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APPENDIX D
4618-021
122
Command
1 2
Direction
3
Description
Type
4
‘F’ n
‘F?’
out
in
Fault Codes
n : A sum of some of the following numbers when the faults are
present.
n = 0 : No faults reported , (transmitted when last fault
clears, or on request with the ‘F?’ identifier if no
faults are present).
n = 1 : Balance fault - CONTACT SUPPLIER.
n = 2 : FAULT 08
n = 4 : FAULT 09
n = 8 :
Reserved for future development.
n = 16 : WARNING 02
n = 32 : WARNING 03
n = 64 : WARNING 04
n = 128 : EPROM checksum fault.
n = 256 : Reject Confirmation, Reject error.
n = 512 : Reject Confirmation, Input/Output error.
n = 1024 : Data collection unit not ready.
n = 2048 : Data Collection unit not configured.
n = 4096 : WARNING 07
n = 8192 : Balancing - please wait.
n = 16384 :
Reserved for future development.
n = 32768 : One or possibly more extended-faults are present,
use the ‘e?’ command to ascertain which
extended-faults are present.
Current fault status ?
X
‘f’ m ‘,’ n
‘f?’ m
in/out
in
Inverse detect
m = product number, a two digit number in the range [0..20]
n = 0 : NO
n = 1 : YES
Inverse detect (for product number m) ?
P
‘G’ n
in/out
Message Length
The number of characters, (or bytes), from after ‘G’n to (but
excluding) ETX in every communications message.
n = A two digit number with leading zeroes, in the range [0..99].
For example, the host transmission of the ‘a?’ command.
The message format, (assuming XXXX = 4 digit message
number), would be :-
(STX)
G07
MXXXXa?(ETX)(CRC)
where:
G
is the message length identifier, and where
n=
07
is the total number of characters in the ‘MXXXXa?’ part
of the message.
X
‘g’ n
‘g?’
in/out
in
Bargraph and detection comms switch
n = 0 : Disable the ‘A’n and ‘R’n identifiers from automatic
transmission
n = 1 : Enable the ‘A’n and ‘R’n identifiers for automatic
transmission
Bargraph Comms switch ?
X
‘H’ n
‘H?’
in/out
in
Speed setting.
n = 0 : NORMAL speed
n = 1 : VARIABLE speed
n = 2 : FAST speed
n = 3 : Reserved for future development
Speed setting ?
X
Summary of Contents for Signature
Page 16: ......
Page 26: ...INSTALLATION 10 4618 021 Fig 5 Typical Metal Detector Conveyor ...
Page 31: ...INSTALLATION 4618 021 15 Fig 10 Cable Gland Assemblies for Power Supply Unit ...
Page 52: ...OPERATING INSTRUCTIONS 36 4618 021 Fig 14 Supervisor Mode Flow Chart ...
Page 55: ...OPERATING INSTRUCTIONS 4618 021 39 Fig 15 Engineer Mode Flow Chart ...
Page 71: ...OPERATING INSTRUCTIONS 4618 021 55 Fig 16 Pack Sensor Mode Flow Chart ...
Page 82: ...OPERATING INSTRUCTIONS 66 4618 021 Fig 18 QA Inspector And Operator Flow Chart ...
Page 92: ...OPERATING INSTRUCTIONS 76 4618 021 Fig 19 Viewing Mode Flow Chart ...