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Pilz PSEN op4B-2-050/1 Operating Manual Download Page 69

Order reference

Operating Manual PSEN op4B/1 Series
1003356-EN-02

69

Product type

Features

Order no.

PSEN op Protective Column

2-050/1

Protective column with deviating mirror, H = 500 mm

630 961

PSEN op Protective Column

3-050/1

Protective column with deviating mirror, H = 800 mm

630 962

PSEN op Protective Column

4-090/1

Protective column with deviating mirror, H = 900 mm

630 963

PSEN op Protective Column

4-120/1

Protective column with deviating mirror, H = 1200 mm 630 964

Laser pointer for PSEN 4/2

Laser pointer

630 340

PSEN op cable axial M12 4-

pole 3m

Connection cable for light beam devices, 4‑pole, un-

shielded, 3 m

630 300

PSEN op cable axial M12 4-

pole 5m

Connection cable for light beam devices, 4‑pole, un-

shielded, 5 m

630 301

PSEN op cable axial M12 4-

pole 10m

Connection cable for light beam devices, 4‑pole, un-

shielded, 10 m

630 302

PSEN op cable axial M12 4-

pole 30m

Connection cable for light beam devices, 4‑pole, un-

shielded, 30 m

630 296

PSEN op cable axial M12 4-

pole 50m

Connection cable for light beam devices, 4‑pole, un-

shielded, 50 m

630 362

PSEN op cable axial M12 5-

pole 3m

Connection cable for light beam devices, 5‑pole, un-

shielded, 3 m

630 310

PSEN op cable axial M12 5-

pole 5m

Connection cable for light beam devices, 5‑pole, un-

shielded, 5 m

630 311

PSEN op cable angle M12 5-

pole 10m

Connection cable for light beam devices, 5‑pole, un-

shielded, 10 m

630 312

PSEN cable M12-5sf 20m

Connection cable for light beam devices, 5‑pole, un-

shielded, 20 m

630 298

PSEN op cable axial M12 5-

pole 30m

Connection cable for light beam devices, 5‑pole, un-

shielded, 30 m

630 297

PSEN op cable axial M12 5-

pole 50m

Connection cable for light beam devices, 5‑pole, un-

shielded, 50 m

630 364

PSEN op cable axial M12 8-p.

shield. 3m

Connection cable for light beam devices, 8‑pole, shiel-

ded, 3 m

630 313

PSEN op cable axial M12 8-p.

shield. 5m

Connection cable for light beam devices, 8‑pole, shiel-

ded, 5 m

630 314

PSEN op cable axial M12 8-p.

shield. 10m

Connection cable for light beam devices, 8‑pole, shiel-

ded, 10 m

630 315

PSEN op cable axial M12 8-p.

shield. 30m

Connection cable for light beam devices, 8‑pole, shiel-

ded, 30 m

630 328

PSEN op cable axial M12 8-p.

shield. 50m

Connection cable for light beam devices, 8‑pole, shiel-

ded, 50 m

630 368

Summary of Contents for PSEN op4B-2-050/1

Page 1: ...PSEN op4B 1 Series Operating Manual 1003356 EN 02 PSEN sensor technology...

Page 2: ...KG Copies may be made for internal purposes Suggestions and comments for improving this documentation will be gratefully received Pilz PIT PMI PNOZ Primo PSEN PSS PVIS SafetyBUS p SafetyEYE SafetyNET...

Page 3: ...when delivered 17 4 2 Restart after safety light grid is activated 18 4 3 Reset function 19 4 4 EDM 20 4 5 Muting 21 4 5 1 Technical implementation 23 4 5 2 Time monitoring Timeout 26 4 6 Override 27...

Page 4: ...elines 49 7 2 2 Safety light grid alignment 50 7 2 3 Muting sensor alignment 51 7 2 4 LED support during alignment 52 7 3 Checking the safety light grid 52 7 4 System connection 53 Section 8 Operation...

Page 5: ...Content Operating Manual PSEN op4B 1 Series 1003356 EN 02 5 Section 13 Appendix 71 13 1 Check list 71...

Page 6: ...on that is particularly important is identified as follows DANGER This warning must be heeded It warns of a hazardous situation that poses an immediate threat of serious injury and death and indicates...

Page 7: ...Introduction Operating Manual PSEN op4B 1 Series 1003356 EN 02 7 INFORMATION This gives advice on applications and provides information on special fea tures...

Page 8: ...in m PSEN op4B L 050 1 Safety light grid 515 50 Muting sensor 3 PSEN op4B L 080 1 Safety light grid 815 50 Muting sensor 3 Table of product types Safety light grid with L muting Product type Protecte...

Page 9: ...Unit features Safety light grids in the PSEN op4B 1 Series are multibeam optoelectronic protective devices for work areas in which machines robots and automated plants could endanger the physical inte...

Page 10: ...7 Fig View of safety light grid without integrated muting sensors Legende 1 Receiver 2 Transmitter 3 LED on receiver transmitter 4 Height of the protected field 5 Width of the protected field 6 8 pin...

Page 11: ...ing set 1 Receiver 2 Transmitter 3 LED on receiver transmitter 4 Width of the protected field 5 Height of the protected field 6 8 pin and 5 pin connector of receiver 7 4 pin and 5 pin connector of tra...

Page 12: ...ted muting sensors Legende A1 Position of the first light beam on the muting sensor B1 Position of the second light beam on the muting sensor T muting application Use T types with muting sensors in tw...

Page 13: ...muting sensor B1 Position of the second light beam on the muting sensor A2 Position of the third light beam on the muting sensor B2 Position of the fourth light beam on the muting sensor 2 4 Scope Sa...

Page 14: ...nsmitter Receiver Mounting kit 2 integrated muting sensors Cable for connecting the muting sensors Mounting kit for muting sensors Safety light grid with body resolution and integrated muting sensors...

Page 15: ...l environment Interference may occur if used within a domestic environment Before using the safety light grid check whether the safety light grid s housing material can withstand the chemical substanc...

Page 16: ...standards and guidelines for safety technology It is the company s responsibility only to employ personnel who Are familiar with the basic regulations concerning health and safety accident preven tio...

Page 17: ...neath a flap on the connector side of the safety light grid The electrical connection is made via an M12 connector which is positioned underneath the profiles The following functions are set via DIP s...

Page 18: ...Once the protected field is clear again the safety light grid must be reset to its normal oper ating state The restart can be achieved in two ways Without restart interlock status when delivered The s...

Page 19: ...will be used is set during commissioning via DIP switches 4 and 8 see Setting the functions 47 4 3 Reset function In the event of an internal error on the safety light grid the safety light grid switc...

Page 20: ...ce Monitoring EDM also known as feedback loop monitoring EDM only needs to be activated if the contactors are controlled directly A test is performed to see that the N C contacts switch if the state o...

Page 21: ...ontrolled via DIP switches 3 and 7 see Setting the functions 47 4 5 Muting The muting function can be used to suspend the safety light grid during operation subject to special operating conditions Exa...

Page 22: ...tion Operating Manual PSEN op4B 1 Series 1003356 EN 02 22 A1 B1 A1 B1 Fig L type muting in one direction integrated muting sensors A1 B1 A1 B1 A2 B2 A2 B2 Fig T type muting in two directions integrate...

Page 23: ...ons and conveyor speeds that are intended to arise during operation Different conveyor speeds in the area of the safety light grid should be prevented 4 5 1 Technical implementation The safety light g...

Page 24: ...g status Use a mechanical barrier see diagram to prevent access to the danger zone once muting is ended Fig Application for muting in one direction Danger zone is safeguarded once muting is ended The...

Page 25: ...On Off On Off tAB Fig Timing diagram for L type muting Legend tAB Time from the activation of the first sensor to the activation of the second sensor max 4 s tMoff Once this time has elapsed the mutin...

Page 26: ...status Material on the conveyor passes the safety light grid and the first muting sensor on the output side muting lamp flashes sig nalling the muting status Material has left the area of the first m...

Page 27: ...rror in the operating cycle For example if there is a pallet in the protected field and the conveyor can no longer be switched on because the safety light grid is keeping the OSSD switched off because...

Page 28: ...right flashes yellow 1 2 3 4 Automatic ending of override function The override function is ended automatically when one of the following conditions is met Muting timeout has elapsed The conditions ne...

Page 29: ...ocessing the data from muting sensors and can be upgraded to L or T types using the muting sensors available as accessories Use the following item numbers for the upgrade PSEN op2 1 L Muting Set L mut...

Page 30: ...12 is S K t1 t2 C s Minimum distance in mm measured from the start of the protected field to the danger source K Approach speed at which the object body to be detected is nearing the danger zone in mm...

Page 31: ...lective surface Opening angle of the light beams emitted by the safety light grid The receiver would detect the reflection from the reflective surface as a secondary beam even if the main beam is inte...

Page 32: ...installed steps must be taken to ensure that the transmitter on one safety light grid does not interfere with the receiver on another safety light grid A layout as shown in the diagram below can caus...

Page 33: ...safety light grids Legend 1 Opaque surface 5 5 Use of deviating mirrors Danger zones with different but adjacent access sides can be monitored using a safety light grid in conjunction with well positi...

Page 34: ...using deviating mirrors please note Even a minor angular displacement of the mirror can lead to misalignment adversely affecting or preventing the function of the safety light grid The laser pointer 7...

Page 35: ...e type of the relevant muting sensor see Technical details of the muting sensor Prevent access to the danger zone during muting The muting sensors must detect material and allow it to pass must detect...

Page 36: ...he application example 4 muting sensors Muting in two directions L A1 B1 1 A2 B2 DA B V DMutingOff DA B Fig Distances between muting sensors 4 muting sensors Legende 1 Safety light grid A1 First mutin...

Page 37: ...n muting sensor A1 and the position from which the muting function is turned off again when con sidering the transport direction from A1 to A2 Distances for muting with 4 sensors Muting in one directi...

Page 38: ...iagram By arranging the muting sensors asymmetrically you ensure that the muting sensors must activate consecutively in order to activate a muting state see diagram A1 1 B2 V d2 Fig Distances between...

Page 39: ...pins into the grooves on both units 2 Place a mounting bracket on the pins and secure the bracket with the pins 3 Use screws to provisionally fix the mounting bracket to the mounting surface 4 Align t...

Page 40: ...light grids without muting sensors Allocation of muting sensors to transmitter and receiver The passive muting sensor PSEN op Reflector must be installed on the transmitter The active muting sensor PS...

Page 41: ...een muting sensors in the application example 4 muting sensors 36 6 5 Wiring 6 5 1 General guidelines Never place connection cables close to or in contact with cables with the following char acteristi...

Page 42: ...o the receiver on the safety light grid PIN Designation Description Cable colour 1 24 VDC Supply voltage for external muting sensor Brown 2 Muting 2 Input signal for second muting sensor White 3 0 VDC...

Page 43: ...ing sensor input 2 red 1 2 3 4 Fig 4 pin connector on the transmitter to connect transmitter to supply voltage PIN Designation Description Cable colour 1 24 VDC Supply voltage for transmitter Brown 2...

Page 44: ...EDM Connect the N C contact on the EDM to the supply voltage on the safety light grid 6 5 5 Earthing the safety light grid Attach the earth connection in the drill hole provided on the connector side...

Page 45: ...nnect the muting sensors to the safety light grid Supply voltage to the muting sensors via the safety light grid Wire the muting sensors as shown in the following diagrams 2 4 Muting A1 Muting A2 Muti...

Page 46: ...nsors us ing the screw provided The drill holes for the earthing screw are on the right and left side of the muting sensors at the same height Identify the earthing contact using the adhesive label pr...

Page 47: ...angle to the safety light grid see diagram 2 Gently press the tip of the screwdriver downwards and lever the cover open 7 1 2 Activate muting Muting only needs to be activated in the case of L muting...

Page 48: ...the specifications of EN ISO 61496 1 Avoid a situation in which sustained muting is not detected Procedure for setting to Set DIP switches 1 and 5 to OFF 7 1 4 Activate EDM EDM only needs to be activa...

Page 49: ...responding elements on the receiver The positions of the transmitter and receiver on the safety light grid and the muting sensors if present can be modified in accordance with the following diagram Th...

Page 50: ...yone from accessing the protected field during the whole time that alignment takes place 5 Check that the lower green LED and the yellow LED on the transmitter are lit The transmitter is ready for ope...

Page 51: ...of the muting sensors 3 Modify the position of the muting sensors on the safety light grid until the red LEDs on the sensors go out see diagram Vertical alignment of the muting sensors Undo the hexag...

Page 52: ...the safety light grid including any existing muting sensors are aligned and attached correctly The red LED should not light up if gentle pressure is applied to the edges of the safety light grid Check...

Page 53: ...he monitored machine must be shut down 7 4 System connection This section provides information on how to connect the safety light grid to an evaluation device A safety relay from the PNOZsigma series...

Page 54: ...en detected OSSDs are in an OFF state 3 Restart Align Lights red Irrelevant during normal operation In operating mode with restart in terlock Object has been detected safety light grid is in a safe co...

Page 55: ...ooting 8 3 1 Indicators for fault diagnostics Display LED Status Meaning Action 1 2 3 4 1 Off Functional error on the OSSD Check the connected OSSDs Make sure that the load corresponds to the in forma...

Page 56: ...the alignment of the transmitter to the re ceiver Switch the safety light grid off and then on again If the display is un changed contact Pilz 2 Off 3 Off 4 Flashes yellow 1 2 3 4 1 Flashes red Functi...

Page 57: ...t Pilz 2 Flashes yellow 1 2 1 Off Supply voltage outside the per mitted range see Technical details 62 2 Off 1 2 1 Lights green Supply voltage outside the per mitted range see Technical details 62 2 O...

Page 58: ...light unit must change from green to red and the movement causing the hazard must be switched off 9 1 3 Check after plant machine modification Check the safety light grid each time the plant machine i...

Page 59: ...PSEN op4B 1 Series 1003356 EN 02 59 Moist cotton cloths should be used for cleaning Avoid using Alcohol Solvents Cloths made of wool Cloths made of synthetic material The lens covers should be cleaned...

Page 60: ...0 10 Dimensions Safety light grid without integrated muting sensors M12x1 11 18 1 18 41 35 111 40 2 3 Fig Receiver M12x1 11 18 1 18 41 35 111 40 2 3 Fig Transmitter Legende 1 Height of protected field...

Page 61: ...Dimensions Operating Manual PSEN op4B 1 Series 1003356 EN 02 61 Safety light grid with L muting set 289 44 1 35 35 Safety light grid with T muting set 289 655 1 44 1 35 35...

Page 62: ...nF Optical data 630800 630801 Opening angle 2 5 2 5 deg 2 5 2 5 deg Used wavelength range 880 nm 880 nm Semiconductor outputs 630800 630801 OSSD safety outputs 2 2 Switching current per output 500 mA...

Page 63: ...m 41 2 mm Weight 1 910 g 2 610 g General 630802 630803 Approvals CE T V cULus Listed CE T V cULus Listed Category Type 4 Type 4 Sensor s mode of operation optical optical Height of detection zone 915...

Page 64: ...29 EN 60529 Housing IP65 IP65 Mechanical data 630802 630803 Connection Type Receiver M12 5 pin male connector M12 8 pin male connector M12 5 pin male connector M12 8 pin male connector Transmitter M12...

Page 65: ...70 C Climatic suitability Humidity 95 r h at 50 C 95 r h at 50 C Condensation during operation Not permitted Not permitted Vibration In accordance with the standard EN 60068 2 6 EN 60068 2 6 Frequency...

Page 66: ...apacitance Clmax 65 nF 65 nF Optical data 630810 630811 Opening angle 2 5 2 5 deg 2 5 2 5 deg Used wavelength range 880 nm 880 nm Semiconductor outputs 630810 630811 OSSD safety outputs 2 2 Switching...

Page 67: ...35 mm Depth 41 2 mm 41 2 mm Weight 3 710 g 4 410 g 11 1 Safety characteristic data NOTICE You must comply with the safety related characteristic data in order to achieve the required safety level for...

Page 68: ...ction protected field height 800 mm 630 809 PSEN op4B T 050 1 Safety light grid with body resolution with integrated muting sensors in two directions protected field height 500 mm 630 810 PSEN op4B T...

Page 69: ...evices 4 pole un shielded 50 m 630 362 PSEN op cable axial M12 5 pole 3m Connection cable for light beam devices 5 pole un shielded 3 m 630 310 PSEN op cable axial M12 5 pole 5m Connection cable for l...

Page 70: ...r transmitter 630 832 PSEN op3 1 Receiver NO NC M12 External muting sensor receiver 630 831 PSEN op3 3 Reflex NO NC M12 External muting sensor reflex light sensor 630 830 PSEN op2 1 L Muting Set L mut...

Page 71: ...Does the category of the safety light grid match the category required for the plant machine Have the standards applicable for the plant machine been considered 2 Environmental conditions for checkin...

Page 72: ...e positioned correctly Is the control device installed and wired cor rectly 8 Check the effectiveness of the safety light grid during the hazardous move ment Is the safety light grid effective through...

Page 73: ...EN 02 73 No Action OK NOT OK Notes 12 Check guard function for protected field of the safety light grid Violate the protected field at various points The hazardous movement must be shut down Check th...

Page 74: ...p ThE SPIrIT Of SAfETY are registered and protected trademarks of Pilz Gmbh Co KG in some countries We would point out that product features may vary from the details stated in this document dependin...

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