J64 焊接与切割设备 标准查询与下载

KS C ISO 7931:2001 电阻焊设备的绝缘帽和套

이 규격은 KS C ISO 5827에 따른 백업의 사용에 관하여 저항 용접기 2차 회로의

Insulation caps and bushes for resistance welding equipment

KS C ISO 5827:2001 点焊.电极挡块和夹紧装置

이 규격은 점 용접에서 전극봉 백업과 클램프의 정확한 명칭과 치수를 제공한다.

Spot welding-Electrode back-ups and clamps

KS C ISO 5828:2001 电阻焊设备.连接水冷耳的接线柱用辅助电缆

이 규격은 수랭식 러그에 연결된 보조 연결 케이블 단자의 치수와 특성을 나타내고 있다. 이

Resistance welding equipment-Secondary connecting cables with terminals connected to water-cooled lugs-Dimensions and characteristics

KS C ISO 5830:2001 电阻点焊.凸头电极帽

이 규격은 전극봉을 고정시키기 위해(KS C ISO 5829 참조) 암테이퍼가 사용될 때(

Resistance spot welding-Male electrode caps

DIN EN ISO 5828:2001 电阻焊设备.水冷耳接线柱辅助连接电缆.尺寸和特性

The document specifies dimensions and characteristics of secondary connecting cables which are air cooled over their length and with terminals connected to water-cooled lugs. The secondary connecting cables are used between the secondary terminals of a welding transformer and the electrode holders.

Resistance welding equipment - Secondary connecting cables with terminals connected to water-cooled lugs - Dimensions and characteristics (ISO 5828:2001); German version EN ISO 5828:2001

BS EN ISO 14272:2001 电阻点焊和浮凸焊的焊接点十字形抗拉试验的试样尺寸和程序

This International Standard specifies specimen dimensions and a testing procedure for the cross tension testing of spot and projection welds in overlapping sheets in any metallic material of thickness 0,5 mm to 3 mm, where the welds have a maximum diameter of 7√t (where t is the sheet thickness in mm). The object of cross tension testing is to determine the tensile force that the test specimen can sustain.

Specimen dimensions and procedure for cross tension testing resistance spot and embossed projection welds

BS EN ISO 14270:2001 电阻点焊、滚焊和浮凸焊接机械剥离试验的程序和样品尺寸

This International Standard specifies specimen dimensions and a testing procedure for mechanised peel testing of single spot, seam and projection welds, in overlapping sheets, in any metallic material of thickness 0,5 mm to 3 mm, where the welds have a maximum diameter of 7√t (where t is the sheet thickness in mm). With welds of diameter ＞ 5√t and ≤ 7√t, it is possible to underestimate the value of peel force when using the recommended test specimen dimensions. The object of mechanized peel testing is to determine the peel force that the test specimen can sustain.

Specimen dimensions and procedure for mechanized peel testing resistance spot, seam and embossed projection welds

BS EN ISO 5183-2:2001 电阻焊接设备.外锥度1:10电极适配器.端推力电极用平行杆固定件

This part of ISO 5183 specifies the dimensions and tolerances of resistance spot welding electrode adaptors where the fixing element for the cap (see ISO 5821) is a male taper of 1:10 and a parallel shaft is used to fix the adaptor to the electrode holder in accordance with ISO 8430-3.

Resistance welding equipment - Electrode adaptors, male taper 1: 10 - Parallel shank fixing for end-thrust electrodes

BS EN ISO 14273:2001 电阻点焊、缝焊和浮凸焊接的焊接点剪切试验的试样尺寸和程序

This International Standard specifies specimen dimensions and a testing procedure for shear testing of spot, seam and embossed projection welds, in overlapping sheets, in any metallic material of thickness 0,5 mm to 10 mm, where the welds have a maximum diameter of 7√t (where t is the sheet thickness in mm). With welds of diameter ＞ 5√t and ≤ 7√t, the value of shear strength can be underestimated when using the recommended test specimen dimensions. The object of shear testing is to determine the shear force that the test specimen can sustain.

Specimen dimensions and procedure for shear testing resistance spot, seam and embossed projection welds

BS 3065:2001 电阻焊.电阻焊设备.机械和电要求

This International Standard applies to resistance welding equipment, to guns with inbuilt transformers and to complete movable welding equipment. The following types are included: — single-phase equipment with alternating welding current; — single-phase equipment with rectified welding current by rectification of the output of the welding transformer; — single-phase equipment with inverter welding transformer; — three-phase equipment with rectified welding current by rectification of the output of the welding transformer; — three-phase equipment with a current rectification in the input of the welding transformer (sometimes called frequency convertor); — three-phase equipment with inverter welding transformers. This International Standard applies neither to welding transformers sold separately nor to safety requirements.

Resistance welding - Resistance welding equipment - Mechanical and electrical requirements

DIN ISO 669:2001 阻焊.阻焊设备.机械和电气要求

The document defines terms and symbols of resistance welding equipment; the manufacturing rules that are to be applied to the resistance welding equipment; the measuring units, necessary to their designation and specification, which shall be mentioned on the rating plate; the tests that are necessary to verify the compliance of a given equipment with the requirements of this standard and that it is suitably designated. Furthermore, the evaluation criteria and dynamic machine functioning during the welding process are illustrated and corresponding measuring techniques are described.#,,#

Resistance welding - Resistance welding equipment - Mechanical and electrical requirements (ISO 669:2000)

JB/T 10255-2001 电阻焊设备——电极接头，外锥度1：10 第1部分 圆锥配合，锥度1：10

本标准规定了电极接头凸锥连接电极帽（见JB/T 3948），且电极锥度配合符合JB/T 3957标准时，电阻点焊电极接头的尺寸和公差。

Resistance welding equipment - Electrode adaptors,male taper 1:10 Part 1:Conical fixing,taper 1:10

JB/T 10258-2001 电阻凸焊用凸点

本标准规定了电阻凸点尺寸和特性，并包括其专用工具的设计和尺寸。

Projections for resistance welding

JB/T 10257-2001 电阻焊设备——用于电极挡块的绝缘销

　　本标准规定了绝缘销的技术条件。该绝缘销在阻焊设备或其它带电设备的次级回路中，用于固定彼此需要绝缘的零件。

Resistance welding equipment - Insulated pins for use in electrode back-ups

JB/T 10256.3-2001 电阻点焊——电极握杆 第3部分：末端插入式圆柱柄配合

　　本标准规定了同轴且具有电缆夹紧结构的电阻点焊电极握杆(C型)的尺寸和容差。利用其紧固套直接把握杆固定在多点焊设备焊接工作缸上。

Resistance spot welding - Electrode holders Part 3:Parallel shank fixing for end thrust

JB/T 10256.1-2001 电阻点焊——电极握杆 第1部分：配合锥度1：10

　　本标准规定了同轴且具有电缆夹紧结构的电阻点焊电极握杆(A型)的尺寸和容差。利用其1:10锥度的圆锥柄直接把握杆固定在多点焊设备焊接工作缸上。

Resistance spot welding - Electrode holders Part 1:Taper fixing 1:10

JB/T 8833-2001 焊接变位机

JB/T 8833—2001 本标准是对JB/T 8833—1999《焊接变位机》的修订。 本标准规定了焊接变位机的型号与参数，技术要求，检验及验收规则，包装及标志等内容。 本标准适用于各种类型的焊接变位机。 本标准于1990年4月以ZB J33 002—1990首次发布，于1999年4月标准号调整为JB/T 8833—1999，本次是第一次修订。

Positioner

JB/T 10256.2-2001 电阻点焊——电极握杆 第2部分：莫氏锥度配合

　　本标准规定了同轴且具有电缆夹紧结构的电阻点焊电极握杆(B型)的尺寸和容差。利用其莫氏锥柄直接把握杆固定在多点焊设备焊接工作缸上。

Resistance spot welding - Electrode holders Part 2:Morse taper fixing

BS EN ISO 5828:2001 电阻焊设备.连接水冷接头的二次接线电缆.尺寸和特性

This International Standard specifies dimensions and characteristics of secondary connecting cables which are air-cooled over their length and with terminals connected to water-cooled lugs. The secondary connecting cables are used for connection between the secondary terminals of a welding transformer and the electrode holders.

Resistance welding equipment - Secondary connecting cables with terminals connected to water-cooled lugs - Dimensions and characteristics

BS EN ISO 14744-5:2001 焊接.电子束焊接机的验收检验.偏转精度的测量

This standard is intended for use when the run-out accuracy of the moving parts of electron beam welding machines complying with EN ISO 14744-1 is to be measured in connection with an acceptance inspection. It provides information on the procedure and apparatus to be used for making the measurements. Given the great variety of electron beam welding machines, the scope of measurements required for acceptance inspection purposes should be specified separately for the machine concerned. Run-out accuracy as defined here is a systematic error and thus counts as one of the parameters by which the performance of a machine tool can be characterized. Other factors influencing performance (e.g. dynamic forces, vacuum level, positioning accuracy of CNC machines) and methods of statistical evaluation are not covered in this standard. Electron beam welding involves movement of the workpiece and/or of the electron gun. Successful welding presupposes that this movement is effected by the devices concerned (e.g. work table and rotating fixture) with a given degree of accuracy. The purpose of the measurement is thus to check whether and to what extent the required run-out accuracy is maintained.

Welding. Acceptance inspection of electron beam welding machines. Measurement of run-out accuracy