Appendix A – Multiplexed I/O Allocations

The following table shows the functions assigned to each digital input.

P8000 Series Drives

Input

Encoder

Quadrature(3)

Counter_Config[x]=0

Up/down

Counter(3)

Counter_Config[x]=2

Up

Counter(3)

Counter_Config[x]=1

Start

Trigger (4)(5)

Stop

Trigger(5)

B0_In0

 

 

 

B0_In1

 

 

 

B0_In2

Phase B Encoder #1

Encoder #1 (dir)

 

B0_In3

Phase A Encoder #1

Encoder #1 (clock)

Encoder #1 (clock)

 

 

 

 

 

 

B0_In8

Not used on current P8000 models

B0_In9

B0_In10

B0_In11

           

B1_In0

Not used on current P8000 models

B1_In1

B1_In2

B1_In3

B1_In4

B1_In5

B1_In6

B1_In7

Follows the hardware functions assigned to each digital output.

P8000 Series Drives

Output Function(2)

B0_Out0

Fault (Off) / Drive Ok (On)

B0_Out1

Ready (On) - Busy (Off)

B0_Out2 User Defined Output

B1_Out0

Not used on current P8000 models

B1_Out1

B1_Out2

B1_Out3

B1_Out4

B1_Out5

B1_Out6

B1_Out7

(2) See bit 7 of Drive_Working_Settings.

(3) See Drive_Inputs_Setting and Direct_Command_CMD objects and Movements with Trigger.

(4) See Drive_Inputs_Setting and Direct_Command_CMD objects.

(5) Enabling the Start/Stop Trigger function (from Direct_Command_CMD objects) on the selected input sets a digital filter that limits the maximum input frequency to 5 Khz. Make sure to use a different input for counter functionality. Once the digital filter is set, it will remain set until system switch off.

Examples: