Siemens controller repair

Siemens controller
An example of the production machinery manufacturing industry
It is a brand new Siemens motion control system. It is the world's first control system designed for production machinery, integrating motion control, logic control and process control. The functions are integrated into one, providing a complete solution for production machinery.
Mechanical movements are becoming more and more complex, and the requirements for speed and accuracy are also getting higher and higher. The industries it targets are mainly packaging machinery, rubber and plastic machinery, forging machinery, textile machinery, and other production machinery fields. It is a new motion control system launched for complex motion control.
Motion control system:
One system to complete all motion control tasks
Suitable for machines with many moving parts
The system has three components
Engineering development System
The engineering development system can solve all motion control, logic and process control problems with one system, and it can also provide all necessary tools, from programming to parameter setting, from testing and debugging to fault diagnosis. .
Real-time software modules
These modules provide numerous motion control and process control functions. Flexibly select relevant modules for the functions required by a specific machine.
Hardware Platform
The hardware platform is the basis of the motion control system. Applications developed by the engineering development system and using real-time software modules can run on different hardware platforms, and users can choose the hardware platform that best suits their machines.
The difference is that the system can be divided according to task levels, has flexible functions, and uses the same engineering development tools.
The motion control system can be connected to three hardware platforms, namely:

Compact system integrated in the drive. The functionality is integrated into the control template of the new multi-axis drive system. Making it an extremely compact system with controller and driver. Integrating motion control and drive functions makes the system extremely responsive.
Typical application areas
Due to its compact design and integration into the drive, it is particularly suitable for:

Small machinery

Distributed Automation structures, such as machines with multiple axes

Modularly designed machines can also be used with or in conjunction with

Multi-axis coupling applications with extremely high real-time requirements
-Modularity and Flexibility 3-The controller is assembled in the chassis. It has four analog interfaces for connecting drives and several digital input and output ports. Additionally, 3-extendable /templates and functional templates.
3-With two interfaces with clock synchronization and a B-state network interface, it provides a variety of communication options.
Typical Application Fields The modular design makes 3- extremely flexible and can meet the requirements of many application fields:

The highest flexibility in driver selection

Extremely wide process signal range
-For tasks requiring openness
Is a motion control system based on It uses an operating system with real-time processing capabilities.
In addition to control tasks, other applications can also be executed. For example: operator monitoring, process data analysis, standard applications, etc.
Typical application areas
Openness and industrial technology make 3 particularly suitable for:

Occasions requiring an open environment

Required to be on the same hardware platform Where both control and display are performed

Where convenient data management, analysis and reports are required

Where remote diagnosis and remote operator control are required
br/> In this way, each hardware platform has advantages for some specific application areas. Different hardware platforms can be combined to handle complex control tasks. Different hardware platforms always have the same system resources, and their functions and engineering development are always the same.
More innovative, better, easier!
Unique and complete range of drives
R-series drives have unique performance: unified design standards in a variety of mechanical design applications, power ranging from .arrive. It has two completely independent series that can coordinate well with each other: motion control () for high dynamic response cycle mechanical control, and vector control () for complex continuous production processes. These drives cover almost all areas of application. Suitable for all the above application fields.
RR
Motion control driver
R covers all application fields with power ranges from . In addition, motion control drives have a wide voltage range, which allows them to be used around the world.
If you need a control system with short control cycle, high precision and high dynamic response, then you should carefully consider the RR motion control driver. This drive is part of an intelligent control system. It enables maneuverable, flexible and efficient drive control, and its performance far exceeds that of similar frequency conversion systems. In the field of synchronous drives, motion control has been the global servo standard established for many years. This is a drive system with low engineering cost, high control accuracy and flexible application. It has been widely used around the world, and it is a completely intelligent control system that can ensure that your production system is running. Has high dynamic response.
High dynamic response, first-class flexibility and precision: the R driver uses 3-digit digital control technology.
High overload factor can help you deal with difficult application problems: the motion control driver has an extremely high overload factor: an overload capacity of within 3.
High performance, small size: For example, a compact enhanced driver with a power of .
The integrated safety protection device ensures the safe application of all functions: it has a safe stop function and has passed the appraisal of a safety production adjustment department.
Software: Flexible use of technology, they can be applied to all necessary open-loop and closed-loop controls.
r enables a higher dynamic response of cyclic machines. The improved dynamic response allows the calculation time of the current and speed controllers to be reduced to microseconds, while the process software and free function modules (for example) Calculation time is within milliseconds. These high performances have been combined with a new generation of motion control systems.
Technology software package – for all application requirements
Simultaneous control of up to several drives
RR vector control module: the drive system that makes the difference for your machines
For For continuous process control tasks with high rated drive power, it places high demands on both automatic control and drive technology. As a drive system that has achieved great success around the world, the RR vector control module will be the right choice for you. You will choose a unique drive system that is dynamic, efficient and flexible in all areas.
R
The control principle is unique:
From the process control of the drive to the automatic control of the knife are all using a dedicated engineering management tool

The power range is from. , adopting original control principles, original parameter configurations and original operation control concepts
In terms of control accuracy, control reliability and the practicality of active front-end () technology that does not interfere with the power grid, R Vector Control is ahead of all opponents. And its compactness is also the first in the world. The era of comprehensiveness, integration and intelligence can flexibly meet various machinery and application needs, maximizing the production capacity of machinery and equipment. In short - a unified control system can bring about reduced management costs, global application capabilities, high accuracy, application flexibility and excellent application performance - of course, this requires the control system and automated production system as a whole maintain perfect coordination.