Integrated installation of switch FX1S-14MR-ES

Integrated installation of switch FX1S-14MR-ES

1） Analyze the controlled object and propose control requirements

Detailed analysis of the process and working characteristics of the controlled object, understanding the coordination between the machine, electricity, and liquid of the controlled object, proposing the control requirements of the controlled object for the PLC control system, determining the control scheme, and drafting the design task book.

（2） Determine input/output devices

According to the control requirements of the system, determine all the input devices (such as buttons, position switches, transfer switches, and various sensors) and output devices (such as contactors, solenoid valves, signal indicator lights, and other actuators) required by the system, in order to determine the input/output devices related to the PLC and determine the number of I/O points of the PLC.

（3） Select PLC

The selection of PLC includes the selection of PLC model, capacity, I/O module, power supply, etc., as detailed in Section 2 of this chapter.

（4） Allocate I/O points and design PLC peripheral hardware circuits

1. Allocate I/O points

Draw a connection diagram or correspondence table between the I/O points of the PLC and the input/output devices, which can also be done in step 2.

2. Design PLC peripheral hardware circuits

Draw electrical circuit diagrams for other parts of the system, including the main circuit and control circuits that have not entered the programmable controller.

The electrical schematic diagram of the system is composed of the I/O connection diagram of the PLC and the peripheral electrical circuit diagram of the PLC. So far, the hardware and electrical circuits of the system have been determined.

Integrated installation of switch FX1S-14MR-ES

The CNC machine tool industry has been using it for decades, answering the question of whether it exists or not.

How to make industrial mother machines truly move from 'usable' to 'usable'?

A key shift: from "assembly" to "fusion"

·CNC system is the 'brain'

·The lead screw and guide rail are the "bones and tendons"

This is also why even with similar configurations, the overall efficiency of some domestic machine tools still lags behind the level. It's not that they don't work hard, but fundamentally, the industry has long been limited by the traditional development paradigm of "mechanical and electrical separation": the brain, nerves, and bones lack the ability to deeply integrate from the beginning of design.

In the next five years, we will do our best

In January 2025, Zhu Xingming, Chairman of Huichuan Technology, set a clear coordinate for the industrial mother machine dream in his annual speech:

This is not a business sector plan, but a commitment to a mission.

In 2016, Huichuan officially entered the field of machine tools. Afterwards, we built our precision machinery manufacturing capabilities through two key acquisitions:

·In 2023, acquire SBC from South Korea (with over 30 years of high-precision guide rail technology accumulation and product exports to more than 30 countries worldwide).

Four years ago, a major decision was made: to build the NGC industrial mother machine architecture on Huichuan's technology platform.

<p style='margin-top:0px; margin-bottom:1rem; white-space:normal; box-sizing:border-box; font-size:16px; overflow:hidden; color:#212529; font-family:system-ui, -apple-system, 'background-color:#FFFFFF; At present, the talents we have gathered are working together towards this goal. I firmly believe that within 5 years, the NGC architecture will achieve breakthrough success and help industrial mother machines achieve a qualitative leap. ”Mr. Zhu made a resounding statement in his 2025 annual speech.