High performance, small size

The 2601 programmable automation controller is a high performance control system whose small size conceals a range of resources and capabilities usually found only in much larger and more costly systems. A few of this controller's unusual features:

• Multitasking, with up to 28 parallel tasks running simultaneously.
• Fast State Language programming using Quickstep™.
• 988 storage registers, including 500 non-volatile registers.
• A Data Table capable of storing over 8000 numbers in a two-dimensional array.
• Two RS-232 communications ports.
• Internal counters which may be software-linked to any input.

These capabilities combine to allow you to build additional power into machines which in the past could not cost-justify a controller of this caliber. For example:

• Run a diagnostic routine in parallel with your main program, catching problems before they occur.
• Collect production data and communicate it to a computer, for logging or display.
• Connect an operator interface to the serial port, and have full interactive control of machine parameters.

These are just a few of the ideas which can add value to your control application without adding significant cost.

Automation Kit

The 2601 is also available as an Automation Kit, designed to introduce you to CTC's family of products. The kit includes:

• 2601 programmable automation controller
• Quickstep for Windows SE
• Distribution blocks and power supply cable

Quickstep for Windows SE is a special edition of Quickstep designed for the 2601 controller. Programs developed with Quickstep SE may be upgraded to run on the Model 5100 and 2700 controllers.

 

The MultiPro™ family of programmable automation controllers provides the tools you need to master your machine control projects easily. The single integrated environment minimizes training, and dramatically reduces engineering time. Total machine control in one package combines: Available in 13 preconfigured models, the MultiPro can be used for small applications requiring motion control, I/O, and user interface integration. Networking models are available; consult Model Selection table for details.