HLSR Current Transducers

LEM HLSR Current Transducers are designed for accurate electronic measurement of DC, AC, and pulse currents while maintaining galvanic isolation between the primary and secondary circuits. These transducers feature low offset and gain drift, a short response time, and a voltage output. The HLSR series are available in two versions: HLSR-P for through-hole mounting and HLSR-SM for surface mounting. These transducers utilize open-loop Hall effect sensor technology for industrial applications that require dependable and precise current measurements.

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Description Datasheet Availability Pricing (CAD) Filter the results in the table by unit price based on your quantity.
Qty. RoHS ECAD Model Current Rating
Sensor Type
Response Time
Accuracy
Frequency Range
Operating Supply Voltage
Output Type
LEM Board Mount Current Sensors
Datasheet
231In Stock
Min.: 1
Mult.: 1
LEM Board Mount Current Sensors Current Transducer HLSR-P series
Datasheet
613In Stock
Min.: 1
Mult.: 1

10 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors Current Transducer HLSR-P series
Datasheet
340In Stock
Min.: 1
Mult.: 1

16 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors Current Transducer HLSR-P series
Datasheet
708In Stock
Min.: 1
Mult.: 1

32 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors Current Transducer HLSR-P series
Datasheet
230In Stock
Min.: 1
Mult.: 1

50 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors Current Transducer HLSR-P series
Datasheet
2,000On Order
Min.: 1
Mult.: 1

40 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors Current Transducer HLSR-P series
Datasheet
400Expected 2026-08-24
Min.: 1
Mult.: 1

20 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 1
Mult.: 1
10 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 1
Mult.: 1
10 A Open Loop 2.5 us 0.5 % 450 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 400
Mult.: 400
10 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 1
Mult.: 1
100 A Open Loop 2.5 us 0.5 % 90 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 1
Mult.: 1
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 400
Mult.: 400
40 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 10 Weeks
Min.: 400
Mult.: 400
40 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 14 Weeks
Min.: 1
Mult.: 1
10 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 14 Weeks
Min.: 400
Mult.: 400
16 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 14 Weeks
Min.: 1
Mult.: 1
20 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 14 Weeks
Min.: 400
Mult.: 400
32 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 14 Weeks
Min.: 400
Mult.: 400
50 A Open Loop 2.5 us 0.5 % 400 kHz 5 V Digital, Analog
LEM Board Mount Current Sensors
Datasheet
Non-Stocked Lead-Time 14 Weeks
Min.: 400
Mult.: 400
50 A Open Loop 2.5 us 0.5 % 450 kHz 3.3 V Digital, Analog