ELECTRICAL AND ELECTRONICS PROJECTS LIST

S.NO.	PROJECT NAME	PRICE
1	HOME AUTOMATION USING CELL PHONE	4800
2	FAN AND MIXER GRINDER SPEED CONTROL BY TV REMOTE	5300
3	CLASS ROOM AUTOMATION AND AUTO ENERGY SAVER	4700
4	CELL PHONE CONTOLLED LAND ROVER USING MICROCONTROLLER	5800
5	WIRELESS MOBILE CHARGER	4800
6	AC MOTOR SPEED CONTROL USING IR TV REMOTE ,8051 MICROCONTROOLER	5800
7	METRO TRAIN PROTOTYPE	5000
8	VOTING MACHINE	4500
9	AUTOMATIC TEMPERATURE METER CUM CONTROLLER	5000
10	LINE FOLLOWER ROBOT	4000
11	AUTOMATIC STREET LIGHT CONTROL SYSTEM CUM ENERGY SAVER	5000
12	SOUND TO ELECTRICAL ENERGY CONVERSION	4000
13	CLAP OPERATED FAN SPEED CONTOLLER	3500
14	AUTOMATIC STEET LIGHT CONTROL SYSTEM CUM ENERGY SAVER	4500
15	MICROCONTROLLER AT- 89C51 BASED AUTO GATE OPENING TRAIN	6000
16	ROBOTIC MAGIC CAR	4500

MECHANICAL PROJECTS

Wired/ Wireless Remote Based Motorized Robotic Arm Movement Control

Project Description

The main goal of this project is to design a robotic arm which is used to pick and place an object or heavy body with less human efforts. The main components used in this project are motors, connecting wires, switch, power supply and mechanical modal of arm. The arm can move up, down, forward, backward. There is a jaw connected in front to pick and palace the objects. For each movement motors are used which is controlled through a switch pad. There is power supply which is used to power the motors.

RS.6500

Non Conventional Energy Sourcing & Electricity Generation using Wind Mill

Project Description

The main aim of this project is to generate the electricity from wind energy. This project contains dynamo, belt, tower, Fan and led’s for indicating the generation of electricity. The fan is fitted at the top of tower which is further connected to the dynamo through a belt. The led’s connected to the dynamo through an electronic circuit. When a wind strikes on the wings of fan its starts rotating which rotates the dynamo shaft through a belt. The dynamo converts the rotational energy into electrical energy. Electricity generated by dynamo can be stored in a battery. This is indicating by led’s connected to the dynamo. With the generation of the electricity the led’s starts glowing. And its intensity will vary according to the speed of wind.

RS.8000

Hydraulic Actuators based Robotic Arm & movement control Mechanism

Project Description

The aim of this project is to design a hydraulic arm, which is used for pick and place the object. The main components used in this project are hydraulic cylinders with piston, pipes and a mechanical model of the arm. In this project two hydraulic cylinders used for each movement. These two cylinders connected through pipe. When the pressure is applied onto the piston of one hydraulic cylinder it starts filling fluid into the second cylinder with pressure, and the second cylinder piston connected to the arm which moves the arm. For every movement a combination of two hydraulic cylinders is requiring. In this project the arm moves up, down, forward and backward direction. For pick and place a jaw is connected which is also drive through these hydraulic cylinders.

RS.6500