This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Microprocessor Control of a Vapor-Cycle Cooling System
Annotation ability available
Sector:
Language:
English
Abstract
A dual microprocessor-based system controller was developed for aircraft environmental control system (ECS) applications. The controller interfaces with all system sensors and actuators, and software process control algorithms maximize system efficiency. Flexibility is built into the design of the controller to enable configuration for a single or dual-evaporator system simply by fitting different programmable memory devices. Existing component technologies were used to minimize hardware cost.
Authors
Topic
Citation
Danby, C. and Glass, R., "Microprocessor Control of a Vapor-Cycle Cooling System," SAE Technical Paper 891457, 1989, https://doi.org/10.4271/891457.Also In
References
- Cloud W. McNamara J. Wigmore D. “A New Technology in Energy-Efficient Electrically Driven Aircraft Environmental Control Systems, ” 1986
- Rees F. Messenger L. Palaniappan R. “Solid State Control of Ultra-High Speed Compressor Motor, ” SATECH Sept. 1987
- Defenbaugh J. Heglund W. Markunas A “A Dynamic Model for Vapor Cycle Cooling Systems, ” ICES July 1988