BUS IN U LS BUS OUT U LS UL UL BF U LS BUS IN U LS BUS OUT U LS BUS IN U LS UL BF U LS UL BF BUS OUT U LS LNK ACT 00 ETH 0/00 RESET MRESET STP RUN/PROG PLC RUN FAIL INLINE CONTROL ICL 0 ETH Ord. No.: 770 XXXXXXX (SERIENNR.) IL RDY/RUN BSA FAIL RF BUS IN U LS UL BF U LS UL BF BUS OUT U LS IO-Link IO-Link: breakthrough in communication In recent years, modern machines and production systems in factory and process automation have become increasingly more powerful. This was achieved by many innovations at all levels of automation technology including controller, field bus and sensor/actuator levels. Demands for easy commissioning, high availability and the ability to both parameterise and diagnose led to intelligent sensors and actuators. Yet for instance, a standard sensor with -wire connection (voltage supply and binary switching signal) is unable to transmit the scanning distance or the degree of contamination to the controller. A possible solution to this lies in additional wiring or mostly proprietary interfaces which predominantly require special software and interface cables. Moreover, today s standard IOs are unidirectional, i.e. the controller cannot communicate any parameters to the sensor. Overcoming the last hurdle Different manufacturers in the automation market have joined forces and developed the IO-Link communication standard to overcome this last hurdle and be able to communicate continuously and bidirectionally with a standard sensor or actuator for the first time. It is now possible to adjust or reduce the maximum range (background suppression) using the controller or MMI (Man-Machine Interface). Manual adjustment of the potentiometer or Teachin directly at the sensor is not required, leading to substantial time and cost savings during commissioning, sensor exchange and even conversions. Furthermore, IO-Link also provides communication schemes for complex sensors such as colour sensors or light grids. Industrial Ethernet Field Bus Communication Communication Compatible with today s cabling During the development of IO-Link, in order to safeguard investments, particular emphasis was placed from the outset on achieving greatest possible compatibility with existing technology. Consequently, IO-Link sensors and actuators can be connected to existing IO modules. Vice versa, a sensor not yet fluent in IO-Link can be connected to an IO-Link module. The wiring between sensor SICK AG Industrial Sensors Germany All rights reserved 8077/006--0
IO-Link Compatible with today s cabling or actuator and IO module is maintained as a point-to-point connection. The connection is made via standard unshielded sensor cables already used today. L+ C/Q L IO-Link SIO PIN Signal Comment L+ volts OUT Sensor specific L Ground C/Q Communication/ switching signal Communication as an add-on to the standard Today s binary connection of sensors and actuators is designed to transmit as process data a single bit (i.e. the switching data). Beyond the real-time enabled switching output, IO-Link for instance facilitates serial parametrisation, diagnostic and process communication. For example, communication can occur during system start-up (communication mode COM with.8 kbaud) or continuously (communication mode COM with 8. kbaud). In both cases, the sensors can be switched to the known binary mode (SIO) at any time. IO-Link sensor communication of the future An essential property of the IO-Link system is its full backward compatibility with existing binary switching standard sensors. This means 00% safeguarding of investments and enables stepwise migration to the IO-Link system. Intelligent sensors and actuators, as IO-Link slaves, increase the system performance through additional information such as diagnostics, error detection and analysis or messages regarding temperatures, contamination etc. A reduction in machine downtimes is the consequence of differential, standardised diagnostics, error location and comfortable system monitoring down to the lowest sensor level. In the shape of uniform interfaces, the IO-Link system already reduces engineering expenditure and commissioning time. Through integrated parameterisation, the sensor data can now be held in a superordinate data pool, which reduces setup times, simplifies the exchange of sensors and makes monitoring for validation possible at all. Installation costs are substantially reduced by combining binary and analogue sensor signals and the standard wiring. IO-Link is not a bus system and, consequently, requires neither special bus topologies nor addressing of the devices or sensors. IO-Link is currently being prepared for standardisation. In future, IO-Link masters will be available as coupling modules, PLC/IPC expansion cards, mini controllers etc., and sensors and actuators will be available as IO-Link devices. Standard unshielded sensor cables, based on IEC 6097--, are used as connecting cables. 8077/006--0 SICK AG Industrial Sensors Germany All rights reserved
IO-Link field module IO-Link field module IO-Link field module Dimensional drawing 0 70 For field applications IP 67 ports for the connection of binary or IO-Link sensors/actuators Connection of - or -wire sensors 6 0 x0 0 6 8 0 x 6 9 8 68 78 9. Bus IN Bus OUT Power supply IN Power supply OUT Port... 6 Bus address rotary switch P R O F I PROCESS FIELD BUS B U S Connection type IOLSHPB-P0 Socket - Input - Port (,,, ) L+ IN M Q/C FE SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 8076/006--0
IO-Link field module Technical specifications IOLSHPB- P0 Interface PROFIBUS Connection type, interface Connector M ) Data transmission rate Address space occupation Suppyl voltage V s, module 9.6 kbaud to MBaud, Autobaud to 7, adjustable DC 8... 0 V Power consumption Module max. 00 ma Port ma + sensor/actuator current Number of IO-Link ports Communication mode Connection type, IO-Link ports Switching input Sensor-/actor supply Supply voltage V s, IO-Link ports Current loading Reverse polarity protection Wire-break protection Short-circuit protection COM/COM Connector M, /-wire PNP Via module DC 8... 0 V 00 ma Enclosure rating IP 6, IP 67 VDE protection class Ambient temperature operation - C... +60 C Ambient temperature storage - C... +8 C Weight Housing material ) ) 8 g PBT ) B-coded ) Electronically secured Ordering information Part Number IOLSHPB-P0 6 0 90 8076/006--0 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten
Photoelectric proximity switch, WTB-, BGS, Teach-in Scanning distance... 0 mm Photoelectric proximity switch Dimensional drawing 6 Object detection almost irrespective of colour and background consistency Reliable operation if devices are installed opposite each other 9. 8. 0.9 7. Commissioning through simple Teach-in function or IO-Link 8 7 Parameters and diagnostics 9 via IO-Link 6 Adjustments possible WTBC-P6 Standard direction of the material being scanned Optical axis, sender Optical axis, receiver LED indicator yellow, status of received light beam LED indicator green, power on 6 Teach button 7 Mounting hole M 8 Connector 6 Connection type WTBC-P6 M, -pin Accessories Connector, M, -pin Mounting systems brn blk wht blu L+ Q/C Q M 6 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 8076/006--0
W- Technical specifications WTBC- P6 Scanning distance typ. max. Operating distance... 0 mm... 0 mm Adjustment of operating distance Teach-in: single-teach button Teach-in: via IO-Link Communication mode COM Light source, light type Pin Point LED, red light, 660 nm ) Light spot diameter 7 mm at 0 mm distance Supply voltage V s DC 8... 0 V ) Ripple V ) ss Power consumption 0 ma ) Switching outputs PNP, Q/C PNP, not Q Switching mode Light-switching ) Output current I a max < 00 ma Response time < 0.6 ms 6) Switching frequency,000 Hz 7) Connection type Cable with plug, M, -pin, PVC, 00 mm 8) VDE protection class Circuit protection V s connections reverse-polarity protected / All outputs short-circuit protected / Interference suppression Enclosure rating IP 66, IP 67 Ambient temperature operation -0 C... +60 C Ambient temperature storage -0 C... +7 C Weight Ca. 0 g Housing material Bayblend, PMMA ) Average service life 00,000 h at T a = + C ) Limit values ) May not exceed or fall short of V s tolerances ) Without load ) Parametrisable via IO-Link 6) Signal transit time with resistive load in switching mode. Different values possible in COM mode. 7) With light/dark ratio : in switching mode. Different values possible in COM mode. 8) Do not bend below 0 C Scanning distance 0 0 0 0 (mm) Operating distance 0 7 00 0 Scanning distance, max. typical 0 6%/90% Scanning range on black, 6 % remission Scanning range on grey, 8 % remission Scanning range on white, 90 % remission % of scanning distance 0 8%/90% 90%/90% 0 (mm) 0 7 00 0 Ordering information Part Number WTBC-P6 00 9 8076/006--0 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 7
Ext Photoelectric reflex switch, WLG for transparent objects, red light Scanning range 0... m Photoelectric reflex switch Reliable detection of transparent objects Innovative microprocessor technology allows continuous adaption of the switching threshold on contamination Operating range can be preselected via rotary switch, external cable or IO-Link Parameters and diagnostics via IO-Link Dimensional drawing. 0.6 7..6 6. 9 Adjustments possible WLGC-P LED signal strength indicator Centre of optical axis M threaded mounting hole - mm deep Mounting holes Ø. mm Function selector Teach Connection type WLGC-P Accessories Connector, M, -pin Mounting systems Reflectors M, -pin brn blu blk wht gra L+ M Q/C Q NC 8 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 8076/006--0
W- Technical specifications WLGC- P Scanning range typ. max. Scanning range, recommended Relating to Sensitivity adjustment Communication mode 0... m 0....7 m Reflector PL80A Switch Teach-in: via IO-Link COM Light source, light type LED, red light ) Light spot diameter Polarisation filter Supply voltage V s DC 8... 0 V ) Ripple V ss ) Power consumption 6 ma ) Ca. 8 x mm at 00 mm distance Switching outputs PNP, Q/C PNP, not Q Switching mode Light-switching Output current I a max 00 ma Response time < 0.7 ms ) Switching frequency 60 Hz 6) Connection type Connector, M, -pin VDE protection class 7) Circuit protection V s connections reverse-polarity protected / All outputs short-circuit protected / Interference suppression Enclosure rating IP 67, IP 69K Ambient temperature operation - C... +60 C Ambient temperature storage -0 C... +7 C Weight 0 g Housing material Zinc die-cast, PMMA 8) ) Average service life 00,000 h at T a = + C ) Limit values ) May not exceed or fall short of V s tolerances ) Without load ) Signal transit time with resistive load in switching mode. Different values possible in COM mode. 6) With light/dark ratio : in switching mode. Different values possible in COM mode. 7) Reference voltage 0 V DC 8) Teflon-coated housing available on request Operating range setting Set via rotary switch on device or via ET cable (+V s to ET) Mode I : 0 ms * Mode II : 0 ms * Mode III : 0 ms * Switches at signal attenuation > 0% Clean PET bottles Switches at signal attenuation > 8% Clear-glass bottles Switches at signal attenuation > 0% Coloured glass or non-transparent objects * Pulse duration via ET (control cable), duration set via rotary switch approx. s Scanning range and operating reserve 0.7 00 0.6. 0.. 0.6 0 (m) 0.... Operating range Scanning range, max. typical 0 Reflector type PL 80 A PL 0 A PL 0 A PL 0 A Operating range 0....7 m 0....6 m 0.... m 0....0 m Operating reserve Operating range Scanning range typ.max. (m) 0... Ordering information Part Number WLGC-P 09 868 8076/006--0 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 9
Photoelectric proximity switch, WT8-, BGS, red light, Teach-in Scanning distance 0... 600 mm Photoelectric proximity switch Dimensional drawing 7.6. 6 Precise background suppression; suitable for high demanding applications Insensitive to ambient light 9. 7. 67 9 7 sources (HF lamps) Reliable operation if devices are installed opposite each other Commissioning through simple Teach-in function or IO-Link. 0 8 8. Parameters and diagnostics via IO-Link Adjustments possible WTB8C-P Standard direction of the material being scanned Optical axis, sender Optical axis, receiver TEACH Mounting hole Ø. mm LED indicator, yellow; status of received light beam 6 LED indicator, green; power on 7 Scanning distance adjustment, Single-Teach-in button 8 Plug M, -pin 7 Connection type WTB8C-P M, -pin Accessories Connector, M, -pin Mounting systems brn blk wht blu L+ Q/C Q M 0 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 8076/006--0
W8- Technical specifications WTB8C- P Scanning distance typ. max. 0... 600 mm ) Operating distance 0... 600 mm ) Adjustment of operating distance Teach-in: single-teach button Teach-in: via IO-Link Communication mode COM Light source, light type LED, red light, 60 nm ) Light spot diameter mm at 00 mm distance Supply voltage V s DC 8... 0 V ) Ripple < V ) ss Power consumption < 0 ma ) Switching outputs PNP, Q/C PNP, not Q Output current I a max < 00 ma Response time < 0.8 ms 6) Switching frequency 700 Hz 7) Connection type Connector, M, -pin VDE protection class 8) Circuit protection V s connections reverse-polarity protected / All outputs short-circuit protected / Interference suppression Enclosure rating IP 66, IP 67 Ambient temperature operation -0 C... +60 C Ambient temperature storage -0 C... +7 C Weight Approx. 0 g Housing material ABS, PC ) Object with 90 % remission (based on standard white to DIN 0) ) Average service life 00,000 h at T a = + C ) Limit values, reverse-polarity protected operation in short-circuit protected network max. 8 A ) May not exceed or fall short of V s tolerances ) Without load 6) Signal transit time with resistive load in switching mode. Different values possible in COM mode. 7) With light/dark ratio : in switching mode. Different values possible in COM mode. 8) Reference voltage 0 V DC Scanning distance 0 00 0 00 0 600 0 (mm) 00 00 00 00 00 600 700 Scanning distance Scanning distance on black, 6 % remission Scanning distance on grey, 8 % remission Scanning distance on white, 90 % remission % of scanning distance 0 6%/90% WT 8- Red light Standard 8%/90% 90%/90% 0 (mm) 00 00 00 00 00 600 700 Ordering information Part Number WTB8C-P 00 8076/006--0 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten
Photoelectric proximity switch, WTB7-, BGS, red light Scanning distance 0...,00 mm Photoelectric proximity switch Dimensional drawing.6 6 Precise background suppression without scanning distance drift Reliable in industrial environments; secure against the effect of unwanted optical 8 80.6 70 9. 7 reflections, other sensors. mounted adjacently Start-up with easy teach function. or IO-Link Diagnosis and parametrisation via IO-Link Adjustments possible WTB7C-P 0 0 Standard direction of the material being scanned Optical axis sender Optical axis receiver TEACH Mounting hole Ø. mm LED indicator green; power on 6 LED indicator yellow; status of received light beam 7 Scanning distance adjustment: single-teach button 7 Connection type WTB7C-P Accessories Connector, M, -pin Mounting systems Weather protection M, -pin brn blk wht blu L+ Q/C Q M SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten 8076/006--0
W7- Technical specifications WTB7C- P Scanning distance typ. max. 0...,00 mm ) Operating distance 00...,00 mm ) Adjustment of operating distance Teach-in: single-teach button Teach-in: via IO-Link Communication mode COM Light source, light type LED, red light, 660 nm ) Light spot diameter Approx. mm at 00 mm distance Supply voltage V s DC 8... 0 V ) Ripple V ) ss Power consumption ma ) Switching outputs PNP, Q/C PNP, not Q Signal voltage PNP HIGH / LOW > V s -. V / approx. 0 V Output current I a max 00 ma Response time.9 ms 6) Switching frequency 0 Hz 7) Connection type Connector, M, -pin VDE protection class 8) Circuit protection V s connections reverse-polarity protected / All outputs short-circuit protected / Interference suppression Enclosure rating IP 66, IP 67 Ambient temperature operation -0 C... +60 C Ambient temperature storage -0 C... +7 C Weight Approx. 00 g Housing material ABS, PMMA ) Object with 90 % remission (based on standard white to DIN 0) ) Average service life 00,000 h at T a = + C ) Limit values, reverse-polarity protected operation in short-circuit protected network max. 8 A ) May not exceed or fall short of V s tolerances ) Without load 6) Signal transit time with resistive load in switching mode. Different values possible in COM mode. 7) With light/dark ratio : in switching mode. Different values possible in COM mode. 8) Reference voltage 0 V DC Scanning distance 0 (mm) 00 00 600 800 000 00 0 00 0 800 0 00 Scanning distance on black, 6 % remission Scanning distance on grey, 8 % remission Scanning distance on white, 90 % remission 0 8 6 8%/90% 6%/90% 0 % of scanning distance 8 6 90%/90% 0 (mm) 00 00 600 800 000 00 Ordering information Part Number WTB7C-P 00 0 8076/006--0 SICK AG Automatisierungstechnik Deutschland Alle Rechte vorbehalten
MLG Modular light grid, IO-Link, switching Modular light grid Scanning range 0... /0... 8. m Dimensional drawing 9 High modularity: beam spacing, detection height and scanning range Short response time Teach-in for optimal sensitivity adjustment IO-Link: remote maintenance, diagnostics and parameters A 6. 9 Distance: MLG edge first beam Dimensions (mm) A Beam spacing 0 mm 9 Beam spacing 0 mm 9 Beam spacing mm 6 Beam spacing 0 mm 69 Beam spacing 0 mm 89 Detection height (see optical performance) Beam spacing (0, 0, 0, 0 mm) Status indicator: LEDs green, yellow, red Indicator panel, 7-segment display M plug, 8-pin/M plug, -pin Connection type MLGx-xxxxDx -pin, M Sender Receiver Accessories Connectors Mounting systems T-Junction brn wht blu blk gra L+ Sync A M TEST Sync B brn wht blu blk gra L+ Sync A M Q /IO-Link Sync B SICK AG Industrial Sensors Germany All rights reserved 8077/006--0
MLG IO-Link Technical data MLG x-xxxx Dx Beam spacing ) 0 mm/0 mm/ mm/0 mm/0 mm Maximum number of beams 0 beams Scanning range 0... m (max. 7 m)/0... 8. m (max. m) Synchronization ) By cable sync A/sync B Communication mode COM Light source, light type LED, infrared Supply voltage V ) S... 0 V DC Current consumption sender < 0 ma + ma/beam Current consumption receiver ) < 00 ma + ma/beam Connection M plug, -pin Teach-in See IO-Link function table below Output current I A max. 00 ma per output Output load Capacitive load: 00 nf/output Inductive load: H/output Switching mode Light-/dark-switching, switchable Operating principle Switching Response time ) Max. 0 μs per beam + ms Test input»te«sender OFF: Test input to V S Immunity to ambient light 0,000 Ix (continuous light) VDE protection class III Circuit protection 6) A, B, C Enclosure rating 7) IP 6 Ambient temperature T A Operation... + C Storage 0... +70 C Mechanical resistance Vibration: g/0- Hz IEC 68--6 Shock: 0 g/0 ms IMC 68--9 Weight Approx. 80 g 8) Material Housing Aluminium anodized Front lens PMMA ) Further beam spacing possible ) Sender (MLGS) and receiver (MLGE) ) Limit values ) Without load at V S = V ) With resistive load. Deviating value possible in COM mode. 6) A= V S connection, reverse-polarity protected B = Outputs Q and Q short-circuit protected C = Interference pulse suppression 7) For outdoor use only with additional protection 8) For 00 mm detection height, increment 60 g per 0 mm detection height Optical performance Detection height Minimum Detectable Object (MDO) Minimum Increment Maximum Beam spacing MDO 9) Ordering information MLGx-xxxxDx On demand MLG: 0 mm 0 mm 90 mm 0 mm 0) /0 ) mm MLG: 0 mm 0 mm 0 mm 0 mm 0) /0 ) mm MLG: 0 mm 0 mm 0 mm 0 mm 0) /0 ) mm MLG: 00 mm 0 mm 00 mm 0 mm 0) /60 ) mm 9) MDO for non-moving objects measured in a direction parallel to the MLG 0) Scanning range: m ) Scanning range: 8. m IO-Link function table Process data Diagnostic Parameter switching OUT x Q (NBB ) NBB = Number Beams Blocked Test Contamination Synchronization error Hardware error Reception signal malfunction during teach Auto-teach (ON OFF) Teach Beam suppression Multiple scan (ON OFF) Q Logic (Q Q ) 8077/006--0 SICK AG Industrial Sensors Germany All rights reserved
MLG Modular light grid, IO-Link, measuring Modular light grid Scanning range 0... /0... 8. m Dimensional drawing 9 High modularity: beam spacing, detection height and scanning range Short response time Teach-in for optimal sensitivity adjustment IO-Link: remote maintenance, diagnostics and parameters A 6. 9 Distance: MLG edge first beam Dimensions (mm) A Beam spacing 0 mm 9 Beam spacing 0 mm 9 Beam spacing mm 6 Beam spacing 0 mm 69 Beam spacing 0 mm 89 Detection height (see optical performance) Beam spacing (0, 0, 0, 0 mm) Status indicator: LEDs green, yellow, red Indicator panel, 7-segment display M plug, 8-pin/M plug, -pin Connection type MLGx-xxxxHx -pin, M Sender Receiver Accessories Connectors Mounting systems T-Junction brn wht blu blk gra L+ Sync A M TEST Sync B brn wht blu blk gra L+ Sync A M Q /IO-Link Sync B 6 SICK AG Industrial Sensors Germany All rights reserved 8077/006--0
MLG IO-Link Technical data MLG x-xxxx Hx Beam spacing ) 0 mm/0 mm/ mm/0 mm/0 mm Maximum number of beams 0 beams Scanning range 0... m (max. 7 m)/0... 8. m (max. m) Synchronization ) By cable sync A/sync B Communication mode COM Light source, light type LED, infrared Supply voltage V ) S... 0 V DC Current consumption sender < 0 ma + ma/beam Current consumption receiver ) < 00 ma + ma/beam Connection M plug, -pin Teach-in See IO-Link function table below Output current I A max. 00 ma per output Output load Capacitive load: 00 nf/output Inductive load: H/output Switching mode Light-/dark-switching, switchable Operating principle Measuring Response time ) Max. 0 μs per beam + ms Test input»te«sender OFF: Test input to V S Immunity to ambient light 0,000 Ix (continuous light) VDE protection class III Circuit protection 6) A, B, C Enclosure rating 7) IP 6 Ambient temperature T A Operation... + C Storage 0... +70 C Mechanical resistance Vibration: g/0- Hz IEC 68--6 Shock: 0 g/0 ms IMC 68--9 Weight Approx. 80 g 8) Material Housing Aluminium anodized Front lens PMMA ) Further beam spacing possible ) Sender (MLGS) and receiver (MLGE) ) Limit values ) Without load at V S = V ) With resistive load. Deviating value possible in COM mode. 6) A = V S connection, reverse-polarity protected B = Outputs Q and Q short-circuit protected C = Interference pulse suppression 7) For outdoor use only with additional protection 8) For 00 mm detection height, increment 60 g per 0 mm detection height Optical performance Detection height Minimum Detectable Object (MDO) Minimum Increment Maximum Beam spacing MDO 9) Ordering information MLGx-xxxxHx On demand MLG: 0 mm 0 mm 90 mm 0 mm 0) /0 ) mm MLG: 0 mm 0 mm 0 mm 0 mm 0) /0 ) mm MLG: 0 mm 0 mm 0 mm 0 mm 0) /0 ) mm MLG: 00 mm 0 mm 00 mm 0 mm 0) /60 ) mm 9) MDO for non-moving objects measured in a direction parallel to the MLG 0) Scanning range: m ) Scanning range: 8. m IO-Link function table Process data Diagnostic Parameter measuring IN BBH (Block Beam Hold) Stand By Activate Q OUT 6 x Q 0 basic functions Beam status Test Contamination Status byte Equipment identifi cation Synchronization error Reception signal malfunction during teach Beam suppression Teach Setup of all basic functions Multiple scan (ON OFF) 8077/006--0 SICK AG Industrial Sensors Germany All rights reserved 7
Accessories Dimensional drawing and Order information SENSICK screw-in system M, -pin, enclosure rating IP 67 Female connector M, -pin, straight Contacts DOS-0-G 60070 Cable diameter to 6 mm Female connector M, -pin, angled Contacts DOS-0-W 60070 0 Mx Female connector M, -pin, straight Cable diameter mm, x 0, mm, PVC Contacts DOL-0-G0M 60098 Cable length m DOL-0-G0M 6009866 m DOL-0-G0M 600 0 m DOL-0-GM 6007 m. 0. 7. 7. Cable diameter to 6 mm Mx Cable connector M, -pin, straight STE-0-G 60099 Contacts Cable connector M, -pin, angled STE-0-W 6008 Contacts Cable diameter bis 6 mm 0 Mx 8 0 7. 7. 0 Cable diameter to 6 mm Mx. Mx R min ) ) Minimum bend radius in dynamic use R min = 0 x cable diameter /wht /brn /blu /blk Female connector M, -pin, angled Cable diameter mm, x 0, mm, PVC DOL-0-W0M 60098 m DOL-0-W0M 6009867 m DOL-0-W0M 600 0 m /blu 6... /wht Mx 8. /blk /brn R min ) 8 SICK AG Industrial Sensors Germany All rights reserved 8077/006--0
Accessories Dimensional drawing and Order information Cables and connectors MLG To connect MLGS at MLGE and PLC T-Junction M, -pin SBO-0G-SM 6090 6 Female connector M, male connector M, -pin, straight, PUR Description Cable length DSL-0-G0MC 609 Female connector, m DSL-0-G0MC 6098 straight Female connector, m straight MLG E Mx Mx PLC Mx MLG S SENSICK screw-in system M, -pin, enclosure rating IP 67 Female connector M, -pin, straight DOS-0-G 600979 Contacts Cable diameter to 6 mm Female connector M, -pin, right angle DOS-0-W 600970 Contacts 0 0 Mx. 7. 7. Cable diameter bis 6 mm Mx Female connector M, -pin, straight Cable diameter /6 mm, / x 0. mm, sheath PVC Contacts DOL-0-G0M 6008899 DOL-0-G0M 6009868 DOL-0-G0M 600 DOL-0-GM 609.. Mx R min ) ) Minimum bend radius in dynamic use R min = 0 x cable diameter /wht /brn /gra /blu /blk Cable length m m 0 m m Female connector M, -pin, right angle Cable diameter /6 mm, / x 0. mm, sheath PVC Contacts DOL-0-W0M 6008900 DOL-0-W0M 6009868 DOL-0-W0M 600 /blu 6... /wht 8. /blk /brn /gra R min ) Cable length m m 0 m Mx 8077/006--0 SICK AG Industrial Sensors Germany All rights reserved 9
Accessories Dimensional drawing and Order information Reflectors Plastic design for temperatures up to 6 C Reflector 0 x 0 mm PL0A 079 Reflector 0 x 0 mm PL0A 00. 7.8. 8 7 6 0 8 60 ø.6 ø8 9. 8 7. 9.8 7. Reflector 0 x 60 mm PL0A 070 Reflector, 6-sided, width across flats 8 mm PL0A 000 ø. 6.6 9.8 68 78 ø. ø8. 8 7.8 0. 60 8 Reflector 80 x 80 mm Reflector, diameter 8 mm, centre hole mounting PL80A 0086 C0A 09 8. 68 7 8 M 8. 8. Ø 8 7. 0 SICK AG Industrial Sensors Germany All rights reserved 8077/006--0
Accessories Dimensional drawings and Order information Reflectors with heating, UC V;. W Reflector, 6-sided, width across flats 8 mm, continuous heating PL0HK 0. Reflector, 6-sided, width across flats 8 mm, regulated heating PL0HS 00987. 9.8 ø. ø8. 9.8 ø. 68 78 ø8. 68 78 60 7. 60 7. V UC/. W 0 V UC/. W 0 Heating ON: < C Mounting systems Mounting bracket BEF-WN-W8 0097 Mounting bracket for W7- BEF-WN-W7 009 0 98 6 7 0. 67 6. 8 6. 0. 70 96. 8.6 6. 8 6. 8077/006--0 SICK AG Industrial Sensors Germany All rights reserved
Accessories Dimensional drawing and Order information Mounting systems Mounting kit Swivel Mount For MLGS and MLGE, recommended for detection heights up to 600 mm Pieces 0969 Mounting kit compact metal angled bracket recommended for all detection heights Pieces BEF-WK-XLG 0900 7 0,, Ø 6 6 7, 9 7 7, 8 8 Mounting kit T-nuts with shifting nuts Side mounting with shift nuts for all monitoring heights (for high vibration and shock exposure) Pieces BEF-NUT-MLG 0696 0 9 69 0 8 8. 7, 9. 6 SICK AG Industrial Sensors Germany All rights reserved 8077/006--0
Accessories Dimensional drawing and Order information Mounting systems Articulated mounting for W- BEF-GH-MINI0 060 7.. ø. 6 9. 0.8 ø.6 ø 6 Universal-clamps (rod mounting) for sensors and reflectors 6 70 9 87. 6 0 6 6 97 Locking screw 87 0 9 0 0.8 K J F C B ø8 ø-0 Mounting plates B C F J K BEF-KHS-B0 BEF-KHS-C0 BEF-KHS-F0 BEF-KHS-J0 BEF-KHS-K0 BEF-KHS-KH ) For device/reflector type 09 PL0A, PL0A, PL0A, PL80A, C0A 060 W8-06 PL0A 079 PL0A, PL0A, PL0A, C0A 078 W8-, PL0A, PL0A, PL0A, PL0A, PL80A, C0A 076 Clamp without mounting plate ) includes bar support and mounting material 8077/006--0 SICK AG Industrial Sensors Germany All rights reserved