Micromod MOD: 30ML and Modcell Maintenance for 2001N, 2002N, and 1800R User Manual
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MOD30ML and Modcell Maintenance
VIEWING DIAGNOSTIC DATA
2004P MODCELL Batch Controller Version 1
GxA__1xxxxxxx
2004P MODCELL Advanced Controller Version 2
GxA__2xxxxxxx
2004P MODCELL Advanced Controller Version 3 GxA__3xxxxxxx
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1800P MOD 30ML Controller Functions Version 2
I
xA__2xxxxxxx
1800P MOD 30ML Controller Functions Version 1
I
xA__1xxxxxxx
2. R SD
type
is an engineering debug tool command that calls specific instrument registers
as displayed on the Shutdown Information page. Type indicates which shutdown
information to read. Type may be:
I = instrument information (default if type is not specified)
MP = module information at power up
M = module information
Be sure to write protect the memory module if the memory module is being placed on
another instrument to examine the shutdown information. Failure to write protect the
module will cause the shutdown information area to be written over by the instrument
when it powers up.
3. Commands specifying a data type (R
lsp type,
RS
lsp type,
W
lsp data type
) are used
with BYTE BEFORE data. A BYTE BEFORE attribute has a configurable data type. For
example, to write a BYTE BEFORE attribute of an Expression Block input, the command
might be: W EX1,I1 37.2 F. The specified types may be:
C: count
D: discrete
S: short state
L: long state
DA: date
F: floating point
M: msec time
A: ascii
H: hex
Data is the data to be written, expressed as follows:
count: 0-65535
discrete: 0-1
short state: 0-15
long state: 0-255
date: D,dd/mm/yy or M,mm/dd/yy
floating pt: Floating point number
msec time: hh:mm:ss.sss
ascii: “Text string in quotes.”
hex: Hexadecimal number (preceded by $)
NOTE: The "lsp", or Logical Source Pointer, is how individual database attributes are
addressed. It consists of the block name, block occurrence number, and attribute name
(e.g. TM10,TIME).
4. ACK
blkocc# diag# (
acknowledge diagnostic point command) is used to acknowledge a
diagnostic point. The read diagnostic command displays the block occurrence and event
code for each diagnostic point, which can then be used as parameters for this command.
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