60.Radio Frequency Based Industrial Wireless Cntrl System
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Transcript of 60.Radio Frequency Based Industrial Wireless Cntrl System
RADIO FREQUENCY BASED INDUSTRIAL WIRELESS
CONTROL SYSTEM
ABSTRACT:
Now - a - days all electrical devices in Industry controlled by manually, But in industry
so many electrical devices is there. To control all electrical devices we need lot of “MAN
POWER” if manpower increases Maintenance cost also increases, this is one of the drawbacks of
industry, So to avoid such type of drawback we should need some WIRELESS controlling
systems, One of wireless communication system is RF (Radio frequency) communication
system, it is very cheap and very easy to implement. In Industry we have different types of loads
at different locations. We can control all loads at a time from one place (control room) without
connecting any physical wire between loads and control room, in this project we are using RF
transmitter, RF receiver, and PSOC based MCU, BT136 Triac and some discrete components.
In this project we have two main sections one is transmitter and Receiver let us explain about
transmitter (TX) , TX contain one RF Transmitter , HT640 (encoder) and ON/OFF switches,
when we are press one switch, the data from switch taken by encoder(HT640) which is given to
Transmitter , the simple transmitter is at RF frequency range (433MHz), At receiver side we are
receiving data from Transmitter which is given to decoder (HT 648L) the decoder decodes the
data which has received from RF receiver , the decoded data is given to PSOC MCU , Inside
MCU there is a S/W program according to that program loads can be controlled by the user.
With unique array of configurable digital and analog blocks, the Programmable System on-Chip
(PSoC) is a true system level solution, offering a modern method of signal acquisition,
processing, and control with exceptional accuracy, high band width, and superior flexibility. Its
analog capability spans the range from thermocouples (DC voltages) to ultrasonic signals. Here
we are dealing with PSoC 5 device (CY8C5588AXI).
BLOCK DIAGRAM:ANTENNA
RF TRANSMITTER POWER SUPPLY
SWITCH ARRAYRF ENCODER
MICRO CONTROLLER
LCD DISPLAY
POWER SUPPLY
CRYSTAL OSCILLATOR
DECODER
RF RECEIVER
RELAY
LOADS
SOFTWARE:
KEIL SOFTWARE EMBEDDED C
HARDWARE:
RF TRANSMITTER ENCODER SWITCH ARRAY POWER SUPPLY CRYSTAL OSCILLATOR LCD DISPLAY MICRO CONTROLLER UNIT DECODER RF RECEIVER RELAY LOADS
ADVANTAGES:
RELIABILITY HIGH SPEED INVENTORYING AUTO MATED MATERIALS HANDLING LOW POWER CONSUMPTION
APPLICATIONS:
Industries Homes schools