{
  "device_type": "DEKV060",
  "title": "DEKV060_template_title",
  "device": {
    "name": "DEKV060",
    "id": "DEKV060",
    "groups": [
      {
        "title": "Status",
        "id": "Status"
      },
      {
        "title": "Invertor information",
        "id": "Invertor information"
      },
      {
        "title": "Motor configuration",
        "id": "Motor configuration"
      },
      {
        "title": "V/F control",
        "id": "V/F control"
      }
    ],
    "channels": [
      {
        "id": "status",
        "name": "Status",
        "reg_type": "holding",
        "address": "B000",
        "group": "Status",
        "readonly": true,
        "enum": [
          3,
          1,
          2
        ],
        "enum_titles": [
          "Stop",
          "Forward",
          "Reverse"
        ]
      },
      {
        "id": "error",
        "name": "Error",
        "reg_type": "holding",
        "address": "B001",
        "group": "Status",
        "readonly": true,
        "enum": [
          0,
          1,
          2,
          3,
          4,
          5,
          6,
          7,
          8,
          9,
          10,
          11,
          12,
          13,
          14,
          15,
          16,
          17,
          18,
          19,
          20,
          21,
          22,
          23,
          24,
          25,
          26,
          27,
          28,
          29,
          30,
          31,
          32,
          33,
          34,
          35,
          36,
          37,
          38,
          39,
          40
        ],
        "enum_titles": [
          "No error",
          "Overcurrent at constant speed",
          "Overcurrent at acceleration",
          "Overcurrent at deceleration",
          "Overvoltage at constant speed",
          "Overvoltage at acceleration",
          "Overvoltage at deceleration",
          "Module failure",
          "Low voltage",
          "Invertor overload",
          "Motor overload",
          "Loss of input phase",
          "Loss of output phase",
          "External error",
          "Communication error",
          "Invertor overheating",
          "Hardware failure",
          "Ground fault",
          " Motor auto-tuning error",
          "Motor load drop",
          "Loss of PID feedback",
          "Custom error 1",
          "Custom error 2",
          "Switching on time limits",
          "Working time limits",
          "Reserved 25",
          "Error reading and writing parameters",
          "Motor overheating",
          "Speed deviation",
          "Exceeding the motor speed",
          "Initial position error",
          " Current measurement error",
          "Contactor",
          "Detection of abnormal current",
          "Going beyond the current limitation time limit",
          "Motor switching during work",
          "24V power failure",
          "Motor power failure",
          "Output short circuit",
          "Reserved 39",
          "Malfunction of the damper resistor"
        ]
      },
      {
        "id": "management_method",
        "name": "Management method",
        "reg_type": "holding",
        "address": 0,
        "group": "Invertor information",
        "readonly": true,
        "enum": [
          0,
          1
        ],
        "enum_titles": [
          "V/F",
          "Vector"
        ]
      },
      {
        "id": "invertor_model",
        "name": "Invertor model",
        "reg_type": "holding",
        "address": 1,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "rated_power",
        "name": "Rated power",
        "reg_type": "holding",
        "address": 2,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "rated_voltage",
        "name": "Rated voltage",
        "reg_type": "holding",
        "address": 3,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "rated_current",
        "name": "Rated current",
        "reg_type": "holding",
        "address": 4,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "firmware_version",
        "name": "Firmware version",
        "reg_type": "holding",
        "address": 5,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "non_standard_fw_code",
        "name": "Non-standard FW code",
        "reg_type": "holding",
        "address": 6,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "total_working_hours",
        "name": "Total working hours",
        "reg_type": "holding",
        "address": 7,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "total_turn_on_hours",
        "name": "Total turn-on hours",
        "reg_type": "holding",
        "address": 8,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "total_energy_consumption",
        "name": "Total energy consumption",
        "reg_type": "holding",
        "address": 9,
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "temperature",
        "name": "Temperature",
        "reg_type": "holding",
        "address": "A",
        "group": "Invertor information",
        "readonly": true
      },
      {
        "id": "cooling_method",
        "name": "Cooling method",
        "reg_type": "holding",
        "address": 1100,
        "group": "Motor configuration",
        "enum": [
          0,
          1
        ],
        "enum_titles": [
          "Self-ventilation",
          "Forced"
        ]
      },
      {
        "id": "rated_motor_power",
        "name": "Rated motor power",
        "reg_type": "holding",
        "address": 1101,
        "group": "Motor configuration",
        "scale": 0.1
      },
      {
        "id": "rated_motor_frequency",
        "name": "Rated motor frequency",
        "reg_type": "holding",
        "address": 1102,
        "group": "Motor configuration",
        "scale": 0.01
      },
      {
        "id": "rated_motor_voltage",
        "name": "Rated motor voltage",
        "reg_type": "holding",
        "address": 1103,
        "group": "Motor configuration"
      },
      {
        "id": "rated_motor_current",
        "name": "Rated motor current",
        "reg_type": "holding",
        "address": 1104,
        "group": "Motor configuration"
      },
      {
        "id": "rated_motor_speed",
        "name": "Rated motor speed",
        "reg_type": "holding",
        "address": 1105,
        "group": "Motor configuration"
      },
      {
        "id": "motor_overload_protection_level",
        "name": "Motor overload protection level",
        "reg_type": "holding",
        "address": 1106,
        "group": "Motor configuration",
        "scale": 0.01
      },
      {
        "id": "motor_auto_tuning_type",
        "name": "Motor auto-tuning type",
        "reg_type": "holding",
        "address": 1107,
        "group": "Motor configuration",
        "enum": [
          0,
          1,
          2
        ],
        "enum_titles": [
          "Inactive",
          "Static autotuning",
          "Full autotuning"
        ]
      },
      {
        "id": "kp_coefficient_for_auto_tuning",
        "name": "KP coefficient for auto-tuning",
        "reg_type": "holding",
        "address": 1108,
        "group": "Motor configuration"
      },
      {
        "id": "kp_coefficient_for_auto_tuning_2",
        "name": "KP coefficient for auto-tuning",
        "reg_type": "holding",
        "address": 1109,
        "group": "Motor configuration"
      },
      {
        "id": "stator_resistance",
        "name": "Stator resistance",
        "reg_type": "holding",
        "address": 1110,
        "group": "Motor configuration",
        "scale": 0.001
      },
      {
        "id": "rotor_resistance",
        "name": "Rotor resistance",
        "reg_type": "holding",
        "address": 1111,
        "group": "Motor configuration",
        "scale": 0.001
      },
      {
        "id": "leakage_inductance",
        "name": "Leakage inductance",
        "reg_type": "holding",
        "address": 1112,
        "group": "Motor configuration",
        "scale": 0.1
      },
      {
        "id": "mutual_inductance",
        "name": "Mutual inductance",
        "reg_type": "holding",
        "address": 1113,
        "group": "Motor configuration",
        "scale": 0.1
      },
      {
        "id": "no_load_current",
        "name": "No-load current",
        "reg_type": "holding",
        "address": 1114,
        "group": "Motor configuration",
        "scale": 0.01
      },
      {
        "id": "type_v_f",
        "name": "Type V-F",
        "reg_type": "holding",
        "address": 1200,
        "group": "V/F control",
        "enum": [
          0,
          1,
          2,
          3,
          4
        ],
        "enum_titles": [
          "Linear V/F",
          "Multiline curve",
          "Quadratic curve 1",
          "Quadratic curve 2",
          "Quadratic curve 3"
        ]
      },
      {
        "id": "v_f_multiline_dot_1_frequency",
        "name": "V-F multiline dot 1 frequency",
        "reg_type": "holding",
        "address": 1201,
        "group": "V/F control",
        "scale": 0.01
      },
      {
        "id": "v_f_multiline_dot_1_voltage",
        "name": "V-F multiline dot 1 voltage",
        "reg_type": "holding",
        "address": 1202,
        "group": "V/F control",
        "scale": 0.1
      },
      {
        "id": "v_f_multiline_dot_2_frequency",
        "name": "V-F multiline dot 2 frequency",
        "reg_type": "holding",
        "address": 1203,
        "group": "V/F control",
        "scale": 0.01
      },
      {
        "id": "v_f_multiline_dot_2_voltage",
        "name": "V-F multiline dot 2 voltage",
        "reg_type": "holding",
        "address": 1204,
        "group": "V/F control",
        "scale": 0.1
      },
      {
        "id": "v_f_multiline_dot_3_frequency",
        "name": "V-F multiline dot 3 frequency",
        "reg_type": "holding",
        "address": 1205,
        "group": "V/F control",
        "scale": 0.01
      },
      {
        "id": "v_f_multiline_dot_3_voltage",
        "name": "V-F multiline dot 3 voltage",
        "reg_type": "holding",
        "address": 1206,
        "group": "V/F control",
        "scale": 0.1
      },
      {
        "id": "torque_boost_ir_compensation",
        "name": "Torque boost (IR-compensation)",
        "reg_type": "holding",
        "address": 1207,
        "group": "V/F control",
        "scale": 0.1
      },
      {
        "id": "torque_compensation_limit_frequency",
        "name": "Torque compensation limit frequency",
        "reg_type": "holding",
        "address": 1208,
        "group": "V/F control",
        "scale": 0.01
      },
      {
        "id": "v_f_torque_boost_coefficient",
        "name": "V-F Torque boost coefficient",
        "reg_type": "holding",
        "address": 1209,
        "group": "V/F control"
      },
      {
        "id": "v_f_overexcitation_coefficient",
        "name": "V-F Overexcitation coefficient",
        "reg_type": "holding",
        "address": 1210,
        "group": "V/F control"
      },
      {
        "id": "v_f_slip_compensation",
        "name": "V-F Slip compensation",
        "reg_type": "holding",
        "address": 1211,
        "group": "V/F control",
        "scale": 0.1
      },
      {
        "id": "v_f_slip_compensation_response_time",
        "name": "V-F Slip compensation response time",
        "reg_type": "holding",
        "address": 1212,
        "group": "V/F control",
        "scale": 0.1
      },
      {
        "id": "v_f_oscillation_suppression_mode",
        "name": "V-F Oscillation suppression mode",
        "reg_type": "holding",
        "address": 1213,
        "group": "V/F control"
      },
      {
        "id": "v_f_oscillation_suppression_coefficient",
        "name": "V-F Oscillation suppression coefficient",
        "reg_type": "holding",
        "address": 1214,
        "group": "V/F control"
      },
      {
        "id": "overcurrent_protection_sensitivity",
        "name": "Overcurrent protection sensitivity",
        "reg_type": "holding",
        "address": 1215,
        "group": "V/F control"
      },
      {
        "id": "overcurrent_protection",
        "name": "Overcurrent protection",
        "reg_type": "holding",
        "address": 1216,
        "group": "V/F control"
      },
      {
        "id": "speed_loop_kp1_coefficient",
        "name": "Speed loop KP1 coefficient",
        "reg_type": "holding",
        "address": 1300,
        "group": "g_vector_control"
      },
      {
        "id": "speed_loop_1_integration_time",
        "name": "Speed loop 1 integration time",
        "reg_type": "holding",
        "address": 1301,
        "group": "g_vector_control",
        "scale": 0.01
      },
      {
        "id": "switching_frequency_1",
        "name": "Switching Frequency 1",
        "reg_type": "holding",
        "address": 1302,
        "group": "g_vector_control"
      },
      {
        "id": "speed_loop_kp2_coefficient",
        "name": "Speed loop KP2 coefficient",
        "reg_type": "holding",
        "address": 1303,
        "group": "g_vector_control"
      },
      {
        "id": "speed_loop_2_integration_time",
        "name": "Speed loop 2 integration time",
        "reg_type": "holding",
        "address": 1304,
        "group": "g_vector_control",
        "scale": 0.01
      },
      {
        "id": "switching_frequency_2",
        "name": "Switching frequency 2",
        "reg_type": "holding",
        "address": 1305,
        "group": "g_vector_control",
        "scale": 0.01
      },
      {
        "id": "integral_part_of_speed_loop",
        "name": "Integral part of speed loop",
        "reg_type": "holding",
        "address": 1306,
        "group": "g_vector_control",
        "enum": [
          0,
          1
        ],
        "enum_titles": [
          "OFF",
          "ON"
        ]
      }
    ],
    "parameters": {},
    "translations": {
      "en": {
        "DEKV060_template_title": "DEKV060"
      },
      "ru": {
        "DEKV060_template_title": "DEKV060",
        "Status": "Состояние",
        "Invertor information": "Информация об инверторе",
        "Motor configuration": "Параметры двигателя",
        "V/F control": "V/F управление",
        "Stop": "Остановлен",
        "Forward": "Вращение вперед",
        "Reverse": "Вращение назад",
        "Error": "Ошибка",
        "No error": "Нет ошибок",
        "Overcurrent at constant speed": "Перегрузка по току при  постоянной скорости",
        "Overcurrent at acceleration": "Перегрузка по току при  разгоне",
        "Overcurrent at deceleration": "Перегрузка по току при  замедлении",
        "Overvoltage at constant speed": "Перенапряжение при  постоянной скорости",
        "Overvoltage at acceleration": "Перенапряжение при  разгоне",
        "Overvoltage at deceleration": "Перенапряжение при торможении",
        "Module failure": "Отказ модуля",
        "Low voltage": "Низкое напряжение",
        "Invertor overload": "Перегрузка инвертора",
        "Motor overload": "Перегрузка двигателя",
        "Loss of input phase": "Потеря входной фазы",
        "Loss of output phase": "Потеря выходной фазы",
        "External error": "Внешняя ошибка",
        "Communication error": "Ошибка связи",
        "Invertor overheating": "Перегрев инвертора",
        "Hardware failure": "Аппаратный сбой",
        "Ground fault": "Замыкание на землю",
        " Motor auto-tuning error": "Ошибка автоподстройки двигателя",
        "Motor load drop": "Падение нагрузки на двигателе",
        "Loss of PID feedback": "Потеря обратной связи PID",
        "Custom error 1": "Настраиваемая ошибка 1",
        "Custom error 2": "Настраиваемая ошибка 2",
        "Switching on time limits": "Ограничения по времени включения",
        "Working time limits": "Ограничения по времени работы",
        "Reserved 25": "Зарезервировано 25",
        "Error reading and writing parameters": "Ошибка чтения и записи  параметров",
        "Motor overheating": "Перегрев двигателя",
        "Speed deviation": "Отклонение скорости",
        "Exceeding the motor speed": "Превышение скорости двигателя",
        "Initial position error": "Ошибка начального положения",
        " Current measurement error": "Ошибка измерения тока",
        "Contactor": "Контактор",
        "Detection of abnormal current": "Обнаружение аномального тока",
        "Going beyond the current limitation time limit": "Выход за лимит времени  ограничения тока",
        "Motor switching during work": "Переключение двигателя во время работы",
        "24V power failure": "Сбой питания 24В",
        "Motor power failure": "Сбой питания привода",
        "Output short circuit": "Замыкание на выходе",
        "Reserved 39": "Зарезервировано 39",
        "Malfunction of the damper resistor": "Неисправность демпферного резистора",
        "Management method": "Метод управления",
        "V/F": "V/F",
        "Vector": "Векторное",
        "Invertor model": "Модель инвертора",
        "Rated power": "Номинальная мощность",
        "Rated voltage": "Номинальное напряжение",
        "Rated current": "Номинальный ток",
        "Firmware version": "Версия прошивки",
        "Non-standard FW code": "Код нестандартной прошивки",
        "Total working hours": "Общее время работы",
        "Total turn-on hours": "Общее время включения",
        "Total energy consumption": "Суммарное энергопотребление",
        "Temperature": "Температура",
        "Cooling method": "Способ охлаждения",
        "Self-ventilation": "Самовентиляция",
        "Forced": "Принудительная",
        "Rated motor power": "Номинальная мощность двигателя",
        "Rated motor frequency": "Номинальная частота двигателя",
        "Rated motor voltage": "Номинальное напряжение двигателя",
        "Rated motor current": "Номинальный ток двигателя",
        "Rated motor speed": "Номинальная скорость вращения двигателя",
        "Motor overload protection level": "Уровень защиты от перегрузки двигателя",
        "Motor auto-tuning type": "Тип автоподстройки двигателя",
        "Inactive": "Неактивно",
        "Static autotuning": "Статическая автоподстройка",
        "Full autotuning": "Полная автоподстройка",
        "KP coefficient for auto-tuning": "Коэффициент KP для автоподстройки",
        "Stator resistance": "Сопротивление статора",
        "Rotor resistance": "Сопротивление ротора",
        "Leakage inductance": "Индуктивность рассеяния",
        "Mutual inductance": "Взаимная индуктивность",
        "No-load current": "Ток холостого хода",
        "Type V/F": "Тип V/F",
        "Linear V/F": "Линейная V/F",
        "Multiline curve": "Многоточечная кривая",
        "Quadratic curve 1": "Квадратичная кривая 1",
        "Quadratic curve 2": "Квадратичная кривая 2",
        "Quadratic curve 3": "Квадратичная кривая 3",
        "V/F multiline dot 1 frequency": "Частота точки 1 кривой V/F",
        "V/F multiline dot 1 voltage": "Напряжение точки 1 кривой V/F",
        "V/F multiline dot 2 frequency": "Частота точки 2 кривой V/F",
        "V/F multiline dot 2 voltage": "Напряжение точки 1 кривой V/F",
        "V/F multiline dot 3 frequency": "Частота точки 3 кривой V/F",
        "V/F multiline dot 3 voltage": "Напряжение точки 3 кривой V/F",
        "Torque boost (IR-compensation)": "Повышение крутящего момента (IR-компенсация)",
        "Torque compensation limit frequency": "Предельная частота компенсации крутящего момента",
        "V/F Torque boost coefficient": "Коэффициент повышения крутящего момента V/F",
        "V/F Overexcitation coefficient": "Коэффициент перевозбуждения V/F",
        "V/F Slip compensation": "Компенсация скольжения V/F",
        "V/F Slip compensation response time": "Время отклика компенсации скольжения V/F",
        "V/F Oscillation suppression mode": "Режим подавления колебаний V/F",
        "V/F Oscillation suppression coefficient": "Коэффициент подавления колебаний V/F",
        "Overcurrent protection sensitivity": "Чувствительность защиты перегрузки по току",
        "Overcurrent protection": "Защита перегрузки по току",
        "Speed loop KP1 coefficient": "Коэффициент KP1 контура скорости",
        "Speed loop 1 integration time": "Время интегрирования 1 контура скорости",
        "Switching Frequency 1": "Частота переключения 1",
        "Speed loop KP2 coefficient": "Коэффициент KP2 контура скорости",
        "Speed loop 2 integration time": "Время интегрирования 2 контура скорости",
        "Switching frequency 2": "Частота переключения 2",
        "Integral part of speed loop": "Интегральная часть контура скорости",
        "OFF": "Отключена",
        "ON": "Включена"
      }
    }
  },
  "_warnings": [
    "Конфликт перевода [ru]: \"Status\" → \"Статус\" vs \"Состояние\""
  ]
}