/// <summary> /// 三相电流(A) /// </summary> public float[] Current_All(byte[] address, SerialPort sp) { float[] tmp = new float[3]; byte[] _current = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Current_All.ToString()); sp.Write(_current, 0, _current.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { tmp[0] = Utilities.bcd_to_dec(_rcvBuf[14]); tmp[0] = tmp[0] + Utilities.bcd_to_dec(_rcvBuf[15]) * 100; tmp[0] = tmp[0] + Utilities.bcd_to_dec(_rcvBuf[16]) * 10000; tmp[0] /= 10; tmp[1] = Utilities.bcd_to_dec(_rcvBuf[17]); tmp[1] = tmp[1] + Utilities.bcd_to_dec(_rcvBuf[18]) * 100; tmp[1] = tmp[1] + Utilities.bcd_to_dec(_rcvBuf[19]) * 10000; tmp[1] /= 10; tmp[2] = Utilities.bcd_to_dec(_rcvBuf[20]); tmp[2] = tmp[2] + Utilities.bcd_to_dec(_rcvBuf[21]) * 100; tmp[2] = tmp[2] + Utilities.bcd_to_dec(_rcvBuf[22]) * 10000; tmp[2] /= 10; } return(tmp); }
/// <summary> /// 剩余电流最大相 /// </summary> public float Residual_Phase(byte[] address, SerialPort sp) { int tmp = 0; byte[] _residual = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Residual_Phase.ToString()); sp.Write(_residual, 0, _residual.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { tmp = _rcvBuf[14]; } return(tmp); }
/// <summary> /// 通信波特率 /// </summary> public int Device_BaudRate(byte[] address, SerialPort sp) { int tmp = 3; byte[] _baudRate = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Device_BaudRate.ToString()); sp.Write(_baudRate, 0, _baudRate.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { tmp = Utilities.bcd_to_dec(_rcvBuf[10]); } return(tmp); }
/// <summary> /// 额定极限不驱动时间(ms) /// </summary> public int Rated_Not_Driving_Time(byte[] address, SerialPort sp) { int tmp = 0; byte[] _residual = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Rated_Not_Driving_Time.ToString()); sp.Write(_residual, 0, _residual.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { tmp = Utilities.bcd_to_dec(_rcvBuf[14]); tmp = tmp + Utilities.bcd_to_dec(_rcvBuf[15]) * 100; } return(tmp); }
/// <summary> /// 写通信波特率 /// </summary> public bool Write_Device_BaudRate(byte[] address, SerialPort sp, int baudrate) { byte tmp = 0; if (baudrate == 600) { tmp = 1; } else if (baudrate == 1200) { tmp = 2; } else if (baudrate == 2400) { tmp = 3; } else if (baudrate == 4800) { tmp = 4; } else if (baudrate == 9600) { tmp = 5; } else if (baudrate == 19200) { tmp = 6; } byte[] _baudRate = CommandMsg.changeBaudRate(address, (byte)CommandMsg.ControlCode.ChangeBaudRate, (byte)CommandMsg.DataFieldLength.ChangeBaudRate, tmp); sp.Write(_baudRate, 0, _baudRate.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { if (_rcvBuf[8] == 0x97) { return(true); } else { return(false); } } else { return(false); } }
/// <summary> /// C相电压(V) /// </summary> public float Voltage_C(byte[] address, SerialPort sp) { int tmp = 0; byte[] _voltage = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Voltage_C.ToString()); sp.Write(_voltage, 0, _voltage.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { tmp = Utilities.bcd_to_dec(_rcvBuf[14]); tmp = tmp + Utilities.bcd_to_dec(_rcvBuf[15]) * 100; tmp /= 10; } return(tmp); }
/// <summary> /// 读设备号 /// </summary> public int[] Read_Device_Number(byte[] address, SerialPort sp) { int[] tmp = new int[6]; byte[] _deviceNumber = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Device_Number.ToString()); sp.Write(_deviceNumber, 0, _deviceNumber.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { for (int i = 0; i < 6; i++) { tmp[i] = Utilities.bcd_to_dec(_rcvBuf[14 + i]); } } return(tmp); }
/// <summary> /// 读通讯地址 /// </summary> public int[] Read_Device_Address(SerialPort sp) { int[] tmp = new int[6]; byte[] _readAddr = CommandMsg.readAddress((byte)CommandMsg.ControlCode.ReadAddr, (byte)CommandMsg.DataFieldLength.ReadAddr); sp.Write(_readAddr, 0, _readAddr.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { for (int i = 0; i < 6; i++) { tmp[i] = Utilities.bcd_to_dec(_rcvBuf[10 + i]); } } return(tmp); }
/// <summary> /// 额定剩余电流动作值参数组 /// </summary> public int[] Rated_Residual_Parameter_Group(byte[] address, SerialPort sp) { int[] tmp = new int[8]; byte[] _ratedResidual = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Rated_Residual_Parameter_Group.ToString()); sp.Write(_ratedResidual, 0, _ratedResidual.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { for (int i = 0; i < 8; i++) { tmp[i] = Utilities.bcd_to_dec(_rcvBuf[14 + i * 2]); tmp[i] = tmp[i] + Utilities.bcd_to_dec(_rcvBuf[15 + i * 2]) * 100; } } return(tmp); }
public int[] Residual_All(byte[] address, SerialPort sp) { int[] tmp = new int[2]; byte[] _residual = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Residual_All.ToString()); sp.Write(_residual, 0, _residual.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { //剩余电流最大相 tmp[0] = _rcvBuf[14]; //剩余电流值 tmp[1] = Utilities.bcd_to_dec(_rcvBuf[15]); tmp[1] = tmp[1] + Utilities.bcd_to_dec(_rcvBuf[16]) * 100; } return(tmp); }
/// <summary> /// 写通讯地址 /// </summary> public bool Write_Device_Address(byte[] address, SerialPort sp) { byte[] _writeAddr = CommandMsg.writeAddress(Utilities.dec_to_bcd(address), (byte)CommandMsg.ControlCode.WriteAddr, (byte)CommandMsg.DataFieldLength.WriteAddr); sp.Write(_writeAddr, 0, _writeAddr.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { if (_rcvBuf[8] == 0x95) { return(true); } else { return(false); } } else { return(false); } }
/// <summary> /// 写设备号 /// </summary> public bool Write_Device_Number(byte[] address, SerialPort sp, byte[] data) { byte[] _deviceNumber = CommandMsg.writeData(address, (byte)CommandMsg.ControlCode.WriteData, (byte)CommandMsg.DataFieldLength.WriteData + 6, MBREG.Device_Number.ToString(), data); sp.Write(_deviceNumber, 0, _deviceNumber.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { if (_rcvBuf[8] == 0x94) { return(true); } else { return(false); } } else { return(false); } }
/// <summary> /// 控制字4 /// </summary> public string[] Control_Word_4(byte[] address, SerialPort sp) { string[] tmp = new string[3]; byte[] _status = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Control_Word4.ToString()); sp.Write(_status, 0, _status.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { if ((_rcvBuf[14] & 0x80) == 0x80) { tmp[0] = "有"; } else { tmp[0] = "无"; } //额定剩余电流动作值 if ((_rcvBuf[14] & 0xF0) == 0) { tmp[0] = "档位1"; } else if ((_rcvBuf[14] & 0xF0) == 0x10) { tmp[0] = "档位2"; } else if ((_rcvBuf[14] & 0xF0) == 0x20) { tmp[0] = "档位3"; } else if ((_rcvBuf[14] & 0xF0) == 0x30) { tmp[0] = "档位4"; } else if ((_rcvBuf[14] & 0xF0) == 0x40) { tmp[0] = "档位5"; } else if ((_rcvBuf[14] & 0xF0) == 0x50) { tmp[0] = "档位6"; } else if ((_rcvBuf[14] & 0xF0) == 0x60) { tmp[0] = "档位7"; } else if ((_rcvBuf[14] & 0xF0) == 0x70) { tmp[0] = "档位8"; } else if ((_rcvBuf[14] & 0xF0) == 0xF0) { tmp[0] = "连续可调"; } else { tmp[0] = "保留"; } //额定极限不驱动时间 if ((_rcvBuf[14] & 0x0C) == 0) { tmp[1] = "档位1"; } else if ((_rcvBuf[14] & 0x0C) == 0x04) { tmp[1] = "档位2"; } else if ((_rcvBuf[14] & 0x0C) == 0x08) { tmp[1] = "档位3"; } else { tmp[1] = "连续可调"; } //剩余电流报警时间 if ((_rcvBuf[14] & 0x03) == 0) { tmp[12] = "关闭"; } else if ((_rcvBuf[14] & 0x0C) == 0x01) { tmp[12] = "启用24小时"; } else if ((_rcvBuf[14] & 0x0C) == 0x02) { tmp[12] = "长期启用"; } else { tmp[12] = "保留"; } } return(tmp); }
/// <summary> /// 运行状态字1 /// </summary> public string[] Running_Status_1(byte[] address, SerialPort sp) { string[] tmp = new string[3]; byte[] _status = CommandMsg.readData(address, (byte)CommandMsg.ControlCode.ReadData, MBREG.Running_Status1.ToString()); sp.Write(_status, 0, _status.Length); if (CommandMsg.receive_frame(ref _rcvBuf, sp) == true) { if ((_rcvBuf[14] & 0x80) == 0x80) { tmp[0] = "有"; } else { tmp[0] = "无"; } if ((_rcvBuf[14] & 0x60) == 0x60) { tmp[1] = "跳闸"; } else if ((_rcvBuf[14] & 0x60) == 0x00) { tmp[1] = "合闸"; } else if ((_rcvBuf[14] & 0x60) == 0x40) { tmp[1] = "重合闸"; } else { tmp[1] = "保留"; } if ((_rcvBuf[14] & 0x1F) == 0x00) { tmp[2] = "正常运行"; } else if ((_rcvBuf[14] & 0x1F) == 0x02) { tmp[2] = "剩余电流"; } else if ((_rcvBuf[14] & 0x1F) == 0x04) { tmp[2] = "断零"; } else if ((_rcvBuf[14] & 0x1F) == 0x05) { tmp[2] = "过载"; } else if ((_rcvBuf[14] & 0x1F) == 0x06) { tmp[2] = "短路短延时"; } else if ((_rcvBuf[14] & 0x1F) == 0x07) { tmp[2] = "缺相"; } else if ((_rcvBuf[14] & 0x1F) == 0x08) { tmp[2] = "欠压"; } else if ((_rcvBuf[14] & 0x1F) == 0x09) { tmp[2] = "过压"; } else if ((_rcvBuf[14] & 0x1F) == 0x0A) { tmp[2] = "接地"; } else if ((_rcvBuf[14] & 0x1F) == 0x0B) { tmp[2] = "停电"; } else if ((_rcvBuf[14] & 0x1F) == 0x0C) { tmp[2] = "定时试验"; } else if ((_rcvBuf[14] & 0x1F) == 0x0D) { tmp[2] = "远程"; } else if ((_rcvBuf[14] & 0x1F) == 0x0E) { tmp[2] = "按键试验"; } else if ((_rcvBuf[14] & 0x1F) == 0x0F) { tmp[2] = "闭锁"; } else if ((_rcvBuf[14] & 0x1F) == 0x12) { tmp[2] = "手动"; } else if ((_rcvBuf[14] & 0x1F) == 0x10) { tmp[2] = "互感器故障"; } else if ((_rcvBuf[14] & 0x1F) == 0x11) { tmp[2] = "合闸失败"; } else if ((_rcvBuf[14] & 0x1F) == 0x13) { tmp[2] = "设置更改"; } else if ((_rcvBuf[14] & 0x1F) == 0x16) { tmp[2] = "瞬动"; } else if ((_rcvBuf[14] & 0x1F) == 0x17) { tmp[2] = "分闸失败"; } else { tmp[2] = "保留"; } } return(tmp); }