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Connection diagrams and application examples ESX10-T

ESX10-TA-100

ESX10-TB-101

group signalling (series connection)

ESX10-TB-102

Single signalling with common line entry

ESX10-TB-124

Single signalling with common reset

+24V

0V

Load

Load

Load

+

-

+

-

+

-

+

-

+

-

+

-

ESX10-TA-100

1

LINE+

1

LINE+

1

LINE+

ESX10-TA-100

ESX10-TA-100

3   0V

3   0V

3   0V

3   0V

3   0V

3   0V

2 LOAD+

2 LOAD+

2 LOAD+

+24V

0V

Load

Load

Load

13

1

LINE+

14

ESX10-TB-101

2 LOAD+

13

1

LINE+

14

13

1

LINE+

14

ESX10-TB-101

2 LOAD+

ESX10-TB-101

2 LOAD+

+24V

0V

11

1

LINE+

12 11

1

LINE+

12 11

1

LINE+

12

2 LOAD+

ESX10-TB-102

3  0V

3  0V

3  0V

2 LOAD+

ESX10-TB-102

2 LOAD+

ESX10-TB-102

Load

Load

Load

+

-

+

-

+

-

Connection diagrams and application examples  ESX10-T…

Signal contacts are shown in OFF or fault condition.

power 

supply

DC 24 V

power 

supply

DC 24 V

power 

supply

DC 24 V

terminals for

busbars

screw

terminals

LINE+ busbar

(X 222 611 02 

or X 222 611 xx)

0 V busbar

(X 222 611 02 

or X 222 611 xx)

- line entry

- line entry

- line entry

+ line entry

+ line entry

+ line entry

+ line entry for the SI

+ line entry for the SI

LINE + busbar

(X 222 611 02 or X 222 611 xx)

group signalling

by means of an 

signal lamp

jumpers 

(X 222 005 13)

are staggered

0 V busbar

(X 222 611 02 

or X 222 611 xx)

signal busbar 

(X 222 005 03) 

for common 

line entry

0 V busbar

(X 222 611 02 

or X 222 611 xx)

LINE+ busbar

(X 222 611 02 

or X 222 611 xx)

single signalling 

per way

by means of 

an LED

+24V

0V

+ line entry

- line entry

+ line entry

- line entry

+ line entry

- line entry

2 LOAD+

ESX10-TB-124

2 LOAD+

ESX10-TB-124

2 LOAD+

ESX10-TB-124

Load

Load

Load

22

1

LINE+

RE SF 23 22

1

LINE+

RE SF 23 22

1

LINE+

RE SF 23

Reset

button

3  0V

3  0V

3  0V

+

-

+

-

+

-

+ 24 V

0 V

0,5 A

ESX10-TA-100

1

LINE+

1

LINE+

1

LINE+

1

LINE+

2 LOAD +

2 LOAD +

2 LOAD +

2 LOAD+ 

3  0V

3  0V

3  0V

3  0V

13

13

13

14

14

14

ESX10-TB-101 ESX10-TB-101 ESX10-TB-101

Load

Load

Load

+

-

+

-

+

-

3  0V

3  0V

3  0V

3  0V

+ 24 V

0 V

0,5 A

ESX10-TA-100

1

LINE+

1

LINE+

1

LINE+

1

LINE+

2 LOAD+

2 LOAD+

2 LOAD+

2 LOAD+

11

11

11

12

12

12

ESX10-TB-102 ESX10-TB-102 ESX10-TB-102

Load

Load

Load

+

-

+

-

+

-

power 

supply

DC 24 V

power 

supply

DC 24 V

power 

supply

DC 24 V

signal busbar 

(X 222 005 03) 

for common reset

0 V busbar

(X 222 611 02 

or X 222 611 xx)

LINE+ busbar

(X 222 611 02 

or X 222 611 xx)

single signalling per 

way by means of 

an LED

Application examples: line entry DC 24 V with 
protection of signal circuit and direct connection of loads

Auxiliary contacts are shown on the OFF of fault condition

ESX10-TB-101

Group signalisation (series connection)
Type ESX10-TA-100-DC24V-0.5A can be used as a 

supply module including protection of auxiliary circuit
Optional: Passive supply module AD-TX-EM01 (without protection)

+ line entry for SI

+ line entry for SI

LINE+ busbar

(X 222 611 02 

or X 222 611 xx)

jumpers 

(X 222 005 13)

are staggered

group 

signalisation 

by means of a 

signal lamp

0 V busbar

(X 222 611 02 

or X 222 611 xx)

ESX10-TB-102

Single signalisation with common line entry
Type ESX10-TA-100-DC24V-0.5A can be used as 

a supply module

including protection of auxiliary circuit
Optional: Passive supply module AD-TX-EM01 (without protection)

LINE+ busbar

(X 222 611 02 

or X 222 611 xx)

signal busbar 

(X 222 005 03) 

for common 

line entry

0 V busbar

(X 222 611 02 

or X 222 611 xx)

single signalisation per way

by means of an LED

Summary of Contents for ESX10-TA-DC 24 V

Page 1: ...P 54 is achieved after installation in a UV protected fully enclosed room control cabinet IEC EN60079 0 and IEC EN 60079 14 have be observed for installation Safety This device is not protected agains...

Page 2: ...rcuit external free wheeling diode recommended with inductive load Several load outputs must not be connected in parallel Status output SF ESX10 T 114 124 127 Electrical data plus switching signal out...

Page 3: ...ESX10 TB 6 A l Electronic current limitation ILimit occurs at typically 1 8 x IN which means that under all overload conditions independent of the power supply and the resistance of the load circuit t...

Page 4: ...0 TB 124 Load Load Load 22 1 LINE RE SF 23 22 1 LINE RE SF 23 22 1 LINE RE SF 23 Reset button 3 0V 3 0V 3 0V 24 V 0 V 0 5 A ESX10 TA 100 1 LINE 1 LINE 1 LINE 1 LINE 2 LOAD 2 LOAD 2 LOAD 2 LOAD 3 0V 3...

Page 5: ...or jumper X22200513 grey remove protection against brush contact from bottom side 12 5 x n 3 length of busbars 0 5 e g 12 5 x 5 3 59 5 0 5 insert protection against brush contact continuous busbar 50...

Page 6: ...MENT ESX10 TA TB ISA 12 12 01 2015 UL File E320024 Operating Temperature Code T4 This equipment is suitable for use in Class Division 2 Groups A B C and D or non hazardous locations only T4 A 0 C to 5...

Page 7: ...7...

Page 8: ...nly In the interest of improved design performance and cost effectiveness the right to make changes in these specifications without notice is reserved Product markings may not be exactly as the orderi...

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