(HCA-YS5 series AC Leakage current sensor) HCA-YS5系列交流漏電流傳感器是應用磁調制原理研制而成的一種新型電流傳感器，其輸出的穩(wěn)定性好，初、次級之間高度絕緣，用于訊號系統、線路檢測、電監(jiān)測系統等交流漏電流測量。( HCA-YS5 series of AC Leakage current sensor application of magnetic modulation principle from the development of a new type of current sensor, output stability between primary and secondary highly insulated for signaling systems, line detection, electrical monitoring AC Leakage current measurement.) | 電氣參數（Electrical characteristics） | | | 型號Type | HCA10 -YS5 | HCA20 -YS5 | HCA50 -YS5 | HCA100 -YS1 | HCA200 -YS5 | HCA500 -YS5 | | | Ipn | 額定輸入電流（AC） Rated input | 10 | 20 | 50 | 100 | 200 | 500 | mA | | Ipm | 測量電流范圍（AC） Measuring range | 12 | 24 | 60 | 120 | 240 | 600 | mA | | RL | 負載電阻 Load resistance | ≥10 | KΩ | | Vout | 輸出電壓（DC） Rated output voltage | 5 | V | | Vo | 零電壓失調 Zero offset voltage | ＜±30 | mV | | Vc | 電源電壓 Supply voltage | 24±5% | V | | Ic | 靜態(tài)功耗 Current consumption | ≤60 | mA | | Iot | 零點溫漂 Thermal drift of Io | ≤±1.0 | mV/℃ | | F | 帶寬Frequency bandwidth(-3dB) | 45-60 | Hz | | εG | 精度 Accuracy | 1 | % | | εL | 線性度 Linearity | 1 | % | | Tr | 響應時間 Response time | ≤200 | mS | | Vd | 絕緣電壓 Insulation voltage | 2.5 | KV | | Ta | 工作溫度 Ambient operating temperature | -20～+70 | ℃ | | Ts | 儲存溫度 Ambient storage temperature | -25～+85 | ℃ | | M | 重量 mass | 65 | g | | | 標準tandards | EN50178/IEC61010-1/UL94-Vo/ROHS | | 使用說明Remarks 1、 應用：通訊電源、不間斷電源UPS、斬波器、電化學、整流、電源監(jiān)測、電焊機、變頻、開關電源、電池監(jiān)測、電動機監(jiān)測等領域。Application: communication power supply, uninterruptible power supply UPS chopper, electrochemical, rectifier, power monitoring, welding machines, inverter, switching power supply, battery monitoring, motor monitoring fields. 2、傳感器的輸出幅度可根據用戶需要進行適當調節(jié)。The amplitude of the output of the sensor can be appropriately adjusted according to user needs. 3、可按用戶需求定制不同額定輸入電流和輸出電壓的傳感器。Custom different rated input current and the output voltage of the sensor. 4、當待測電流從傳感器穿過，即可在輸出端測得電流大小。（注意：錯誤的接線可能導致傳感器損壞）When the current to be measured is across from the sensor can be measured at the output current size. (Note: incorrect wiring may cause sensor damage) |
