Control and status bytes

Channel 1

Process data mode

Control byte 1 (for process data mode)

Control byte 1 (CB1) is located in the output image, and is transmitted from the controller to the terminal.

Bit

CB1.7

CB1.6

CB1.5

CB1.4

CB1.3

CB1.2

CB1.1

CB1.0

Name

RegAccess

Reset

Enable

GetLatchData

enLatch FallEdge

enLatch RiseEdge

SetCounter

Reduced Torque

Legend

Bit

Name

Description

CB1.7

RegAccess

0bin

Register communication off (process data mode)

CB1.6

Reset

1bin

all errors that may have occurred are reset by setting this bit (rising edge)

CB1.5

Enable

1bin

Enables channel 1

CB1.4

GetLatchData

0bin

Show the current position in the input process data

1bin

Show the current latch value in the input process data

CB1.3

enLatch FallEdge

1bin

External latch event is enabled (for latch inputs with falling edge, the terminal saves the current position)

CB1.2

enLatch RiseEdge

1bin

External latch event is enabled (for latch inputs with rising edge, the terminal saves the current position)
ATTENTION: higher priority than CB1.3!

CB1.1

SetCounter

1bin

The counter is set to the value specified by register R5 if a rising edge occurs at CB1.1.

CB1.0

Reduced Torque

1bin

Reduced torque (coil current) is active (specified via R41)

Status byte 1 (for process data mode)

The status byte 1 (SB1) is located in the input image, and is transmitted from terminal to the controller.

Bit

SB1.7

SB1.6

SB1.5

SB1.4

SB1.3

SB1.2

SB1.1

SB1.0

Name

RegAccess

Error

Warning

Ready

LatchData

LatchValid

SetCounter Ready/

Reduced Torque Ready

Input E1

Legend

Bit

Name

Description

SB1.7

RegAccess

0bin

Acknowledgement for process data mode

SB1.6

Error

1bin

An error has occurred (is explicitly indicated in the status word in register R0)

SB1.5

Warning

1bin

A warning has occurred (explicitly indicated in the status word in register R0)

SB1.4

Ready

0bin

Motor control is disabled or an error has occurred (SB.6=1)

1bin

Motor control is enabled and no error has occurred (acknowledgement for enable, SB.6=0)

SB1.3

LatchData

0bin

The current position is mapped into the input process data

1bin

The most recent latch value is mapped into the input process data, provided a valid latch value exists (acknowledgement for GetLatchData)

SB1.2

LatchValid

1bin

A latch event has occurred (when CB1.2=1 or CB1.3=1)

SB1.1

SetCounter Ready/

Reduced Torque Ready

1bin

- the counter was set (acknowledgement for SetCounter) or
- the reduced torque is active (acknowledgement for Reduced Torque)

SB1.0

Input E1

Status of input E1

Register communication

Control byte 1 (in register communication)

Control byte 1 (CB1) is located in the output image, and is transmitted from the controller to the terminal.

Bit

CB1.7

CB1.6

CB1.5

CB1.4

CB1.3

CB1.2

CB1.1

CB1.0

Name

RegAccess

R/W

Reg-Nr.

Legend

Bit

Name

Description

CB1.7

RegAccess

1bin

Register communication switched on

CB1.6

R/W

0bin

Read access

1bin

Write access

CB1.5 to CB1.0

Reg. no.

Register number:
Enter here the number of the register that you wish
- to read with input data word DataIn, or
- to write with output data word DataOut.

Status byte 1 (in register communication)

The status byte 1 (SB1) is located in the input image, and is transmitted from terminal to the controller.

Bit

SB1.7

SB1.6

SB1.5

SB1.4

SB1.3

SB1.2

SB1.1

SB1.0

Name

RegAccess

R/W

Reg-Nr.

Legend

Bit

Name

Description

SB1.7

RegAccess

1bin

Acknowledgement for register access

SB1.6

R

0bin

Read access

SB1.5 to SB1.0

Reg. no.

Number of the register that was read or written.

Channel 2

The control and status bytes of channel 2 (CB2 and SB2) have the same structure as the control and status bytes of channel 1.