WT102 – Configurable Properties

1. Have an overview of the configurable properties and their default values of WT102 .
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": {
        "temperature_unit": "0", // Temperature Unit Type: enum
        "temperature_source_settings": { // Ambient Temperature Source Setting Type: struct
            "type": "0", // Ambient Temperature Source Type: enum
            "external_ntc_reception": { // External NTC Receive Temperature Type: struct
                "timeout": 30, // Timeout Type: int Unit: min
                "timeout_response": "2" // External NTC Dropout Settings Type: enum
            },
            "lorawan_reception": { // LoRa Receive Temperature Type: struct
                "timeout": 30, // Timeout Type: int Unit: min
                "timeout_response": "2" // LoRa Receive Dropout Settings Type: enum
            }
        },
        "environment_temperature_display_enable": true, // Ambient Temperature Display Enable Type: bool
        "heating_period_settings": { // Heating Period Configuration Type: struct
            "heating_date_settings": { // Heating Date Type: struct
                "start_mon": 1, // Heating Start Month Type: int
                "start_day": 1, // Heating Start Day Type: int
                "end_mon": 12, // Heating End Month Type: int
                "end_day": 31 // Heating End Day Type: int
            },
            "heating_period_reporting_interval": { // Heating Period Reporting Interval Type: struct
                "minutes_of_time": 10 // Heating Period Reporting Interval Type: int Unit: min
            },
            "non_heating_period_reporting_interval": { // Non-heating Period Reporting Interval Type: struct
                "minutes_of_time": 1440 // Non-heating Period Reporting Interval Type: int Unit: min
            },
            "valve_status_control": "1" // Non-heating Period Valve Status Type: enum
        },
        "target_temperature_control_settings": { // Temperature Control Type: struct
            "enable": true, // Temperature Control Enable Type: bool
            "target_temperature_resolution": "0", // Target Temperature Resolution Type: enum Unit: ℃
            "target_temperature_adjustment_range_min": 5, // Minimum of Target Temperature Adjustment Range Type: float Unit: ℃
            "target_temperature_adjustment_range_max": 35, // Maximum of Target Temperature Adjustment Range Type: float Unit: ℃
            "mode_settings": { // Temperature Control Mode Settings Type: struct
                "mode": "0", // Temperature Control Mode Type: enum
                "auto_control": { // Automatic Temperature Control Type: struct
                    "target_temperature": 19 // Target Temperature Type: float Unit: ℃
                },
                "valve_control": { // Valve Opening Control Type: struct
                    "target_valve_status": 50 // Target Valve Opening Type: int Unit: %
                },
                "intergrated_control": { // Integrated Control Type: struct
                    "target_temperature": 19 // Target Temperature Type: float Unit: ℃
                }
            }
        },
        "window_opening_detection_settings": { // Open Window Detection Type: struct
            "enable": false, // Enable Type: bool
            "cooling_rate": 3, // Rate of Temperature Fall Type: float Unit: ℃
            "valve_status": "0", // Open Window Valve Status Type: enum
            "stop_temperature_control_time": 30 // Stop Temperature Control Type: int Unit: min
        },
        "anti_freeze_protection_setting": { // Freeze Protection Type: struct
            "enable": true, // Enable Type: bool
            "temperature_value": 3 // Freeze Temperature Type: float Unit: ℃
        },
        "mandatory_heating_enable": true, // Forced Heating Enable Type: bool
        "child_lock": { // Child Lock Type: struct
            "enable": false, // Enable Type: bool
            "system_button": false, // Power On/Off Type: bool
            "func_button": false // + /- Type: bool
        },
        "motor_stroke_limit": 100, // Effective Stroke Type: int Unit: %
        "temperature_calibration_settings": { // Temperature Calibration Settings Type: struct
            "enable": false, // Enable Type: bool
            "calibration_value": 0 // Calibration Value Type: float Unit: ℃
        },
        "temperature_alarm_settings": { // Temperature Threshold Alarm Type: struct
            "enable": false, // Enable Type: bool
            "threshold_condition": "0", // Alarm Mode Type: enum
            "threshold_min": 0, // ​Low Temperature Threshold Type: float Unit: ℃
            "threshold_max": 0 // High Temperature Threshold Type: float Unit: ℃
        },
        "schedule_settings": [ // Schedule Settings Type: array Length: 16
            {
                "id": 0, // Schedule ID Type: int
                "command": "0", // Sub-command Type: enum
                "enable": false, // Schedule Enable Type: bool
                "start_time": "0", // Time Type: local_time Unit: min
                "cycle_settings": { // Schedule Repeat Day Type: struct
                    "execution_day_sun": false, // Sun. Type: bool
                    "execution_day_mon": false, // Mon. Type: bool
                    "execution_day_tues": false, // Tues. Type: bool
                    "execution_day_wed": false, // Wed. Type: bool
                    "execution_day_thur": false, // Thur. Type: bool
                    "execution_day_fri": false, // Fri. Type: bool
                    "execution_day_sat": false // Sat. Type: bool
                },
                "temperature_control_mode": "0", // Temperature Control Mode Type: enum
                "target_temperature": 19, // Target Temperature Type: float Unit: ℃
                "target_valve_status": 50, // Target Valve Opening Type: int Unit: %
                "report_cycle": 10 // Reporting Interval Type: int Unit: min
            }
        ],
        "change_report_enable": false, // Local Modification Report Type: bool
        "time_zone": "0", // Time Zone Type: enum
        "daylight_saving_time": { // Daylight Saving Time Type: struct
            "enable": false, // Enable 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": "7", // 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": "7", // Week Type: enum
            "end_hour_min": "0" // Time Type: enum Unit: min
        },
        "data_storage_settings": { // Data Storage Settings Type: struct
            "enable": false, // Data Storage Enable Type: bool
            "retransmission_enable": false, // Data Retransmission Enable Type: bool
            "retransmission_interval": 600, // Data Retransmission Interval Type: int Unit: s
            "retrieval_interval": 60 // Data Retrieval Interval Type: int Unit: s
        }
    }
}