125
MQTT_LAST_UPDATE_MINUTE
126
MQTT_LAST_UPDATE_SECOND
136
WIFI_IRSS
137
WIFI_GATEWAY_COM_STATUS
138
WIFI_MQTT_STATUS
140
WIFI_IP_ADDR_0_1
141
WIFI_IP_ADDR_2_3
142
WIFI_MASK_ADDR_0_1
143
WIFI_MASK_ADDR_2_3
144
WIFI_GATEWAY_ADDR_0_1
145
WIFI_GATEWAY_ADDR_2_3
Below is the table of registers supported by the WRITE HOLDING REGISTERS and WRITE MULTIPLE HOLDING REGISTERS commands:
ADDRESS
MNEMONIC
68
BUZZER_STATUS
1044
SETTING_YEAR
1045
SETTING_MONTH
1046
SETTING_DAY
1047
SETTING_HOUR
1048
SETTING_MINUTE
1049
SETTING_SECOND
1100
CHD_ALARM_MIN
1101
CHD_ALARM_MAX
1123
CH1_ALARM_MIN
1124
CH1_ALARM_MAX
1176
CH2_ALARM_MIN
NOVUS AUTOMATION
Minute of last submission to the MQTT Broker.
Second of last submission to the MQTT
Broker.
Signal quality between the device and the Wi-
Fi Gateway.
Wi-Fi communication status.
Communication status with MQTT Broker.
Address of the device on the network (High
part).
Address of the device on the network (Low
part).
Network mask (High part).
Network mask (Low part).
Network Gateway address (High part).
Network Gateway address (Low part).
Table 09 – Registers Table
DESCRIPTION
Current buzzer status.
Year setting in UTC (GMT 0).
Month setting in UTC (GMT 0).
Day setting in UTC (GMT 0).
Hour setting in UTC (GMT 0).
Minute setting in UTC (GMT 0).
Second setting in UTC (GMT 0).
Setting the digital channel minimum alarm.
Setting the digital channel maximum alarm.
Analog channel 1 minimum alarm setting.
Analog channel 1 maximum alarm setting.
Analog channel 2 minimum alarm setting.
Unit with signal in dB with two
decimal places.
0. Disconnected Gateway;
1. Connected Gateway;
2. Gateway password error;
3. Gateway not found;
4. Error receiving IP via DHCP;
5. Authentication error.
0. Disconnected Broker;
1. Connected Broker;
2. Error resolving DNS;
3. Error when posting a
message in Broker;
4. Error when subscribing to
topic.
XXX.XXX.000.000
000.000.XXX.XXX
XXX.XXX.000.000
000.000.XXX.XXX
XXX.XXX.000.000
000.000.XXX.XXX
INFORMATION
0. Inactive buzzer;
1. Active buzzer.
Unit in counts.
Unit in counts.
Decimal places:
1. For temperature sensors and
the cold joint;
2. For battery voltage and
external power supply.
For linear sensors, the decimal
point is configured.
Decimal places:
1. For temperature sensors and
the cold joint;
2. For battery voltage and
external power supply.
For linear sensors, the decimal
point is configured.
Decimal places:
1. For temperature sensors and
the cold joint;
2. For battery voltage and
external power supply.
For linear sensors, the decimal
point is configured.
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