Luminaires registers map (table)
- Katarzyna Stodolny
- Sylwester Mącznik
The Analog Input Registers memory bank is used to store data on individual devices (luminaires). A luminaire start register depends on the short address and the DALI bus (400+DALI short address*50+(DALI port-1)*64*50). 50 registers have been set aside to store data on each luminaire. 20 registers are currently being used. The luminaires on the first port start with address 400, the ones on the second port start with 3,600, and the ones on the third port start with 6,800. The luminaires have the same order until they are re-addressed (by removing the luminaire and clearing the port).
Address
| Number of registers | Field name | Size (bits) | Value Interpretation |
|---|---|---|---|---|
0 | 2 | TimeStamp | 32 | Date and time of the last luminaire data refresh. The value is stored as a Unix time (timestamp) according to the set time zone. |
2 | 4 | serial number | 64 | Luminaire serial number corresponding to the sticker on the luminaire. Stored as an integer (int 64) in the register. Convert to hexstring to get a readable value: Example: Decimal integer: 240305920 Value converted to hexstring: E52C700 |
6 | 0,5 | DaliPort | 8 | DALI port no. on which the device is located. Values: 0 – first port 1 – second port 2 – third port |
6 | 0,5 | TestGroup | 8 | Test group in which the device is located Values: 255 – no group 0-15 – test group no. |
7 | 1 | DeviceType | 8 | Device type acc. to IEC 62386-102. Values: 0:Fluorescent Lamp 1:Emergency Lighting 2:Discharge Lamps 3:LowVoltage halogen lamps 6: LED |
8 | 0,5 | ActualLevel | 8 | Current lighting brightness Value range: 0 - 254 The values are in the logarithmic scale. Use the following formula to convert to percent:  |
8 | 0,5 | PowerOnLevel | 8 | Brightness at lamp power-on. Value range: 0 - 254 The values are in the logarithmic scale. Use the following formula to convert to percent:  |
9 | 0,5 | SystemFailureLevel | 8 | Brightness to be set in case of lamp failure. Value range: 0 - 254. 255 – do not react The values are in the logarithmic scale. Use the following formula to convert to percent: |
9 | 0,5 | MinLevel | 8 | Minimum brightness that can be set. Value range: 0 - 254 The values are in the logarithmic scale. Use the following formula to convert to percent: |
10 | 0,5 | MaxLevel | 8 | Maximum brightness that can be set. Value range: 0 - 254 Values are in the logarithmic scale. Use the following formula to convert to percent: |
10 | 0,5 | PhysicalMinLevel | 8 | The physical minimum brightness that a light source can reach. Value range: 0 - 254 The values are in the logarithmic scale. Use the following formula to convert to percent |
11 | 0,5 | LastFunctionalTest Result | 8 | The result of the last functional test. Values: 0 – False – Error 1 – True – No error found during the test. 255 – No test has been run yet. |
11 | 0,5 | LastDurationTest Result | 8 | The result of the last duration test. Values: 0 – False – Error 1 – True – No error found during the test. 255 – No test has been run yet. |
12 | 2 | LastFunctionalTest DateTime | 32 | The date of the last functional test. The value is stored as a Unix time (timestamp) according to the set time zone. If no test has been run yet, the field value will be timestamp=0 (1.1.1970 00:00:00) |
14 | 2 | LastDurationTest DateTime | 32 | The date of the last duration test. The value is stored as the Unix time (timestamp) according to the set time zone . If no test has been run yet, the field value will be timestamp=0 (1.1.1970 00:00:00) |
16 | 0,5 | LampEmergencyTime | 8 | The luminaire’s operating time in the emergency mode. Values: 0-255. Resolution 1 = 1 hour |
16 | 0,5 | LampTotalOperation Time | 8 | The total luminaire operating time. Values: 0-255. Resolution 1=4 hours |
17 | 0,5 | RatedDuration | 8 | The declared operating time on battery. Values: 0-255. Resolution 1 = 2 minutes |
17 | 0,5 | EmergencyStatus | 8 | The bit field that describes the status of the emergency functions. The values are interpreted as follows: 0 – False. 1 – True. Bit 0: Emergency mode blocked. Bit 1: Functional test successful. Bit 2: Duration test successful. Bit 3: Battery fully charged. Bit 4: Pending functional test. Bit 5: Pending duration test. Bit 6: Identification active (not supported). Bit 7: Physically selected. |
18 | 0,5 | FailureStatus | 8 | The bit field that describes incorrect device operation. The values are interpreted as follows: 0 – False. 1 – True. Bit 0: Circuit failure. Bit 1: Battery backup duration time below minimum value. Bit 2: Battery failure. Bit 3: Light source failure. Bit 4: The maximum delay time for the functional test has been exceeded. Bit 5: The maximum delay time for the duration test has been exceeded. Bit 6: Functional test unsuccessful. Bit 7: Duration test unsuccessful. |
18 | 0,5 | EmergencyMode | 8 | The bit field that describes the emergency mode. The values are interpreted as follows: 0 – False. 1 – True. Bit 0: RestMode active. Bit 1: Normal mode active. Bit 2: Emergency mode active. Bit 3: Extended emergency mode active. Bit 4: Functional test in progress. Bit 5: Duration test in progress. Bit 6: Hardware emergency mode lock active (triggered via a button). Bit 7: Physical switch on |
19 | 0,5 | Status | 8 | 0 – Value out of date 1 – No connection 2 – Ok |