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SECTION 11. OUTPUT PROCESSING INSTRUCTIONS
11-5
Code
Result
xxx1
SECONDS (with resolution of 0.125 sec.)
xx1x
HOUR-MINUTE
xx2x
HOUR-MINUTE, 2400 instead of 0000
x1xx
JULIAN DAY
x2xx
JULIAN DAY, previous day during first
minute of new day
1xxx
YEAR
Any combination of Year, Day, HR-MIN, and
seconds is possible (e.g., 1011: YEAR, HR-
MIN, SEC).
*** 78 SET HIGH OR LOW RESOLUTION ***
DATA STORAGE FORMAT
FUNCTION
This instruction enables high resolution (5
character) or low resolution (4 character) final
data storage format. Instruction 78 should be
entered ahead of the output instructions for
which the specified resolution is desired. The
default format is low resolution. At the
beginning of each program table execution, the
low resolution format is automatically enabled.
See Table 2.2-1 for details.
PARAM.
DATA
NUMBER
TYPE
DESCRIPTION
01:
2
0 = low resolution;
1 = high resolution
Outputs Generated:
0
*** 79 SAMPLE ON MAXIMUM OR ***
MINIMUM
FUNCTION
Instruction 79 samples specified input location
values at the time a new maximum or minimum
value is detected by a previous Maximum (73)
or Minimum (74) Instruction. When the Output
Flag is set, the values copied to Intermediate
Storage are transferred to Final Storage.
Instruction 79 must directly follow the maximum
or minimum Instruction to which it refers. If the
previous Instruction 73 or 74 has more than 1
repetition, Instruction 79 samples whenever a
new maximum or minimum is detected in any of
the locations. If sampling is to occur only when
a specific input location shows a new maximum
or minimum, the previous Maximize or Minimize
Instruction should have one rep referring to that
input location.
PARAM.
DATA
NUMBER
TYPE
DESCRIPTION
01:
2
Repetitions (number of
sequential locations to
sample)
02:
4
Starting input location no.
Outputs Generated:
1 per repetition
*** 80 SET ACTIVE STORAGE AREA ***
FUNCTION
Instruction 80 is used to redirect Output data to
either of the Final Storage areas or to Input
Storage and to set the array ID for Final Storage.
At the beginning of each table the Active Output
area is set to Final Storage Area 1.
When directed to Final Storage, the second
parameter can be used to set the output array
ID. Instruction 80 should follow the instruction
setting flag 0. If parameter 2 is 0, the array ID is
determined by the instruction location number of
Instruction 80 or by the instruction that set the
Output Flag, whichever comes last.
NOTE:
When a P80 is used to set any
array ID, all array IDs should be set to
unique numbers.
When data are sent to Input Storage, no array
ID is sent. Output array ID’s can be indexed
within a loop.
PARAM.
DATA
NUMBER
TYPE
DESCRIPTION
01:
2
Storage area option
00 or 01 = Final
Storage Area 1
02 = Final Storage Area 2
03 = Input Storage Area
02:
4
Starting input location
destination if option 03
Output Array ID if options
0-2 (1-511 are valid IDs)
*** 81 RAINFLOW HISTOGRAM ***
FUNCTION
Instruction 81 implements the rainflow counting
algorithm, essential to estimating cumulative
damage fatigue to components undergoing
stress/strain cycles. Data can be provided by
making measurements in either the standard or
Summary of Contents for CR23X
Page 8: ...CR23X TABLE OF CONTENTS vi This is a blank page ...
Page 12: ...CR23X MICROLOGGER OVERVIEW OV 2 1 2 3 A 4 5 6 B 7 8 9 C 0 D FIGURE OV1 1 CR23X Micrologger ...
Page 34: ...CR23X MICROLOGGER OVERVIEW OV 24 This is a blank page ...
Page 50: ...SECTION 1 FUNCTIONAL MODES 1 16 This is a blank page ...
Page 72: ...SECTION 4 EXTERNAL STORAGE PERIPHERALS 4 8 This is a blank page ...
Page 88: ...SECTION 6 9 PIN SERIAL INPUT OUTPUT 6 10 This is a blank page ...
Page 110: ...SECTION 7 MEASUREMENT PROGRAMMING EXAMPLES 7 22 This is a blank page ...
Page 134: ...SECTION 8 PROCESSING AND PROGRAM CONTROL EXAMPLES 8 24 This is a blank page ...
Page 164: ...SECTION 9 INPUT OUTPUT INSTRUCTIONS 9 30 This is a blankpage ...
Page 188: ...SECTION 11 OUTPUT PROCESSING INSTRUCTIONS 11 8 This is a blankp age ...
Page 221: ...SECTION 13 CR23X MEASUREMENTS 13 21 FIGURE 13 5 1 Circuits Used with Instructions 4 9 ...
Page 229: ...14 3 1 2 3 A 4 5 6 B 7 8 9 C 0 D FIGURE 14 3 1 CR23X Battery Pack and Panel ...
Page 240: ...SECTION 14 INSTALLATION AND MAINTENANCE 14 14 This is a blank page ...
Page 244: ...APPENDIX A GLOSSARY A 4 This is a blank page ...
Page 268: ...APPENDIX B CONTROL PORT SERIAL I O INSTRUCTION 15 B 24 This is a blank page ...
Page 276: ...APPENDIX C BINARY TELECOMMUNICATIONS C 8 This is a blank page ...
Page 278: ...This is a blank page ...
Page 282: ...APPENDIX F DYNAGAGE SAP FLOW P67 F 4 This is a blank page ...
Page 299: ...APPENDIX I TD OPERATING SYSTEM ADDENDUM FOR CR510 CR10X AND CR23X MANUALS ...
Page 300: ...This is a blank page ...
Page 302: ...This is a blank page ...
Page 308: ...TABLE DATA ADDENDUM AD 6 This is a blank page ...
Page 324: ...TD ADDENDUM SECTION 1 FUNCTIONAL MODES AD 1 8 This is a blank page ...
Page 340: ...TD ADDENDUM SECTION 8 PROCESSING AND PROGRAM CONTROL EXAMPLES AD 8 10 This is a blank page ...
Page 342: ...This is a blank page ...
Page 373: ...This is a blank page ...