Production of machine tools

Control systems for pipe bending machines

Version P-23

Pipe bender control kit (Version P-23)
Pipe bender control kit (Version P-23)
IV3428M, IV3429M, IV3430M

DELTA

Pipe bender control kit with frequency drive
Control kit for pipe bender with frequency drive
IV3428P, IV3429M, IV3430M, IV3430P, IV3432P

DELTA (sensor)

Control kit with frequency drive and touch panel
Control kit with frequency drive and touch panel
IV3428P, IV3429M, IV3430M, IV3430P, IV3432P
Description

Control panel for pipe benderPipe bending machines models IV3428M, IV3429M, IV3430M, IV3428P, IV3430P, IV3432P manufactured by the plant are currently equipped with three different control systems:

• Machine control system for machines with a capacity of up to 7.5 kW.
• Machine control system for machines with a capacity of 7.5 kW to 30 kW.
• Touch control panel with frequency drive.

Control systems based on the operator's touch panel are developed for a specific model of pipe bending machines, according to the Customer's specifications.

Machine control systems allow you to automate the operation of machines and coordinate their actions. They provide control over the operation of machines, optimize production processes and increase its efficiency.
The machine control system may include the following components:
1. Control panel: this is the interface through which the operator can interact with the machine. It allows you to set the machine's operating parameters, start and stop it, and monitor the work process.
2. Machine controller: the main unit of the system that controls the operation of the machine. It receives commands from the control panel, processes them and transmits the corresponding signals to the motors and other actuators of the machine.
3. Sensors are designed to collect information about the machine's operation. This data is transmitted to the machine's controller, which uses it to make control decisions.
4. Control algorithms: these are software algorithms that determine the optimal operating parameters of the machine depending on the specified performance criteria.
5. Communication network: some machine control systems can be integrated into the general communication network of the manufacturing enterprise. This allows you to collect data on the operation of the machines on a central server and carry out monitoring and control from a remote computer.
6. Control programs and settings: machine control systems usually have a set of pre-installed programs and settings that allow you to easily configure the machine for various processing tasks. They can also include easy programming capabilities to create new programs on demand.
Touch Control SystemMachine tool control systems are widely used in manufacturing and other industries that require precise and automated material handling because they offer many benefits:
1. Process automation: Machine tool control systems enable automation of processes, which speeds up manufacturing operations and improves product quality. This also reduces the likelihood of errors and increases resource efficiency.
2. Improved accuracy and repeatability: Machine tool control systems provide more precise and stable control of machine tool motion. This allows for higher machining accuracy and repeatability, which is especially important for the production of complex parts.
3. Minimizing Downtime: Machine control systems can minimize machine downtime by reducing setup and changeover times when changing product types or jobs. This allows the machine to be used more efficiently and increases its productivity.
4. Improving Safety: Machine control systems ensure safer machine operation. They can be equipped with various protection mechanisms, such as automatic shutdown when faults or hazardous situations are detected. This helps reduce the risk of accidents and injuries.
5. Improving Production Management: Machine control systems can improve the management of production processes. They allow tasks to be distributed between machines more efficiently, monitor productivity, and collect data for subsequent analysis and optimization of production.
6. Flexibility and Scalability: Machine control systems provide flexibility and scalability in production. They allow machines to be quickly set up for different product types and change processing parameters depending on customer requirements. This simplifies the use of machines in the production of serial or custom-made parts.
All these advantages allow to increase the efficiency and competitiveness of production, improve the quality of products and reduce costs.