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3

EN

SLC 220 IP 69 K

SLG 220 IP 69 K

Operating instructions

Safety light curtain / safety light grid

If liquids with aggressive ingredients are used for cleaning, 

please check whether the product used is compatible with the 

material of the sensor (refer to chapter "Technical data").

The user must evaluate and design the safety chain in ac-

cordance with the relevant standards and the required safety 

level.

2.5  Technical data

Standards:

 

EN 61496-1; CLC/TS 61496-2; 

EN ISO 13849; EN 62061

Material of the enclosure:

 

Aluminium 

Protective tube:

 

PMMA Plastic tubes 

End plugs:

 

PA 6 

Membran:

 

PA 6, Gore Tex Membran M12 x 1.5

Number of beams:

 

SLC 220: 

6 … 66 (Standard),  

SLG 220: 

2, 3, 4 beams

Protection field heights :

 

SLC 220: 

175 mm … 1675 mm Standard,  

SLG 220: 

500 mm, 800 mm, 900 mm

Beam distance:

 

SLG 220: 300 mm, 400 mm, 500 mm

Reaction time:

 

SLC 220: 

9 … 65 ms,  

SLG 220: 

12 … 19 ms

Detection sensitivity for test bodies:

 

30 mm, 80mm

Range of the protection field:

 

SLC 220:  

0,3 … 6 m (standard),  

4 … 14 m (high range) 

SLG 220: 

0,3 … 6 m (standard) 

5 … 30 m (high range)

Rated operating voltage: 

24 VDC ±10% (PELV) supply unit to 

EN 60204 (power drop > 20 ms)

Operating current:

 

400 mA max. + 0.5 A (OSSD load + output signal 

quality load)

Wave length of the sensor:

 

880 nm

"Safety outputs (OSSD1, OSSD2)":

 

2 x PNP-type semi-conductor, 

short-circuit proof

Switching voltage HIGH¹:

 

15 … 28,8 V

Switching voltage LOW¹:

 

0 … 2 V

Switching current:

 

0 … 200 mA

Leakage current²:

 

1 mA

Load capacity:

 

2 µF

Load inductance:

 

2 H

Admissible conduction resistance between OSSD and load:

 

2.5 Ω

Supply cable:

 

1 Ω

Contactor control (EDM):

 

Input voltage HIGH (inactive):

 

17 … 29 V

Input voltage LOW (active):

 

0 … 2,5 V

Input current HIGH:

 

3 … 10 mA

Input current LOW:

 

0 … 2 mA

Input restart interlock (manual reset) 

Input voltage HIGH (active):

 

17 … 29 V

Input voltage LOW (inactive):

 

0 … 2.5 V

Input current HIGH:

 

11 … 120 mA

Input current LOW:

 

0 … 2 mA

Function:

 

SLC 220:  Protective mode, start and restart interlock, contactor control, 

fixed beam blanking,  

SLG 220: 

start and restart interlock, contactor control

Signal times

 

Contactor control:

 

20 … 300 ms

Restart interlock (manual reset):

 

20 ms … 1.0 s signal trans-

mission in case of trailing edge

Start interlock:

 

250 … 1500 ms, adjustable

LED indications transmitter:

 

Transmitting, status, restart

LED indications receiver:

 

OSSD ON, OSSD OFF, signal recepti-

on, blanking

Connection:

 

screwed cable gland M16 x 1,5

Cable length 5,0 m 

Cable connector M12 x 1; 8-pole  

transmitter and receiver integrated

Ambient temperature:

 

−10° C … +50° C

Storage temperature:

 

−25° C … +70° C

Interface:

 

Diagnostics and function setting

Protection class:

 

IP69K

Resistance to vibrations:

 

10 … 55 Hz to IEC 60068-2-6

Resistance to shock:

 

10 g; 16 ms; to IEC 60068-2-29

Year of construction:

 

as of 2010 version 1.0

¹) To IEC 61131-2

²) In case of failure, the leakage current at the most flows to the OSSD 

cable. The downstream control element must recognise this state as 

LOW. A safety PLC must detect this state.

2.6  Response time (reaction time)

The response time depends on the hight of the protected field, the 

resolution and the number of light beams.

Resolution 30 mm

Protected 

height  

[mm]

Beams  

 

[Number]

Response time  

 

[ms]

Weight  

 

[kg]

175

6

12

1.0

250

9

12

1.3

325

12

12

1.4

475

18

16

2.0

625

24

19

2.6

775

30

23

3.2

925

36

27

3.8

1075

42

30

4.4

1225

48

34

5.0

1375

54

37

5.6

1525

60

41

6.2

1675

66

45

6.8

Resolution 80 mm

Protected 

height  

[mm]

Beams  

 

[Number]

Response time  

 

[ms]

Weight  

 

[kg]

325

4

9

1.4

475

6

10

2.0

625

8

12

2.6

775

10

13

3.2

925

12

15

3.8

1075

14

16

4.4

1225

16

18

5.0

1375

18

19

5.6

1525

20

20

6.2

1675

22

21

6.8

SLG 220 multi-beam version

Beam distance  

[mm]

Beams  

[Number]

Response time  

[ms]

Weight  

[kg]

500

2

12

2.3

400

3

16

3.6

300

4

19

3.8

2.7  Safety classification

Standards:

 

EN ISO 13849-1, EN 62061

PL:

 

up to d

Control category:

 

up to 2

PFH value:

 

3.59 x 10

-8

 / h

SIL:

 

up to 2

Service life:

 

20 years

Summary of Contents for SLC 220 IP 69 K

Page 1: ...ymbols used Information hint note This symbol is used for identifying useful additional informa tion Caution Failure to comply with this warning notice could lead to failures or malfunctions Warning Failure to comply with this warning notice could lead to physical injury and or damage to the machine 1 4 Appropriate use The products described in these operating instructions are developed to execute...

Page 2: ...ld heights in mm available lengths 0175 0250 0325 0475 0625 0775 0925 1075 1225 1375 1525 1675 30 80 Resolution 30 80 mm Range 0 3 m 6 m H Range 4 m 14 m high range only for resolution 30 mm SLG 220 E R 69 RF No Option Description Distance between outermost beams 0500 02 500 mm 2 beam 0800 03 800 mm 3 beam 0900 04 900 mm 4 beam Range 0 3 m 6 m H Range 5 m 30 m high range Only if the information de...

Page 3: ...IGH 11 120 mA Input current LOW 0 2 mA Function SLC 220 Protective mode start and restart interlock contactor control fixed beam blanking SLG 220 start and restart interlock contactor control Signal times Contactor control 20 300 ms Restart interlock manual reset 20 ms 1 0 s signal trans mission in case of trailing edge Start interlock 250 1500 ms adjustable LED indications transmitter Transmittin...

Page 4: ...he hazardous area The operator must have a clear view on the hazardous area when actuating the enab ling button 2 8 3 Fixed blanking The SLC 220 can blank stationary parts in the protection field Multiple protection field areas can be blanked Fixed blanking area E1 R1 The range of the fixed blanking can be arbitrarily chosen in the protec tion field Multiple areas can be blanked At least one light...

Page 5: ... series must be activated refer to wiring diagram 4 1 The max test time of 150 ms must be observed to the standard EN 61496 3 Mounting 3 1 General conditions The following guidelines are provided as preventive warning notices to ensure a safe and appropriate handling These guidelines are an essential part of the safety instructions and therefore must always be observed and respected The SLC SLG mu...

Page 6: ...d Approach speed Resolution of the safety light curtain Safety light curtain SLC 220 The safety distance for resolutions 14 mm up to 40 mm is calculated by means of the following formula S 2000 mm s T 8 d 14 mm S Safety distance mm T Total reaction time machine stopping time reaction time of the safety guard relays etc d Resolution of the safety light curtain The approach speed is covered with a v...

Page 7: ...the EN 999 for calculating the minimum distances of the safety guards with regard to the hazardous point are EN ISO 13855 and EN ISO 13857 The safety distance between the safety light grid and the hazardous point must always be respected and observed If a person reaches the hazardous point before the hazardous movement has come to standstill he she is exposed to seri ous injuries 3 4 1 Minimum dis...

Page 8: ...1429 1477 1513 SLC 220 E R1525 xx 69 RFB 1525 1579 1627 1663 SLC 220 E R1675 xx 69 RFB 1675 1729 1777 1813 All versions with resolution 30 and 80 mm as well as variant H range from 4 0 to 14 0 m have identical dimensions with the same protection field height For the SLC 220 E R0175 30 69 RFB type the dimension changes from 23 mm to 35 5 mm due to the extended profile length The protec tion field i...

Page 9: ...9 EN SLC 220 IP 69 K SLG 220 IP 69 K Operating instructions Safety light curtain safety light grid Accessories Fixing kit MS 1035 14 5 42 18 9 20 6 5 40 32 52 ...

Page 10: ... outputs OSSD 1 OSSD 2 kn1 kn2 Auxiliary contacts of the last switching relay for contactor control optional S1 Command device for external test optional S2 Command device for restart interlock manual reset enabling E1 Power supply 24 VDC 10 RS 485 A B These connections between the transmitter and the receiver are required for the operation 4 2 Connector configuration Receiver Emitter possibly acc...

Page 11: ...ns please make sure that the user has the necessary information at his disposal to be able conducting the maintenance 5 3 Regular check A regular visual inspection and functional test including the following steps is recommended 1 The component does not have any visible damages 2 The optics cover is not scratched or soiled 3 Hazardous machinery parts can only be accessed by passing through the pro...

Page 12: ...ture Action OSSD OFF and LED re start continuous flashing If the function contactor control is activated and no state change has been detected at the contactor control input after enabling of the OSSD Check contactor control connection Check the connected contactor for closed contact if OSSD ON contactor control input must show GND level if OSSD OFF contactor control input must show 24V Switch on ...

Page 13: ...mode is automatically realised after Power Reset when the BUS converter is no longer integrated and the connecting cable of the sensor is reconnected 7 Disassembly and disposal 7 1 Disassembly The safety switchgear must be disassembled in a de energised condi tion only 7 2 Disposal The safety switchgear must be disposed of in an appropriate manner in accordance with the national prescriptions and ...

Page 14: ...entation Ulrich Loss Möddinghofe 30 42279 Wuppertal Notiied body for the prototype test TÜV Nord Cert GmbH Langemarckstr 20 45141 Essen ID n 0044 EC prototype test certiicate n 44 205 10 555867 004 Safety Control GmbH Am Industriepark 33 D 84453 Mühldorf Inn Telefon 49 0 86 31 187 9 60 Telefax 49 0 86 31 187 9 61 E Mail info safetycontrol com Place and date of issue Wuppertal February 1 2010 Autho...

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