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Safety 

Technology 

& Innovation 

Maintenance 

The  device  must  be  checked  once  per  month  for  proper 

function  and  for  signs  of  tampering  and  bypassing  of  the 

safety function.

 

Technical

Data

 

1

6

0

2

6

 

N

E

 ;

 

1

-

9

4

8

3

1

 

O

S

N

E

 ;

1

-

4

0

2

0

6

 

N

E

 

s

d

r

a

d

n

a

t

s

 

e

h

o

s

d

n

o

p

s

e

rr

o

C
Operating voltage 

 

SR105E01 

SR105E02 

SR105E03 

 

V

0

3

2

 

C

A

  

V

5

1

1

 

C

A

 

V

 

4

2

 

C

D

/

C

A

 

 

 

z

H

 

0

6

-

0

5

 

 

y

c

n

e

u

q

e

rf

 

y

l

p

p

u

s

 

d

e

t

a

R

 

%

0

1

 -

 /

 

+

 

 

n

o

it

a

i

v

e

d

 

e

l

b

i

s

s

i

m

r

e

P
Power consumption 

 

DC 24V 

AC 230V 

 

A

V

 

5

.

3

 .

a

c

  

W

 

2

.

1

 .

a

c

 

 

 

V

 

4

2

 

C

D

 

 

1

1

S

 t

a

 

e

g

a

tl

o

v

 l

o

rt

n

o

C

 

A

m

 

0

4

 .

x

a

m

 

 

4

1

S

..

.

1

1

S

 t

n

e

r

r

u

c

 l

o

rt

n

o

C

 

s

t

c

a

t

n

o

c

 

O

N

 

3

 

 

s

t

c

a

t

n

o

c

 

y

t

e

f

a

S

 

e

c

i

v

e

d

 

c

i

s

a

b

 r

o

t

c

a

t

n

o

c

 

g

n

ir

o

ti

n

o

m

 ;

t

c

a

t

n

o

c

 

C

N

 

1

 

 

s

t

c

a

t

n

o

c

 

y

r

a

il

i

x

u

A

 

V

 

0

5

2

 

C

A

 

 

e

g

a

tl

o

v

 

g

n

i

h

c

ti

w

s

 .

x

a

M

 ,

d

a

o

c

i

m

h

o

 r

o

A

 

6

 ,

A

V

 

0

0

5

1

 ,

V

 

0

5

2

  

:

C

A

  

y

ti

c

a

p

a

c

 

g

n

i

k

a

e

r

b

 t

c

a

t

n

o

c

 

y

t

e

f

a

S

 

5

1

-

C

A

 r

o

A

 

4

 ,

V

 

0

5

2

 

 

 

  

  

;

d

a

o

c

i

m

h

o

 r

o

A

 

5

2

.

1

 ,

W

 

0

3

 ,

V

 

4

2

  

:

C

D

 

 

 

3

1

-

C

D

 r

o

A

 

2

 ,

W

 

0

3

 ,

V

 

4

2

 

 

 

 

A

 

5

.

0

1

 :

s

t

c

a

t

n

o

c

 

3

 l

l

a

 

h

g

u

o

r

h

t

n

e

r

r

u

c

 l

a

t

o

.

x

a

M

 

 

 

A

m

 

0

2

 ,

V

 

4

2

 

  

d

a

o

t

c

a

t

n

o

c

 

m

u

m

i

n

i

M

 

G

g

 

A

 

0

1

 r

o

 

n

o

it

c

a

-

k

c

i

u

q

 

A

 

6

 r

o

 

w

o

l

b

-

w

o

l

s

 

A

 

4

 

 

s

e

s

u

t

c

a

t

n

o

C

 .

n

i

M

m

m

 

5

.

2

 -

 

4

1

.

0

 

 

n

o

it

c

e

s

 

s

s

o

r

c

 

e

n

il

 .

x

a

M

2

 

m

m

 

5

7

.

0

 

h

ti

w

 

m

 

0

0

0

1

 

 

e

n

il

 l

o

rt

n

o

c

 f

o

 

h

t

g

n

e

.

x

a

M

2

 

 i

N

g

A

 

 l

a

ir

e

t

a

m

 t

c

a

t

n

o

C

0

1

 

x

 

1

 .

x

o

r

p

p

a

 .

h

c

e

m

 

 

e

fi

e

c

i

v

r

e

s

 t

c

a

t

n

o

C

7

, electr. 1 x 10

5

 operating cycles 

 )

s

t

c

a

t

n

o

c

/

e

g

a

tl

o

v

 l

o

rt

n

o

c

V

k

 

5

.

2

 

 

e

g

a

tl

o

v

 t

s

e

T
Rated impulse withstand voltage, leakage path/air gap 

4 kV  (DIN VDE 0110-1) 

 

V

 

0

5

2

 

 

e

g

a

tl

o

v

 

n

o

it

a

l

u

s

n

d

e

t

a

R

 

0

2

P

I

 

 

n

o

it

c

e

t

o

r

p

 f

o

 

e

e

r

g

e

D

 

C

°

0

6

+

 

o

C

°

5

1

-

 :

V

 

4

2

 

C

D

 

 

e

g

n

a

e

r

u

t

a

r

e

p

m

e

T

 

C

°

0

4

+

 

o

C

°

5

1

-

 :

V

 

5

1

1

/

0

3

2

 

C

A

 

 

 )

1

-

0

1

1

0

 

E

D

V

 

N

I

D

(

 

2

 

 

n

o

it

a

n

i

m

a

t

n

o

c

 f

o

 

e

e

r

g

e

D

 )

1

-

0

1

1

0

 

E

D

V

 

N

I

D

(

 

3

 

 

y

r

o

g

e

t

a

c

 

e

g

a

tl

o

v

r

e

v

O

 

g

0

3

2

 .

x

o

r

p

p

a

 

  

t

h

g

i

e

W

 

5

3

H

T

5

1

7

0

6

 

N

E

 

o

g

n

i

d

r

o

c

c

a

 l

i

a

N

I

D

 

 

g

n

it

n

u

o

M

Note:  
Additional data can be requested from the manufacturer for 

applications that deviate from these conditions. 

Safety  

Characteristics  

According to 

EN ISO 13849-1 

 

The device is certified according to EN ISO 13849-1 up to a 

Performance Level of PL e. 

Device cannot be switched on again after an emergency 

stop:  

• 

Check whether the emergency stop circuit was closed 

again. 

• 

Was the start button opened before closing of the emer-

gency stop circuit (with manual start)? 

• 

Is the feedback loop closed? 

• 

Is the power supply present during the time sequence? 

If  the  fault  still  exists,  perform  the  steps  listed  under 

“Commissioning Procedure”. 
If  these  steps  do  not  remedy  the  fault  either,  return  the 

device to the manufacturer for examination. 
Opening  the  device  is  impermissible  and  will  void  the 

warranty.  

Device does not switch on: 

• 

Check the wiring of the SR105E and the basic device by 

comparing it with the wiring diagrams (also see user 

information for the basic device). 

• 

Check the safety switch used on the basic device for 

correct function and adjustment. 

• 

Check whether the emergency stop circuit of the basic 

device is closed. 

• 

Check whether the start button on the basic device (with 

manual start) is closed. 

• 

Check the operating voltage at A1 and A2 on the basic 

device and on the SR105E. 

• 

Is the feedback loop closed? 

What to Do in  

Case of a Fault? 

The  device  is  otherwise  maintenance  free,  provided  that  it 

was installed properly.

 

SR105E 

User Information for SR105E  

Safety characteristics according to EN ISO 13849-1 for all variants of SR105E 

Load (DC13; 24V) 

<= 0,1A 

<= 1A 

<= 2A 

T10d [years] 

20 

20 

20 

Category:  

PL 

PFHd [1/h]:  

1,2E-08 

1,2E-08 

1,2E-08 

nop  [cycle / year]  

<= 400.000 

<= 73.000 

<= 17.000 

Summary of Contents for SR105E

Page 1: ... of the SR105E open immediately If a fault occurs in the SR105E this is detected by the basic device via terminals S23 and S24 Independent operation without basic device is not possible Electrical Connection When the 24 V version is used a control transformer according to EN 61558 2 6 or a power supply unit with electrical isolation from the mains must be connected External fusing of the safety co...

Page 2: ...ction IP54 the fault involving a short circuit between the activation lines can be ruled out protected wiring space Category 4 PL e according to EN ISO 13849 1 is thereby possible If this fault cannot be ruled out category 3 PL e is achieved Applications Fig 3 Feedback loop Contactors connected to the SR105E or the basic devices are monitored via the feedback loop of the basic device KA and KB are...

Page 3: ... C 0 6 o t C 5 1 V 4 2 C D e g n a r e r u t a r e p m e T C 0 4 o t C 5 1 V 5 1 1 0 3 2 C A 1 0 1 1 0 E D V N I D 2 n o i t a n i m a t n o c f o e e r g e D 1 0 1 1 0 E D V N I D 3 y r o g e t a c e g a t l o v r e v O g 0 3 2 x o r p p a t h g i e W 5 3 H T 5 1 7 0 6 N E o t g n i d r o c c a l i a r N I D g n i t n u o M Note Additional data can be requested from the manufacturer for applicati...

Page 4: ... applied OMRON Scientific Technologies Inc 6550 Dumbarton Circle Fremont CA 94555 U S A Directives applied EMC directive 2004 108 EC Machinery directive 2006 42 EC Standards applied EN ISO 13849 1 2008 AC 2009 EN 62061 2005 Fremont May 2014 Marty Krikorian Director Quality Control The signed EC Declaration of Conformity is included with the product RoHS directive 2002 95 EC Authorized Signer of De...

Page 5: ...stems Machine Automation Controllers MAC Programmable Controllers PLC Operator interfaces HMI Distributed I O Software Drives Motion Controls Servo AC Drives Motion Controllers Encoders Temperature Process Controllers Single and Multi loop Controllers Sensors Vision Proximity Sensors Photoelectric Sensors Fiber Optic Sensors Amplified Photomicrosensors Measurement Sensors Ultrasonic Sensors Vision...

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