Pilz PSEN 2.1p-34 Data Sheet

Units

PSENmag

PSEN 2.1p-34

2.2

PSEN 2.1p-342.2SEN-D-2-034-2007-03UnitsPSENmagPSEN 2.1p-34PSEN 2.1p-34

Magnetic safety switches for monitor­ing the position of movable guards in
accordance with EN 60947-5-3

Approvals

PSEN 2.1p-34

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Unit features

` The actuator PSEN 2,1-10 belongs

to the safety switch

` 2 reed contacts (1 N/C, 1 N/O)
` Assured operating distance: 6 mm
` Assured release distance: 25 mm
` Square design
` Works magnetically
` Switching voltage 24 VDC
` Series connection via PSEN i1 in-

terface

` LED to display switch status

Unit description

The safety switch meets the require­ments of EN 60204-1 and IEC 60204-

1.
The safety switch only complies with
EN 60947-5-3 in conjunction with the
actuator PSEN 2,1-10 and its ap­proved evaluation devices.
The safety switch should only be con­nected to the evaluation devices listed
under "Connections".

Function description

If the actuator is within the response
range, the magnets switch the reed
contacts on the safety switch. If the
actuator is outside the response range
(safety gate open), the reed contacts
on the safety switch will switch.

Block diagram

Safety switch

Actuator

Magnet

2.2-146

SEN-D-2-034-2007-03Pilz GmbH & Co. KG, Sichere Automation, Felix-Wankel-Straße 2, 73760 Ostfildern, Germany

Telephone: [phone], Telefax: [phone], E-Mail: [e-mail]

Units

PSENmag

PSEN 2.1p-34

Operating distances

Seitenversatz/Lateral offset/

Décalage latéral

active area

aktive Fläche

surface active

Lateral and vertical offset

Assured operating distance Sao in mm

Höhenversatz/Height offset/
Décalage en hauteur

3,02,01,0 4,0
1,0
2,0
3,0
4,0

Seitenversatz/Lateral

offset/Décalage latéral

-

-4,0

5,0

3,04,54,55,5 4,0
2,54,54,55,0 3,5
0,53,54,54,5 2,5

--

Assured release distance Sar:
Max. 25 mm with all vertical and lateral
offsets

The stated values are valid at a tem­perature of 20 °C.

Wiring

Please note:

` Information given in the “Technical

details” must be followed.

Höhenversatz/Height offset/

Décalage en hauteur

` Calculation of the max. cable runs

in the input circuit:

l

max

R

lmax

=

I

max

Rl / km

= max. overall cable resist-

R

lmax

ance (see Technical details)

/ km = cable resistance/km

R

l

` When using evaluation devices with

delay-on de-energisation contacts,
please note:
–Delay time ≤ 30 s: Delay-on de-

energisation contacts satisfy the
requirements of category 3 in ac­cordance with EN 954-1 and the
requirements of a PDF with sin­gle-fault tolerance (PDF-S).

–Delay time ≥ 30 s: Delay-on de-

energisation contacts satisfy the
requirements of Category 1 in
accordance with EN 954-1 and
the requirements of a PDF with
designed reliability (PDF-D).

Schaltabstand/Operating distance/

s

ar

s

ao

s

omin

Portee de travail

= 25

= 6

= 0,5

Ein/On/Marche
Aus/Off/Arrêt

` In the following commissioning cas-

es, check the function that detects
shorts across contacts:
– On evaluation devices with DC

supply voltage: Overall cable re­sistance ≥ 15 Ohms per channel

– On evaluation devices with AC

supply voltage: Overall cable re­sistance ≥ 25 Ohms per channel

– For details of how to perform the

test for shorts across the con­tacts, please refer to the operat­ing manual for the relevant
evaluation device.

Connections

NOTICE

The colour marking for the connection
lead only applies for the cable that Pilz
supplies as an accessory.
The safety switch is shown in an unop­erated condition.

2.2

Assignment of the 4-pin M8 male connec­tor

Pilz GmbH & Co. KG, Sichere Automation, Felix-Wankel-Straße 2, 73760 Ostfildern, Germany
Telephone: [phone], Telefax: [phone], E-Mail: [e-mail]

2

1

4

3

1

2

3 +

4

SEN-D-2-034-2007-03

2.2-147