LF510-S
Closed Loop ASIC based Hall effect. DC, AC pulse currents' measurements of 500 ARMS nominal with galvanic isolation. Compact design. To be panel mounted in various ways. Aperture 30 x 10 mm or 30 mm diameter for the primary conductor crossing. Excellent high accuracy at the level of Fluxgate technology but at the price of Hall effect. Overall accuracy over temperature range of 0.6 % of Ipn, Exceptional offset drift of 0.1 % of Ipn. Fast response time less than 0.5 µs, Current output, -40°C to + 85°C. Dual supply +/- 15 to +/- 24 V.
LF 510-S/SP13
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range, Measuring range up to 1286 A, Output on connector JST S3P-VH.
- Series
-
LF510-S
- Measurement
-
電流センサ
- Nominal Value
-
500 A
- Measuring Range
-
1286 A
- Second. Nominal Signal
-
電流
- Second. Nominal Signal Value
- 瞬時 100 mA
- Primary Signal
-
AC + DC
- Supply Voltage
-
外部DCバイポーラ
- Supply Voltage Range
- 24 - 24 V
- Accuracy
- 0.6 %
- Op. Temperature
- -10 °C / 70 °C
- 技術
-
クローズドループ・ホール効果
- Mounting
-
パネル
- アプリケーション
-
ドライブ電源再生可能エネルギー溶接
Relative information
同じシリーズの製品
LF 510-S/SPA2
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range, Turns ratio 1/4000, Measuring range 1920 A, Shield, Output on Molex Mini-Fit Jr 5566, For traction.
LF 510-S/SPA1
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range, Output on MOLEX Micro-fit 3.0
LF 510-S/SP23
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range, Measuring range 1000 A, Shield, Output on cable, For traction.
LF 510-S/SP22
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range, Measuring range 1200 A, Turns ratio 1/3500, -40°C to +70°C, Output on M4 threaded studs, For traction.
LF 510-S/SP15
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range, Output on MOLEX Minifit Jr 5566
LF 510-S
High mounting versatility, 500 ARMS nominal. High accuracy over operating temperature range