensor connection on the control panel side up to the other end within 30 seconds after electrical connection and activation of supply voltage Interruption is confirmed by LED DIAG3 at the receiver This is always necessary when switching to a less safe operating mode From restart inhibit to safety...

Page 44: ... set too high bleed over reflection may occur Range must be suitably adjusted for each respective application 7 3 1 Low Range Low range with 14 mm resolution 0 25 to 3 5 m Low range with 30 mm resolution 0 25 to 6 m Procedure Wire the emitter Connect supply power Disconnect supply power TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER 24 V DC 0 V DC Emitter Display ...

Page 45: ...24 V 0 V Open 24 V 24 V 0 V Open 0 V E1 E2 3 10 s High Range Supply Power After 3 to 10 seconds disconnect input E2 from supply power see timing diagram on next page Wire the emitter Connect supply power Disconnect supply power 24 V DC 0 V DC 24 V DC 0 V DC TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Emitter Display Functions activated the receiver reboots ...

Page 46: ...emitter 0 V DC 24 V DC F SPS Disconnect supply power DIAG3 lights up Pass a test object through the safety field beginning at the sensor connec tion on the control panel side up to the other end within 30 seconds Display at Receiver SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON Connect supply power Functions activated the receiver reboots ...

Page 47: ... 7 1 Initial Start Up on page 37 Procedure Wire the emitter Disconnect supply power Connect supply power DIAG3 lights up Pass a test object through the safety field beginning at the sensor connection on the control panel side up to the other end within 30 seconds SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON K2 0 V DC 24 V DC K1 K2 K1 Display at Receiver Functions activated t...

Page 48: ...Settings 48 Timing Diagrams On Off On Off OSSD EDM 350 ms 350 ms Obstructed Unobstructed On Off Safety Field OSSD Response Time 200 ms ...

Page 49: ...edure Wire the emitter Disconnect supply power Connect supply power Acknowledge the confirmation prompt in order to enable the OSSD outputs DIAG3 lights up Pass a test object through the safety field beginning at the sensor connection on the control panel side up to the other end within 30 seconds 24 V DC F SPS 0 V DC SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON SIG LOW DIAG...

Page 50: ...estart inhibit with contactor monitoring has been previously selected If the Light Curtain was previously configured for safety mode with contactor monitoring or safety mode without contactor monitoring the LED does not light up Obstructed 24 V Unobstructed 0 V On 1 Off 0 Safety Field Supply Power OSSD Acknowledgement ...

Page 51: ...r monitoring configuration see section 7 1 Initial Start Up on page 37 Procedure Wire the receiver Connect supply power Acknowledge the confirmation prompt in order to enable the OSSD outputs Disconnect supply power K2 0 V DC 24 V DC K1 K2 K1 Display at Receiver SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON ...

Page 52: ...s 52 Timing Diagrams Acknowledgement duration 0 1 to 4 seconds see technical data On Off On Off OSSD EDM 350 ms 350 ms Obstructed 24 V Unobstructed 0 V On 1 Off 0 Safety Field Supply Power OSSD Acknowledgement ...

Page 53: ...ng whether or not an acknowledgement request is pending with active start up or restart inhibit Procedure Wire the receiver Disconnect supply power K2 0 V DC 24 V DC K1 K2 K1 Connect supply power Restart Inhibit Without Contactor Monitoring Restart Inhibit With Contactor Monitoring 24 V DC F SPS 0 V DC ...

Page 54: ...wledgement duration 0 1 to 4 s t2 On time 30 to 120 ms Obstructed 24 V Unobstructed 0 V On 1 Off 0 Safety Field Supply Power OSSD Acknowledgement 1 0 Display Acknowledgment Prompt 24 V 0 V Signal Output Start Up Disabling Restart Inhibit ...

Page 55: ...pply power 24 V DC 0 V DC F SPS Display at Receiver SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON 0 V DC 24 V DC F SPS Low Range With finger protection 0 25 to 3 5 m With hand protection 0 25 to 6 m High Range With finger protection 3 to 6 m With hand protection 5 5 to 14 m ...

Page 56: ...returned to its default settings with the help of the following procedure Emitter on off on off Test OSSD 30 90 ms 80 130 ms 150 ms After 3 to 10 seconds disconnect input E2 from supply power Wire the emitter Connect supply power Disconnect supply power 24 V DC 0 V DC 24 V DC 0 V DC TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Emitter Display ...

Page 57: ...IAG3 lights up Pass a test object through the safety field beginning at the sensor connection on the control panel side up to the other end within 30 seconds Receiver Display SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON Functions activated the receiver reboots Connect supply power ...

Page 58: ...bserve regulations regarding the training of operating personnel by experts before they begin work The company which operates the machine is responsible for training Testing Effectiveness of the ESPE must be assured in all operating modes which can be selected at the machine Testing according to checklist see section 12 5 Initial Start Up Checklist on page 70 NOTE Work at the machine must be immed...

Page 59: ...the safety system The ESPE is correctly connected to the machine The machine s response time including ESPE has not increased in comparison with response time during initial start up Cables plugs and mounting components must be in flawless condition NOTE Work at the machine must be immediately stopped if any impairment of the safety function is detected If the safety function is impaired test the ...

Page 60: ...itial start up see section 12 5 Initial Start Up Check list on page 70 NOTE The supplied sticker Instructions for regular inspection must be mounted in a clearly visible location close to the relevant ESPE Do not clean the ESPE with solvents or cleaning agents which could damage the device aggressive abrasive scratching Inspection The ESPE may not demonstrate any visible damage The lens cover may ...

Page 61: ...must blink before testing is started Pass the test rod through the safety field as shown in the figure The OSSD OFF display must remain lit up as long as the test rod is in the safety field The RES display may not light up as long as the test rod is in the safety field Receiver Emitter ...

Page 62: ...adhered to 10 Shutdown The sensor must be disconnected from supply power for shutdown The sensor neither contains nor gives off any environmentally harmful substances It consumes only a minimum of energy and resources 11 Proper Disposal wenglor sensoric GmbH does not accept the return of unusable or irreparable products Respectively valid national waste disposal regulations apply to product dispos...

Page 63: ... System Overview section 5 1 Addenda to Flowchart for Initial Start Up section 7 1 Addenda to Overview of Receiver Parameters Configuration section 12 2 Addenda to Connection Examples section 12 6 06 04 05 2016 Revised EU declaration of conformity section 12 7 07 12 12 2016 Graphic for optical alignment revised 08 11 07 2019 Revised EU declaration of conformity section 12 7 09 20 07 2020 Addenda t...

Page 64: ...ion 7 1 Pin 4 RES Jumper to pin 6 Jumper to pin 6 24 V via pushbutton 24 V via pushbutton Pin 6 signal output Optionally to PLC or signaling module Optionally to PLC or signaling module Pin 7 EDM Jumper to pin 6 24 V via closed feedback loop Jumper to pin 6 24 V via closed feedback loop 12 3 Display during Normal Operation 12 3 1 Receiver Display Description SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG...

Page 65: ...iver and emitter are synchronized Start up and restart inhibit is active Acknowledgment prompt Contactor monitoring is active EDM DIAG2 Contactor monitoring is inactive EDM DIAG2 Ideally aligned SIG LOW DIAG4 Weak signal SIG LOW DIAG4 SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON OSSD is off Beam interruption through the entire safety field is required from the cable connecti...

Page 66: ... Supply power on Low range TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Supply power on Low range Test duration of 150 ms exceeded TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Supply power on High range TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Supply power on High range Test duration of 150 ms exceeded ...

Page 67: ... OFF OSSD ON Invalid configuration Restart inhibit detected For safety mode operation remove reset button and activate in accordance with section 7 4 on page 46 For start up and restart inhibit connect reset button correctly and activate in accordance with section 7 6 on page 49 SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON Contactor does not pick up Inspect the contactor con...

Page 68: ...DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON OSSD 1 short circuit to ground Eliminate short circuit to ground SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON Internal error Restart the system If restart is not successful contact wenglor s support department SIG LOW DIAG4 DIAG3 EDM DIAG2 SYNC DIAG1 ERROR RES OSSD OFF OSSD ON Extraneous light emitter Remove the interfering emitter...

Page 69: ...ge to high or low TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Supply power overvoltage undervoltage Provide for supply power within the specified limits TEST DIAG4 DIAG3 DIAG2 HI RAN DIAG1 ERROR POWER Internal error Parameters configuration for large range without executing the procedure in accordance with section 7 3 2 on page 45 Restart the system If restart is not successful contact wenglor...

Page 70: ...int of danger and the safety field adhered to Yes No 3 Access to the Point of Danger Is it only possible to access the point of danger via the ESPE s safety field Yes No Is it assured that persons are unable to remain within the danger zone unprotected e g by means of mechanical protection against side stepping and are the implemented mea sures protected against manipulation Yes No Have additional...

Page 71: ...ous state has been initialized is it stopped when the ESPE is switched off if the operating mode or any of the function types are changed or if switching to another safety device occurs Yes No Are the specified safety functions effective in all of the machine s operating modes Yes No Has the safety function been tested in accordance with the inspection instructions in the operating instructions Ye...

Page 72: ...optionally connected 12 6 1 Restart Inhibit Without Contactor Monitoring at SEMG4xxx RES via SEMG No EDM Low range SR4B3B01S A1 S11 S12 S21S22 X3 X2 13 23 33 41 42 34 24 14 N KA KB F1 Ui UB a nQS QS A2 K1 K2 K1 K2 L1 WH WH GY GY BK BK PK VT BN BN BU BU OG 24 V 0 V PE ...

Page 73: ...art Inhibit and Contactor Monitoring at SEMG4xxx RES via SEMG EDM via SEMG Low range SR4B3B01S A1 S11 S12 S21S22 X3 X2 13 23 33 41 42 34 24 14 N KA KB F1 Ui UB a nQS QS A2 K1 K2 K1 K2 L1 WH WH GY GY BK BK PK VT BN BN BU BU OG 24 V K1 K2 0 V PE ...

Page 74: ...nhibit Without Contactor Monitoring at Safety Relay RES via SR4B3B01S No EDM High range A1 S11 S12 S21S22 X3 X2 13 23 33 41 42 34 24 14 N KA KB L1 F1 Ui UB a nQS QS A2 K1 K2 K1 K2 WH WH GY GY BK BK PK VT BN BN BU BU OG 24 V 0 V PE ...

Page 75: ...75 12 6 4 SEMG4xx With Safety Mode Without Contactor Monitoring No RES No EDM Low range A1 S11 S12 S21S22 X3 X2 13 23 33 41 42 34 24 14 N KA KB F1 Ui UB a nQS QS A2 K1 K2 K1 K2 L1 WH WH GY GY BK BK PK VT BN BN BU BU OG 24 V 0 V PE ...

Page 76: ...Appendix 76 12 7 EU Declaration of Conformity The EU declaration of conformity can be found on our website at www wenglor com in the product s separate download area ...

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