J64 焊接与切割设备 标准查询与下载

ISO 10656:1996/Cor 1:2000 电阻焊接 焊接枪用电源积分变压器 技术勘误1

This standard is about Electric resistance welding - Integrated transformers for welding guns; Technical Corrigendum 1

Electric resistance welding - Integrated transformers for welding guns; Technical Corrigendum 1

BS 7570:2000 电弧焊设备验证实用规程

This British Standard gives recommendations for validation methods for welding equipment constructed and used to the accuracy specified in BS EN 60974-1 or other equivalent standards. The accuracy of this equipment is designated as standard grade. The welding equipment covered by this standard includes: 1) welding power sources; 2) wire feeders; 3) welding instrumentation. Guidance is also given on the calibration and validation of ancillary equipment which may affect the quality of the weld, e.g. flow gauges, thermocouples, robots and manipulators.

Code of practice for validation of arc welding equipment

JB/T 10101-2000 固定式点、凸焊机

本标准规定了单相工频工点、凸焊机的产品形式和基本参数、安全要求、技术条件、试验方法、检验规则以及标志、包装、运输、贮存等。 本标准适用于一般使用条件下的单相工频交流固定式点、凸焊机。对于某些特殊要求，可在本标准的基础上由用户与制造厂协商，在专用技术条件或产品标准中予以规定。

Stationary spot welding machines and projection welding machines

JB 3643-2000 小型弧焊变压器安全要求

　　本标准规定了可供焊工进行短时焊接的小型弧焊变压器结构的安全要求和相关的性能要求、试验方法及检验规则等。 　　本标准适用于一般使用条件下，供焊工进行药皮焊条短时手工电弧焊接的小型弧焊变压器。 　　对于某些特殊要求，可在本标准基础上，由用户和制造厂协调，或在专用技术条件或产品标准中予以规定。

Safety requirements for the portable arc welding transformer

ISO 14744-3:2000 焊接 电子束焊接机的验收检验 第3部分:电子束电流特性的测量

This standard is intended for use when the beam current of electron beam welding machines complying with EN ISO 14744-1:2000 is to be measured in connection with an acceptance inspection. It provides essential information on the procedure and apparatus to be used for making the measurements. The beam current is one of the significant parameters in electron beam welding. When the beam current impinges on the workpiece, it should be stable and reproducible within given short-term and long-term limits. The purpose of the measurement is thus to check whether the variations in beam current are within these limits.

Welding - Acceptance inspection of electron beam welding machines - Part 3: Measurement of beam current characteristics

ISO 669:2000 电阻焊接 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

ISO 14744-4:2000 焊接 电子束焊接机的验收检验 第4部分:焊接速度的测量

This standard is intended for use when the welding speed for electron beam welding machines complying with EN ISO 14744-1 is to be measured in connection with an acceptance inspection. It provides essential information on the procedure and apparatus to be used for making the measurements. Alternative standardised procedures can be used, provided they have at least the same acceptance inspection as the welds specified in this part 4. The measured parameter is the speed of the translational and rotational movements required to perform the welding operation. The welding speed is one of the significant parameters in electron beam welding. The workpiece or the weld point shall thus be moved at a uniform speed, in a reproducible manner, within given short-term and long-term limits. The purpose of the measurement is to check whether the variations in welding speed are maintained within these limits.

Welding - Acceptance inspection of electron beam welding machines - Part 4: Measurement of welding speed

ISO 14744-2:2000 焊接 电子束焊接机的验收检验 第2部分:加速电压特性的测量

This standard is intended for use when the characteristics of the accelerating voltage of electron beam welding machines complying with EN ISO 14744-1 is to be measured in connection with an aceptance inspection. It provides essential information on the procedure and apparatus to be used for making the measurements. The accelerating voltage is one of the significant parameters in electron beam welding. When accelerating the electrons, the voltage should be stable and reproducible within given short-term and long-term limits. The purpose of the measurement is thus to check whether the variations in accelerating voltage are within specified limits.

Welding - Acceptance inspection of electron beam welding machines - Part 2: Measurement of accelerating voltage characteristics

ISO 14744-1:2000 焊接 电子束焊接机的验收检验 第1部分:原理和验收条件

The main purpose of this standard is to provide requirements for acceptance inspection of electron beam welding machines preferably when first installed on the user's premises. This standard can (in full or in part) be referred to in contracts for supply of electron beam welding machines. Further tests are not normally required if proof of satisfactory welding results is provided in the form of routine inspection documentation. However, the requirements of the standard can also be used for inspection as part of maintenance, if required by contract. If modifications are made to an electron beam welding machine (rebuilding, repairs, modification to the operating conditions etc.) such as may have an effect on the acceptance inspection, repeat tests can be necessary covering the machine parameters affected by such modifications. If a welding machine that has already been accepted is dismantled (e.g. in order to change its location), such tests would involve verification according to the requirements in clauses 4, 6.2 to 6.4 and 7.

Welding - Acceptance inspection of electron beam welding machines - Part 1: Principles and acceptance conditions

ISO 14744-6:2000 焊接 电子束焊接机的验收检验 第6部分:焊点位置稳定性的测量

This standard is intended for use when the stability of spot stability of welding machines complying with EN ISO 14744-1 is to be measured in connection with an acceptance inspection. It provides essential information to the procedure and apparatus to be used for making the measurements. The stability of the spot position is a particularly significant parameter for prolonged welding applications and for electron beam welding with automatic devices positioning the workpiece. In such applications, the welding machine shall be able to reproduce, over prolonged periods and without additional correction of the position being required, a given beam-to-joint alignment. The purpose of measurement is to check whether and to what extent the electron beam generated by a welding machine keeps within the range of limit deviations specified for the spot position.

Welding - Acceptance inspection of electron beam welding machines - Part 6: Measurement of stability of spot position

ISO 14744-5:2000 焊接 电子束焊接机的验收检验 第5部分: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 - Part 5: Measurement of run-out accuracy

IEC 60974-1/AMD1:2000 弧焊设备 第1部分:焊接电源 修改1

Arc welding equipment - Part 1: Welding power sources; Amendment 1

IEC 60974-7:2000 弧焊设备 第7部分:焊炬

Arc-welding equipment - Part 7: Torches

CSA E60974-1-00-CAN/CSA-2000 电焊设备 第1部分：焊接电流源第一版； 表 1； IEC/IEC 60974-1:1998； 修改：02/2002

Although the intended primary application of this Standard is stated in its Scope, it is important to note that it remains the responsibility of the user of the Standard to judge its suitability for his or her particular purpose.

Electric Welding Equipment - Part 1: Current Sources for Welding First Edition; Sheet No. 1; IEC/IEC 60974-1:1998; Modification: 02/2002

JIS C 9318:1999 轻便式点焊机用副绕组电缆

この規格は，主として，ポータプル・トランスとポータプル・ガンとを接続するために使用するローリアクタンス及び単線往復式の水冷二次ケープル(以下,ケープルという。)について規定する。

Water-cooled secondary cables for portable spot welding machines

BS EN ISO 14114:1999 气焊设备.焊接,切割和有关加工工艺用的乙炔导管系统.一般要求

This standard is applicable to acetylene cylinder manifold systems extending from the cylinder valve or the bundle outlet connections to the connection of the flame arrester. It specifies requirements for design, materials and testing of cylinder manifold systems for the supply of acetylene for use in welding, cutting and allied processes. This standard applies to acetylene cylinder manifold systems in which up to 16 acetylene single cylinders or two acetylene bundles are coupled for collective gas withdrawal.

Gas welding equipment - Acetylene manifold systems for welding, cutting and allied processes - General requirements

DIN EN ISO 14114:1999 气焊设备.焊接、切割和相关工艺用乙炔汇流系统一般要求

The document applies to acetylene cylinder manifold systems extending from the cylinder valve or the bundle outlet connections to the connection of the flame arrestor. It specifies requirements for design, materials and testing of cylinder manifold systems for the supply of acetylene for use in welding, cutting and allied processes. The document applies to acetylene cylinder manifold systems in which up to 16 acetylene single cylinders or two acetylene bundles are coupled for collective gas withdrawal.

Gas welding equipment - Acetylene manifold systems for welding, cutting and allied processes - General requirements (ISO 14114:1999); German version EN ISO 14114:1999

JB/T 3947-1999 电阻点焊电极接头

　　本标准规定了电阻点焊电极接头的尺寸和公差，其锥度应能使电极接头固定在电极握杆上，并使电极帽固定在电解接头上。 　　本标准适用于一般使用条件下的电阻点焊电极接头。

Resistance spot welding electrode adaptors

JB/T 9960-1999 电阻点焊.凸型电极帽

　　本标准规定了电阻点焊用凸型电极帽的尺寸和公差。 　　电极帽的轴锥度能使电极帽固定在内锥度电极接头上，并能使其固定到电极握杆上。 　　本标准适用于一般使用条件下的电阻点焊用的凸型电极帽 　　本标准与JB/T 9959-1999《电阻点焊 内锥度1:10的电极接头》配合使用。 　　注:本标准规定的凸型电极帽的最大电极压力Fmax不应超过4kN。

Resistance spot welding-male electrode caps

JB/T 10110-1999 电阻焊机控制器.通用技术条件

　　本标准规定了电阻焊机控制器的通用技术要求、试验方法、检验规则以及标志、包装、运输、贮存等。 　　本标准适用于一般使用条件下的工频交流或次级整流的点焊、凸焊、缝焊等电阻焊机控制器。不同的电阻焊机对控制器提出的某些特殊要求，可在本标准的基础上由产品标准或专用技术条件给予规定。对于其他类型的电阻焊机控制器可参照执行本标准。 　　控制器与电阻焊机可以是一体式的，也可以是分体式的，但不论采用哪种结构型式都应符合本标准的规定。

The general specification for the controller of resistance welding machine