Comparative freight cost modeling

List of contents of this article:

• 1, How many models are there in the Guangsu 928 system series
• 2, How to input Guangshu 988 system mdi
• 3, How to adjust the time of Guangzhou CNC 980TDb system
• 4, What is the difference between Frank CNC system and Guangshu?
• 5、 What does the Guangshu 990 system look like?

How many models are there in the Guangshu 928 system series

1. Guangshu 928 system GSK928TEa lathe CNC system model is good. GSK928TEa lathe numerical control system adopts 32-bit high-performance industrial-grade CPU constitutes the control core to realize μm-level precision motion control. The system function is strong, the performance is stable, and the interface display is intuitive and concise, and the operation is convenient.

2. Year. Guangzhou CNC GSK928 system is a typical system of CNC lathes. Guangzhou CNC system is deeply developed based on Japan's FANUC FANUC system. Commonly used are wide number 928 series, wide number 980 series, wide number 990, and wide number 218.

3. Old. 928TA2 is a member of the 928TEa series of products, which is an earlier, economical, practical and more cost-effective complete set of configurations. GSK928TA2 lathe CNC system is an economical, practical and cost-effective complete set of devices. It is composed of 928TADAD08A dual-axis driver and dual 4N·m servo motor.

4. June 30th. According to the instruction manual of Guangshu 928te2, the production time of the product is: June 30, 2021. The brand of Guangshu 928te2 is: Guangshu GSK model GSK928TE/2 specification, which is mainly used for the CNC processing system of the machinery factory, and the equipment with relatively strong production capacity and accuracy.

How to enter the mdi of Guangshu 988 system

First, modify the running mode of the machine tool to "MDI (input) mode", and then select the "settings" key, press the setting key twice, and "program settings" and "parameter settings" appear. ". Move the cursor to the "Program Settings" item, and then press the "W" or "L" key, and you will find that the program lock switches between the two modes of on and off.

Under the input method, the MDI page in the program, M3 input-S800 input-loop start, and it will be transferred.

Press the edit key-program key-enter the program name-press the EOB key---that is, create a new program.

You switch to editing; turn on the machine, click on the screen, and enter the programming system.2. Click the program; click on the program column in the programming system to enter the programming page. 3. Enter OXXXX your program name; enter the program number and name of the program you want to program. 4, and then the pop-out interface is fine.

Guangshu 988 is a numerical control system produced by Guangzhou CNC Equipment Co., Ltd. The supporting Chinese character input method is as follows: press the setting button on the system panel to enter the system parameter setting interface. Select the input and output tab and press the Chinese button to turn on the Chinese character input function.

How to adjust the time of Guangzhou CNC 980TDb system

The status parameter 002 is modified to 10000010 Press the setting key and then press the page turning key to get the time.Modify the time. Under the input method, enter the time you set. Press the input key to complete the setting.

Enter the parameter setting interface of the numerical control system. Find the parameter settings of startup, feed and pause time. Set the time values of start, feed and pause as needed. In general, the start and pause time can be set to about 0.1-0.2 seconds, and the feed time can be set according to specific processing requirements.

Press the DOWN or UP key to adjust the commuting time respectively, where A1 and B1 represent the commuting time of the first group; A2 and B2 represent the commuting time of the second group; A3 and B3 represent the commuting time of the third group.

In MDI mode, you can see the time by pressing a few pages behind the parameter. When adjusting, pay attention to the modification and protection of the first page of the parameter.

What is the difference between the Frank numerical control system and the wide number?

Difference 2: The user interface is different, and the parameter settings are different; Difference 3: Fanake is expensive and Guangshu is cheap.

Frank has a separate knife replenishment page and a pair of knife pages. The knife replenishment is in wear and tear. Relatively speaking, Frank's operation is relatively separate, and the wide number is glued together. The price of rn wide number systems is much lower than that of Farak, and the system is also relatively stable. It is quite cost-effective.

The wide number is input by the incremental coordinate U.W, and the knife is directly input in the parameter. Frank has a separate knife repair page and a pair of knife pages. The knife repair is in wear. Relatively speaking, Frank's operation is relatively separate, and the wide number is glued together.

What does the Guangshu 990 system look like?

1. TDb is our factory's economical two-axis and three-axis lathe numerical control system. It has an absolute advantage in price and an absolute advantage over other brands. It is mostly used for equipment transformation. The system adopts ARM9 chip, which is higher than Guangshu and Kanedi products in terms of hardware. The software functions are richer, but the operation method and Guangshu.

2. Guangshu 990mC system is a numerical control system launched by Guangzhou CNC Company, which can be used for the control of various CNC machine tools. If you want to copy the program to the machine tool through the USB flash drive, you can follow the steps below: Prepare the USB flash drive: Copy the program files that need to be copied to the machine tool to the USB flash drive.

3. The operating system of UX990 is a customized embedded system, which is called the UX990 operating system. In order to support industrial control applications efficiently and stably, the UX990 operating system has been uniquely designed and optimized.

4. MA is a popular milling machine numerical control system independently developed by Guangzhou CNC, which adopts a 32-bit high-performance CPU and ultra-large-scale programmable device FPGA.