Multi Tank System

Multi Tank System :

Multi-Tank System provides a versatile and scalable solution for simulating and managing complex fluid dynamics and process control applications. Designed with multiple interconnected tanks, this system allows for detailed experimentation and analysis of fluid flow, mixing, and level control in a controlled environment. Ideal for educational purposes and industrial training, it offers hands-on experience with real-world process scenarios, enabling users to develop and refine their skills in fluid mechanics and automated control systems.

PANEL FEATURES :

• Rocker switch is provided to ON/OFF the process plant.
• Digital Panel Meter.
• Pump Indicator.
• Short Circuit protection.
• Mimic diagram in the panel.
• All the electrical connectors are terminated in the panel.

FEATURES :

• This equipment consists of four tank system, conical tank system and spherical tank system.
• Four numbers of Acrylic tank are provided for doing multivariable control of four tank system.
• Conical tank (SS) is provided to performing the nonlinerar control system.
• Spherical tank (SS) is provided for controlling the complex system.
• Six numbers of level transmitter (DPT) are provided to measures the level of the each tank.
• Three numbers of smart control valve with positioner are provided in the inlet of Flow rate.
• Hand valve is provided at the bottom of the process tank to study the load disturbance.
• Three numbers of hand valve are provided to control the Rotameter flow rate.
• Three numbers of centrifugal pump are provided for water circulation.
• Two flow transmitters are mounted for conducting flow, cascade and Ratio control.
• Appropriate Digital panel meters are provided to measure the transmitter and actuator signals.
• Delay coils are provided to the input of the process tanks for transportation lag study.
• Storage tank of 100 litre capacity (SS).
• Rotameter for Visual indication of the flow rate.
• Relay circuit is provided to ON/OFF the solenoid valve.
• Built in regulated power supply.
• All Water flow lines are connected by (SS) fittings.
• Necessary patch chords are provided for interfacing the Electrical signal.
• Established successful design that mimics a real industrial process.
• Front panel includes mimic diagram of the process, so students can clearly see what they are controlling.
• Safe, practical and realistic.
• Hand valves are provided to study the coupling (Interaction) and decoupling.