CTH01 – Configurable Properties

1. Have an overview of the configurable properties and their default values of CTH01 .
2. Copy the example code and remove the comments and parameters that do not require modification.
3. Edit the desired properties according to the detailed properties description .
   Note: Make sure that the edited example code complies with the JSON format requirements.
4. Use the edited example code as the body parameters of Update Device Properties Incrementally.

{
    "version": "v1.0",
    "type": "TSL",
    "properties": {
        "reporting_interval": { // Report Interval Type: struct
            "minutes_of_time": 10 // Report Interval Type: int Unit: min
        },
        "bluetooth_name": { // Bluetooth Name Type: struct
            "length": 13, // Name Length Type: int
            "content": "7IPO1X9Z239WW" // Name Type: string
        },
        "data_storage_settings": { // Data Storage Settings Type: struct
            "command": "0", // Sub-command Type: enum
            "enable": false, // Data Storage Enable Type: bool
            "retransmission_enable": false, // Data Retransmission Enable Type: bool
            "retransmission_interval": 600, // Retransmission Interval Type: int Unit: s
            "retrieval_interval": 120 // Retrieval Interval Type: int Unit: s
        },
        "voltage_interface": "0", // Voltage Channel Type: enum
        "current_interface1": { // Group a Type: struct
            "type": "0", // Circuit Type A Type: enum
            "config": [ // Current Channel Configuration Type: array Length: 3
                {
                    "direction": "0", // Current Direction Type: enum
                    "range": "0" // Channel Range Type: enum
                }
            ]
        },
        "current_interface2": { // Group b Type: struct
            "type": "0", // Circuit Type B Type: enum
            "config": [ // Current Channel Configuration Type: array Length: 3
                {
                    "direction": "0", // Current Direction Type: enum
                    "range": "0" // Channel Range Type: enum
                }
            ]
        },
        "current_interface3": { // Group c Type: struct
            "type": "0", // Circuit Type C Type: enum
            "config": [ // Current Channel Configuration Type: array Length: 3
                {
                    "direction": "0", // Current Direction Type: enum
                    "range": "0" // Channel Range Type: enum
                }
            ]
        },
        "current_interface4": { // Group d Type: struct
            "type": "0", // Circuit Type D Type: enum
            "config": [ // Current Channel Configuration Type: array Length: 3
                {
                    "direction": "0", // Current Direction Type: enum
                    "range": "0" // Channel Range Type: enum
                }
            ]
        },
        "temperature_calibration_settings": { // Temperature Calibration Settings Type: struct
            "enable": false, // Temperature Calibration Type: bool
            "calibration_value": 0 // Calibration Value Type: float Unit: ℃
        },
        "time_zone": "0", // Time Zone Type: enum Unit: min
        "daylight_saving_time": { // Daylight Saving Time Type: struct
            "enable": false, // Daylight Saving Time Type: bool
            "daylight_saving_time_offset": 60, // DST Bias Type: int Unit: min
            "start_month": "1", // Month Type: enum
            "start_week_num": "1", // Number of Week Type: enum
            "start_week_day": "1", // Week Type: enum
            "start_hour_min": "0", // Time Type: enum Unit: min
            "end_month": "1", // Month Type: enum
            "end_week_num": "1", // Number of Week Type: enum
            "end_week_day": "1", // Week Type: enum
            "end_hour_min": "0" // Time Type: enum Unit: min
        },
        "temperature_alarm_settings": { // Temperature Threshold Alarm Settings Type: struct
            "enable": false, // Threshold Alarm Enable Type: bool
            "threshold_condition": "2", // Threshold Mode Type: enum
            "threshold_min": 0, // Value A Type: float Unit: ℃
            "threshold_max": 0 // Value B Type: float Unit: ℃
        },
        "current_alarm_settings": [ // Current Threshold Alarm Settings Type: array Length: 12
            {
                "channel": 0, // Threshold Alarm Channel Type: int
                "enable": false, // Threshold Alarm Enable Type: bool
                "threshold_condition": "2", // Threshold Mode Type: enum
                "threshold_min": 1, // Value A Type: int Unit: A
                "threshold_max": 1 // Value B Type: int Unit: A
            }
        ],
        "voltage_alarm_settings": [ // Voltage Threshold Alarm Settings Type: array Length: 3
            {
                "channel": 0, // Threshold Alarm Channel Type: int
                "enable": false, // Threshold Alarm Enable Type: bool
                "threshold_condition": "2", // Threshold Mode Type: enum
                "threshold_min": 1, // Value A Type: int Unit: V
                "threshold_max": 1 // Value B Type: int Unit: V
            }
        ],
        "thdi_alarm_settings": [ // THDi Threshold Alarm Settings Type: array Length: 12
            {
                "channel": 0, // Threshold Alarm Channel Type: int
                "enable": false, // Threshold Alarm Enable Type: bool
                "threshold_condition": "2", // Threshold Mode Type: enum
                "threshold_max": 8 // Value B Type: int Unit: %
            }
        ],
        "thdv_alarm_settings": [ // THDv Threshold Alarm Settings Type: array Length: 3
            {
                "channel": 0, // Threshold Alarm Channel Type: int
                "enable": false, // Threshold Alarm Enable Type: bool
                "threshold_condition": "2", // Threshold Mode Type: enum
                "threshold_max": 5 // Value B Type: int Unit: %
            }
        ],
        "voltage_unbalance_alarm_settings": { // Voltage Three-phase Unbalance Threshold Alarm Settings Type: struct
            "enable": false, // Threshold Alarm Enable Type: bool
            "threshold_condition": "2", // Threshold Mode Type: enum
            "threshold_max": 3 // Value B Type: int Unit: %
        },
        "alarm_global_settings": { // Threshold Alarm Global Settings Type: struct
            "interval": 5, // Alarm Interval Type: int Unit: min
            "times": 3, // Alarm Times Type: int
            "release_enable": false // Threshold Released Report Enable Type: bool
        },
        "month_statistics_settings": { // Monthly Statistics Time Type: struct
            "day": 1, // day Type: int
            "hour": 0, // hour Type: int
            "minute": 0 // minute Type: int
        },
        "report_enable": { // Report Parameters Type: struct
            "temperature": true, // Temperature Type: bool
            "current": false, // Current(RMS) Type: bool
            "voltage": false, // Voltage(RMS) Type: bool
            "power_factor": true, // Power Factor Type: bool
            "active_power": true, // Active Power Type: bool
            "reactive_power": false, // ReActive Power Type: bool
            "apparent_power": false, // Apparent Power Type: bool
            "forward_active_energy": true, // Imported Active Energy Type: bool
            "reverse_active_energy": false, // Exported Active Energy Type: bool
            "forward_reactive_energy": false, // Imported Reactive Energy Type: bool
            "reverse_reactive_energy": false, // Exported Reactive Energy Type: bool
            "apparent_energy": false, // Apparent Energy Type: bool
            "thdi": false, // THDi Type: bool
            "thdv": false, // THDv Type: bool
            "voltage_unbalance": false // Voltage Three-phase Unbalance Type: bool
        }
    }
}