Difference between revisions of "Memory Model AIO"

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Revision as of 13:17, 7 January 2018

General Configuration Bytes

Page 0 -> Controller specific data
Page Byte
0 1
Number of output modules: This byte specifies the number of output (output, dim control, shutter/curtain ...) modules known by the Master controller on the RS485 bus. Maximum 80.
Page Byte
0 2
Number of input modules: This byte specifies the number of input (input, temperature, can control ...) modules known by the Master controller on the RS485 bus. Maximum 80.

Data output modules

Page 1 – 80 -> Contains data of the output modules (80 modules maximum, 640 outputs -> 0-639)

The output data can be found back from page 1 till page 80. These Pages that contains active data depending on Page0/Byte1.

Every output Module (that can be configured in normal or Roller/Shutter mode) has its own output page which contains the normal output data and the Roller/Shutter data:

Page Byte
1 x
This page is entirely used for output module 0.
Page Byte
2 x
This page is entirely used for output module 1.
Page Byte
3 x
This page is entirely used for output module 2.

...

Page Byte
80 x
This page is entirely used for output module 79.


Every output page has following structure

Output data

Page Byte
1-80 0-3
Byte 0: Type device (more information see document “Technical device information”)
Byte 1: ID1 (ID1, 2, 3 gives the unique ID of the device)
Byte 2: ID2
Byte 3: ID3
Page Byte
1-80 4-6
Byte 4: Firmware Version F1 (Major)
Byte 5: Firmware Version F2 (Minor)
Byte 6: Firmware Version F3 (Built)
Page Byte
1-80 7-22
Standard Timer values for an output to be used. Each timer value has a word format and is programmed in 2 bytes (first byte LSB). The function of this word is decibed in the Timer Type Byte..
Byte 7 (LSB) and 8 (MSB) will specify the timer value for output 0
Byte 9 (LSB) and 10 (MSB) will specify the timer value for output 1
...
Byte 21 (LSB) and 22 (MSB) will specify the timer value for output 7
Page Byte
1-80 23-30
Standard Timer values for an output to be used. Each output has a timer type
Byte 23 Timer type for output 0
Byte 24 Timer type for output 1
...
Byte 30 Timer type for output 7


When Timer Type=0 or 255 -> Timer not active or not configured
When Timer Type=1 -> Timer value contains 100ms value in other words, if for example the Timer value (word) = 6004, the timer is set to 600.4 seconds
When Timer Type=2 -> Timer value contains second value in other words, if for example the Timer value (word) = 6004, the timer is set to 604 seconds
When Timer Type=3 -> Time value contains switch off time (MSB=Hour, LSB=minute)
Page Byte
1-80 31-38
Byte 31: Output type byte output0 (=0: standard output, >0: Light output)
Byte 32: Output Type byte output1 (=0: standard output, >0: Light output)
Byte 38: Output Type byte output7 (=0: standard output, >0: Light output)
Output Type byte will indicate if the indicated output is a light or not. When specific instruction (by using action type 163 for example) to switch off a light will be used, only lights (and not outputs) will be switched off.

Up/Down Timer settings of an individual Roller/Shutter

Page Byte
1-80 39-46
Byte 39: Up Timer for Roller/Shutter 0
Byte 40: Down Timer for Roller/Shutter 0
Byte 41: Up Timer for Roller/Shutter 1
Byte 42: Down Timer for Roller/Shutter 1

Byte 45: Up Timer for Roller/Shutter 3
Byte 46: Down Timer for Roller/Shutter 3

Note: This timer setting is in seconds, when 0 the timer is not in use.

Roller/Shutter config byte

Page Byte
1-80 47-50
Byte 47: config byte for Roller/Shutter0.
  • BIT0 (Least significant): UP/DOWN config BIT: If BIT0=1 then the first output of the 2 outputs will be the UP direction (and the other output will be the DOWN direction), if BIT0=0 then the second output will be the UP direction
  • BIT1: Not used yet
  • BIT2: Not used yet
  • BIT3: Not used yet
  • BIT4: Not used yet
  • BIT5: Not used yet
  • BIT6: Not used yet
  • BIT7 (Most significant): Not used yet
Byte 48: config byte for Roller/Shutter1.
  • BIT0 (Least significant): UP/DOWN config BIT: If BIT0=1 then the first output of the 2 outputs will be the UP direction (and the other output will be the DOWN direction), if BIT0=0 then the second output will be the UP direction
  • BIT1: Not used yet
  • BIT2: Not used yet
  • BIT3: Not used yet
  • BIT4: Not used yet
  • BIT5: Not used yet
  • BIT6: Not used yet
  • BIT7 (Most significant): Not used yet
Byte 49: config byte for Roller/Shutter2.
  • BIT0 (Least significant): UP/DOWN config BIT: If BIT0=1 then the first output of the 2 outputs will be the UP direction (and the other output will be the DOWN direction), if BIT0=0 then the second output will be the UP direction
  • BIT1: Not used yet
  • BIT2: Not used yet
  • BIT3: Not used yet
  • BIT4: Not used yet
  • BIT5: Not used yet
  • BIT6: Not used yet
  • BIT7 (Most significant): Not used yet
Byte 50: config byte for Roller/Shutter3.
  • BIT0 (Least significant): UP/DOWN config BIT: If BIT0=1 then the first output of the 2 outputs will be the UP direction (and the other output will be the DOWN direction), if BIT0=0 then the second output will be the UP direction
  • BIT1: Not used yet
  • BIT2: Not used yet
  • BIT3: Not used yet
  • BIT4: Not used yet
  • BIT5: Not used yet
  • BIT6: Not used yet
  • BIT7 (Most significant): Not used yet

ascii Names outputs

Page Byte
1-80 128-255
Byte 128 – 143: ascii name of the first output of this module (16 characters)
Byte 144 – 159: ascii name of the second output of this module (16 characters)
Byte 240 – 255: ascii name of the last output (16 characters)

Data input modules

Page 81 – 240 -> Contains data of the input modules (80 modules maximum, 640 inputs -> 0-639)

The input data can be found back from page 81 till page 240, each input module has 2 pages. These Pages that contains active data depending on Page0/Byte2.

Every input Module has 2 input pages which contains all the input and configuration data:

Page Byte
81-82 x
These pages are entirely used for input module 0. Page 81 is the first page, 82 the second.
Page Byte
83-84 x
These pages are entirely used for input module 1. Page 83 is the first page, 84 the second.
Page Byte
85-86 x
These pages are entirely used for input module 2. Page 85 is the first page, 86 the second.

...

Page Byte
239-240 x
These pages are entirely used for input module 79. Page 239 is the first page, 240 the second.


Every input page has following structure

Input data

Page Byte
First page 0-3
Byte 0: Type device (more information see document “Technical device information”)
Byte 1: ID1 (ID1, 2, 3 gives the unique ID of the device)
Byte 2: ID2
Byte 3: ID3
Page Byte
First page 4-6
Byte 4: Firmware Version F1 (Major)
Byte 5: Firmware Version F2 (Minor)
Byte 6: Firmware Version F3 (Built)

Input configuration

Each input has 1 configuration byte, 8 configuration bytes per module. Each BIT of the configuration byte represents an input configuration. BIT0 is the least significant BIT of the configuration BYTE, BIT7 is the most significant BIT.

Page Byte
First page 7-15
Configuration Byte:
BIT0: On the different inputs of the OpenMotics system, both NC (normally close, BIT0=0) and NO (normally open, BIT0=1) switches can be connected. In this byte, in BIT0, you can program for each input if the input is NO or NC. Standard, all inputs are programmed as NO (BIT0=1).
Page Byte
First page 8
Configuration Byte:
BIT0: On the different inputs of the OpenMotics system, both NC (normally close, BIT0=0) and NO (normally open, BIT0=1) switches can be connected. In this byte, in BIT0, you can program for each input if the input is NO or NC. Standard, all inputs are programmed as NO (BIT0=1).

Page Byte
First page 15
Configuration Byte:
BIT0: On the different inputs of the OpenMotics system, both NC (normally close, BIT0=0) and NO (normally open, BIT0=1) switches can be connected. In this byte, in BIT0, you can program for each input if the input is NO or NC. Standard, all inputs are programmed as NO (BIT0=1).

ascii Names inputs

Page Byte
First page 128-255
Byte 128 – 143: ascii name of the first input of this module (16 characters)
Byte 144 – 159: ascii name of the second input of this module (16 characters)
Byte 240 – 255: ascii name of the last input (16 characters)