0x10 Zone Zone this module belongs to 0x01 Subzone Subzone this module belongs to 0xFF output 1 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 2 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 3 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 4 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 5 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 6 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 7 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0xFF output 8 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0x00 output 9 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0x00 output 10 status register Writing a value to the output control register will activate/deactivate the output output. 0 - The output is inactivated. 1 - The output is activated. 2 - The output is pulse activated/deactivated (opposite form rest state). Reading a value from the output control register is read as a one if the output is activated and a 0 if the output is deactivated. When the pulse activation/deactivating is used the actual output state is read. That is, if a 2 is written to output 1 a one will be read while the output is activated, after which a zero will be read. 0x98 Control byte for output 1 0x98 Control for output 2 0x01 Subzone for output 1 This is a subzone related to this specific output. If zero the the module Zone/subzone will be used else the modules zone and the outputs sub zone will be used. 0x02 Subzone for output 2 This is a subzone related to this specific output. If zero the the module Zone/subzone will be used else the modules zone and the outputs sub zone will be used. 0xFF Protection time for out1 0xFF Protection time for out2 0x10 PWM1 status This is a subzone related to this specific output. If zero the the module Zone/subzone will be used else the modules zone and the outputs sub zone will be used. 0x01 Subzone PWM1 0xFF Assout PWM1 0xFF Treshhold PWM1 0x00 VALUE_AIN1 0x00 HYSTLOW_AIN1 0x00 HYSTHIGH_AIN1 0x00 TRIGCOND_AIN1 0xFF CLASS_AIN1 0xFF TYPE_AIN1 0xFF SUBZONE_AIN1 0x10 Decision matrix row 1: Oaddr Row 1 of decision matrix. Originating address. Set to nickname for node that should trigger action.Oaddr is the originating address. We are only interested in messages from the node given here. 0×00 is segment controller and 0xff is a node without a nickname. If bit 6 of flags is set oaddr will not be checked and events from all nodes will be accepted. 0x01 Decision matrix row 1: flags Row 1 of decision matrix. Flags. Set selection behaviour. The enable bit can be used to disable a decion matrix row while it is edited. The zone and use subzone bits can be activated to have a check on the zone/subzone information of an event. That is the zone/subzone of the machine must match the one of the event to trigger the DM row. 0xFF Decision matrix row 1: Class mask (low eight bits) The lowest eight bits of the class mask that defines the events that should trigger the action of thsi decision matrix row. Bit 8 of the class mask is stored in bit 1 of the flag byte. 0xFF Decision matrix row 1: Class filter (low eight bits) The lowest eight bits of the class filter that defines the events that should trigger the action of thsi decision matrix row. Bit 8 of the class filter is stored in bit 1 of the flag byte. 0xFF Decision matrix row 1: Type mask Type mask that defines the events that should trigger the action of this decision matrix row. 0xFF Decision matrix row 1: Type filter Type filter that defines the events that should trigger the action of this decision matrix row. 0xFF Decision matrix row 1: Action This is the action or operation that should be performed if the filtering is satisfied. Only action code 0×00 is predefined and means No-Operation. All other codes are application specific and typical application defined codes could do measurement, send predefined event etc. 0xFF Decision matrix row 1: Action parameter A numeric action parameter can be set and its meaning is application specific. 0xFF Decision matrix row 2: Oaddr Row 1 of decision matrix. Originating address. Set to nickname for node that should trigger action.Oaddr is the originating address. We are only interested in messages from the node given here. 0×00 is segment controller and 0xff is a node without a nickname. If bit 6 of flags is set oaddr will not be checked and events from all nodes will be accepted. 0xFF Decision matrix row 2: flags Row 1 of decision matrix. Flags. Set selection behaviour. The enable bit can be used to disable a decion matrix row while it is edited. The zone and use subzone bits can be activated to have a check on the zone/subzone information of an event. That is the zone/subzone of the machine must match the one of the event to trigger the DM row. 0x00 Decision matrix row 2: Class mask (low eight bits) The lowest eight bits of the class mask that defines the events that should trigger the action of thsi decision matrix row. Bit 8 of the class mask is stored in bit 1 of the flag byte. 0x00 Decision matrix row 2: Class filter (low eight bits) The lowest eight bits of the class filter that defines the events that should trigger the action of thsi decision matrix row. Bit 8 of the class filter is stored in bit 1 of the flag byte. 0x00 Decision matrix row 2: Type mask Type mask that defines the events that should trigger the action of this decision matrix row. 0x00 Decision matrix row 2: Type filter Type filter that defines the events that should trigger the action of this decision matrix row. 0x00 Decision matrix row 2: Action This is the action or operation that should be performed if the filtering is satisfied. Only action code 0×00 is predefined and means No-Operation. All other codes are application specific and typical application defined codes could do measurement, send predefined event etc. 0x00 Decision matrix row 2: Action parameter A numeric action parameter can be set and its meaning is application specific. 0x00 Alarm Status Register 0x01 VSCP Major version number 0x05 VSCP Minor version number 0x00 Node Control Flags test 0xFF User ID 0 0xFF User ID 1 0xFF User ID 2 0xFF User ID 3 0xFF User ID 4 89 Manufacturer device id 0 0xFF Manufacturer device id 1 0xFF Manufacturer device id 2 0xFF Manufacturer device id 3 0xFF Manufacturer sub device id 0 0xFF Manufacturer sub device id 1 0xFF Manufacturer sub device id 2 0xFF Manufacturer sub device id 3 0x01 Nickname id 0x00 Page select register MSB 0x00 Page select register LSB 0x01 Firmware major version number 0x00 Firmware minor version number 0x00 Firmware sub minor version number 0x01 Boot loader algorithm 0x08 Buffer Size 0x03 Number of register pages used. 0xFF GUID Byte 15, LSB GUID=FF:FF:FF:FF:FF:FF:FF:FF:FF:FF:FF:FF:FF:FF:FF:FF 0xFF GUID Byte 14 0xFF GUID Byte 13 0xFF GUID Byte 12 0xFF GUID Byte 11 0xFF GUID Byte 10 0xFF GUID Byte 9 0xFF GUID Byte 8 0xFF GUID Byte 7 0xFF GUID Byte 6 0xFF GUID Byte 5 0xFF GUID Byte 4 0xFF GUID Byte 3 0xFF GUID Byte 2 0xFF GUID Byte 1 0xFF GUID Byte 0, LSB 0x31 Module Description File URL, MSB http://192.168.1.245/hass100.xml 0x39 Module Description File URL 0x32 Module Description File URL 0x2E Module Description File URL 0x31 Module Description File URL 0x36 Module Description File URL 0x38 Module Description File URL 0x2E Module Description File URL 0x31 Module Description File URL 0x2E Module Description File URL 0x32 Module Description File URL 0x34 Module Description File URL 0x35 Module Description File URL 0x2F Module Description File URL 0x68 Module Description File URL 0x61 Module Description File URL 0x73 Module Description File URL 0x73 Module Description File URL 0x31 Module Description File URL 0x30 Module Description File URL 0x30 Module Description File URL 0x2E Module Description File URL 0x78 Module Description File URL 0x6D Module Description File URL 0x6C Module Description File URL 0x00 Module Description File URL 0x1D Module Description File URL 0xEE Module Description File URL 0x00 Module Description File URL 0xF0 Module Description File URL 0x2D Module Description File URL 0xEE Module Description File URL, LSB