Campbell Scientific CR10 CR10 Measurement and Control - Page 70

Storage, Totalgood, selected., willjump

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SECTION 4. EXTERNAL STORAGE PERIPHERALS COMMAND 1 3 4 5 10 4-8 TABLE 4.6-1. '9 Commands for Storage Module DISPLAY DESCRIPTION 01:0000 01: XX 03: 01 04: XX 01: ABCD AB CD 02: ABCD AB c D 03: AOCD A 0 c D 04: XXXXX 06: 0X 07: 00 07:XXXXXX 08:00 01:XXXXXX 02:XXXXXX 03:XX XXXXXXXX 87654321 10:0X RESET, enter 248 to erase all data and programs. While the SM checks memory. The number of good chips is then displayed (6 for SM192, 22 5M716). INSERT FILE MARK, 1 indicates that the mark was inserted" 0 that it was not. DISPLAY/SET MEMORY CONFIGURATION enter the appropriate code to change configuration O=ring, 1=fill & stop DISPLAY STATUS (A to advance to each window) Window 1: Storage pointer location (chip no.) Totalgood RAM chips ('l-22)' Window 2: Display pointer location (chip no.) Unloaded Batt. Ohk. O=low, 1=OK No. of Programs stored (Max=9) Window 3: Errors logged (up to 9) Not Used Memory Config. (O=ring, 1=fill&stop) Memory Status (O=not full, 1=full) PROM signature (0 if bad PROM) BATTERY CHECK UNDER LOAD (0=low, 1=OK) DISPLAY DATA, Select the Storage Module Area with the O Dump pointer to SRP 1 File 1, current file 2 File 2, previous to file 1 3 File 3, previous to file 2 4 File 4, previous to file 3 5 File 5, previous to file 4 7 Display pointer to SRP 9 Oldest data to SRP 1-5 will loop within file boundaries, 0,7,9 allow display to cross boundaries SM location at end of area selected. Key A to advance to first data. lf another location is keyed in SM willjump to 1st start of array following that location. Review data with: A Advance and display next data point B Back-up one data point # Display location, C to return to data #A Advance to next start of Array #B Back-up to start of Array #D Return to *9 command mode DUMP TO ANOTHER STORAGE MODULE Select Area as in 7 above First Loc. in area selected/Enter Loc. to start dump Final Loc. in area selected/Enter Loc. to end dump Enter destination SM address DISPLAY ADDRESSES OF CONNECTED SM 1 = occupied, 0 = unoCCupied (Addresses 8-1 from left to right) CHANGE ADDRESS X is current enter address to

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COMMAND
1
DISPLAY
01:0000
SECTION
4.
EXTERNAL STORAGE
PERIPHERALS
TABLE
4.6-1.
'9
Commands
for
Storage
Module
DESCRIPTION
RESET,
enter
248
to erase all data and
programs.
While
the
SM checks memory.
The
number of good
chips
is
then
displayed
(6
for SM192,
22
5M716).
INSERT FILE MARK,
1
indicates that
the
mark
was
inserted"
0
that
it
was
not.
DISPLAY/SET MEMORY CONFIGURATION enter
the
appropriate code to change configuration
O=ring,
1=fill & stop
DISPLAY STATUS
(A
to advance to each window)
Window
1:
Storage pointer location (chip
no.)
Totalgood
RAM
chips
('l-22)'
Window
2:
Display pointer location (chip
no.)
Unloaded Batt. Ohk.
O=low,
1=OK
No.
of
Programs stored (Max=9)
Window
3:
Errors logged
(up
to
9)
Not Used
Memory Config.
(O=ring,
1=fill&stop)
Memory Status
(O=not
full,
1=full)
PROM signature (0 if bad PROM)
BATTERY CHECK UNDER LOAD (0=low, 1=OK)
DISPLAY DATA, Select
the
Storage Module Area with
the
O
Dump pointer to SRP
1
File
1,
current file
2
File
2,
previous to
file
1
3
File 3, previous to file
2
4
File 4, previous to
file
3
5
File 5, previous to file
4
7
Display pointer to SRP
9
Oldest data
to
SRP
07:XXXXXX
1-5
will loop within
file
boundaries, 0,7,9 allow display to
cross boundaries
SM location at end of area
selected.
Key A to advance to first
data.
lf another location is keyed in SM
willjump to
1st
start
of
array following that location.
Review data with:
A
Advance and display next data point
B
Back-up one data point
#
Display location,
C
to
return
to
data
#A
Advance
to
next start
of
Array
#B
Back-up to start
of
Array
#D
Return
to
*9
command
mode
DUMP TO ANOTHER STORAGE MODULE
Select Area as in
7
above
First Loc.
in
area selected/Enter Loc. to start dump
Final Loc. in area selected/Enter Loc. to end dump
Enter destination SM address
DISPLAY ADDRESSES OF CONNECTED SM
1
=
occupied, 0
=
unoCCupied
(Addresses 8-1
from
left
to
right)
CHANGE ADDRESS
3
4
5
01:
XX
03:
01
04:
XX
01:
ABCD
AB
CD
02:
ABCD
AB
c
D
03:
AOCD
A
0
c
D
04:
XXXXX
06:
0X
07:
00
08:00
01:XXXXXX
02:XXXXXX
03:XX
XXXXXXXX
87654321
10:0X
4-8
10
X is current
enter address
to