AIO API Event Codes

Type	Action	DeviceNr.MSB	DeviceNr.LSB	Data0	Data1	Data2	Data3	Description
0	0	x.MSB	x.LSB	y	z	u.MSB	u.LSB	Output x off: This Event will be send when an output is switched off with dimmer value y, timer type z and timer value u. See Note 1.
0	1	x.MSB	x.LSB	y	z	u.MSB	u.LSB	Output x on: This Event will be send when an output is switched on with dimmer value y, timer type z and timer value u. See Note 1.
0	2	x.MSB	x.LSB	y	-	-	-	Output x lock/unlock status: This Event will be send when output x is locked/unlock. y=0->Unlock, y=1->Lock
1	0	x.MSB	x.LSB	0	0	0	0	Input x Released: This Event will be send when an input is released.
1	1	x.MSB	x.LSB	0	0	0	0	Input x Pressed: This Event will be send when an input is pressed.
1	2	x.MSB	x.LSB	y	-	-	-	Input x lock/unlock status: This Event will be send when Input x is locked/unlock. y=0->Unlock, y=1->Lock
2	0	0	x	0	y	0	0	Temperature sensor x changed: This Event will be send when Temperature sensor x has changed, new temperature will be found in y
2	1	0	x	0	y	0	0	Humidity sensor x changed: This Event will be send when Humidity sensor x has changed, new humidity will be found in y
2	2	0	x	y.MSB	y.LSB	0	0	Brightness sensor x changed: This Event will be send when Brightness sensor x has changed, new humidity will be found in y
2	3	0	x	y.MSB	y.LSB	z.MSB	z.LSB	Air quality sensor x changed: This Event will be send when values sensor x have changed, new CO2 will be found in y and VOC in z.
20	0	0	x	Mode	Setpoint	0	0	Thermostat x has changed: The Thermostat setpoint/mode has been modified by the slave device (For example the Modbus thermostat connected to the Micro CAN has an updated value set by the user)
21	0	0	ID2	ID1	ID0	Data0	Data1	uCAN with ID2.ID1.ID0 reports an event with content Data0 and Data1, see Note2.
22	0	BA DeviceNr.MSB	BA DeviceNr.LSB	BA Type	BA Action	BA Extra Parameter.MSB	BA Extra Parameter.LSB	When BB debug mode is ON (see Eeprom Memory model Page 0 Byte 13), this Event will be send to the BB for every BA that has been executed.
23	0	0	ID2	ID1	ID0	-	-	uCAN with ID2.ID1.ID0 is not responding.
24	0	0	ID3	ID2	ID1	ID0	-	RS485 module with ID3.ID2.ID1.ID0 is not responding.
30	0	position	ID2	ID1	ID0	-	M/A	New uCAN at position with ID2.ID1.ID0 has been detected and programmed. M/A: Manually (77) or Automatically (65) added.
30	1	position	ID3	ID2	ID1	ID0	M/A	New RS485 module at position with ID3.ID2.ID1.ID0 has been detected and programmed. M/A: Manually (77) or Automatically (65) added.
200	0	0	Phase	Type	Fw Version Major	Fw Version Minor	Fw Version Built	Factory reset: Phase==0: Prepare Fase Factory Reset is done Phase==1: Execution Factory Reset is started Phase==2: Erase CAN Config done (delete uCAN's via CAN bus) Phase==3: Start Erase EEPROM (could take a while before completed) Phase==4: Erase EEPROM done Phase==5: Start Erase FRAM (could take a while before completed) Phase==6: Erase FRAM done Phase==7: Erase RS485 slave modules done Phase==8: Factory Reset done Type==0: Partial Factory reset -> Only RS485 slave modules Type==1: Full Factory Reset
245	0	0	type	Module ID0	Module ID1	Module ID2	Module ID3	Module Discover event: During initialisation, when existing or double module has been found, this event will be sent. type==5: Existing Output module has been found type==6: Existing Input module has been found type==7: Existing Sensor module has been found type==8: Existing CAN Control module has been found type==9: Double Output module has been found type==10: Double Input module has been found type==11: Double Sensor module has been found type==12: Double CAN Control module has been found
246	0	0	0	type	Automatic Module Discover Byte	0	0	Slave module Search Event: When type==0: Search is not active, when type==1: Search is started, when type==2: Search is done. For Automatic Module Discovery Byte, see Eeprom Memory model Page 0 Byte 11
247	Type	Data0	Data1	Data2	Data3	Data4	Data5	Data to be send to the BB: type=0->PCB temperature has changed (temperature can be found in Data1)
248	0	0	0	type	0	0	0	Eeprom activate has just been fully performed and is finished. When type==1: A regular Eeprom activate has been performed, when type==0: An Eeprom activate has been performed just after a power reset.
248	2	0	0	cause	0	0	0	A power Reset of the I2C Bus has been initiated due to I2C problem (cause=1->I2C1, cause=2->I2C2).
248	3	0	0	type	current health	previous health	0	This event indicates the health status: Type=0->CAN Health status change Current&previous health: Health=0: Value at startup Health=1: All uCAN's are not responding Health=2: All uCAN's OK Health=3: Not all uCAN's are responding Health=4: CAN bus is temporary in OFF state due to bus errors
249	0	x.MSB	x.LSB	y.MSB	y.LSB	0	z	This event will be send when BA251 is triggered. x, y and z are the parameters received from BA251.
250	0	0	Button_nr	Status	0	0	0	Front Panel Button change: The Frontpanel of the Core has 3 buttons, the Core+ has 4 buttons. When a Button is pressed (short press, longer press), an event will be send. Button_nr: 0->Setup Button, 1->Action Button, 2->CAN Power Button, 3->Select Button. Status: 0->Button released, 1->Button pressed, 2->Button pressed for 5 seconds, 3->Button pressed longer then 8 seconds.
253	0	0	Bus	Power_state	0	0	0	Power state change: When Bus=0 -> RS485 Bus, When Bus=1 -> CAN Bus, when Power_state=0 -> Bus OFF, when Power_state=1 -> Bus ON
254	type	0	Reset_mode	cause	Fw Version Major	Fw Version Minor	Fw Version Built	Reset Action: type=2->Health checker is requesting reset in a few seconds cause=1->I2C Bus 1 (Eeprom) problem cause=2->I2C Bus 2 (Fram, front panel leds, Front panel DA, RTC etc) problem cause=3->CAN problem type=253->CAN stack reset type=254->Processor reset (or power startup) has just been performed Reset_mode: Reset_mode=1: Reset functionality for CAN reset is enabled Reset_mode=0: Reset functionality for CAN reset is disabled

Notes:

• Note 1: timer type specifies which kind of timer is active for a given output and his timer value.
  • timer type=0: No timer is active
  • timer type=1: 100ms timer
  • timer type=2: 1s timer
  • timer type=3: 1m timer
• Note2: See Micro CAN Events