Controller Features:
Fast smart and powerful with a simple user interface and consistent intuitive navigation.
Mill & Lathe Control: Can be initialized as both a mill controls and a lathe control.
Display:
Minimum 15-inch LCD Color Display.
Lightweight design:
Wedge design which light and portable.
Wide base and rubber feet to make it very stable on desks and tabletops.
Visual programming:
VPS conversational programming system that use simple step-by-step templates and 3D graphics to help the user quickly create programs for simple machining operations.
Fast Powerful Triple Processor Control. ISO Standard and G-Code Compatible. Advanced Tool Management. One Button Auto Power-Up. Standard G and M Codes. Tool/Work Offsets. Word Processor Editing. 1 GB Program Memory. Multi-Function Jog Handle. One Button (G28) Rapid Zero Return. Message/Alarm Display with History. Machine Help Display and built-in USB port. The USB port allow the use of external USB drives and flash memory devices for program storage transfer and DNC operations. Ethernet and Wi-Fi connectivity facility to allow easy access to local networks. Supplied with Standard Size Table for the Simulator. Supplied with below Smart Control System.
Simulation Software for Engineering:
Features and Parameters:
Software combines controller design & implementation into one logical process. This reduces learning difficulties and help quickly to understand & create a working control system. User can use the software icons and wire them together on screen just as they would draw a control system on a piece of paper. The icons include important parts of controller’s signal generators manually controlled signals & voltages and virtual instruments. The software can used to record important variables. Plotting the results in a chart and exporting data for use in other programs. Students can create one or more types of controllers and simulate the theoretical responses.
The user guide show users how to use the software and how to build and test common control systems such as:
Design and implementation of three-term controllers. Design of controllers and filters.
Simulated signals:
Signal generator (sinusoidal saw tooth & square wave) with variable frequency amplitude & offset and D.C. level (fully variable).
Virtual instruments:
Digital meter Bar graph Analogue meter Oscilloscope and Chart recorder.
Controller blocks:
Proportional gain Integral gain Derivative gain and Phase advance.
Simulation blocks:
Integer First order system. Double integrator Second order system. First order with integrator system and Second order under damped system.
Other blocks:
Gain Voltage to frequency convertor. Delay Discrete transfer Saturation Summing junction (three input) Multiplier (three input) Switch and Relay.
