Dec.
Octal
Weld Control
Bits (WCU #2)
Global (Enclo-
sure) Bits
Weld Control
Bits (WCU #5)
Spare Bits
Weld Control
Bits (WCU #8)
Spare Bits
Weld Control
Bits (WCU #11)
Spare Bits
08
10
BINARY
SELECT #1
CONTROL
STOP
BINARY
SELECT #1
Spare
BINARY
SELECT #1
Spare
BINARY
SELECT #1
Spare
09
11
BINARY
SELECT #2
ENABLE
CONTACTOR
SAVER
BINARY
SELECT #2
Spare
BINARY
SELECT #2
Spare
BINARY
SELECT #2
Spare
10
12
BINARY
SELECT #4
GLOBAL
STEPPER
RESET
BINARY
SELECT #4
Spare
BINARY
SELECT #4
Spare
BINARY
SELECT #4
Spare
11
13
BINARY
SELECT #8
GLOBAL
FAULT RESET
BINARY
SELECT #8
Spare
BINARY
SELECT #8
Spare
BINARY
SELECT #8
Spare
12
14
BINARY
SELECT #16
Reserved
b
BINARY
SELECT #16
Spare
BINARY
SELECT #16
Spare
BINARY
SELECT #16
Spare
13
15
INITIATE
WELD
Reserved INITIATE
WELD
Spare
INITIATE WELD Spare
INITIATE
WELD
Spare
14
16
WELD INPUT
Reserved
WELD INPUT
Spare
WELD INPUT
Spare
WELD INPUT
Spare
15
17
STEPPER
RESET
Reserved STEPPER
RESET
Spare
STEPPER
RESET
Spare
STEPPER
RESET
Spare
a.
To use the tri-pack enclosure as a dual-pack, refer to “Local and Safety I/O” for a description of the WCU #3 NOT PRESENT input (page 3-2).
(When this input is held HIGH, WCU #3 is disabled and the weld processor card can be removed from the chassis.)
b.
Reserved for RIO communication status and Host PLC status.
Bits
Word 0
Word 1
Word 2
Word 3
Word 4
Word 5
Word 6
Word 7
Summary of Contents for MedWeld 3005
Page 2: ...YY UTGU T UbQd_bµc 7eYTU V_b D 1 bY ...
Page 84: ...3_ e YSQdY_ c Q T 9 UTGU T UbQd_bµc 7eYTU D 1 bY ...
Page 110: ...GU T CSXUTe Uc UTGU T UbQd_bµc 7eYTU D 1 bY ...
Page 126: ...1TfQ SUT C_VdgQbU 6UQdebUc UTGU T UbQd_bµc 7eYTU D 1 bY ...
Page 144: ...CUde QbQ UdUbc UTGU T UbQd_bµc 7eYTU D 1 bY ...