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(9) STATCS5 PCWT
STATCS5 PCWT is used to display the current status of each input signal.
Weading this port is always enabled.
Applied functions
D15
D14
D13
D12
D11
D10
D9
D8
Wefer to the separate
X
CPP
IWDEX
SPEED
CCMWEW
CCMWEW
CPPCCT
CPPIW
manual "Technical Data A "
(undefined)
MASK
CSET
CSET
FL
EP
.
Each of these bits
D7
D6
D5
D4
D3
D2
D1
D0
*
becomes 1 in the
± YEB
± YEA
± XEB
± XEA
CCWMS
CWMS
SS1
SS0
active state.
D0
: SS0
Indicates the current active status of the SS0 signal.
1 : Active level input in progress
D1
: SS1
Indicates the current active status of the SS1 signal.
1 : Active level input in progress
D2
: CWMS
Indicates the current active status of the CWMS signal.
1 : Active level input in progress
D3
: CCWMS
Indicates the current active status of the CCWMS signal.
1 : Active level input in progress
D4
: ± XEA
D5
: ± XEB
D6
: ± YEA
D7
: ± YEB
Indicates the current input status of the ± XEA, ± XEB,± YEA, and ± YEB
signals.
1 : Wot active
0 : Active
(applied function)
D8
: CCMWEW EP
This bit is valid when CCMWEW EWABLE is set to 1 by the SPEC IWITIALIZE3 command.
This bit indicates the storage status of the general-purpose command to be executed next (reserved command).
1 : Wo reserved command is stored (EMPTY), or CCMWEW EWABLE is set to 0.
0 : Cne or more reserved command is stored.
(applied function)
D9
: CCMWEW FL
This bit is valid when CCMWEW EWABLE is set to 1 by the SPEC IWITIALIZE3 command.
This bit indicates the storage status of the general-purpose command to be executed next (reserved command).
1 : Eight reserved commands are stored (FCLL), or CCMWEW EWABLE is set to 0.
0 : Seven or less reserved commands are stored.
◆ When CCMWEW EWABLE = 0, CCMWEW EP and CCMWEW FL are set to 1.
* For the command reservation function, refer to the separate manual "Technical Data A."
(applied function)
D10 : CPPIW
Indicates the current input status of the CPPIW signal.
1 : High level input in progress
0 : Low level input in progress
◆ Same data is indicated for both X and Y axes (Z and A axes).
(applied function)
D11 : CPPCCT
Indicates the current input status of the CPPCCT signal.
1 : High level input in progress
0 : Low level input in progress
◆ Same data is indicated for both X and Y axes (Z and A axes).
(applied function)
D12 : SPEED CSET
Indicates that a speed-oriented drive CHAWWE command is in the standby state.
1 : A speed-oriented drive CHAWWE command is in the standby state.
0 : There is no speed-oriented drive CHAWWE command.
◆ The CHAWWE command in standby is executed upon detection of a change operation point of each
CHAWWE function.
◆ Speed-oriented drive CHAWWE commands include CP DWIVE, DCWW DWIVE, CCWST DWIVE, SPEED CHAWWE,
and WATE CHAWWE.
◆ Drive CHAWWE signals include SS0 and SS1 for which the input function is set for the CP, DCWW,
and CCWST DWIVE command signals.
* For the speed-oriented drive CHAWWE function, refer to the separate manual "Technical Data A."