Manual

AFC1500 Multi-2 Unit Hardware Manual (Rev2.1)
PAGE 5 - 28
Chapter 5: Control Interfaces
5.6.4 Ouput Signals (Word 01 ~ Word 16)
The Multi-2 Unit is capable of providing over 570 Output signals to indicate the status of the Multi-2
Unit and of all the AFC1500 SAN Controllers connected to it (up to 31 controllers).
See Section 4.7.3 for available output signals.
Word No. Bit Signal
FEC Multi
-
2
Bank
Bit
Output
Word
No.01
0bit Total Reject 1 1
1bit Total Accept 1 2
2bit Abnormal 1 3
3bit Ready 1 4
4bit Busy 1 5
5bit End 1 6
6bit Sequence Output 0 1 7
7bit Sequence Output 1 1 8
8bit Sequence Output 2 1 9
9bit Sequence Output 3 1 10
10bit Spindle in Bypass 1 11
11bit Current Warning 1 12
12bit
Sp
indle No.1 Accept
1 13
13bit
Spindle No.1 Re
ject
1 14
14bit
Spindle No.1 ABN.
1 15
15bit
Spindle No.1 BYP
1 16
Output
Word
No.02
0bit
Sp
indle No.2 Accept
1 17
1bit
Spindle No.2 Reject
1 18
2bit
Spindle No.2 ABN
1 19
3bit
Spindle No.2 BYP
1 20
4bit
Spindle No.3 Accep
t
1 21
5bit
S
pindle No.3 Reject
1 22
6bit
Spindle No.3 ABN
1 23
7bit
Spindle No.3 BYP
1 24
8bit
Sp
indle No.4 Accept
1 25
9bit
Spindle No.4 Reject
1 26
10bit
Spindle No.4 ABN.
1 27
11bit
Spindle No.4 BYP
1 28
12bit
Sp
indle No.5 Accept
1 29
13bit
Spindl
e No.
5
Reject
1 30
14bit
Spindle No.
5
ABN.
1 31
15bit
Spindle No.
5
BYP
1 32
Output
Word
No.03
0bit
Sp
indle No.6 Accept
2 1
1bit
Spindle No.
6
Reject
2 2
2bit
Spindle No.
6
ABN
2 3
3bit
Spindle No.
6
BYP
2 4
4bit
Spindle No.
7
Accep
t
2 5
5bit
Spindle No.
7
Reject
2 6
6bit
Spindle No.
7
ABN
2 7
7bit
Spindle No.
7
B
YP
2 8
8bit
Sp
indle No.8 Accept
2 9
9bit
Spindle No.
8
Reject
2 10
10bit
Spindle No.
8
ABN.
2 11
11bit
Spindle No.
8
BYP
2 12
12bit
Sp
indle No.9 Accept
2 13
13bit
Spindle No.
9
Reject
2 14
14bit
Spindle No.
9
ABN.
2 15
15bit
Spindle No.
9
BYP
2 16
CH. No. Bit Signal
Output CH.
No.16
0bit 8 1
…
15bit 8 32
These Output signals are user
configurable using the AFC User
Console Software and may be
programmed on any designated
bit.
The Output signal mapping
shown is only an EXAMPLE.
The signals may be programmed
for placement in ANY bit
position.