The logic gate function is a 8-binary inputs logic gate with the following features:

• Logic gate selection: AND, OR, XOR
• Each of the 8 inputs can be enable individually
• Each of the 8 inputs can be inverted individually (NOT function on the input)
• Output can be inverted (NOT function on the output) 
• Selection of which values should be sent on the bus (only true, only false or both values)
• Selection to send values at any input change or only when output changes
• Option to delay the output 

The channel can be blocked from the KNX bus using the “Block” communication object. When a channel is blocked, Input changes have no effect on the output.

Sequence 

The sequence function is a 4 steps sequence that is triggered from a binary input object with the following features:

• 4 steps sequence
• Adjustable delay between each step
• Single sequence execution on trigger or cyclic while the trigger is active 
• Output type and value configurable for each step from the following objects :
  • Switch – DPT 1.001
  • Scene – DPT 18.001
  • Percent value – DPT 5.001
  • RGB Color value – DPT 232.600 
  • Tunable white value (Brightness & Temperature)
  • 1-byte unsigned value (0-255) – DPT 5.005
  • 2-bytes unsigned – DPT 7.*
  • 2-bytes signed – DPT 8.*
  • 2-bytes float – DPT 9.*

The channel can be blocked from the KNX bus using the “Block” communication object. When a channel is blocked, Input trigger is not taken into account.

Trigger 

The trigger function allows to trigger an output based on 2 inputs values and defined conditions with the following features:

• Integrated weekly calendar to trigger actions based on weekday and time
• Evaluation of each input values based on fixed values or compared to second group object
• Each input value is evaluated with the compared value according to the selection :
  • Equal (=)
  • Greater than (>)
  • Less than (<)
  • Unequal (!=)
  • Greater or equal (>=)
  • Less or equal (<=)
  • Always true
• Selectable logic between the 2 inputs: AND, OR, XOR, NAND, NOR, XNOR
• Inputs type individually configurable from the following objects type:
  • Switch – DPT 1.001
  • Scene – DPT 18.001
  • Percent value – DPT 5.001
  • 1-byte unsigned value (0-255) – DPT 5.005
  • 2-bytes unsigned – DPT 7.*
  • 2-bytes signed – DPT 8.*
  • 2-bytes float – DPT 9.*
  • 4-bytes unsigned – DPT 12.*
  • 4-bytes signed – DPT 13.*
  • 4-bytes float – DPT 14.*
  • Weekly calendar (week day, hour, minute)
• Selection to send output value at any input change or only when output changes
• Option to delay the output 
• Selection of output value from a fixed value or from input 1
• Function output configurable from the following objects type:
  • Switch – DPT 1.001
  • Scene – DPT 18.001
  • Percent value – DPT 5.001
  • RGB Color value – DPT 232.600 
  • Tunable white value (Brightness & Temperature)
  • 1-byte unsigned value (0-255) – DPT 5.005
  • 2-bytes unsigned – DPT 7.*
  • 2-bytes signed – DPT 8.*
  • 2-bytes float – DPT 9.*
  • 4-bytes unsigned – DPT 12.*
  • 4-bytes signed – DPT 13.*
  • 4-bytes float – DPT 14.*

The channel can be blocked from the KNX bus using the “Block” communication object. When a channel is blocked, Input changes have no effect on the output.

Math 

The math function allows to perform mathematical operation on 2 inputs values with the following features:

• Selectable mathematical operation :
  • Addition (+)
  • Substraction (-)
  • Multiplication (*)
  • Division (/)
  • Minimum of two inputs
  • Maximum of two inputs
  • Average of two inputs
• Selectable Input 2 value from a fixed value or from a group object
• Inputs type configurable from the following objects type:
  • Percent value – DPT 5.001
  • 1-byte unsigned value (0-255) – DPT 5.005
  • 2-bytes unsigned – DPT 7.*
  • 2-bytes signed – DPT 8.*
  • 2-bytes float – DPT 9.*
  • 4-bytes unsigned – DPT 12.*
  • 4-bytes signed – DPT 13.*
  • 4-bytes float – DPT 14.*
• Selection to send output value at any input change or only when output changes
• Option to delay the output 

The channel can be blocked from the KNX bus using the “Block” communication object. When a channel is blocked, Input changes have no effect on the output.