The YS80 Series Auxiliary Units are an addition to Yokogawa's YS80 Series Single Loop Controllers. They are modular units that offer additional functions to manage input and output signals, enhance communication capabilities and optimise system functionality in real-time applications. These auxiliary units are particularly useful for complex systems that require customisation and flexibility to handle different processes.
These auxiliary units allow the YS80 controller to be connected to a wide range of sensors, actuator modules and other field instruments, offering a robust solution to meet the demands for precise and stable control in industrial environments. With features such as modbus communication, relay outputs and the ability to connect to multiple controllers, the YS80 Series Auxiliary Units make it possible to build more complex systems for process monitoring and control.
Characteristics:
- Modular design: Easy to integrate with the YS80 controller and other systems.
- Flexibility: Support for different input and output modules to handle a variety of signals and applications.
- Communication: Possibility of Modbus communication for easy integration with other systems and automation equipment.
- Reliable performance: Ensures precise and stable control of process parameters over a long time.
- Easy installation and use: Compact design that can be installed quickly and efficiently in various industrial environments.
Advantages:
- Increases the flexibility and customisability of process control systems.
- Easily integrated into existing systems and used to build more complex systems.
- Provides improved communication between different devices and systems.
- Robust and durable for use in industrial environments.
- Streamlines installation and operation with user-friendly interfaces and modular devices.
Applications
YS80 Series Auxiliary Units are used in a variety of applications where process control and regulation are critical. Common uses include:
- Industrial automation: To optimise the operation and efficiency of process control systems.
- Temperature control: To ensure that processes are kept within precisely defined temperature ranges.
- Flow control: To regulate and monitor the flow of liquids and gases in different systems.
- Pressure regulation: To maintain pressure levels in systems such as pumps, valves and pipework.
- Level control: To ensure that levels in tanks and reactors are maintained at the desired level.
