Cam_recv> working register – Yaskawa MP2000 User Manual

Page 19

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TECHNICAL NOTE

File: MP2000_IndividualFunctionDocument_RevC 19/168
Doc Number:

EF.MCD.05.101

11/17/2005

<CAM_RECV> Working Register

This table outlines the data in the thirty-three registers used by the function block.
There is not usually any need for the user to access any of these bits directly.

Register No.

Type

Name

Description

AW00000

Bit 0

IN

EXECUTE

ENABLE

input (XB000000)

Bit 1

IN

CamIn

CAMIN

input (XB000001)

Bit 2

IN

CamOut

CAMOUT

input (XB000002)

Bit 3

Working

mRegister

Indicates table is in M register.

Bit 4

Working

cRegister

Indicates table is in C register.

Bit 5

Working

dRegister

Indicates table is in D register.

Bit 6

Working

engaging

On when waiting for master to reach engage
position.

Bit 7

OUT

running

Directly controls YB000000 (RUNNING Output)

Bit 8

OUT

endOfTrvl

Directly controls YB000001 (ENDPROFI Output)

Bit 9

OUT

Mistake

Directly controls YB000002 (ERROR Output)

Bit A

Working

oneshotA

Reserved

Bit B

Working

firstPass

One shot coil for initializing axis when CAMIN input
goes high.

Bit C

Working

oneshotC

Reserved

Bit D

IN

runInit

One shot coil for initializing axis when engage
position is reached.

Bit E

IN

oneshotE

Reserved

Bit F

Working

oneshotF

Reserved

AW00001

Bit 0

Working

msinrng

Verifies Master/Slave input is in range.

Bit 1

Working

ctInrng

Verifies Table Type input is in range.

Bit 2

Working

addrInRng

Verifies that the entire Cam Table is in the register
and did not go beyond the register limits.

Bit 3

Working

disengaging

On when camming and CAMOUT input goes high.

Bit 4

Working

above_point

Reserved

Bit 5

Working

d_abovepos

Reserved

Bit 6

Working

oneWay

On when first and last value of cam table are not
equal.

Bit 7

Working

exeInit

One shot coil on for first pass of block being
executed.

Bit 8

Working

disengaged

One shot coil for when disengage position is
reached and called for.

Bit A

Working

mstrErr

On if last master value in cam table is greater then
master machine cycle.

Bit B

Working

posout

Reserved

Bit C

Working

backwords。

Reserved

Bit D

Working

negOut

Reserved

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