25.040.10 机械加工中心 标准查询与下载

GSO ISO 9524:2014 机床 加工中心主轴支架的前面 功能尺寸

This International Standard specifies the functional connecting dimensions of the front faces of spindle holders for machining centres and of their various machining and measuring accessories to ensure that interchangeability, fixing by means of automatic tool changing devices and correct machine operation of these accessories is possible. The main accessories are a) electrically operated accessories; b) coolant feed accessories, and c) mechanical indexing accessories, i.e. 1) angle heads, 2) drilling-tapping heads, 3) speed-increasing gears, etc.

Machine tools -- Front faces of spindle holders for machining centres -- Functional dimensions

KS B ISO 10791-6:2014 机械加工中心试验条件.第6部分:移送、速度与插补的精确度检查

Test conditions for machining centres-Part 6:Accuracy of feeds, speeds and interpolations

KS B ISO 10791-1:2014 机械加工中心试验条件.第1部分:卧式和带附加主轴头(水平Z轴)机械的几何精度检验

Test conditions for machining centres-Part 1:Geometric tests for machines with horizontal spindle and with accessory heads(horizontal Z-axis)

KS B ISO 10791-7:2014 机械加工中心试验条件.第7部分:精加工试件精度

Test conditions for machining centres-Part 7:Accuracy of a finished test piece

KS B ISO 9524:2014 机床.加工中心轴托架的正面.功能尺寸

Machine tools — Front faces of spindle holders for machining centres — Functional dimensions

KS B ISO 10791-2:2014 机械加工中心试验条件.第2部分:立式或带有垂直主回转轴万能轴头(垂直轴.Z)机床的几何精度试验

Test conditions for machining centres — Part 2: Geometric tests for machines with vertical spindle or universal heads with vertical primary rotary axis(vertical Z-axis)

KS B ISO 10791-4:2014 机械加工中心试验条件.第4部分:线性与回转轴线的定位精度

Test conditions for machining centres — Part 4: Accuracy and repeatability of positioning of linear and rotary axes

KS B ISO 10791-3:2014 机械加工中心试验条件.第3部分:可转位或连续通用头(垂直Z轴)机械的几何准确精密度检测

Test conditions for machining centres — Part 3: Geometric tests for machines with integral indexable or continuous universal heads(vertical Z-axis)

KS B ISO 10791-9:2014 机械加工中心试验条件.第9部分:工具交换和托板交换操作时间的评估

Test conditions for machining centres — Part 9: Evaluation of the operating times of tool change and pallet change

KS B ISO 10791-5:2014 机械加工中心试验条件.第5部分:工件夹持板的定位精度

Test conditions for machining centres — Part 5: Accuracy and repeatability of positioning of work-holding pallets

KS B ISO 10791-8:2014 机械加工中心试验条件.第8部分:3个协调平面的轮廓性能评估

Test conditions for machining centres — Part 8: Evaluation of contouring performance in the three coordinate planes

ISO 10791-7:2014 加工中心检验条件 第7部分:精加工试件精度

This part of ISO 10791 specifies standard test pieces with reference to ISO 230-1L cutting tests under finishing conditions. It also specifies the characteristics and dimensions of the test pieces themselves. This part of ISO 10791 is intended to Supply minimum requirements for assessing the cutting accuracy ofthe machine. This part ofISO 10791 takes into consideration 3- to 5-axis machining centres.

Test conditions for machining centres - Part 7: Accuracy of finished test pieces

ISO 10791-6:2014 加工中心检验条件.第6部分:速度和插补精度

Test conditions for machining centres - Part 6: Accuracy of speeds and interpolations

JIS B 6336-10:2014 机床加工中心的试验条件.第10部分:热变形的评估

Test conditions for machining centres.Part 10: Evaluation of thermal distortions

JB/T 11776.2-2014 重型龙门移动式车铣复合加工中心 第2部分:技术条件

JB/T 11776的本部分规定了重型龙门移动式车铣复合加工中心设计、制造和验收的要求。 本部分适用于工作台宽度至10 000 mm的重型龙门移动式车铣复合加工中心。

Heavy duty movable portal-type turning-milling machining centers.Part 2: Specification

JB/T 11776.1-2014 重型龙门移动式车铣复合加工中心 第1部分:精度检验

JB/T 11776的本部分规定了重型龙门移动式车铣复合加工中心的几何精度、工作精度和轴线定位精度检验以及相应的公差。 本部分适用于工作台宽度至10 000 mm的重型龙门移动式车铣复合加工中心。

Heavy duty movable portal-type turning-milling machining centers.Part 1: Testing of the accuracy

GSO ISO 10791-4:2013 加工中心的测试条件 第4部分：线性轴和旋转轴的定位精度和重复性

This part of ISO 10791 specifies, with reference to ISO 230-2, the tolerances which apply to the positioning tests for linear axes, up to 2 000 mm in length, and rotary axes of machining centres. It does not deal with environmental conditions, warm-up of the machine and measuring methods, already described in ISO 230-2.

Test conditions for machining centres -- Part 4: Accuracy and repeatability of positioning of linear and rotary axes

GSO ISO 10791-8:2013 加工中心的测试条件 第8部分：三级格式的轮廓性能评估

This part of ISO 10791 specifies a method of checking the contouring performance of machining centres (or numerically controlled milling machines, etc., where applicable) by conducting circular tests in the three coordinate planes (XY, YZ and XZ) and by evaluating the radial deviation, F, and circular deviation, G, in accordance with ISO 230-4. NOTE Measurements of circular movements can be carried out by different methods as described in 6.6 of ISO 230-1:1996. These methods consist of using a rotating one-dimensional probe and a test mandrel, a circular masterpiece and a two-dimensional probe, or a telescoping ball bar. Other test methods may be applied if the accuracy of the equipment is the same as (or better than) the accuracy of the methods described. Influences of typical machine deviations on circular paths are shown in annex B of ISO 230-4:1996. The purpose of the checks by circular tests described in this part of ISO 10791 is to verify the circular movement — only in one position per coordinate plane of the machine, — at only one feed rate, and — to repeat the test once in the opposite contouring direction. The purpose of this part of ISO 10791 is not to provide a means of analysing the causes for the measured circular deviations, but to offer the user a method for periodic checking of the machine tool. It is recommended to carry out the tests of this part of ISO 10791 once the machine tool has satisfactorily undergone the acceptance tests and to use these results as a basis for comparison when carrying out periodic checks. Therefore, acceptable deviations from the initial results shall be decided by the user. If the tests are used for machine acceptance purposes, the supplier/manufacturer and the user shall agree on specific diameters, feed rates and tolerances for the tests. NOTE ISO 10791-6, which deals with the accuracy of feeds, speeds and interpolations, also includes as test K4 a circular test. Here, the purpose is to check the mutual behaviour of two linear axes (generally X and Y) at two defined feed rates for one defined diameter. This is more or less a diagnostic test with respect to the circular interpolation, whereas the circular tests of this part of ISO 10791 give information on the overall contouring performance of the machine.

Test conditions for machining centres -- Part 8: Evaluation of contouring performance in the three coordinate planes

GSO ISO 10791-10:2013 加工中心试验条件 第10部分：热变形评估

This part of ISO 10791 specifies, with reference to ISO 230-3, tests for the evaluation of thermal distortions of the machine structure and positioning system, up to 2 000 mm in length, of machining centres. It gives three test methods: — environmental temperature variation error; — thermal distortion caused by a rotating spindle; — thermal distortion caused by moving linear axes. There is no intention of assigning any numerical tolerances associated with the tests specified.

Test conditions for machining centres -- Part 10: Evaluation of thermal distortions

GSO ISO 10791-5:2013 加工中心测试条件 第5部分：紧固垫定位精度和重复性

This part of ISO 10791 specifies, with reference to ISO 230-1 and ISO 230-2, the tests intended to assess the repeatability of positioning of individual pallets and the total accuracy of positioning of a batch of pallets associated with a specific machine. In a manufacturing system the accuracy of positioning of a workpiece or a work-holding fixture depends on the fitting between pallets and receivers. It should be noted that this part of ISO 10791 applies to a single machining centre, i.e. to the single receiver, with multiple pallets. The results of the tests considered here could be extended to the whole manufacturing system only if the measuring instruments were placed on the different machines exactly in the same position with respect to the origins of the linear axes. This, in practice, is difficult and inaccurate, because origins of the linear axis are affected by the repeatability of the axes.

Test conditions for machining centres -- Part 5: Accuracy and repeatability of positioning of work-holding pallets