Number	Function	Scheme	Description
Simple Timing Functions	F00	Switch on delay		Delay timing (t) to the relay connection.
	F01	Switch off delay		Delay timing (t) to the relay disconnection.
Timing functions based on the B Signal input	F02	Switch on delay by B signal		Delay timing (t) to the relay connection at the reception of a rising B signal edge.
	F03	rising edge (Timing begins)		Delay timing (t) to the relay disconnection at the reception of a B Signal rising edge.
	F04	Switch off delay by an B signal falling edge, an B signal rising edge the relay switch on.		rising edge (closes the relay) / falling edge (timing switches on )
	F05	Switch off delay by B signal rising edge.		Switch on relay with a B Signal rising edge and begins a delay timing (t) to switch off the relay.
	F06	Switch off delay by B signal falling edge.		Switch on relay with a B Signal falling edge and begins a delay timing (t) to switch off the relay.
	F07	Switch off delay by B signal rising and falling edge.		Switch on relay with a B Signal rising or falling edge and begins a delay timing (t) to switch off relay. A new B signal edge reset timing.
	F08	Switch on delay stopping by rising B signal edge.		Delay timing (t) to the switch on relay interruptible by a B signal rising edge, stopping the timing process while a B signal falling edge resumes again the timing.
	F09	Switch on delay stopping by falling B signal edge.		Delay timing (t) to the switch on relay interruptible by a B is falling edge, stopping the timing process while a B signal rising edge resumes again the timing.
Symmetric and asymmetric cycle timing functions	F10	Pulse delay		To time t1 and t2, defining t1 as the time of the switch off relay and t2 as the time the switch on relay, timing after feeding the module.
	F11	Pulse delay with B signal		To time t1 and t2, defining t1 as the time of the switch off relay and t2 as the time the switch on relay, timing after receiving an B signal rising edge.
	F12	Symmetric timing cycle (Start close)		After the module feeding, the system begins to time a symmetric cycle, keeping the switch on relay for a period t, the next period t is switched off. The process begins with the relay switched on.
	F13	Symmetric timing cycle (Start open)		After the module feeding, the system begins to time a symmetric cycle, keeping the switch off relay for a period t, the next period t switches on. The process begins with the relay switched off.
	F14	Asymmetric timing cycle (start close)		After the module feeding, the system begins to time an asymmetric cycle, keeping the switch on relay for a period t1 and the next period t2 switched off. The process begins with the relay switches on.
	F15	Asymmetric timing cycle (start open)		After the module feeding, the system begins to time an asymmetric cycle, keeping the switch on relay for a period t1 and the next period t2 switch off. The process begins with the relay switches off.
Simple counter functions	F16	Switch on counter		Each B signal rising edge decreases a present value (n), when this counter reaches zero, the relay is switched on.
	F17	Switch off counter		Each B signal rising edge decreases a present value (n), when this counter reaches zero, the relays is switch off.
Symmetric and asymmetric cycle counter functions	F18	Symmetric counter (start close)		Each B signal rising edge decreases a present value (n), when this counter reaches zero, the relay state is changed, the relay keeps switched on for (n) B signal cycles and (n) cycles switch off (symmetric cycle). The process begins with the relay switched on.
	F19	Symmetric counter (start open)		Each B signal rising edge decreases a present value (n), when this counter reaches zero, the relay state is changed, the relay keeps switched off for (n) B signal cycles and (n) cycles switched on (symmetric cycle). The process begins with the relay switched off.
	F20	Asymmetric counter (start close)		Each B signal rising edge decreases a preset values (n1 & n2), when this counter reaches zero, the relay state is changed, the relay keeps switch on for (n1) B signal cycles and (n2) cycles switch off (asymmetric cycle). The process begins with the relay switched on.