DESCRIPTION
This Unit is designed to demonstrate the design, constructionand application of Pneumatic components and circuits.It integrates PLC technology to build Hybrid Industrial Automation systems with Pneumatic components and modules. The eexperiment manual takes the step by step experiments to create a learning experience that provides a complete and practical introduction to pneumatic technology. All components such as Single acting cylinder , double acting cylinder , different control valves are securely mounted on panel and clearly identified with a description. All components are fitted with push-to-connect fittings. Two sizes of plastic tubing are supplied to connect the components to form the circuits in the exercises.This system operates on plc having 12 input and 8 output.
 

DESCRIPTION

Stepper motor is brushless DC motor, which can be rotated in small angles, these angles are called steps. Generally stepper motor use 200 steps to complete 360 degree rotation, means its rotate 1.8 degree per step. Stepper motor used in many devices which needs precise rotational movement like robots, antennas, hard drives etc. We can rotate stepper motor to any particular angle by giving it proper instructions.
 

Specification
Intel 8085A CPU @ 6.144 MHz Clock speed.
RAM : 8KB expandable upto 32KB, Jumper selectable.
EPROM : 8KB expandable upto 32KB, Jumper selectable.
Lithium Battery backup for RAM.
21 Keys multi-function keyboard with double shot characters for long life.
6 digit 7Segment RED LED Display.
3 Channel 16 bit counter / timer terminated in a 10 Pin Connector.
48 TTL I/O Lines, terminated at 26 pin FRC connector
RS232C Compatible serial Port terminated in a 9 Pin "D" Male Connector.
One VXT Bus (50 Pin FRC Connector) for interfacing VBMB series of Experiment boards and bus expansion.
Built-in SMPS Power Supply: Input : 230V AC, Output: +5V / 3.5A, +12V / 150mA.
Built in Line Assembler and Disassembler provided.
Software single stepping of user programs by instruction for software debugging.