Your Source for Process Measurement & Control
Programmable Step Motor Indexer-Drive
- Provides Up to 3.5 A per Phase and Microstepping to 50,800 Steps per Revolution
- Accepts 12 to 42 Vdc Power Supply
- Connects by a Simple Cable to Your PC for Programming (Cable Included)
- Microsoft Windows-Based Software for Easy Set up and Programming
- 8 Inputs, 3 Outputs
- Optional Man Machine Interface (MMI) Allows Operator to Enter Distances, Speeds, Loop Counts and More
- Compatible With Multi-Axis Controller HUB 444
- Optional encoder + RS485 daughterboard
- Sample Motion Programs Available by Request
Description The 3540i is a programmable step motordriver suitable for a wide range of motioncontrol applications. It includes asophisticated controller integrated with a140 watt microstepping amplifier. The 3540iincludes Applied Motion's easy to use SiProgrammer Windows software for therapid development of stand-alone motioncontrol programs. The 3540i can also becommanded in real time from a host PC orPLC, using the Si Command Language (SCL).SCL allows for control via serial commands sent from a host device such as a PC or PLC. This permits the user to perform a variety of motion, I/O, and system status tasks in real time via a host serial device.
For multi-axis applications, up to 4 AppliedMotion Si drives (stepper or Servo) can benetworked using a single SiNet Hub. The3540i includes 8 optically isolatedprogrammable inputs for triggering,branching, position sensing and end oftravel detection. 3 optically isolatedprogrammable outputs can send signals toother electronic devices and activate relays.A daughterboard is available which provides an encoder input as well as an RS485 interface.
Intended for use in stand-alone applications, Si (Simple Indexer) Programmer provides quick, out-of-the-box use with an extremely friendly, point-and-click graphical interface that does not require any software programming experience. Once an Si program has been constructed and downloaded to the drive, the program can be executed stand-alone at power-up or from an external trigger. Constructing a program is accomplished through the use of instructions selected in a point-and-click manner. Once an instruction is selected, a "fill in the blanks" format is used to input parameters.
Constructing an Si program requires no prior programming experience nor does it require learning a programming language. Si Programmer generates the actual motion control program, based on user selected parameters, thereby eliminating syntax errors. Once created, programs are easily downloaded, uploaded, saved and printed.
Si Programmer also provides the capability to control digital inputs and outputs, useful for interfacing with external equipment like PLCs, sensors, end-of-travel switches, and more. Si Programmer has found success in all types of applications, from simple linear actuator applications to complete machine control with operator interface applications.
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