Campbell Scientific CR10X Measurement and Control System - Manual (Page 31)

CR10X OVERVIEW
OV-19
09: P74 Minimize instruction
01:1 One repetition
02:10 Output the time of the daily minimum in hours
and minutes
03:2 Data source is Input Storage Location 2.
The program to make the measurements and to send the desired data to Final Storage has
been entered. At this point, Instruction 96 is entered to enable data transfer from Final Storage
to Storage Module.
10:P96 Activate Serial Data Output.
1:71 Output Final Storage data to Storage Module.
The program is complete. (Here the example reverts back to the key by key format.)
Key Display Explanation
∗ 5 00:21:32 Enter ∗5 Mode. Clock running but perhaps not set correctly.
A 05:0000 Advance to location for year.
1 9 9 6 05:1996 Key in year (1996).
A 05:0000 Enter and advance to location for Julian day.
1 9 7
05:197 Key in Julian day.
A 05:0021 Enter and advance to location for hours and minutes (24 hr. time).
1 3 2 4 05:1324 Key in hrs.:min. (1:24 PM in this example).
A
:13:24:01 Clock set and running.
∗ 0 LOG 1 Exit
∗5, compile Table 1, commence logging data.
OV6. DATA STORAGE AND TRANSFER
PERIPHERALS
Data storage and transfer peripherals are
categorized into two groups:
On-Site peripherals include storage modules,
laptop or desktop computers, displays, and
printers.
Storage modules store data for later retrieval
and can operate in an unattended mode. They
provide an independent back-up of datalogger
data and supplement the internal data storage
capacity of the datalogger.
Computers, displays, and printers typically
require attended operation and may require ac
power and/or a temperature-controlled
environment to function.
Telecommunications peripherals allow
interrogation of a datalogger from a remote
computer. Examples include short haul,
multidrop, telephone, radio, and satellite
communication.
Combinations of on-site and
telecommunications options can be used in the
same application for maximum flexibility, con-
venience, and reliability.