CR9000
CR9000
End of lifeConfigurableMeasurement and Control System
Pricing
- Model:
- CR9000
- Item Number:
- CR9000
- Warranty:
- 3 years
- Lead time:
- 21 days
Overview
The CR9000 was a modular, multiprocessor system that provided precision measurement capabilities in a rugged battery-operated package. Its Base System included a CR9031 CPU module, CR9041 A/D module, CR9011 power supply module, 2 Mbytes SRAM memory, 2 Mbytes Flash Memory, power supply module, and PC9000 Support Software for Windows. The on-board, BASIC-like programming language included data processing and analysis algorithms. Up to nine I/O modules (purchased separately) could be inserted into a CR9000 to configure a system for specific applications.
Technical Description
The CR9000 was a modular, multiprocessor system that provided precision measurement capabilities in a rugged battery-operated package. Its Base System included a CR9031 CPU module, CR9041 A/D module, CR9011 power supply module, 2 Mbytes SRAM memory, 2 Mbytes Flash Memory, power supply module, and PC9000 Support Software for Windows. The on-board, BASIC-like programming language included data processing and analysis algorithms. Up to nine I/O modules (purchased separately) could be inserted into a CR9000 to configure a system for specific applications.
Connection to a PC was accomplished via Ethernet, TLink fiber optic, parallel port, or serial interface using peripheral products.
The CR9000's internal battery had a 14 Ahr capacity per charge. Maximum operating current was 1 Amp from an unregulated 12 V supply.
Specifications
- -NOTE-
- Note: Additional specifications are listed in the CR9000(C) Specifications Sheet.
- -NOTE-
- The card configuration used determines the following:
the number of analog inputs, pulse counters, switched voltage excitations, switched current excitations, digital I/O ports, and continuous analog outputs.
- A/D Bits
- 16
- Scan Rate
- 4.5 kHz
- Burst Mode
- 100 kHz
Accessories
(1)Related Resources
Case Studies

New York: Bridge Load Testing
A monitoring project to investigate in-situ stress-ranges and better characterize the behavior of this complex structural system
New York, New York, USA
October 14, 2011
View
Space Research: Joint Damping Experiment
Measuring the acceleration of components of a structure in space
Space
October 28, 2015
View
Korea: Flux Monitoring over a Rice Paddy
Eddy covariance fluxes and vertical profiles of methane, carbon dioxide, and water vapor
Seoul, Korea
January 25, 2013
View
Minnesota: Bridge Disaster Recovery
Monitoring of bridge construction and performance
Minneapolis, Minnesota
February 24, 2011
View
Documents
- Brochure
CR9000 and CR9000C Measurement and Control System
November 2003
View Document - Brochure
CR9000(C) Specifications
View Document - Technical Paper
CR9032 versus CR9031 CPU Modules for CR9000(X) (1D-V)
October 2009
View Document - Manual
CR9000 Measurement and Control System
May 2005
View Document - View all documents