SCB3 Close loop current sensor0 pages
Socan SCB3 technical parameters
I
V
I
V
50A
100A
200A
300A
±50AT
±100AT
±200AT
±300AT
100AT
200AT
400AT
450AT
1:1000
1:1000
1:2000
1:2000
31Ω
31Ω
34Ω
34Ω
±50mA
±4V
±100mA
±4V
±100mA
±4V
±150mA
±4V
40~82Ω
10KΩ 20~25Ω
10KΩ 20~25Ω
10KΩ 10~15Ω
10KΩ
DC ±12V or ±15V (±5%)
±0.5% FS
±0.1% FS
<±0.2mA <±10mV <±0.2mA <±10mV <±0.2mA <±10mV <±0.2mA <±10mV
≥
Offset temperature
characteristics
Themal drift of Vo
Bandwidth
Reponse time
Hysteresis offset
Withstand voltage
Current consumption
Operating temperature
Storage temperature
Dimension (mm)
I
V
≥
Nominal Rms Current (Ipn)
Measuring Range (Ip)
Turns Ratio
Road Resistance Rmax
Supply Voltage
Measuring Resistance
Working voltage
Accuracy @ Ta=25°C
Linearity @ Ta=25°C
Offset Current/Voltage
V
≥
Parameters(25°C)
SCB3I
≥
Model
Magnetic Balance Halll Current Transducer
< ±0.02%/°C
<±0.01% /°C (If=0)
DC ~150kHz
< 1uS
I: < 0.5mA V: <20mV (if=F.S. 0<--- --->Norminal RMS Current)
3kVrms/50Hz/min
13mA (No-load current) + output current (secondary)
-20~+80 °C
-40~+85 °C
Instructions
1.SCB3 Series is divided into voltage output and current output, the current output does not have GIN regulation.
2. Square perforation, mainly measure cable conductor current.
3.Galvanic isolation between primary and secondary circuit provides accurate electronic measurement of DC,
AC or pulse currents.
4. Advantages: Wide bandwidth, excellent accurary, good linearity and fast response.
Caution: Incorrect wiring may damage the sensor