INSTRUMENTATION AND PROCESS CONTROL SYSTEM OF WATER LEVEL USING DISTRIBUTED CONTROL SYSTEM (DCS) HONEYWELL C300 ON PROCESS INSTRUMENTATION TRAINER (PIT) FEEDBACK PLANT

• Main Author: ANDRIAN (NIM : 13213100), SAMUEL
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/30791
• Institution: Institut Teknologi Bandung

In Honeywell control system laboratory of electrical engineering program study in <br /> <br /> Institut Teknologi Bandung contained Distributed Control System (DCS) C300 <br /> <br /> Honeywell and Process Instrumentation Trainer (PIT) Feedback which has undeveloped <br /> <br /> yet to become closed loop control system. Using Distributed Control System (DCS) <br /> <br /> C300 Honeywell module and the Process Intrumentation Trainer (PIT) Feedback, can <br /> <br /> design four closed control system controls, one of which is a water level control system <br /> <br /> which is a single input output single (SISO) control system. The DCS acts as a PID <br /> <br /> controller that will also be connected to the computer as an interface between the <br /> <br /> operator and the control system. The DCS is also connected to sensors and actuators on <br /> <br /> the PIT. Specifications to be achieved in designing this level of control system is the <br /> <br /> maximum overshoot, settling time, steady state error and stability where for each control <br /> <br /> system has different specifications. An experiment and modeling of an open-loop control <br /> <br /> system was performed to obtain the transfer function of this control system. After getting <br /> <br /> the transfer function, simulation of controlling design using Matlab, where controller <br /> <br /> used in design of PID is root-locus, PID Tunner, IMC Tunning. When tested it will be <br /> <br /> seen how the response of closed loop control system and its comparison with the <br /> <br /> simulation result will be known.