iWSN-110X-PCT-ME
介紹
The iWSN series sensing module is a self-powered module for AC current, digital input and temperature measurement. It can harvest the demand electricity from CT induced current so that there is no necessary to supply the power line for power supply. By means of sub-1G RF communication interface, iWSN series can approach to the real wireless deployment. The diversified IO interface, such as split-core CT, Rogowski coil, NTC thermistor and dry contact DI, provides users more choices for various applications. Considering the maintenance and installation, the iWSN sensing module uses the DIP switch and rotary switch for configuration. Through the flexibility of the expansion interface and good price performance, the iWSN sensing module can be widely used in the application of saving power, big data analysis, and predict maintenance.
應用

相似產品
Bus 介面 | |
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通道數 | 1 |
類型 | 4 pole 3.5mm audio cable with 25 cm wire lead |
EMS 防護 | |
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EFT (IEC 61000-4-4) | +/- 500 V |
ESD (IEC 61000-4-2) | +/- 4 kV Contact |
LED 燈 | |
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狀態 | 1 x Power 1 x STA |
比流器 | |
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開口式比流器通道數 | 1 |
開口式比流器類型 | Φ16mm (100A), Φ24mm (200A), or Φ36mm (400A); 8 m wire |
輸入電壓 | Maximum 500VAC, 50/60 Hz |
精度 | ±3% or ±0.3A |
RF 無線電 | |
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通道數 | 0 ~ 15 configured by DIP switch |
群組 ID | 0 ~ 3 configured by DIP switch |
無線頻率 | 433.1000 ~ 434.6000 MHz |
傳輸功率 | 9±1dBm (PA Off) / 18±1dBm (PA On) |
傳輸距離 (LoS) | 100 m |
Node ID | 1 ~ 31 configured by DIP switch |
工作時間 | 1 sec, 10 sec, 30 sec and 60 sec configured by DIP switch |
天線 | |
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類型 | 0 dBi Omni directional PCB antenna |
電源 | |
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功耗 | 1-sec Tx Duty: 11 A 10-sec Tx Duty: 3 A 30-sec Tx Duty: 3 A 60-sec Tx Duty: 3A |
電池 | Li-ion battery (compliant with UL1642) charged by CT induced current |
機構 | |
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尺寸 (mm) | 85 x 152 x 25 (W x L x H) |
安裝 | Wall-mount or magnet adsorption |
環境 | |
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工作溫度 | 0 °C ~ +45 °C |
儲存溫度 | -20 °C ~ +50 °C |
濕度 | 10 ~ 90% RH, Non-condensing |
規格說明
(*1) Group transmitters up to 31 units. But if set to 1 second, the number of groups can be up to 5.
(*2) The minimum current required in the AC cable for balancing module's power charging and power consumption.
(*2) The minimum current required in the AC cable for balancing module's power charging and power consumption.