电参数/Electrical characteristics | ||||||
型号/Type | FSM030E | FSM100E | FSM200E | FSM300E | ||
I PN | 原边额定输入电流 Primary nominal input current | 30 | 100 | 200 | 300 | A |
I P | 原边电流测量范围 Measuring range ofprimary current | 0~±45 | 0~±150 | 0~±300 | 0~±350 | A |
ISN | 副边额定输出电流 Rated output current of secondary side | 30 | 100 | 100 | 150 | mA |
KN | 匝数比/Turns ratio | 1:1000 | 1:1000 | 1:2000 | 1:2000 | |
RM | 测量电阻(额定输入电流时) Built-in measuring resistance | 0-200 | 0-200 | 0-80 | 0-50 | Ω |
VC | 电源电压 Supply voltage | (±12~±15V) (±8%) | V | |||
IC | 电流消耗 Current consumption | VC=±15V 10+Is | mA | |||
Vd | 绝缘电压 Insulation voltage | 在原边与副边电路之间 3kV 有效值/50Hz/1 分钟 3kV RMS /50Hz/1 min between primary and secondary side circuits | ||||
εL | 线性度 Linearity | <0.1 | %FS | |||
X | 精度 Precision | TA =25℃ ±0.5 | % | |||
I0 | 零点失调电流 Zero offset current | TA =25℃ <±0.20 | mA | |||
IOM | 磁失调电流 Magnetic offset current | I P →0 <±0.30 | mA | |||
IOT | 失调电流温漂 Offset current temperature drift | I P=0 TA=-25~+85℃ <±0.5 | mA | |||
Tr | 响应时间 Response time | <1 | μs | |||
f | 频带宽度(-3dB) Frequency bandwidth(-3dB) | DC~100 | kHz | |||
TA | 工作环境温度 Ambient operating temperature | -40~+85 | ℃ | |||
TS | 贮存环境温度 Ambient storage temperature | -40~+100 | ℃ | |||
RS | 副边线圈内阻(TA=25℃) Internal resistance of secondary coil | 12.5 | 12.5 | 27.5 | 27.5 | Ω |
m | 质量 Quality (approx.) | 43 | g | |||
标准 Standard | GI/FS-0105 | |||||
外形尺寸(mm)/Dimensions of drawing(mm) | ||||||
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使用说明/Remarks | ||||||
1、Incorrect wiring may cause damage to the sensor. After the sensor is powered on, when the measured current passes through the arrow direction of the sensor, the in-phase current value can be measured at the output end 2、The best dynamic characteristics (di/dt and response time) when the input current bar is completely full of the primary side perforation. 3、The measurement resistance refers to the working power supply at ±15V, measuring DC current. If the AC current is measured, the measurement resistance is reduced to 70%. 4、The working power supply is ±12V, the measurement resistance is reduced to 75% when the DC current is measured. If the AC current is measured, the measurement resistance is reduced to 70%. |
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