Process output data

Word

Bit

Function

PO 1

Control word

0

Enable/emergency stop

1

Enable/application stop

2

Reserved

3

Release brake (without enable)

4

Jog positive

5

Jog negative

6

Apply relative position

7

Start/stop with fieldbus ramp

8

Fault reset

9

Reserved

10

Activate drive train 2

11

Reserved

12

Deactivate software limit switches

13

Activate output stage inhibit

14

Activate standby mode

15

MOVIKIT® Handshake In

PO 2

Setpoint speed

0 – 15

User unit

PO 3

Setpoint acceleration

0 – 15

User unit

PO 4

Setpoint deceleration

0 – 15

User unit

PO 5

Digital outputs

0

DO 00 / DIO 01 (output)

1

DO 01 / DIO 02 (output)

...

...

3

DO 03

...

...

PO 6

Target application mode

0 – 15

Operating mode. See chapter Operating modes

PO 7

Target position high word

0 – 15

User unit

PO 8

Target position low word

0 – 15

User unit

PO 9

Application control word

0

Interrupt current curve profile and perform instant cut.

INFORMATION: The signal is only evaluated if the axis is in the rest position with a target speed of 0.

1

On-the-fly synchronization or desynchronization without interruption.

INFORMATION: The master must move in positive direction of rotation. If this bit is not activated, synchronizing and desynchronizing is performed directly. This requires the master to be in an idle state.

2 – 15

Reserved

PO 10

Nominal cutting length
high word

 

High word of the nominal cutting length of products cut by the rotary knife in [mm] with two decimal places.

PO 11

Nominal cutting length
low word

 

Low word of the nominal cutting length of products cut by the rotary knife in [mm] with two decimal places.

PO 12

Number of tools

 

Number of tools on the rotary knife

PO 13

Knife diameter

 

Diameter of the rotary knife in [mm] with two decimal places

PO 14

Synchronous angle

 

Angle in [degrees] at which the rotary knife moves in sync with the product with two decimal places.

PO 15

Sync correction

 

Setpoint deviation from synchronism in the synchronous angle in [0.01%] steps.

Example: PO 14 = 100 => 1% oversynchronous PO 14 = -100 => 1% undersynchronous

PO 16

Reserved