Today arrived Emerson 5X00063G01 Hart Analog Output Module
October 26 , 2021
Emerson 5X00063G01 controller, PCS pitch system includes a Center Box (middle cabinet) and three Axis Box (blade pitch drive control cabinets) as shown in the figure below. Compared with the pitch systems of other companies, the PCS middle cabinet The design is relatively simple, no PLC is used to realize the control function, only a simple 400v power supply, UPS power supply, CANopen is realized
The distribution function of the signal line, the main control cabinet layout includes: main switch, fuse, filter, lightning protection and other components, and other
Possible additional components for the customer.
Emerson 5X00063G01 controller, the system's three blade pitch drive control cabinets include: rear safety system, drive control, battery management, diagnostic functions, etc., which are fully realized through their own modules, and have more redundant functions than other pitch systems. , With good reliability.
Emerson 5X00063G01 controller, blade pitch drive control cabinet. According to the type of drive motor selected by the customer, the wiring and layout of the cabinet are slightly different. According to the type of motor, the PCS system can be divided into three types: AC and DC. Based on innovative design And other components, the application of large-scale integration technology improves the reliability of the system, and the system presents a very modern state-of-the-art solution.
The element that restricts the reliability of mechatronics equipment, electromechanical equipment, from digital control to servo motors, has many large and small parts, which cannot be calculated. It is very difficult to unilaterally evaluate and analyze. Reliability must first understand the factors that restrict its development: 1. Components are the basic units that every large-scale equipment will have, and they are related to the reliable operation of each basic unit. Calculating with the general method of mathematics, the failure of the components of the entire equipment is equal to the sum of the efficiency of each combined part. Therefore, when selecting equipment parts, we must increase the actual use effect.