What is the meaning of CA6 140 code for online machine tools ~ ~ ~

What does online mean ~ Machine tool CA6 140 code ~ ~ C stands for lathe, A stands for the first major improvement, 6 stands for floor-standing and ordinary lathe, 1 stands for ordinary lathe, 40 is the main parameter of machine tool, and the turning diameter is 400 mm

M stands for grinder, followed by a number representing improvement sequence.

What do machine tools CA6 140, X6 132, M 1432A, B20 10A mean? C lathe, a structural feature code (different from C6 140 structure), 6 groups of codes (horizontal lathe group), 1 series codes (horizontal lathe group), 40 milling machines with a maximum machining diameter of 400 mm. X, 6 horizontal universal milling machines, 1 universal lifting table milling machines, and 32 workbench widths. M 1432A universal cylindrical grinder, with a grinding diameter of 320MM, was greatly improved for the second time. B20 10A gantry planer, maximum planer width1000 mm.

What kind of lathe does A in machine tool number ca6 140 stand for? The difference between lathe CA6 140 and lathe C6 140A: Lathe CA6 140A is an improved version of lathe C6 140, both of which belong to ordinary lathes. The spindle hole and rotating speed of lathe CA6 140A are slightly higher than that of lathe C6 140. The main components of CA6 140 lathe are: spindle box, feed box, slide box, tool rest, tailstock, polished rod, lead screw and lathe bed.

What does the machine code "CM6 132" mean? C stands for lathe type code (i.e. lathe type), m stands for general feature code of machine tool (i.e. precision lathe), 6 stands for machine tool group code (i.e. landing or ordinary lathe group), 1 stands for machine tool type code (i.e. ordinary lathe), and 32 stands for main parameter code (i.e. maximum turning diameter of 320mm).

"C" stands for lathe type code (i.e. lathe type), "M" stands for general feature code of machine tool (i.e. precision lathe), "6" stands for machine tool group code (i.e. landing or ordinary lathe group), "1" stands for machine tool type code (i.e. ordinary lathe), and "32" stands for main variable code (i.e. maximum turning diameter of 320mm).

Example of machine tool model:

CA6 140 C？ Lathe (classification code):

Answer? Structural feature code

6? Assembly code (floor and horizontal lathes)

1? Code (common floor and horizontal lathes)

Main parameters (the maximum turning diameter of the workpiece is 400 mm)

XKA5032A X？ Milling machine (classification code):

k？ Digital control (universal characteristic code)

Answer? (structural feature code)

50? Vertical lifting table milling machine (assembly code)

32? Worktable width 320 mm (main parameter)

Answer? First major improvement (serial number of major improvement)

MGB 1432 M？ Grinding machine (category code):

g？ High precision (universal signature)

b？ Semi-automatic (universal feature code)

14? Universal cylindrical grinder (assembly code)

32? The maximum grinding outside diameter is 320mm (main index).

The model consists of a basic part and an auxiliary part, separated by a "/"and pronounced as "zhi". The former should be managed in a unified way, while the latter should be decided by enterprises independently. I. General machine tool A(B) 1234(.5)(C)(/6)(×7) Note: The one with () on it is optional and used without brackets. Letters indicate that this bit is a Chinese phonetic alphabet, and numbers indicate that this bit is an Arabic numeral. For example, the "A" in the model of CA6 140 horizontal lathe is a structural feature code which is different from the main parameters of C6 140 horizontal lathe, but the structure is different. C lathe, Z drilling machine, T boring machine, M, 2M, 3M grinder, Y gear machining machine, S thread machining machine, X milling machine, B planer, L broaching machine, D electric machining machine, G cutting machine, Q other machine tools B: general category code or structural feature code. General category codes: G is high precision, M is precision, Z is automatic, B is semi-automatic, K is numerical control, H is automatic inversion, F is copying, W is general, Q is light, and J is simple. The structural feature code is set to distinguish machine tools with the same main variables but different structures. For example, CK6 140 lathe. K indicates that the lathe has program control characteristics, written after the class code C, and the general characteristic code has a fixed meaning. 1: group code. 2: Type code. 34: Main parameters or design serial number. .5: Number of spindles (use. ). c: serial number of major improvement. /6: variant code of the same machine tool. ×7: Maximum span, maximum workpiece length, workbench length and other second parameters. 2. Model of special machine tool: A- 1 Note: letters indicate that this bit is a Chinese phonetic alphabet, and numbers indicate that this bit is an Arabic numeral. Design unit code. 1: design sequence number. 3. Model of modular machine tool and automatic production line: A-B 1(2) Note: those marked with () are optional and used without brackets. Letters indicate that this position is a Chinese phonetic alphabet, and numbers indicate that this position is an Arabic numeral. A: Design unit code. B: classification code. U large modular machine tool, H small modular machine tool, K automatic tool changing NC modular machine tool, UX large modular machine tool automatic line, HX small modular machine tool automatic line, KX automatic tool changing NC word and machine tool automatic line. 1: design sequence number. 2. Mainly improve the serial number.

Is there a difference between CA6 150 and CA6 140? The difference lies in the size of the bed. Generally, 6 150 is 500*750 and 6 140 is 400*600. The data respectively represent the length of the track. There are also spindle through holes of different sizes.

Machine tool: Machine tool (English name: machine tool) refers to the machine that makes machines, also known as working machine tools or machine tools, and is customarily called machine tools. Generally divided into metal cutting machine, forging press and woodworking machine. There are many processing methods of mechanical parts in modern mechanical manufacturing: besides cutting, there are casting, forging, welding, stamping, extrusion and so on. However, parts with high precision and fine surface roughness generally need to be finally machined by cutting on a machine tool. Machine tools play an important role in the modernization of national economy.

Structure and function of ca6 140 machine tool ca6 140 machine tool structure: It consists of spindle box, feed box, change gear box, slide box, bed, tailstock, electric control and lighting system, cooling system, etc.

Functions of ca6 140 machine tool: turning excircle, turning plane, turning inner hole, turning thread, turning characteristic surface, cutting, turning conical surface, etc.

What is the function of CA6 140 machine tool flange? What is the function of flange on CA6 140 lathe? Where is it? What are the requirements for the manufacturing process? Most MCU models of M68HC08 series provide one SCI module, and some provide two SCIs.