Dan Ricklefs, product portfolio manager, revealed, "Our goal was to give design engineers an easier way to integrate control functions for their specific operating requirements, knowing that they range from highly automated, heavy-duty uses to smaller, simpler, lighter uses." Plus 1 microcontrollers are available in three housing sizes and nine total I/O configurations for multiple control schemes using CAN-based communications.
Control functions are available individually as software objects that are installed using the Plus 1 GUIDE, where are instantly recognized. control system can also be customized to permit capturing specified information for analyzing accumulated operation and service data. In addition, designers can determine the level of fine tuning, diagnostics, and service capabilities they want service technicians to be able to perform using a laptop or PDA.
Physical control of the machine is seamlessly incorporated using PLUS 1 compliant joysticks. The designer selects from a family of joystick bases that match the application. Multiple options can be specified into the joystick's configuration, including detents, friction locks, redundant outputs, and switch functions. Both Hall effect and potentiometric sensing technologies are available, as well as custom grips if needed.
PLUS 1 compliant graphical terminals can monitor individual functions suited to the vehicle such as fluid pressure or machine angles. They can give an operator or service technician instantaneous machine operating information. External device inputs allow for cameras, and multiple CAN buses provide for environmental monitoring and vehicle diagnostics and servicing data. USB and RS232 connections allow laptop and PDA interfaces, with a buzzer alarm output providing audible feedback.
For more information, contact Dan Ricklefs at (763) 509-2072 or e-mail [email protected]. For a free brochure,
