OPTICAL TELEMETRY USING SCADA

Presented by: Mr. R H Vishwakarma Mr. J V Mehta Mr. A H Poladia

Overview• Introduction• Why Optical Telemetry System(OTS)?• How it works?• Component of telemetry• Advantages and drawbacks• Areas of applications• Future improvements

Introduction•What is Telemetry? Telemetry is the transmission of measured physical

quantity to a convenient remote location in the form suitable for display analysis.

•Why is it essential? Remote monitoring possible Safer in hazardous environments

Introduction

Introduction

Introduction

•What is SCADA? SCADA (supervisory control and data acquisition)

generally refers to industrial control systems (ICS): computer systems that monitor and control industrial, infrastructure, or facility-based processes

IntroductionSCADA Architecture

How it works?

Advantages & Disadvantages•Advantages:

Extremely high bandwidthEarly detection of cable damage and secure

transmissionsSmall size and weightLow transmission loss

•Disadvantages: Installation costs, while dropping, are still highSpecial test equipment is often requiredWildlife damage to fiber optic cables

Applications•Industrial Parameter Monitoring •Bio-Medical Applications•Energy monitoring•Flight testing•Water management

Applications•Industrial Parameter Monitoring

Applications•Bio-Medical Applications

Blood Pressure

Pulse Rate

Respiratory Rate

Heart rate

Applications•Energy monitoring

Applications•Flight Testing

Future Improvements

• The project designed here is a Human-Machine-Interface(HMI). This can be converted into a totally automatic system by doing some modifications in the existing system.

• By increasing the number of sensors, more parameters can be measured as well.

• The optical fiber system can be converted to a wireless system.

THANK YOU