# 任务配置
task:
  period: 210          # 单位分钟
  control_reg_addr: 1200
# gps 配置
gps:
  port: /dev/ttyLP4
  baudrate: 9600
  timeout: 50

# breaker（断路器）配置
breaker:
  indicator:
    port: /dev/ttyUSB_LIGHT
    baudrate: 9600
    timeout: 50
  port: /dev/ttyUSB_BREAKER
  baudrate: 9600
  timeout: 10
  task_start_threshold: 5000    #int, 判定任务开始的有功功率阈值/w
  task_stop_threshold: 3000     #int, 判定任务结束的有功功率阈值/w
  duration: 3                   #int，电流持续时间/s
  OVV: 300    #int, 过压值/V
  UVV: 150    #int，欠压值/V
  OCV: 10000  #int, 过流值/0.01A
  LCV: 90     #int，漏电值/1mA
  OTV: 150     #int，过温值/℃
  OPV: 13000  #int，过载有功功率/W
  OVT: 4000      #int，过压动作时间/0.1s
  UVT: 4000      #int，欠压动作时间/0.1s
  LCT: 4000      #int，漏电动作时间/0.1s
  OCT: 4000    #int，过流动作时间/0.1s
  OPT: 4000    #int，有功过载动作时间/0.1s
  OTT: 4000    #int，过温动作时间/0.1s
# lsdaq 配置
lsdaq:
  # Modbus-RTU 配置
  port: /dev/ttyLP3         # 串口号，如COM3或'/dev/ttyLP3' 
  baudrate: 115200          # 波特率
  timeout: 1                # 超时时间(秒)
  mode: 0                   # 工作模式，0-work或1-calib
  # 配置采集通道传感器类型
  # 用1位标识传感器类型，16通道16位组成1个uint16数据。CH1->CH16 
  # 0：PT100; 1: 4-20mA电流型传感器;
  sensor_type: '0000 0000 0000 0000'
  sensor_Tmp_CalibParam:
    # PT100传感器对应的K值和T值
    CH1: {K2: 0, K: 0.0311314349267159, B: -536.209396150856}
    CH2: {K2: 0, K: 0.0311931732683759, B: -538.060652944714}
    CH3: {K2: 0, K: 0.0310081286336704, B: -533.809292492742}
    CH4: {K2: 0, K: 0.0312335701465264, B: -538.760137686226}
    CH5: {K2: 0, K: 0.0311077027362215, B: -536.798383628092}
    CH6: {K2: 0, K: 0.0311166612575919, B: -536.877851004226}
    CH7: {K2: 0, K: 0.0309995873314733, B: -534.326957548871}
    CH8: {K2: 0, K: 0.031204654529397, B: -539.09245272611}
    CH9: {K2: 0, K: 0.0311948194176528, B: -538.034587271267}
    CH10: {K2: 0, K: 0.030996596669504, B: -534.701789148401}
    CH11: {K2: 0, K: 0.0310055444481469, B: -535.504834782268}
    CH12: {K2: 0, K: 0.0310551132865325, B: -536.24377288418}
    CH13: {K2: 0, K: 0.0310239427307571, B: -535.807161638956}
    CH14: {K2: 0, K: 0.0313454593571509, B: -541.451349369065}
    CH15: {K2: 0, K: 0.0313738619404098, B: -541.684813710032}
    CH16: {K2: 0, K: 0.0311081891835453, B: -536.64715117882}
  sensor_Cur_CalibParam:
    # 4~20mA传感器对应的K值和T值
    CH1: {K2: 0.0, K: 1.0, B: 0.0}
    CH2: {K2: 0.0, K: 1.0, B: 0.0}
    CH3: {K2: 0.0, K: 1.0, B: 0.0}
    CH4: {K2: 0.0, K: 1.0, B: 0.0}
    CH5: {K2: 0.0, K: 1.0, B: 0.0}
    CH6: {K2: 0.0, K: 1.0, B: 0.0}
    CH7: {K2: 0.0, K: 1.0, B: 0.0}
    CH8: {K2: 0.0, K: 1.0, B: 0.0}
    CH9: {K2: 0.0, K: 1.0, B: 0.0}
    CH10: {K2: 0.0, K: 1.0, B: 0.0}
    CH11: {K2: 0.0, K: 1.0, B: 0.0}
    CH12: {K2: 0.0, K: 1.0, B: 0.0}
    CH13: {K2: 0.0, K: 1.0, B: 0.0}
    CH14: {K2: 0.0, K: 1.0, B: 0.0}
    CH15: {K2: 0.0, K: 1.0, B: 0.0}
    CH16: {K2: 0.0, K: 1.0, B: 0.0}
  sensor_Pres_CalibParam:
    # mA->PSI转换对应的K值和T值
    CH1: {K2: 0.0, K: 1.0, B: 0.0}
    CH2: {K2: 0.0, K: 1.0, B: 0.0}
    CH3: {K2: 0.0, K: 1.0, B: 0.0}
    CH4: {K2: 0.0, K: 1.0, B: 0.0}
    CH5: {K2: 0.0, K: 1.0, B: 0.0}
    CH6: {K2: 0.0, K: 1.0, B: 0.0}
    CH7: {K2: 0.0, K: 1.0, B: 0.0}
    CH8: {K2: 0.0, K: 1.0, B: 0.0}
    CH9: {K2: 0.0, K: 1.0, B: 0.0}
    CH10: {K2: 0.0, K: 1.0, B: 0.0}
    CH11: {K2: 0.0, K: 1.0, B: 0.0}
    CH12: {K2: 0.0, K: 1.0, B: 0.0}
    CH13: {K2: 0.0, K: 1.0, B: 0.0}
    CH14: {K2: 0.0, K: 1.0, B: 0.0}
    CH15: {K2: 0.0, K: 1.0, B: 0.0}
    CH16: {K2: 0.0, K: 1.0, B: 0.0}
  # 报警参数设置
  warning_param:
    # 是否启用报警
    enable: '1111 0111 1111 1111'    #1-启用，0-禁用
    CH1: {lower: -20.0, upper: 110.0}
    CH2: {lower: -20.0, upper: 110.0}
    CH3: {lower: -20.0, upper: 110.0}
    CH4: {lower: -20.0, upper: 110.0}
    CH5: {lower: -20.0, upper: 110.0}
    CH6: {lower: -20.0, upper: 110.0}
    CH7: {lower: -20.0, upper: 110.0}
    CH8: {lower: -20.0, upper: 110.0}
    CH9: {lower: -20.0, upper: 110.0}
    CH10: {lower: -20.0, upper: 110.0}
    CH11: {lower: -20.0, upper: 110.0}
    CH12: {lower: -20.0, upper: 110.0}
    CH13: {lower: -20.0, upper: 110.0}
    CH14: {lower: -20.0, upper: 110.0}
    CH15: {lower: -20.0, upper: 110.0}
    CH16: {lower: -20.0, upper: 50.0}
  # 通道别名设置
  alias:
    CH1: '主轴承#1'
    CH2: '主轴承#2'
    CH3: '主轴承#3'
    CH4: '主轴承#4'
    CH5: '主轴承#5'
    CH6: '主轴承#6'
    CH7: '十字头#1'
    CH8: '十字头#2'
    CH9: '十字头#3'
    CH10: '十字头#4'
    CH11: '十字头#5'
    CH12: '减速箱小轴承1'
    CH13: '减速箱小轴承#2'
    CH14: '减速箱大轴承#3'
    CH15: '减速箱大轴承#4'
    CH16: '环境温度'
# hsdaq 配置    
hsdaq:
  host: 192.168.0.2
  port: 8080
  local_host: 192.168.0.3
  local_port: 8080
  timeout: 50             # 单位ms
  channels: 16
  sample_time: 8        # 单位ms
  sample_period: 1000     # 单位ms
  one_sample_time: 100     # 单位us
  # 配置高频采集通道传感器类型
  # 用2位标识传感器类型，16通道32位组成1个uint32数据。CH1->CH16 
  # 00：NPN或PNP型开关量; 01：电压型传感器; 10:4-20mA电流型传感器; 11：振动传感器
  sensor_type: '1010 1011 1011 1011 1011 1010 1010 0100'
  frame_size_max: 1464    # 最大包长 
  file_size: 32000000     # 最大文件大小
  file_type: 0            # 0-csv或1-bin
  output_dir: data        # 文件保存目录
  min_free_gb: 1          # 最小剩余磁盘空间，单位GB
  # 选择保存数据的通道，1-保存数据， 0-不保存，CH1->CH16
  save_flag: '0000 0000 0000 0000'
  daq_board_no: '2504210002'
  feature_type: "rms"
  min_vol_cur_phy_value: 0.0
  max_vol_cur_phy_value: 160.0
  vol_cur_phy_scale: 1
  mode: 0                 # 工作模式，0-'work'或1-'calib'
  # 4~20mA传感器对应的K值和T值
  sensor_Cur_CalibParam:
    CH1: {K2: 0.0, K: 0.00258263, B: 0.001601482}
    CH2: {K2: 0.0, K: 0.002572228, B: 0.000180365}
    CH3: {K2: 0.0, K: 0.002577854, B: 0.003481423}
    CH4: {K2: 0.0, K: 0.002574779, B: 0.001034803}
    CH5: {K2: 0.0, K: 0.002563052, B: 0.000328752}
    CH6: {K2: 0.0, K: 0.002573372, B: -5.67175e-06}
    CH7: {K2: 0.0, K: 0.002580244, B: 0.001414032}
    CH8: {K2: 0.0, K: 0.002578148, B: 0.001619703}
    CH9: {K2: 0.0, K: 0.002582191, B: 0.000300086}
    CH10: {K2: 0.0, K: 0.002572029, B: 0.000148142}
    CH11: {K2: 0.0, K: 0.002576609, B: 0.001021399}
    # CH12: {K2: 0.0, K: 0.001928556, B: 0.003335270}
    CH12: {K2: 0.0, K: 0.01903484772, B: -78.80708088}
    CH13: {K2: 0.0, K: 1.0, B: 0.0}
    # CH14: {K2: 0.0, K: 0.001923312, B: -0.001293004}
    CH14: {K2: 0.0, K: 0.0435167228946, B: -90.5329674119268}
    CH15: {K2: 0.0, K: 0.002580323, B: 0.000544915}
    CH16: {K2: 0.0, K: 0.002573487, B: 0.000873064}
  # 电压传感器对应的K值和T值
  sensor_Vol_CalibParam:
    CH1: {K2: 0.0, K: 1.0, B: 0.0}
    CH2: {K2: 0.0, K: 1.0, B: 0.0}
    CH3: {K2: 0.0, K: 1.0, B: 0.0}
    CH4: {K2: 0.0, K: 1.0, B: 0.0}
    CH5: {K2: 0.0, K: 1.0, B: 0.0}
    CH6: {K2: 0.0, K: 1.0, B: 0.0}
    CH7: {K2: 0.0, K: 1.0, B: 0.0}
    CH8: {K2: 0.0, K: 1.0, B: 0.0}
    CH9: {K2: 0.0, K: 1.0, B: 0.0}
    CH10: {K2: 0.0, K: 1.0, B: 0.0}
    CH11: {K2: 0.0, K: 1.0, B: 0.0}
    CH12: {K2: 0.0, K: 1.0, B: 0.0}
    CH13: {K2: 0.0, K: 1.0, B: 0.0}
    CH14: {K2: 0.0, K: 1.0, B: 0.0}
    CH15: {K2: 0.0, K: 1.0, B: 0.0}
    CH16: {K2: 0.0, K: 1.0, B: 0.0}
  # 振动传感器对应的K值和T值  
  sensor_Vib_CalibParam:
    CH1: {K2: 0.0, K: 0.000980181688598713, B: 0.784199472182921}
    CH2: {K2: 0.0, K: 0.000979536991333191, B: 0.758179588312897}
    CH3: {K2: 0.0, K: 0.000980321826962675, B: 0.747037511177572}
    CH4: {K2: 0.0, K: 0.000980792974240141, B: 0.757538218907948}
    CH5: {K2: 0.0, K: 0.000980973262504023, B: 0.806926311144011}
    CH6: {K2: 0.0, K: 0.000982175606057935, B: 0.785563011832194}
    CH7: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH8: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH9: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH10: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH11: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH12: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH13: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH14: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH15: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
    CH16: {K2: 0.0, K: 0.000980663833333333, B: 0.773234764062384}
  # 报警参数设置
  warning_param:
    # 是否启用报警
    enable: '0000000000010100'      # 1-启用，0-禁用
    CH1: {lower: 0.0, upper: 1.0}
    CH2: {lower: 0.0, upper: 1.0}
    CH3: {lower: 0.0, upper: 1.0}
    CH4: {lower: 0.0, upper: 1.0}
    CH5: {lower: 0.0, upper: 1.0}
    CH6: {lower: 0.0, upper: 1.0}
    CH7: {lower: 0.0, upper: 1.0}
    CH8: {lower: 0.0, upper: 1.0}
    CH9: {lower: 0.0, upper: 1.0}
    CH10: {lower: 0.0, upper: 1.0}
    CH11: {lower: 0.0, upper: 1.0}
    CH12: {lower: -20.0, upper: 80.0}
    CH13: {lower: 0.0, upper: 1.0}
    CH14: {lower: 10.0, upper: 100.0}
    CH15: {lower: 0.0, upper: 1.0}
    CH16: {lower: 0.0, upper: 1.0}
  calib_params:
    vibration:
      frequency: 500                # 标定时振动频率，单位Hz
  alias:
    # CH1: ''
    # CH2: ''
    # CH3: ''
    CH4: '振动1'
    # CH5: ''
    CH6: '振动2'
    # CH7: ''
    CH8: '振动3'
    # CH9: ''
    CH10: '振动4'
    # CH11: ''
    CH12: '润滑油温'
    # CH13: ''
    CH14: '润滑油压'
    # CH15: ''
    # CH16: ''
modbus-server:
  host: 10.0.21.88
  port: 5020
  timeout: 50
# 通过Modbus TCP协议提供gps、lsdaq和hsdaq特征值数据
plc-server:
  host: 192.168.1.200
  port: 5020
  timeout: 500
  slave_id: 1
  # 从PLC读取的物理量
  measurements:
    pressure:
      address: 100
      type: float32
      value: 0.6914023756980896
      warning_param:
        lower: 0.0
        upper: 1.0
        enable: 1
      warning: 0
    flow:
      address: 104
      type: float32
      value: 0.2740088403224945
      warning_param:
        lower: 0.0
        upper: 1.0
        enable: 1
      warning: 0
influxdb:
  url: http://10.0.21.88:8086
  token: 4nOdMJpKXQXAGoLDYYdRYDMxoKaEpqchzkqCQnYmgMqkQVDO3zRfaO5ifaCx90HbIRRuMZtgaUKWKNqyUD1hEg==
  org: MEASCON
  active: true
  bucket: PCM
config-server:
  host: 0.0.0.0
  port: 5000