Panasonic SF4B C Series Instruction Manual Download

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Part Description

<Emitter>

It emits light to the receiver facing it. Furthermore, the status of the emitter and the receiver is

indicated on its display section.

<Receiver>

It receives light from the emitter facing it. Simultaneously, it turns ON the control output (OSSD

1 / 2) when the all beam channels receive light from emitter, and it turns OFF the control output

(OSSD 1 / 2) when one or more beam channels are blocked light. [Exclude when using the mut

ing function (Note 1) or the blanking function (Note 2).]

Besides, the receiver displays its status on the display section.

Notes: 1) The muting function is only available for the

SF4B-□CA-J05

In case of using the muting function, the following items, 12-core bottom cap cable (

SFB-CB05-MU

SFB-CCB

□

-MU

) (optional) and muting sensor are required. Please purchase 12-core bottom cap cable

and muting sensor separately.

2) The blanking function is set by using the handy controller (

SFB-HC

) (optional). Please purchase the

handy controller separately.

<Beam channel>

The light emitting elements of the emitter and the light receiving elements of the receiver are

placed at the following intervals, 20mm (

SF4B-H

□

□), and 40mm (

SF4B-A

□

□).

<Standard mounting bracket MS-SFC-1 (optional)>

This bracket is used to mount an emitter and receiver on its back or side surface. This can be

mounted with a single hexagon-socket head bolt [M5].

<Display section>

Indicator section of emitter

Beam-axis alignment

indicator

[RECEPTION]

Incident light intensity

indicator [STB]

Fault indicator [FAULT]

PNP indicator [PNP]

NPN indicator [NPN]

Emission intensity

control indicator [CTRL]

Operator indicator

[OSSD]

Emission halt indicator

[HALT]

Indicator section of receiver

Beam-axis alignment

indicator

[RECEPTION]

Incident light intensity

indicator [STB]

Fault indicator [FAULT]

PNP indicator [PNP]

NPN indicator [NPN]

Function setting indicator

[FUNCTION]

OSSD indicator

[OSSD]

Interlock indicator

[INTERLOCK]

Beam-axis

alignment

indicator

Top end

Bottom end

Large multi-purpose

indicator

SF4B-

□

CA-J05

only

Display section

Summary of Contents for SF4B C Series

Page 1: ...2017 5 panasonic net id pidsx global Compact Light Curtain Type 4 SF4B C Instruction Manual WUME SF4BC 8 ...

Page 2: ... Panasonic Industrial Devices SUNX Co Ltd 2017 2 MEMO ...

Page 3: ...of this device who design the system using this device who install and connect this device who manage and operate a plant using this device Notes 1 All the contents of this instruction manual are the copyright of the publishers and may not be reproduced even extracts in any form by any electronic or mechanical means including photocopying recording or information storage and retrieval without perm...

Page 4: ... 43 2 5 4 Basic Wiring 45 2 5 5 Wiring for Manual Reset Interlock is Valid 49 2 5 6 Wiring for Auto reset Interlock is Invalid 53 2 5 7 Wiring Configuration for Invalid External Device Monitor Function 57 2 5 8 Wiring Configuration for Valid Muting Function For SF4B CA J05 only 61 2 6 Adjustment 63 2 6 1 Beam axis Alignment 63 2 6 2 Operation Test 65 2 6 3 Operation 66 Chapter 3 Functions 71 3 1 S...

Page 5: ...0 6 3 3 Rear Mounting with MS SF4BC 2 and MS SF4BC 4 101 6 3 4 In Case Mounting in Confined Space with MS SF4BC 2 and MS SF4BC 4 102 6 3 5 Side Mounting with MS SF4BC 3 and MS SF4BC 4 103 6 3 6 In Case Mounting in Confined Space with MS SF4BC 3 and MS SF4BC 4 104 6 3 7 Mounting with MS SF4BC 6 and MS SF4BC 7 105 6 3 8 In Case Mounting in Confined Space with MS SF4BC 6 and MS SF4BC 7 106 6 3 9 Moun...

Page 6: ...r conditions or environments not described in this manual 2 Using this device in the following fields nuclear power control railroad aircraft auto mobiles combustion facilities medical systems aerospace development etc When this device is to be used for enforcing protection of a person from any danger occurring around an operating machine the user should satisfy the regulations established by nati...

Page 7: ...e this device is to be installed make sure to install this device so that reflected light from the reflective surface does not enter into the receiver or take countermeasures such as painting masking roughening or changing the material of the reflective surface etc Failure to do so may cause the device not to detect resulting in death or serious injury Do not install this device in the following e...

Page 8: ...er or the receiver each can be extended up to 50m by using the exclusive cable Extending the cable longer than 50m may cause mal function which can result in death or serious injury Do not control the device only at one control output OSSD 1 2 In order that the output is not turned to ON due to earth fault of the control output OSSD 1 2 wires be sure to ground to 0V side PNP output V side NPN outp...

Page 9: ...fied with the type ex amination certificate With regard to the standards in US Canada a NRTL TÜV SÜD has certified for CTÜVUS Mark Regulations in Korea S1 G 35 2005 S2 W 11 2003 The S mark certificate has been certified by Korea Occupational Safety Health Agency KOSHA Reference The conformity to JIS OSHA and ANSI for this device has been evaluated by ourselves The CTÜVUS mark indicates that this d...

Page 10: ...ncy of control outputs Example 1 Use the relay unit or the controller for the light curtain Example 2 Monitor of the control outputs OSSD 1 2 with the safety PLC Example 3 Monitor of the contact point welding in case the safety relay is used To use for Category 2 If one type of control output OSSD is used the auxiliary output connects to PLC to monitor the operation of this device and construct th...

Page 11: ...am axis alignment easy are incorporated Each function setting is available by using the handy controller SFB HC optional Refer to 3 8 Functions Using Handy Controller SFB HC Optional for details Refer to 6 2 Options for details of options 2 2 Part Description Emitter Beam channel Receiver Large multi purpose indicator only SF4B CA J05 Display section Gray cable Gray cable with black line Standard ...

Page 12: ...ion is set by using the handy controller SFB HC optional Please purchase the handy controller separately Beam channel The light emitting elements of the emitter and the light receiving elements of the receiver are placed at the following intervals 20mm SF4B H C and 40mm SF4B A C Standard mounting bracket MS SFC 1 optional This bracket is used to mount an emitter and receiver on its back or side su...

Page 13: ...N When NPN output is set lights up Emitter Description Function Operator indicator Red Green OSSD Note 2 Both end beam channels are received blinks in red All beam channels are received lights up in green When control output OSSD 1 2 is OFF lights up in red When control output OSSD 1 2 is ON lights up in green Emission intensity control indicator Orange CTRL When emission intensity is controlled l...

Page 14: ...ce a non sensing area or cause mutual interference which may result in death or serious injury The sensing area is the zone formed by the sensing height of the device and the sensing range between the emitter and the receiver The sensing height is determined by the number of beam channels Furthermore the sensing range can be 0 3 to 7m Take care that if the sensing range is under 0 3m malfunction m...

Page 15: ... from this device to the point that the dangerous parts of the machine stops The max re sponse time of the machine should be timed with the machine to be actually used The size of the minimum sensing object for this device varies depending on the case whether the floating blanking function is applied or not Calculate the safety distance with the proper size of the minimum sensing object and approp...

Page 16: ...st calculate by substituting the value K 2 000 mm sec in the equation above Then clas sify the obtained value of S into three cases 1 S 100 2 100 S 500 and 3 S 500 For Case 3 S 500 recalculate by substituting the value K 1 600 mm sec After that classify the calculation result into two cases 4 S 500 and 5 S 500 For details refer to Calculation Example 1 For use in Europe When this device is used in...

Page 17: ...S K Tm TSF4B 8 d 14 1 600 Tm 0 014 8 25 14 1 600 Tm 1 600 0 014 8 11 1 600 Tm 22 4 88 1 600 Tm 110 4 then calculate again If the result is 4 In case S 500 mm Safety distance S is taken as 500 mm 5 In case S 500 mm Safety distance S is taken as 1 600 Tm 110 4 mm In case this device is installed in a system with a maximum halting time of 0 1 sec S 2 000 Tm 116 2 000 0 1 116 316 Since this value matc...

Page 18: ...or more of TS TC is taken as additional halting time Dpf Additional distance calculated from the size of the minimum sensing object of the device mm SF4B H C Dpf 61 2mm SF4B A C Dpf 129 2mm Dpf 3 4 d 0 276 inch 3 4 d 7 mm d Minimum sensing object diameter 0 985 inch 25 mm SF4B H C Minimum sensing object diameter 1 772 inch 45 mm SF4B A C Calculation Example Calculation Example 2 For use in the Uni...

Page 19: ...s metal walls floors ceilings workpieces covers panels or glass surfaces Side View Reflective ceiling Reflective floor Emitter Receiver A A Sensing range L Top View Reflective surface Emitter Receiver A Sensing range L θ θ Distance between emitter and receiver Sensing range L Allowable installation distance A 0 3 to 3m 0 16m 3 to 7m L 2 tan 2θ L 2 0 105 m θ 3 Note The effective aperture angle for ...

Page 20: ...use device malfunction which can result in death or serious injury If this device is used in multiple sets arrange them to avoid mutual interference If mutual interference occurs it can result in death or serious injury Example of device placement 1 Install emitter and the receiver back to back 2 Arrange the emitter and the receiver vertically on opposite sides Receiver Emitter Emitter Receiver Re...

Page 21: ...ic Industrial Devices SUNX Co Ltd 2017 21 Protection Area WARNING Position the emitter and receiver so that their cables are aligned Failure to do so will cause the system to malfunction Cable Cable Cable Cable ...

Page 22: ...ble bending radius After installing the product with the mounting brackets verify that the incident light indicator is green Reference Mount the emitter and the receiver at the same level and parallel to each other The effective aperture angle of this device is 2 5 or less for a sensing distance of 3m or more Unless otherwise specified the following mounting procedure is common for both emitter an...

Page 23: ...s M3 length 5mm Accessory of MS SF4BC 1 Main body Standard mounting bracket MS SF4BC 1 Optional Step 2 Mount the standard mounting bracket on the mounting surface using hexagon socket head bolts M5 purchase separately In case of rear mounting Hexagon socket head bolt M5 purchase separately Main body In case of side mounting Hexagon socket head bolt M5 purchase separately Main body Note Use M5 wash...

Page 24: ... case of side mounting M3 flat head screws purchase separately Intermediate supporting bracket for use with standard mounting bracket MS SF4BC 5 Optional 20mm 15mm 13 7mm Step 2 Insert this device into the intermediate supporting bracket In case of rear mounting Main body In case of side mounting Main body Note SF4B H C 48 beam channels or more SF4B A C 24 beam channels or more require intermediat...

Page 25: ... Main body Rear utility mounting bracket MS SF4BC 2 Optional Hexagon socket head bolts M3 length 6mm Accessory of MS SF4BC 2 Main body Rear utility mounting bracket MS SF4BC 2 Optional Space saving installation Rear utility mounting bracket MS SF4BC 2 Optional Hexagon head bolt M5 purchase separately Step 2 Mount the rear utility mounting bracket on the mounting surface using hexagon socket head b...

Page 26: ... Main body Side utility mounting bracket MS SF4BC 3 Optional Hexagon head bolt M5 purchase separately Side utility mounting bracket MS SF4BC 3 Optional Hexagon socket head bolts M3 length 6mm Accessory of MS SF4BC 3 Main body Side utility mounting bracket MS SF4BC 3 Optional Space saving installation Step 2 Mount the side utility mounting bracket on the mounting surface using hexagon socket head b...

Page 27: ...e intermediate sup porting bracket for use with rear mounted installations in place and take the bracket apart Intermediate supporting bracket for use with rear mounted installations Hexagon socket head bolt M3 length 6mm Bracket A Bracket B Rear mounting bracket Step 2 Insert bracket A from the rear of the device Bracket A Main body Step 3 Insert bracket B into the gap between the device and brac...

Page 28: ...ide mounting Main body Hexagon socket head bolt M3 length 6mm Step 6 Temporarily secure a hexagon head bolt M5 purchase separately to the mounting surface Step 7 Slide the device so that the rear mounting bracket or side mounting bracket fits around the hexagon head bolt In case of rear mounting Main body Hexagon head bolt M5 purchase separately Hexagon head bolt M5 purchase separately Main body I...

Page 29: ... of MS SF4BC 6 Side mounting bracket MS SF4BC 6 Optional Space saving installation Step 2 Mount the side mounting bracket on the mounting surface using hexagon socket head bolts M5 purchase separately Hexagon socket head bolt M5 purchase separately Main body Space saving installation Hexagon socket head bolt M5 purchase separately Main body Notes 1 Use M5 washers accessory of MS SF4BC 6 when mount...

Page 30: ...bracket MS SF4BC 6 optional in accordance with the shape of the aluminum frame Side mounting bracket MS SF4BC 6 Optional Main body Positioning mark Aluminum frame Aluminum frame size 20 to 40mm Aluminum frame size 30 to 50mm When mounting to elsewhere refer to the following figure for installation Side mounting bracket MS SF4BC 6 Optional Main body 24mm ...

Page 31: ...ediate sup porting bracket for use with side mounting bracket in place and take the bracket apart Hexagon socket head bolt M3 length 6mm Bracket A Bracket B Bracket C Step 2 Insert bracket A from the rear of the device Bracket A Main body Step 3 Insert bracket B into the gap between the device and bracket A Main body Bracket B Bracket A Step 4 Match the hole in bracket C with the hole in bracket B...

Page 32: ...e with side mounting bracket on the mounting surface using hexagon socket head bolts M5 purchase separately Main body Hexagon socket head bolt M5 purchase separately Note SF4B H C 48 beam channels or more SF4B A C 24 beam channels or more require intermediate supporting bracket for use with side mounting bracket MS SF4BC 7 optional SF4B H40C SF4B H48C SF4B H56C SF4B A20C SF4B A24C SF4B A28C 1 set ...

Page 33: ...ional in accordance with the shape of the aluminum frame Intermediate supporting bracket for use with side mounting bracket MS SF4BC 7 Optional Main body Positioning mark Aluminum frame Aluminum frame size 20 to 40mm Aluminum frame size 30 to 50mm When mounting to elsewhere refer to the following figure for installation 24mm Intermediate supporting bracket for use with side mounting bracket MS SF4...

Page 34: ...hat the standard mounting bracket MS SF4BC 1 optional is not attached to the machine and insert the protective metal case MS SF4BCH optional from above the machine Main body Protective metal case MS SF4BCH Optional Step 2 Mount the standard mounting bracket to the machine using two hexagon socket head bolts M3 length 5 mm The tightening torque should be 0 5N m Hexagon socket head bolts M3 length 5...

Page 35: ...se prepare separately In case of rear mounting In case of side mounting Protective metal case Protective metal case Main body Main body Hexagon socket head bolt M5 purchase separately Hexagon socket head bolt M5 purchase separately Notes 1 Use M5 washers accessory of MS SF4BC 1 when mounting to an aluminum frame 2 Be careful to prevent the machine from slipping out of the protective metal case whi...

Page 36: ...or FSD 2 5 1 Power Supply Unit CAUTION Wire correctly using a power supply unit which conforms to the laws and standards of the region where this device is to be used If the power supply unit is non conforming or the wiring is improper it can cause damage or mal function of this device Reference A specialist who has the required electrical knowledge should perform the wiring The power supply unit ...

Page 37: ...onization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization S1 S1 Load K1 K2 24V DC 10 K1 K2 S1 Switch S1 Emission halt input Reset input For manual reset Vs to Vs 2 5V sink current 5mA or less Emission halt Note Open Emission For auto reset Vs to Vs 2 5V sink curre...

Page 38: ...al device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization S1 S1 Load 0 22μF 0 22μF 0 22μF 470Ω 470Ω 470Ω K2 K1 24V DC 10 K1 K2 S1 Switch S1 Emission halt input Reset input For manual reset 0 to 1 5V source current 5mA or less Emission halt Open Emission For auto reset 0 to 1 5V source current...

Page 39: ...Shield Output polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Load Load 0 22μF 0 047μF 0 22μF 0 047μF 0 22μF 0 22μF 470Ω 1kΩ 470Ω 1kΩ 470Ω 470Ω Red Muting auxiliary output Gray NC Gray NC Gray Black Larg...

Page 40: ... Open Emission halt Interlock setting input Override input Muting input A B External device monitor input Vs to Vs 2 5V sink current 5mA or less Valid Note Open Invalid Large multi purpose indicator input 0 to 1 5V source current 5mA or less Lights up Open Turn OFF Note Vs is the applying supply voltage Reference K1 K2 External device Forced guided relay or magnetic contactor For more information ...

Page 41: ...Shield Output polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Load Load Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purp...

Page 42: ...or less Emission Open Emission halt Interlock setting input Override input Muting input A B External device monitor input 0 to 1 5V source current 5mA or less Valid Open Invalid Large multi purpose indicator input 0 to 1 5V source current 5mA or less Lights up Open Turn OFF Reference K1 K2 External device Forced guided relay or magnetic contactor For more information about wiring refer to Section ...

Page 43: ...Light received status 80 to 90ms Approx 5 4ms Control output 1 OSSD 1 Control output 2 OSSD 2 Beam received ON ON Beam blocked OFF OFF Approx 100μs Approx 40μs Approx 40μs Approx 60μs Approx 100μs Approx 40μs Approx 40μs Approx 60μs 2 5 3 Wiring Connecting Procedure and Connector Pin Arrangement Connect the connector on the mating cable to the connector cable on the SF4B CA J05 de vice emitter and...

Page 44: ...re 9 Gray NC 10 Gray Black Large multi purpose indicator input Emitter side 11 Yellow Override input 12 Red Muting auxiliary output Receiver Gray with black stripe Black 1 White Control output 2 OSSD 2 2 Brown 24V DC 3 Black Control output 1 OSSD 1 4 Yellow green External device monitor input 5 Orange Synchronization 6 Orange Black Synchronization 7 Blue 0V 8 Shield Output polarity setting wire 9 ...

Page 45: ...e connected to external devices In case of using I O circuit for PNP output with SF4B C Emitter Receiver K1 K2 24V DC 10 Gray cable Gray cable with black line Brown V Brown V Pale purple Interlock setting input Pink Emission halt input Reset input Yellow green Black Auxiliary output Shield Output polarity setting wire Shield Output polarity setting wire Blue 0V Blue 0V Orange Synchronization Yello...

Page 46: ...nput Reset input Yellow green Black Auxiliary output Shield Output polarity setting wire Shield Output polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Interlock function Invalid Auto reset External devic...

Page 47: ...put polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input ...

Page 48: ...put polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input ...

Page 49: ...polarity setting wire Shield Output polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Interlock function Valid Manual reset External device monitor function Valid Auxiliary output Can be used The device ou...

Page 50: ...llow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Interlock function Valid Manual reset External device monitor function Valid Auxiliary output Can be used The device output is selected depending on the connecting state of the output polarity setting wire shield Incor...

Page 51: ... Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Valid Manual reset External device monitor function Valid Auxiliary output Can be used The device...

Page 52: ...2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Valid Manual reset External device monitor function Valid Auxiliary outpu...

Page 53: ...nge Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Interlock function Invalid Auto reset External device monitor function Valid Auxiliary output Can be used The device output is selected depending on the connecting state of the output polarity set...

Page 54: ...llow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Interlock function Invalid Auto reset External device monitor function Valid Auxiliary output Can be used The device output is selected depending on the connecting state of the output polarity setting wire shield Incor...

Page 55: ...n Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Invalid Auto reset External device monitor function Valid Auxiliary output Can be used The devic...

Page 56: ...2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Invalid Auto reset External device monitor function Valid Auxiliary outpu...

Page 57: ... DC 10 Gray cable Gray cable with black line Brown V Brown V Pale purple Interlock setting input Pink Emission halt input Reset input Yellow green Black Auxiliary output Shield Output polarity setting wire Shield Output polarity setting wire Blue 0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchroni...

Page 58: ...0V Blue 0V Orange Synchronization Yellow green External device monitor input Black Control output 1 OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Interlock function Invalid Auto reset External device monitor function Invalid Auxiliary output Cannot be used The device output is selected depending on the connecting state of the ...

Page 59: ...utput 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Invalid Auto reset External device monitor function Invalid ...

Page 60: ... OSSD 1 White Control output 2 OSSD 2 Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Invalid Auto reset External device mo...

Page 61: ... Orange Synchronization Orange Black Synchronization Orange Black Synchronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Interlock function Invalid Auto reset External device monitor function Valid Auxiliary output...

Page 62: ...chronization Red Muting auxiliary output Gray NC Gray NC Gray Black Large multi purpose indicator input Emitter side Gray Black Large multi purpose indicator input Receiver side Sky blue White Muting input A Sky blue Black Muting input B Gray cable with black line Gray cable Interlock function Invalid Auto reset External device monitor function Valid Auxiliary output Can be used The device output ...

Page 63: ...e one hexagon socket head bolt M3 length 6mm Step 4 Loosen the four hexagon socket head bolts M3 length 6mm securing the mounting bracket and rotate the emitter and the receiver to adjust them until the beam axis align ment indicators light up The emitter and the receiver can be fine adjusted by 7 degrees 7 7 Utility mounting bracket Optional MS SF4BC 2 for rear MS SF4BC 3 for side Side mounting b...

Page 64: ...m channels excluding the top end beam channel are received All the 3 beam channels divided into each section are received the beam axis alignment indica tor lights up in red The indicators corresponding to the different sections light up in red one by one when the beam channels of the respective sections are received When all the beam channels are received and the control output OSSD 1 2 turns ON ...

Page 65: ...and just in front of the receiver C Test rod A B C Emitter Receiver Step 4 During Step 3 above check that the control output OSSD 1 2 is in OFF state and both the OSSD indicator red of the receiver and the operation indicator red of the emitter light up as long as the test rod is present within the sensing area If the behavior of the control output OSSD 1 2 and the turning ON OFF of the emit ter r...

Page 66: ...Receiver OSSD 1 OSSD 2 Light received status all beams received Note 1 Note 2 Note 2 ON Light blocked status One or more lights blocked Note 1 Note 2 Note 2 OFF Notes 1 Since the color of the operation indicator changes according to ON OFF status of the control output OSSD 1 2 the operation indicator is marked as OSSD on the device 2 The status of the emitter receiver indicators during operation a...

Page 67: ... OFF Time chart ON OFF Power supply Light received Emission Light blocked Emission halt Light received status Emission ON OFF Control output OSSD 1 2 14ms or less 90ms or less 90ms or less 2 sec or less Notes 1 Since the color of the operation indicator changes according to ON OFF status of the control output OSSD 1 2 the operation indicator is marked as OSSD on the device 2 The status of the emit...

Page 68: ...ange Lights up in green Turns OFF Setting procedure and check items Indicators Control output Emitter Receiver OSSD 1 OSSD 2 1 Before power is ON Connect the emission halt input reset input to Vs Note 3 Note 1 OFF 2 After power is ON Receiver s control out put OSSD 1 2 is ON Normal operation Note 1 Note 2 Note 2 ON Notes 1 Since the color of the operation indicator changes according to ON OFF stat...

Page 69: ...e 1 Note 2 Note 2 ON 4 Connect the emission halt input reset input to Vs Note 3 Receiver s control out put OSSD 1 2 is ON Normal operation Note 1 Note 2 Note 2 ON Notes 1 Since the color of the operation indicator changes according to ON OFF status of the control output OSSD 1 2 the operation indicator is marked as OSSD on the device 2 The status of the emitter receiver indicators during operation...

Page 70: ...te 3 Note 2 Receiver Notes 1 Since the color of the operation indicator changes according to ON OFF status of the control output OSSD 1 2 the operation indicator is marked as OSSD on the device 2 Refer to Chapter 5 Troubleshooting for the number of blinking times of the fault indicators 3 The status of the emitter receiver indicators during operation above shows the case in PNP output set ting mod...

Page 71: ...ion be sure there exists no operator inside of the dangerous area It causes death or serious injury without the confirmation The reset switch shall be placed in area where all over the dangerous zone shall be compre hend and out side of the dangerous zone If this device is used with the auto reset avoid an auto restart after the safety output stop of the system by using a safety relay unit etc EN ...

Page 72: ...ing NPN output connect to 0V Invalid ON During emission halt the control output OSSD 1 2 becomes OFF state By using this function malfunction due to extraneous noise or abnormality in the control output OSSD 1 2 and the auxiliary output can be determined even from the equipment side Normal operation is restored when the emission halt input reset input is connected to 0V or V for manual reset open ...

Page 73: ...safety relay connected to the control output OSSD 1 2 performs normally in accordance with the control output OSSD 1 2 or not Monitor the contacting point b of the external safety relay and if any abnormality such as deposit of the contacting point etc is detected change the status of the device into lockout one and turn OFF the control output OSSD 1 2 When the external device monitor function is ...

Page 74: ...s or less Exceeding 300ms turns the device into lockout status It can be set within 100 to 600ms unit 10ms by using the handy controller SFB HC optional Timing chart Error 1 Light received Light blocked ON ON OFF OFF Light received status External device monitor input Control output OSSD 1 2 300ms Lockout state 14ms or less Timing chart Error 2 Light received Light blocked ON ON OFF OFF Light rece...

Page 75: ...place the muting sensor so that the conditions for the muting control cannot be satisfied by intrusion of personnel when the workpiece is passing through the sensor or the workpiece is not passing through it Implement a risk assessment and if a muting indicator is required use it after checking the standards and regulations in the country or region where the device is to be used Be sure to check t...

Page 76: ...f muting sensors Light curtain Muting sensor C Muting sensor D Muting sensor B Muting sensor A Sensing object S m s 1 1 2 3 Safety zone Dangerous zone Guard Guard 1 Shorten the distances between muting sensors A to C and between B to D than the whole length of the sensing object 2 The time of the sensing object to be passed through the muting sensors A to B shall be 0 03 to under 3 sec Distance be...

Page 77: ... to set the muting function into invalid per beam channel respectively and to specify the input order of the muting input A and B to be set into valid by using the handy controller SFB HC optional Auxiliary muting output wiring To trigger a large multi purpose indicator during muting operation connect the wiring as follows As for lead wires other than below perform wiring depending on your applica...

Page 78: ...rough it Implement a risk assessment and if a muting indicator is required use it after checking the standards and regulations in the country or region where the device is to be used Be sure to check the operation of the muting function before its use Make sure manually to operate system for starting override function Furthermore the system shall be placed in area where all over the dangerous zone...

Page 79: ...function 3 to 4 sec Note 14ms or less 90ms or less Sensing object W i t h i n t h e protection are Override input time Max 60 sec Note This is when the muting indicator diagnosis function is valid If the muting indicator does not light up even if 1 sec is passed the override function becomes invalid When the muting indicator diagnosis function is invalid the muting function becomes valid 3 sec aft...

Page 80: ...g function Both fi xed blanking function and floating blanking function are settable simultaneously Emission amount control function The two modes normal mode and short mode can be set changed by controlling the emis sion amount The factory setting is set to the normal mode for the emission amount control function Auxiliary output switching function non safety output The following outputs are swit...

Page 81: ... valid for the external device monitor function Muting setting changing function For SF4B CA J05 only The setting of the muting function is changeable 1 Input order of the muting input A and B can be specified so that the muting function will be valid The muting function will be valid either the muting input A or B comes first to input at the time of factory setting 2 Select either to validate or ...

Page 82: ...onal but it must be set to invalid If the muting indicator diagnosis function is set to valid the muting function cannot be used 3 Although the muting indicator diagnosis function will be valid when the handy controller SFB HC optional initialization function is used change the setting to invalid for the function if you are using the muting function 4 Selectable with the handy controller Ver 2 1 S...

Page 83: ...t this time the effect of external noise can be inspected In case external noise affects the operation remove its cause and reinspect It should be possible to detect the test rod ø25mm for SF4B H C or ø45mm for SF4B A C at three positions directly in front of the emitter A midway between the emitter and the receiver B and directly in front of the receiver C when the test rod is moved at a speed of...

Page 84: ...omplete machine is equal or less than the calculated value The actual number of operation cycle time of the limited lifetime parts relay etc is less than their rated operation cycles time No screws or connectors of this device are loose No extraneous light source or reflective object has been added near this device 4 3 Inspection after Maintenance Under the following situations perform all the ins...

Page 85: ...ing auxiliary output error Muting auxiliary output wire red short circuits with other I O wires Refer to 2 5 Wiring Current value should be within the specified mut ing auxiliary output Excessive incoming current flows in the muting auxiliary output Output polarity setting wire shield and muting auxiliary output wire red are not cor rectly wired Wire the output polarity setting wire shield cor rec...

Page 86: ... red light is not received Note Cause Remedy The beam channels are not correctly aligned The beam channels are not correctly aligned Refer to 2 6 Adjustment Align the top bottom direction of the beam chan nel between emitter and receiver Sensing range is shortened because of the emission amount control function Reset to factory default CLR by the handy con troller SFB HC optional Synchronization w...

Page 87: ...output 1 OSSD 1 wire black and control out put 2 OSSD 2 wire white short circuits with 0V or V Wire the control output 1 OSSD 1 wire black or control output 2 OSSD 2 wire white cor rectly Refer to 2 5 Wiring Current value should be within the specified control output 1 OSSD 1 wire black or control output 2 OSSD 2 wire white Refer to 6 1 Specifications Control output 1 OSSD 1 wire black or control ...

Page 88: ...it is broken down Check the noise status around this device Check the wiring status supply voltage and power supply capacity When the synchronization wire orange and synchronization wire orange black is extend ed with a cable other than exclusive cable use a 0 2mm 2 or more shielded twisted pair cable If this device still does not work confirm number of blinks of the error indicator and call to ou...

Page 89: ...ecification Blank Cable type J05 Relay connector type Large multi purpose indicator Muting function Blank Unmounted A Mounted Number of beam channels Beam pitch H 20mm A 40mm Example SF4B H32CA J05 Number of beam channels 32 channels Beam pitch 20mm Large multi purpose indicator Mounted Cable specification Relay connector type ...

Page 90: ... 360g Approx 430g Approx 520g Approx 590g Type 20mm pitch type Model Cable type SF4B H28C SF4B H32C SF4B H36C SF4B H40C Relay connector type SF4B H28CA J05 SF4B H32CA J05 SF4B H36CA J05 SF4B H40CA J05 Number of beam channels 28 32 36 40 Protective hight 583 4 663 4 743 4 823 4 Current consumption Cable type Emitter 70mA or less Receiver 85mA or less Emitter 75mA or less Receiver 95mA or less Emitt...

Page 91: ...00g Approx 1 600g Approx 1 700g Approx 2 000g Relay con nector type Approx 1 100g Approx 1 300g Approx 1 400g Approx 1 600g Type 20mm pitch type Model Cable type SF4B H80C SF4B H88C SF4B H96C Relay connector type SF4B H80CA J05 SF4B H88CA J05 SF4B H96CA J05 Number of beam channels 80 88 96 Protective hight 1 623 4 1 783 4 1 943 4 Current consumption Cable type Emitter 95mA or less Receiver 130mA o...

Page 92: ...100g Approx 1 300g Relay con nector type Approx 430g Approx 590g Approx 750g Approx 910g Type 40mm pitch type Model Cable type SF4B A24C SF4B A28C SF4B A32C SF4B A36C Relay connector type SF4B A24CA J05 SF4B A28CA J05 SF4B A32CA J05 SF4B A36CA J05 Number of beam channels 24 28 32 36 Protective hight 983 4 1 143 4 1 303 4 1 463 4 Current consumption Cable type Emitter 70mA or less Receiver 85mA or ...

Page 93: ...elay connector type When large multi purpose indicator turns OFF Emitter 75mA or less Receiver 95mA or less Emitter 80mA or less Receiver 100mA or less W h e n l a r g e multi purpose in dicator lights up Emitter 85mA or less Receiver 105mA or less Emitter 90mA or less Receiver 110mA or less PFHd 3 7 10 9 3 9 10 9 4 2 10 9 MTTFd More than 100 years Weight to tal of emit t e r a n d receiver Cable ...

Page 94: ... OFF 14ms or less When ON 80 to 90ms Auxiliary output AUX Non safety output PNP open collector NPN open collector transistor switching type For PNP output Maximum source current 60mA Applied voltage Same as supply voltage between the auxiliary output and V Residual voltage 2 5V or less source cur rent 60mA when using 20m length cable For NPN output Maximum sink current 60mA Applied voltage Same as...

Page 95: ...pe Extension up to total 50m is possible for 0 2mm2 or more cable Note 2 Relay connector type Extension up to total 50m is possible for both emitter and receiver connecting cable optional Material Enclosure Polycarbonate MS SF4BC 1 Standard mounting bracket SUS Accessory SF4B TR25 Test rod 1 pc Applicable standard EN 61496 1 Type 4 EN 55011 EN 61000 6 2 EN 50178 EN ISO 13849 1 2008 Category 4 PLe ...

Page 96: ...ounting bracket 4 pcs set L type 2 pcs R type 2 pcs Model No Remarks MS SF4BC 1 This mounting bracket allows the device to be mounted at the rear or the side For one hexagon socket head bolt M5 Accessory Hexagon socket head bolt M3 length 5mm 8 pcs M5 flat washer 4 pcs Rear utility mounting bracket 4 pcs set L type 2 pcs R type 2 pcs Model No Remarks MS SF4BC 2 This mounting bracket lets you adjus...

Page 97: ...et It can be used to mount the unit from the rear or side For two M3 flat head screws Note The numbers of sets required by SF4B H C 40 or more beam axes and SF4B A C 20 or more beam axes are as follows SF4B H40C SF4B H48C SF4B H56C SF4B A20C SF4B A24C SF4B A28C 1 set SF4B H64C SF4B H72C SF4B H80C SF4B H88C SF4B H96C SF4B A32C SF4B A36C SF4B A40C SF4B A44C SF4B A48C 2 sets Side mounting bracket 4 p...

Page 98: ...0C A J05 Approx 1 200g MS SF4BCH 48 SF4B H48C A J05 SF4B A24C A J05 Approx 1 400g MS SF4BCH 56 SF4B H56C A J05 SF4B A28C A J05 Approx 1 600g MS SF4BCH 64 SF4B H64C A J05 SF4B A32C A J05 Approx 1 800g MS SF4BCH 72 SF4B H72C A J05 SF4B A36C A J05 Approx 2 000g MS SF4BCH 80 SF4B H80C A J05 SF4B A40C A J05 Approx 2 300g MS SF4BCH 88 SF4B H88C A J05 SF4B A44C A J05 Approx 2 500g MS SF4BCH 96 SF4B H96C ...

Page 99: ...423 4 380 SF4B H24C A J05 SF4B A12C A J05 534 4 519 503 4 460 440 SF4B H28C A J05 614 4 599 583 4 540 SF4B H32C A J05 SF4B A16C A J05 694 4 679 663 4 620 600 SF4B H36C A J05 774 4 759 743 4 700 SF4B H40C A J05 SF4B A20C A J05 854 4 839 823 4 780 760 395 SF4B H48C A J05 SF4B A24C A J05 1 014 4 999 983 4 940 920 475 SF4B H56C A J05 SF4B A28C A J05 1 174 4 1 159 1 143 4 1 100 1 080 555 SF4B H64C A J0...

Page 100: ...3 4 380 SF4B H24C A J05 SF4B A12C A J05 534 4 519 503 4 460 440 SF4B H28C A J05 614 4 599 583 4 540 SF4B H32C A J05 SF4B A16C A J05 694 4 679 663 4 620 600 SF4B H36C A J05 774 4 759 743 4 700 SF4B H40C A J05 SF4B A20C A J05 854 4 839 823 4 780 760 390 SF4B H48C A J05 SF4B A24C A J05 1 014 4 999 983 4 940 920 470 SF4B H56C A J05 SF4B A28C A J05 1 174 4 1 159 1 143 4 1 100 1 080 550 SF4B H64C A J05 ...

Page 101: ... SF4B A12C A J05 519 460 440 556 4 504 4 SF4B H28C A J05 599 540 636 4 584 4 SF4B H32C A J05 SF4B A16C A J05 679 620 600 716 4 664 4 SF4B H36C A J05 759 700 796 4 744 4 SF4B H40C A J05 SF4B A20C A J05 839 780 760 876 4 824 4 399 5 SF4B H48C A J05 SF4B A24C A J05 999 940 920 1 036 4 984 4 479 5 SF4B H56C A J05 SF4B A28C A J05 1 159 1 100 1 080 1 196 4 1 144 4 559 5 SF4B H64C A J05 SF4B A32C A J05 1...

Page 102: ...J05 SF4B A12C A J05 460 440 504 4 485 8 510 4 SF4B H28C A J05 540 584 4 565 8 590 4 SF4B H32C A J05 SF4B A16C A J05 620 600 664 4 645 8 670 4 SF4B H36C A J05 700 744 4 725 8 750 4 SF4B H40C A J05 SF4B A20C A J05 780 760 824 4 805 8 382 9 830 4 SF4B H48C A J05 SF4B A24C A J05 940 920 984 4 965 8 462 9 990 4 SF4B H56C A J05 SF4B A28C A J05 1 100 1 080 1 144 4 1 125 8 542 9 1 150 4 SF4B H64C A J05 SF...

Page 103: ...24C A J05 SF4B A12C A J05 519 460 440 556 4 504 4 SF4B H28C A J05 599 540 636 4 584 4 SF4B H32C A J05 SF4B A16C A J05 679 620 600 716 4 664 4 SF4B H36C A J05 759 700 796 4 744 4 SF4B H40C A J05 SF4B A20C A J05 839 780 760 876 4 824 4 399 5 SF4B H48C A J05 SF4B A24C A J05 999 940 920 1 036 4 984 4 479 5 SF4B H56C A J05 SF4B A28C A J05 1 159 1 100 1 080 1 196 4 1 144 4 559 5 SF4B H64C A J05 SF4B A32...

Page 104: ...B H24C A J05 SF4B A12C A J05 460 440 504 4 485 8 510 4 SF4B H28C A J05 540 584 4 565 8 590 4 SF4B H32C A J05 SF4B A16C A J05 620 600 664 4 645 8 670 4 SF4B H36C A J05 700 744 4 725 8 750 4 SF4B H40C A J05 SF4B A20C A J05 780 760 824 4 805 8 382 9 830 4 SF4B H48C A J05 SF4B A24C A J05 940 920 984 4 965 8 462 9 990 4 SF4B H56C A J05 SF4B A28C A J05 1 100 1 080 1 144 4 1 125 8 542 9 1 150 4 SF4B H64C...

Page 105: ...39 380 424 4 468 4 SF4B H24C A J05 SF4B A12C A J05 519 460 440 504 4 548 4 SF4B H28C A J05 599 540 584 4 628 4 SF4B H32C A J05 SF4B A16C A J05 679 620 600 664 4 708 4 SF4B H36C A J05 759 700 744 4 788 4 SF4B H40C A J05 SF4B A20C A J05 839 780 760 824 4 399 5 868 4 SF4B H48C A J05 SF4B A24C A J05 999 940 920 984 4 479 5 1 028 4 SF4B H56C A J05 SF4B A28C A J05 1 159 1 100 1 080 1 144 4 559 5 1 188 4...

Page 106: ...5 380 424 4 405 8 430 4 SF4B H24C A J05 SF4B A12C A J05 460 440 504 4 485 8 510 4 SF4B H28C A J05 540 584 4 565 8 590 4 SF4B H32C A J05 SF4B A16C A J05 620 600 664 4 645 8 670 4 SF4B H36C A J05 700 744 4 725 8 750 4 SF4B H40C A J05 SF4B A20C A J05 780 760 824 4 805 8 382 9 830 4 SF4B H48C A J05 SF4B A24C A J05 940 920 984 4 965 8 462 9 990 4 SF4B H56C A J05 SF4B A28C A J05 1 100 1 080 1 144 4 1 12...

Page 107: ...23 4 380 SF4B H24C A J05 SF4B A12C A J05 534 4 519 503 4 460 440 SF4B H28C A J05 614 4 599 583 4 540 SF4B H32C A J05 SF4B A16C A J05 694 4 679 663 4 620 600 SF4B H36C A J05 774 4 759 743 4 700 SF4B H40C A J05 SF4B A20C A J05 854 4 839 823 4 780 760 SF4B H48C A J05 SF4B A24C A J05 1 014 4 999 983 4 940 920 SF4B H56C A J05 SF4B A28C A J05 1 174 4 1 159 1 143 4 1 100 1 080 SF4B H64C A J05 SF4B A32C A...

Page 108: ...dard mounting bracket MS SF4BC 1 10 8 2 5 4 t1 5 9 3 17 5 4 9 3 10 10 7 29 4 15 7 11 5 6 5 5 11 8 21 6 45 R7 2 45 2 M3 mounting hole for main body mounting 10 8 2 5 4 t1 5 9 3 17 5 4 9 3 10 10 7 29 4 15 7 11 5 6 5 5 11 8 21 6 45 R7 2 45 2 M3 mounting hole for main body mounting Material Stainless steel ...

Page 109: ...ket MS SF4BC 2 10 28 19 6 15 5 4 3 t2 6 9 3 20 4 36 4 22 7 17 11 4 8 12 10 8 4 5 5 14 23 8 7 7 R 7 2 M3 mounting hole for main body mounting 10 28 19 6 15 5 4 3 t2 6 9 3 20 4 36 4 22 7 17 11 4 8 12 10 8 4 5 5 14 23 8 R 7 2 M3 mounting hole for main body mounting 7 7 Material Stainless steel ...

Page 110: ... Side utility mounting bracket MS SF4BC 3 28 5 4 t2 9 3 19 4 13 7 28 7 8 7 10 22 7 15 32 5 7 7 R 7 2 M3 mounting hole for main body mounting 28 5 4 t2 9 3 19 4 13 7 28 7 8 7 10 22 7 15 32 5 R 7 2 M3 mounting hole for main body mounting 7 7 Material Stainless steel ...

Page 111: ...d 2017 111 Dimensions 4 Intermediate support bracket for use with utility mounting bracket MS SF4BC 4 Rear mounting t1 5 t2 3 6 5 4 38 5 26 18 5 13 5 11 1 6 32 2 9 20 6 30 6 20 6 15 5 20 2 7 2 28 5 5 2 11 2 38 7 34 7 Material Stainless steel ...

Page 112: ... Panasonic Industrial Devices SUNX Co Ltd 2017 112 Dimensions Side mounting t1 5 t2 0 5 5 4 33 5 26 18 5 13 5 11 4 20 20 5 31 5 30 10 5 27 5 15 5 28 5 15 20 2 5 7 22 7 11 1 34 3 Material Stainless steel ...

Page 113: ...es SUNX Co Ltd 2017 113 Dimensions 5 Intermediate supporting bracket for use with the standard mounting bracket MS SF4BC 5 Rear mounting 9 8 t2 33 14 8 22 8 5 20 30 2 M3 mounting hole for flat head screw Material Stainless steel ...

Page 114: ... Panasonic Industrial Devices SUNX Co Ltd 2017 114 Dimensions Side mounting 18 7 8 7 t2 24 6 22 4 13 4 30 4 13 7 40 20 20 15 60 25 6 M3 mounting hole for flat head screw Material Stainless steel ...

Page 115: ...es SUNX Co Ltd 2017 115 Dimensions 6 Side mounting bracket MS SF4BC 6 M3 mounting hole for main body mounting t2 13 7 24 4 22 3 12 5 7 7 R 7 2 26 4 45 4 66 4 20 46 4 15 10 19 4 25 4 10 20 32 5 4 9 9 7 9 3 Material Stainless steel ...

Page 116: ... Industrial Devices SUNX Co Ltd 2017 116 Dimensions M3 mounting hole for main body mounting t2 24 22 3 26 13 7 4 12 5 7 7 R 7 2 4 45 4 66 4 20 46 4 15 10 19 4 25 4 10 20 32 5 4 9 9 7 9 3 Material Stainless steel ...

Page 117: ... 117 Dimensions 7 Intermediate supporting bracket for use with side mounting bracket MS SF4BC 7 t1 5 t2 31 5 15 5 28 5 20 2 12 5 3 6 8 1 20 6 9 32 2 4 37 2 10 10 17 2 27 5 13 2 20 8 14 5 11 5 13 5 11 1 8 15 5 37 5 5 4 15 20 Material Stainless steel ...

Page 118: ... 20 454 4 439 424 4 300 4 MS SF4BCH 24 534 4 519 504 4 380 4 MS SF4BCH 28 614 4 599 584 4 460 4 MS SF4BCH 32 694 4 679 664 4 540 4 MS SF4BCH 36 774 4 759 744 4 620 4 MS SF4BCH 40 854 4 839 824 4 700 4 MS SF4BCH 48 1 014 4 999 984 4 860 4 MS SF4BCH 56 1 174 4 1 159 1 144 4 1 020 4 MS SF4BCH 64 1 334 4 1 319 1 304 4 1 180 4 MS SF4BCH 72 1 494 4 1 479 1 464 4 1 340 4 MS SF4BCH 80 1 654 4 1 639 1 624 ...

Page 119: ...011 Specifies the limits and methods of measurement of radio distur bance characteristics of industrial scientific and medical ISM radio frequency equipment EN ISO 13849 1 ISO 13849 1 JIS B 9705 1 The standard that specifies the safety related matters of machine safety control system They give roles for level category of structure and fault detection reliability and for level of safety future perf...

Page 120: ...ing area It is the area over which intrusion by people or objects can be de tected by one set of the device It is given by multiplying the sensing height protective height by the sensing range Emission halt input function The function that checks operation by forcibly turning ON or OFF the control output OSSD for the receiver while light from the emit ter is being received PSDI The abbreviation fo...

Page 121: ...nic Marketing Europe GmbH Panasonic Testing Center EU Representative s Address Winsbergring 15 22525 Hamburg Germany Product Active Opto electronic Protective Device Light Curtain Model Name SF4B Series Trade Name Panasonic Application of Council Directive 2006 42 EC Machinery Directive 2014 30 EU EMC Directive 2011 65 EU RoHS Directive Harmonized standards EN 61496 1 2013 EN ISO 13849 1 2008 EN 5...

Page 122: ...22 Revision History First edition May 22 2013 Second edition August 30 2013 Third edition November 15 2013 Forthd edition May 15 2014 Fifth edition June 30 2014 Sixth edition October 20 2015 Seventh edition January 15 2016 Eighth edition May 24 2017 ...

Page 123: ...FOR ANY INDIRECT INCIDENTAL SPECIAL OR CONSEQUENTIAL DAMAGES OF ANY KIND GENERAL TERMS AND CONDITIONS 4 OR ANY DAMAGES RESULTING FROM LOSS OF USE BUSINESS INTERRUPTION LOSS OF INFORMATION LOSS OR INACCURACY OF DATA LOSS OF PROFITS LOSS OF SAVINGS THE COST OF PROCUREMENT OF SUBSTITUTED GOODS SERVICES OR TECHNOLOGIES OR FOR ANY MATTER ARISING OUT OF OR IN CONNECTION WITH THE USE OR INABILITY TO USE ...

Page 124: ...o Kasugai shi Aichi 486 0901 Japan Telephone 81 568 33 7861 Facsimile 81 568 33 8591 panasonic net id pidsx global For sales network please visit our website Panasonic Industrial Devices SUNX Co Ltd 2017 May 2017 PRINTED IN JAPAN WUME SF4BC 8 Please contact ...

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