Hall effect ASIC closed loop sensors performing at high peak measurements (up to 3 times the nominal value), low offset drift down to 3 ppm/K (Offset drift 7 times better than previous generation of C/L Hall effect current sensors working with traditional Hall effect chip), -40°C to +85°C, Reference access, Aperture or integrated primary conductors, Overcurrent detection output, PCB mounting, + 5 V power supply
LZSR 150-P/SP1
150 A nominal, 450 A peak measurement, Low offset drift 3 ppm/K, -40°C to + 85°C, ?Reference access, Designed with an aperture to insert the primary conductors
- Series
-
LZSR-P
- Measurement
-
Current
- Nominal Value
-
150 A
- Measuring Range
-
450 A
- Second. Nominal Signal
-
Voltage
- Second. Nominal Signal Value
- Instantaneous 2.5 +/- 0.625 V
- Primary Signal
-
AC + DC
- Supply Voltage
-
External DC Unipolar
- Accuracy
- 0.83 %
- Op. Temperature
- -40 °C / 85 °C
- Technology
-
Closed loop Hall effect
- Mounting
-
PCB
- Applications
-
DrivesPower SuppliesRenewable EnergiesWelding
Relative information
Product of the same series
LZSR 150-P
150 A nominal, 270 A peak measurement, Low offset drift 3 ppm/K, -40°C to + 85°C, ?Reference access, Designed with an aperture to insert the primary conductors
LZSR 100-P
100 A nominal, 270 A peak measurement, Low offset drift 3 ppm/K, -40°C to + 85°C, ?Reference access, Designed with an aperture to insert the primary conductors
LZSR 80-P
80 A nominal, 270 A peak measurement, Low offset drift 3 ppm/K, -40°C to + 85°C, ?Reference access, Designed with an aperture to insert the primary conductors
LZSR 200-P/SP1
200 A nominal, 450 A peak measurement, Low offset drift 2 ppm/K, -40°C to + 85°C, ?Reference access, Designed with an aperture to insert the primary conductors