Woodworking engraving machine problem solving method (1)
Woodworking engraving machine problem solving method (1)
The woodworking engraving machine produced by Eworldcnc has problems in daily situations. We can solve the following problems ourselves.
Question 1: When the software is opened, the computer prompts "Failed to open the card, please check the card".
Solution:
1. Check if the driver of the board is installed or replace the card with a PCI slot;
2. Reinstall the two data cables to check for broken needles.
3. There is a problem with the board, and the board is replaced.
Question 2: Prompt when opening the software: three-axis alarm, initialization error number four.
Solution:
1. Check if the two data cables of the computer and the machine are connected;
2. Check if the fuse of the adapter plate in the control box is burned out and replace the fuse;
3. Check if the 5V12V power supply is working normally.
Question 3: There is a misalignment during engraving, or the size is wrong.
Solution:
1. Check if the path of the engraving software is correct or not;
2. Check the clearance of the screw and whether the fastening screws of the polished rod are loose;
3. Check that the software parameters are set correctly.
Ball screw plays an important role in woodworking engraving machine
The ball screw plays a very important role in the normal operation of the advertising engraving machine.
The ball screw consists of a screw, a nut and a ball. It is an ideal transmission element that converts a rotary motion into a linear motion or a linear motion into a rotary motion. Ball screws are widely used in a variety of industrial equipment and precision instruments due to their low frictional resistance.
Since the ball screw has high movement efficiency and low heat generation, high-speed feed motion can be realized. The ball screw pair utilizes the ball movement, and the starting torque is small for a long time, and there is no creep phenomenon like sliding motion, so that accurate micro feed can be ensured.
There are a lot of balls between the screw shaft of the ball screw pair and the screw nut for rolling motion, which can achieve higher motion efficiency. Compared with the past sliding screw pair, the driving torque is less than 1/3, that is, the power required to achieve the same motion result is 1/3 of the use of the rolling screw pair. It is very helpful in saving electricity.
At present, the ball screw is a transmission component commonly used in precision machinery. Its main function is to convert rotary motion into linear motion, or to convert torque into axial repetitive force, which is characterized by high precision, reversibility and college rate. .
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