Campbell Scientific CR1000KD CR800 and CR850 Measurement and Control Systems - Page 65

Programming

Page 65 highlights

Section 5. System Overview • Charge sources o Solar panels o Wind generators o Vac / Vac or Vac / Vdc wall adapters Refer to the appendix Power Supplies (p. 542) for specific model numbers of approved power supplies. NOTE While the CR800 has an input voltage range of 9.6 to 16 Vdc, peripherals (telecommunications devices, sensors, etc.) connected to and powered by the CR800 may not have the same input voltage limits. For example, a sensor with an upper input voltage limit of 15 Vdc may be damaged if connected to a CR800 that is powered by 16 Vdc. 5.1.6 Programming The CR800 is a highly programmable instrument, adaptable to the most demanding measurement and telecommunications requirements. 5.1.6.1 Operating System and Settings Read More! See CR800 Configuration (p. 92). The CR800 is shipped factory-ready with an operating system (OS) installed. Settings default to those necessary to communicate with a PC via RS-232 and to accept and execute user-application programs. OS updates are occasionally made available at www.campbellsci.com. OS and settings remain intact when power is cycled. For more complex applications, some settings may need adjustment. Changes to settings can be done through the following options: • DevConfig (Device Configuration Utility - see Device Configuration Utility (p. 92) ) • external keyboard / display (see Using the Keyboard Display (p. 382) and the appendix Keyboard Displays (p. 545) ) • Datalogger support software (see Datalogger Support Software (p. 76) ). OS files are sent to the CR800 with DevConfig or through the program Send button in datalogger support software. When the OS is sent via DevConfig, most settings are cleared, whereas, when sent via datalogger support software, most settings are retained. 5.1.6.2 User Programming Read More! See sections Programming (p. 108) and CRBasic Programming Instructions (p. 451), and CRBasic Editor Help for more programming assistance. A CRBasic program directs the CR800 how and when sensors are to be measured, calculations made, and data stored. A program is created on a PC and sent to the CR800. The CR800 can store a number of programs in memory, but only one 65

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Section 5.
System Overview
65
Charge sources
o
Solar panels
o
Wind generators
o
Vac / Vac or Vac / Vdc wall adapters
Refer to the appendix
Power Supplies
(p. 542)
for specific model numbers of
approved power supplies.
NOTE
While the CR800 has an input voltage range of 9.6 to 16 Vdc, peripherals
(telecommunications devices, sensors, etc.) connected to and powered by the
CR800 may not have the same input voltage limits. For example, a sensor with an
upper input voltage limit of 15 Vdc may be damaged if connected to a CR800 that
is powered by 16 Vdc.
5.1.6 Programming
The CR800 is a highly programmable instrument, adaptable to the most
demanding measurement and telecommunications requirements.
5.1.6.1 Operating System and Settings
Read More!
See
CR800 Configuration
(p. 92).
The CR800 is shipped factory-ready with an operating system (OS) installed.
Settings default to those necessary to communicate with a PC via RS-232 and to
accept and execute user-application programs. OS updates are occasionally made
available at
www.campbellsci.com
.
OS and settings remain intact when power is cycled.
For more complex
applications, some settings may need adjustment.
Changes to settings can be
done through the following options:
DevConfig
(
Device Configuration Utility
— see
Device Configuration Utility
(p. 92)
)
external keyboard / display (see
Using the Keyboard Display
(p. 382)
and the
appendix
Keyboard Displays
(p. 545)
)
Datalogger support software (see
Datalogger Support Software
(p. 76)
).
OS files are sent to the CR800 with
DevConfig
or through the program
Send
button in datalogger support software.
When the OS is sent via
DevConfig
, most
settings are cleared, whereas, when sent via datalogger support software, most
settings are retained.
5.1.6.2 User Programming
Read More!
See sections
Programming
(p. 108)
and
CRBasic Programming
Instructions
(p. 451),
and
CRBasic Editor Help
for more programming assistance.
A CRBasic program directs the CR800 how and when sensors are to be measured,
calculations made, and data stored. A program is created on a PC and sent to the
CR800. The CR800 can store a number of programs in memory, but only one