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Close Loop Type Current Sensor

A Closed Loop type current sensor operates on the principle of magnetic compensation. It measures DC, AC or pulse currents and their combinations. Galvanic isolation techniques is used to separate the primary and secondary circuits.

Luksens N25 Close-Loop current sensor Dacom West

N25

The current transducer N25 operates on the principle of magnetic compensation.


Datasheet
Luksens N50H Close-Loop current sensor Dacom West

N50H

The current transducer series NxxH operates on the principle of magnetic compensation.

Datasheet
Luksens N1002H Close-Loop current sensor Dacom West

N1002H

The current transducer series NxxH operates on the principle of magnetic compensation.

Datasheet
Luksens N125P Close-Loop current sensor Dacom West

N125P

The current transducer series NxxH operates on the principle of magnetic compensation.

Datasheet
Luksens N2002P Close-Loop current sensor Dacom West

N2002P

The current transducer series NxxH operates on the principle of magnetic compensation.

Datasheet
Luksens Y06-500A Close-Loop current sensor Dacom West

Y06-500A

The current transducer series Y06-500A operates on the principle of magnetic compensation.

Datasheet
Luksens Y06-1000 Close-Loop current sensor Dacom West

Y06-1000

The current transducer series Y06-1000A operates on the principle of magnetic compensation.

Datasheet
Serie   N25 N50H N100H N125P N2002P Y06-500 Y06-1000

Mounting type

PCB *

*

*

*

*

*

 

 

Terminal plug

         

*

*

Current measuring range

I PN *1 

±25A

±50A

±100A

±125A

±200A

±500A

±1,000A 

Max.

±50A

±90A

±180A

±200A

±300A

±800A

±2,000A

Step response to 90% of I PN *1 

<0.5μs

<0.5μs

<0.5μs

<1μs

<1μs

<1μs

<1μs

Supply voltage                                                                                      ±12...15VDC

                        ±15...24VDC

Output                                                                                                   Current ratio output(mA) 2.5V±0.625

Current conversion ratio 

1-2-3-4:1,000

1:1,000

1:2,000

1:1,000

1:2,000

1:5,000

Non-linearity error

<±0.2%/I PN

<±0.1%/I PN

<±0.1%/I PN

<±0.15%/I PN

<±0.15%/I PN

<±0.1%/I PN

<±0.15%/I PN 

Ambient operating temperature

                                                                                         Min. -40°C

-40°C

-40°C 

                                                                                         Max. 85°C

70°C

85°C

Energy Management 

*

*

*

*

*

*

*

Drive Motion 

*

*

*

*

*

*

*

Domestic Appliances 

*

*

*

*

*

 

*

Industrial Automation 

*

*

*

*

*

*

*

*1 IPN = Current nominal measuring range

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