P0926AH-B FOXBORO

P0926AH-B FOXBORO

P0926AH-B FOXBORO

Foxboro (Schneider Electric) Product Number: P0926AH Manufacturer: Foxboro Product Type: Fiber Splitter/Combiner 2 Each Name Component: Splitter Modifier: Fiber Optic

Foxboro (Schneider Electric)

Product number: P0926AH

Manufacturer: Foxborough

Product Type: Fiber Splitter/Combiner

2. Each name element: separator

Modifier: Optical fiber

Shipping weight: 2 kilograms

 

P0926AH-B FOXBORO

Foxboro (Schneider Electric) Product Number: P0926AH Manufacturer: Foxboro Product Type: Fiber Splitter/Combiner 2 Each Name Component: Splitter Modifier: Fiber Optic

Foxboro (Schneider Electric)

Product number: P0926AH

Manufacturer: Foxborough

Product Type: Fiber Splitter/Combiner

2. Each name element: separator

Modifier: Optical fiber

Shipping weight: 2 kilograms

The process management level is composed of an engineer station, an operator station, a management computer, etc., which completes centralized monitoring and management of the process control level, commonly known as an operation station. The hardware and software of DCS are designed according to a modular structure, so the development of DCS is actually to combine various basic modules provided by the system according to actual needs into a system. This process is called system configuration.

DCS control system (Distributed Control System) is a comprehensive control system that emerged with the continuous rise of modern large-scale industrial production automation and the increasingly complex requirements of process control. It is a product of the combination of computer technology, system control technology, network communication technology, and multimedia technology. It can provide a user-friendly human-machine interface and powerful communication functions. It is a modern equipment that completes process control and management, and has broad application prospects.

The DCS system converts on-site process signals (temperature, pressure, flow, liquid level, etc.) into digital signals through A/D converters (signal acquisition cards), stores them in the main controller, and displays them to operators through a human-machine interface (usually an industrial computer); Operators can also send commands to on-site devices through the human-machine interface, such as opening and closing valves, adjusting the speed of the frequency converter, etc.

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