Srovės keitikliai | srovės keitiklis | srovės keitikliai su atvira atbulinio ryšio kilpa (O/L)
  • Srovės keitikliai | srovės keitiklis | srovės keitikliai su atvira atbulinio ryšio kilpa (O/L)

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Gamintojas: LEM

Srovės keitikliai | srovės keitiklis | srovės keitikliai su atvira atbulinio ryšio kilpa (O/L)

Properties:

  • Small dimensions
  • Wide measuring range (3X In)
  • Low weight
  • Low power consumption (several W)
  • Non-invasive measurement (zero loss)
 
Principle of operation O/L

     The magnetic flux generated by the primary current Ip is concentrated in the magnetic core in the gap in which the Hall plate is located. The voltage output signal from the Hall sensor after amplification in the electronics tells the instantaneous value of the primary current.
     Based on this principle, constructional families of current transducers are made to measure currents from 5 A to 20 kA in the frequency band from 0 to 50 kHz.
     The measurement accuracy of the rated current at 25oC reaches a maximum of 1%.
 

Application:
For controlling industrial devices
 

Analog voltage output. HX, HY, HAS, HAL, HTB, HTA, HAT, HAX , HAZ SERIES

  Type Current IPN [Ask] Output signal with IPN
[V]		 Measurement range Ip
[A]		 Measurement accuracy with IPN
[%]		 Voltage
[kV]		 Bandwidth *) [kHz] Operation temperature range
[°C]		 Supply voltage ±5% [ V]
LEM HX

HX 03–P

 3 ±4 ±9 < ±1 3 0...50 -25...85 ±15

HX 05–P

 5 ±15

HX 10-P

 10 ±30

HX 15-P

 15 ±45

HX 20-P

 20 ±60

HX 25-P

 25 ±75

HX 50-P

 50 ±150
LEM HY

HY 5-P

 5 ±4 ± 15 < ±1 2,5 0...50 -10...80 ±15

HY 10-P

 10 ±30

HY 12-P

 12,5 ±37,5

HY 15-P

 15 ±45

HY 20-P

 20 ±60

HY 25-P

 25 ±75

HY 50-P

 50 ±150
LEM HAS

HAS 50-S

 50 ±4 ±150 ±1 3 0...50 -10...80 ±15

HAS 100-S

 100 ±300

HAS 200-S

 200 ±600

HAS 300-S

 300 ± 900

HAS 400-S

 400 ± 900

HAS 500-S

 500 ± 900

HAS 600-S

 600 ± 900
LEM HAL

HAL 50-S

 50 ±4 ±150 ±1 3 0...50 -25...85 ±15

HAL 100-S

 100 ±300

HAL 200-S

 200 ±600

HAL 300-S

 300 ±900

HAL 400-S

 400 ±1000

HAL 500-S

 500 ±1000

HAL 600-S

 600 ±1000
LEM HTB-P
LEM HTB-TP

HTB 50-P

 50 ±4 ±150 < ±1 2,5 0...50 -20...80 ±12...15

HTB 50-TP

 50 ±150

HTB 100-P

 100 ±300

HTB 100-TP

 100 ±300

HTB 200-P

 200 ±500

HTB 300-P

 300 ± 600

HTB 400-P

 400 ± 600
Seria HTA

LEM 100-S

 100 ±4 ± 300 ±1 3 0...50 -25...85 ±15

HTA 200-S

 200 ±600

HTA 300-S

 300 ± 900

HTA 400-S

 400 ±1000

HTA 500-S

 500 ± 1000

HTA 600-S

 600 ± 1000

HTA 1000-S

 1000 ± 1000
LEM HAT

HAT 200-S

 200 ±4 ± 600 ≤±1 4,9 0...25 -10...80 ±15

HAT 400-S

 400 ±1200

HAT 500-S

 500 ±1500

HAT 600-S

 600 ±1800

HAT 800-S

 800 ± 2400

HAT 1000-S

 1000 ± 2500

HAT 1200-S

 1200 ± 2500

HAT 1500-S

 1500 ± 2500
LEM HAX

HAX 500-S

 500 ±4 ±1500 ±1 5 0...25 -10...80 ±15

HAX 1000-S

 1000 ± 3000

HAX 1500-S

 1500 ±4500

HAX 2000-S

 2000 ±5500

HAX 2500-S

 2500 ±5500
LEM HAZ

HAZ 4000-SB

 4000 ±10 ±4000 < ±1 12 0...3 -25...80 ±15

HAZ 6000-SB

 6000 ±6000

HAZ 10000-SB

 10000 ±10000

HAZ 12000-SB

 12000 ±12000

HAZ 14000-SB

 14000 ±14000

HAZ 20000-SB

 20000 ±20000
Caution:
*) For O/L transducers current and frequency product is 400000. This causes limits in bandwidth and/or amplitude of measured primary current

Dimensions [mm]

Drawing:

HX 03...25-P

, P/SP2		 Drawing:

HX 50-P

, P/SP2		 Drawing:

HY 05-P...HY

15-P/SP
HX 03 ..25-P HX 50-P HY 05-P...HY
Drawing:

HY 20-P...HY 25-P

,

HY 20-P/SP1...HY 25-P/SP1

 Drawing:

HY 50-P

,

50-P/SP1
HY 20-P ..HY 25-P HY 50-P, 50-P/SP1
Drawing:

HAS 50...600-S

 Drawing:

HAL 50...600-S
HAS 50...600-S HAL 50...600-S

Dimensions [mm]

Drawing:

HTB 50...400P

 Drawing:

HTB 50...100-TP
HTB 50...400P HTB50...100-TP
Drawing:

HTA 100... 1000-S

 Drawing:

HAT 200-S...HAT 1500-S
HTA 100...1000-S HAT 200-S...HAT 1500-S
Drawing:

HAX 500-S...HAX 2500-S

 Drawing:

HAZ 4000...20000-SB
HAX 500-S.. HAX 2500-S HAZ 4000...20000-SB
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Properties:

  • Small dimensions
  • Wide measuring range (3X In)
  • Low weight
  • Low power consumption (several W)
  • Non-invasive measurement (zero loss)
 
Principle of operation O/L

     The magnetic flux generated by the primary current Ip is concentrated in the magnetic core in the gap in which the Hall plate is located. The voltage output signal from the Hall sensor after amplification in the electronics tells the instantaneous value of the primary current.
     Based on this principle, constructional families of current transducers are made to measure currents from 5 A to 20 kA in the frequency band from 0 to 50 kHz.
     The measurement accuracy of the rated current at 25oC reaches a maximum of 1%.
 

Application:
For controlling industrial devices
 

Analog voltage output. HX, HY, HAS, HAL, HTB, HTA, HAT, HAX , HAZ SERIES

  Type Current IPN [Ask] Output signal with IPN
[V]		 Measurement range Ip
[A]		 Measurement accuracy with IPN
[%]		 Voltage
[kV]		 Bandwidth *) [kHz] Operation temperature range
[°C]		 Supply voltage ±5% [ V]
LEM HX

HX 03–P

 3 ±4 ±9 < ±1 3 0...50 -25...85 ±15

HX 05–P

 5 ±15

HX 10-P

 10 ±30

HX 15-P

 15 ±45

HX 20-P

 20 ±60

HX 25-P

 25 ±75

HX 50-P

 50 ±150
LEM HY

HY 5-P

 5 ±4 ± 15 < ±1 2,5 0...50 -10...80 ±15

HY 10-P

 10 ±30

HY 12-P

 12,5 ±37,5

HY 15-P

 15 ±45

HY 20-P

 20 ±60

HY 25-P

 25 ±75

HY 50-P

 50 ±150
LEM HAS

HAS 50-S

 50 ±4 ±150 ±1 3 0...50 -10...80 ±15

HAS 100-S

 100 ±300

HAS 200-S

 200 ±600

HAS 300-S

 300 ± 900

HAS 400-S

 400 ± 900

HAS 500-S

 500 ± 900

HAS 600-S

 600 ± 900
LEM HAL

HAL 50-S

 50 ±4 ±150 ±1 3 0...50 -25...85 ±15

HAL 100-S

 100 ±300

HAL 200-S

 200 ±600

HAL 300-S

 300 ±900

HAL 400-S

 400 ±1000

HAL 500-S

 500 ±1000

HAL 600-S

 600 ±1000
LEM HTB-P
LEM HTB-TP

HTB 50-P

 50 ±4 ±150 < ±1 2,5 0...50 -20...80 ±12...15

HTB 50-TP

 50 ±150

HTB 100-P

 100 ±300

HTB 100-TP

 100 ±300

HTB 200-P

 200 ±500

HTB 300-P

 300 ± 600

HTB 400-P

 400 ± 600
Seria HTA

LEM 100-S

 100 ±4 ± 300 ±1 3 0...50 -25...85 ±15

HTA 200-S

 200 ±600

HTA 300-S

 300 ± 900

HTA 400-S

 400 ±1000

HTA 500-S

 500 ± 1000

HTA 600-S

 600 ± 1000

HTA 1000-S

 1000 ± 1000
LEM HAT

HAT 200-S

 200 ±4 ± 600 ≤±1 4,9 0...25 -10...80 ±15

HAT 400-S

 400 ±1200

HAT 500-S

 500 ±1500

HAT 600-S

 600 ±1800

HAT 800-S

 800 ± 2400

HAT 1000-S

 1000 ± 2500

HAT 1200-S

 1200 ± 2500

HAT 1500-S

 1500 ± 2500
LEM HAX

HAX 500-S

 500 ±4 ±1500 ±1 5 0...25 -10...80 ±15

HAX 1000-S

 1000 ± 3000

HAX 1500-S

 1500 ±4500

HAX 2000-S

 2000 ±5500

HAX 2500-S

 2500 ±5500
LEM HAZ

HAZ 4000-SB

 4000 ±10 ±4000 < ±1 12 0...3 -25...80 ±15

HAZ 6000-SB

 6000 ±6000

HAZ 10000-SB

 10000 ±10000

HAZ 12000-SB

 12000 ±12000

HAZ 14000-SB

 14000 ±14000

HAZ 20000-SB

 20000 ±20000
Caution:
*) For O/L transducers current and frequency product is 400000. This causes limits in bandwidth and/or amplitude of measured primary current

Dimensions [mm]

Drawing:

HX 03...25-P

, P/SP2		 Drawing:

HX 50-P

, P/SP2		 Drawing:

HY 05-P...HY

15-P/SP
HX 03 ..25-P HX 50-P HY 05-P...HY
Drawing:

HY 20-P...HY 25-P

,

HY 20-P/SP1...HY 25-P/SP1

 Drawing:

HY 50-P

,

50-P/SP1
HY 20-P ..HY 25-P HY 50-P, 50-P/SP1
Drawing:

HAS 50...600-S

 Drawing:

HAL 50...600-S
HAS 50...600-S HAL 50...600-S

Dimensions [mm]

Drawing:

HTB 50...400P

 Drawing:

HTB 50...100-TP
HTB 50...400P HTB50...100-TP
Drawing:

HTA 100... 1000-S

 Drawing:

HAT 200-S...HAT 1500-S
HTA 100...1000-S HAT 200-S...HAT 1500-S
Drawing:

HAX 500-S...HAX 2500-S

 Drawing:

HAZ 4000...20000-SB
HAX 500-S.. HAX 2500-S HAZ 4000...20000-SB
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