ISO/TC 29 - Small tools

This document specifies the dimensions in millimetres, of mounting base plates, of two-part mounting clamps, of flange mounts and front end supports intended for use in press tool together with gas springs in accordance with ISO 11901-1, ISO 11901-3 and ISO 11901-4. It also gives information concerning materials and specifies the designation of the mounting accessories in accordance with this document.

This document specifies dimensions for heel guidings in large stamping and forming dies. It also gives example applications and an example for ordering.

This document specifies the dimensions, in millimetres, nominal initial forces and type of gas springs. It applies to gas springs of type 900 to 100 000, pressurized with nitrogen with a nominal initial force of between 900 N ± 5 % and 100 600 N ± 5 %, for use in press tools. This document also specifies marking, technical delivery conditions and designation. NOTE Specifications of mounting accessories for gas springs are given in ISO 11901-2.

This document specifies the nominal dimensions, tolerances and designation of the active surface of plain sheets with holes for dust extraction. Extra length was taken into account in this document. Plain sheets with holes for dust extraction in accordance with this document are intended for use on sanders with dust extraction.

This document specifies the nominal dimensions of plain discs with holes for dust extraction. Plain discs in accordance with this document are intended for use on disc sanders with dust extraction.

This document specifies the dimensions of couplings for driven tool holders with polygonal taper shanks with flat contact surface (PTI). These shanks are the tool-side part of the interface to the (in cutting process non-rotating) tool carrier of machine tools (e.g. turret lathes, turning centres). This document specifies a coupling type that applies to two of the three tool-side interface types defined in ISO 5686-1 (F, A). The tool shanks themselves are designed identically for all types. — Shank type F has two holes for the coolant supply (F = fluid) on the face contact for use in two installation positions (offset by 180°). — Shank type A has two holes on the face contact for the primary coolant supply and additional two holes for supplying the tool holder (driven tool) with sealing air (A = air). An installation position offset by 180° is possible. A spring-type straight pin belongs to the holder and avoids incorrect insertion.

This document specifies the dimensions of polygonal taper receivers with flat contact surface (PTI). These receivers are the machine-side part of the interface to the (in cutting process non-rotating) tool carrier of machine tools (e.g. turret lathes, turning centres). This document specifies four types of machine-side interface types, which differ at the face contact. The bores for receiving the tool shanks themselves are designed identically for all types. — Receiver type F has one hole for the coolant supply (F = fluid); PTI-F type tool holder can be installed in 0°- and 180°-position. — Receiver type H has a primary coolant hole for the main supply and a secondary coolant hole for an intermediate tool position on the face contact (H = half). For PTI type H holders an installation position offset by 180° is not possible. — Receiver type A has one hole on the face contact for the primary coolant supply and one additional hole for supplying the tool holder (driven tool) with sealing air (A = air). Two more bores allow the installation of PTI-A holders with spring-type straight pin in 0°- and 180°-position. — Receiver type X has a primary coolant hole for the main supply and a secondary coolant hole for an intermediate tool position on the face contact. In addition, the type X receiver has one hole for supplying the tool holder (driven tool) with sealing air and two bores for the 0°- and 180°-position of the spring-type straight pin of PTI-A holders.

This document specifies the dimensions of polygonal taper shanks with flat contact surface (PTI). These shanks are the tool-side part of the interface to the (in cutting process non-rotating) tool carrier of machine tools (e.g. turret lathes, turning centres). This document specifies three types of tool-side interface types, which differ at the face contact. The tool shanks themselves are designed identically for all types. — Shank type F has two holes for the coolant supply (F = fluid) on the face contact for use in two installation positions (offset by 180°). — Shank type H has a primary coolant hole for the main supply and a secondary coolant hole for an intermediate tool position on the face contact (H = half). For PTI type H holders an installation position offset by 180° is not possible. — Shank type A has two holes on the face contact for the primary coolant supply and additional two holes for supplying the tool holder (driven tool) with sealing air (A = air). An installation position offset by 180° is possible. A spring-type straight pin belongs to the holder and avoids incorrect insertion.

This document specifies the most common dimensions for mounting and fixing bores in blanks. These mounting and fixing bores conform to the relevant dimensions of the clamping flanges specified in ISO 21537-2.

This document specifies the nominal dimensions, in millimetres, of: — shape type 1: straight grinding wheel. These bonded abrasive products are intended to be used for deburring and fettling of any surface of a workpiece. The workpiece and the grinding wheel are mechanically guided. This document does not specify limit deviations and run-out tolerances, which are given in ISO 13942.

This document specifies the nominal dimensions, in millimetres, of: — shape type 1: straight grinding wheel. These bonded abrasive products are intended to be used for deburring and fettling of any surface of a workpiece. The workpiece is manually guided, and the grinding wheel is fixed. This document does not specify limit deviations and run-out tolerances, which are given in ISO 13942.

This document specifies the dimensions and tolerances, in millimetres, of ejector sleeves with cylindrical head which are used in compression and injection moulds and in diecasting dies. It also gives material guidelines and hardness requirements, and specifies the designation of ejector sleeves with cylindrical head.

This document specifies the dimensions of hollow taper shanks with flange contact surface (HSK). These shanks are the male part of the interface to the machine tools (e. g. milling/drilling, turning and grinding machines). This document specifies five types of shanks: — types A, AB and EB have a peripherally grooved flange for automatic tool change; — types C and CB have a flange without peripheral groove and can only be changed manually. HSK types A and AB can also be changed manually via radial access bore holes in the hollow shank tapers. This document provides information for dynamically balanced HSK‑AB and HSK‑CB shanks balancing according to ISO 16084.

This document specifies dimensions for receivers with taper and flange contact surfaces for hollow taper shanks (HSK) in accordance with ISO 12164-1 to be applied on machine tools (e.g. for turning, drilling, milling, grinding and combinations of them). This document specifies three types of receivers: — type A for automatic tool change; — type C for manual tool change only, via radial holes in both the receiver and the tool shank; — type E for automatic tool change. NOTE 1 The receivers of types A, C and E fit the HSK shanks of types A, AB, C, CB and EB (according to ISO 12164-1). NOTE 2 HSK shanks of types A, AB and EB can also be changed manually.

This document specifies dimensions for receivers with taper and flange contact surfaces for hollow taper shanks (HSK) in accordance with ISO 12164-5 to be applied to machine tools (e.g. machines for turning, drilling, milling and grinding). This document specifies three types of receivers: — type AS for automatic tool change; — type CS for manual tool change only, via radial holes in both the receiver and the tool shank; — type ES for automatic tool change. NOTE 1 The receivers of types AS, CS and ES fit the HSK shanks of types AS, CS and ES (according to ISO 12164-5). NOTE 2 HSK shanks of types AS and ES can also be changed manually.

This document specifies the dimensions for hollow taper shanks with flange contact surface (HSK). These shanks are the male part of the interface to the machine tools (e.g. milling/drilling, turning and grinding machines). This document specifies three types of shanks: — type T has a peripherally grooved flange for automatic tool change in turning machines with a gripper for HSK type T; — type TA has a peripherally grooved flange for automatic tool change in milling machines, enabled (designed) for turning, with a gripper for HSK type A or AB; — type U has no peripheral groove flange and is designed for manual tool change in turning machines. HSK types T and TA can also be changed manually via radial access bore holes in the hollow shank taper.

This document specifies dimensions for receivers with taper and flange contact surfaces for hollow taper shanks (HSK) according to ISO 12164-3 to be applied to machine tools (turning and combinations of turning and milling machines). This document specifies two types of receivers: — type T for automatic tool change; — type U for manual tool change only, via radial holes in both the receiver and the tool shank. NOTE 1 The receivers of types T and U fit the HSK shanks T, TA and U (according to ISO 12164-3). The receivers also fit the HSK shanks A, AB, C and CB according to ISO 12164-1. NOTE 2 HSK types A, AB, C, CB, T and TA can also be changed manually.

This document specifies the dimensions of hollow taper shanks with flange contact surface (HSK). These shanks are the male part of the interface to the machine tools (e.g. milling/drilling and grinding machines). This document specifies three types of shanks: — types AS and ES have a peripherally grooved flanges for automatic tool change; — type CS has a flange without peripheral groove and can only be changed manually. HSK types AS and ES can also be changed manually via radial bore holes in the hollow shank taper. This document provides information for dynamically balanced HSK‑AS and HSK‑CS shanks balancing according to ISO 16084.

This document specifies the dimensions and tolerances of guide pillars, type C, with taper lead and bush, intended for use in press tools. This document gives guidance on the materials and specifies the hardness and the designation of guide pillars which meet the requirements of this document.

This document specifies the dimensions and tolerances of guide pillars, type B, intended for use in press tools. This document gives guidance on the materials and specifies the hardness and the designation of guide pillars which meet the requirements of this document.

This document specifies the dimensions and tolerances of guide pillars, type A, intended for use in press tools. These guide pillars can be straight, type A1, or straight with end-locking and locking ring, type A2. This document gives guidance on the materials and specifies the hardness and the designation of guide pillars which meet the requirements of this document.

This document specifies the dimensions and tolerances of guide pillars, type D, end-locking pillar with flange, intended for use in press tools. This document gives guidance on the materials and specifies the hardness and the designation of guide pillars which meet the requirements of this document.

This document illustrates four main types of guide pillars and their methods of mounting.

This document specifies the most common nominal dimensions, in millimetres, of: — shape type 41: flat cutting-off wheel; — shape type 42: depressed centre cutting-off wheel. These bonded abrasive products are intended to be used for cutting‑off of any workpiece using hand-held power tools (e.g. angle grinders and straight grinders). In this application, the workpiece is fixed and the hand-held power tool is guided by the operator. This document does not specify limit deviations and run‑out tolerances, which are given in ISO 13942.

This document specifies the most common nominal dimensions, in millimetres, of: — shape type 6: straight cup grinding wheel; — shape type 11: taper cup grinding wheel; — shape type 27: depressed centre wheel for grinding or grinding/cutting-off; — shape type 28: depressed centre grinding wheel, concave shape; — shape type 29: depressed centre grinding wheel, convex shape. These bonded abrasive products are intended to be used for deburring and fettling/snagging of any surface of a workpiece using hand-held grinding machines (angle grinder). In this application, the workpiece is fixed and the grinding machine is guided by the operator. This document does not specify limit deviations and run-out tolerances, which are given in ISO 13942.

This document specifies the most common nominal dimensions, in millimetres, of: — shape type 41: flat cutting-off wheel; — shape type 42: depressed centre cutting-off wheel. These bonded abrasive products are intended to be used for cutting‑off of any workpiece using stationary or mobile cutting-off machines, both manually and mechanically guided. In the application that is manually guided, the workpiece is firmly clamped or stabilized by its own weight. The cutting‑off wheel is guided by the operator and the workpiece is fixed, or vice versa. This document does not specify limit deviations and run‑out tolerances, which are given in ISO 13942.

This document specifies the dimensions of medium-transfer units for wet processing and interfaces machine tool with insert nuts, which are used in polygonal taper in accordance with the ISO 26623 series.

This document specifies a method for determining and testing the grain size distribution of electro-fused aluminium oxide and silicon carbide microgrit sizes P240 to P5000 for coated abrasive products. It is applicable to grits used in the manufacture of coated abrasive products and to grits extracted from coated abrasive products for test purposes.

This document specifies a method for determining and testing the grain size distribution of electro-fused aluminium oxide and silicon carbide macrogrit sizes P12 to P220 for coated abrasive products. It is applicable to grits used in the manufacture of coated abrasive products and to grits extracted from coated abrasive products for test purposes.

This document specifies the principal dimensions of slip joint pliers, designated as No. 206 in ISO 5742, and the test values, in order to verify their aptitude to function in conformity with ISO 5744. The general technical requirements are given in ISO 5743. The slip joint pliers illustrated in this document are examples only and are not intended to affect the manufacturer's design.

This document specifies the general technical requirements to be met by pliers and nippers. It does not specify insulating or antistatic characteristics of handle coatings. Plastic coatings or plastic sleeves are intended for gripping comfort only. This document is only applicable to pliers for which ISO standards exist.

This document specifies the principal dimensions of engineer's and Lineman's pliers and the test values for the pliers in order to verify their aptitude to function in conformity with ISO 5744. General technical requirements are given in ISO 5743. The engineer's and Lineman's pliers illustrated in this document are examples only and are not intended to affect the manufacturer's design.

This document specifies a reference dictionary for adaptive items, together with their descriptive properties and domains of values. This document specifies a reference dictionary containing: — definitions and identifications of the classes of adaptive items, with an associated classification scheme; — definitions and identifications of the data element types that represents the properties of adaptive items; — definitions and identifications of domains of values for describing the above-mentioned data element types. The following are within the scope of this document: — standard data that represent the various classes of adaptive items; — standard data that represent the various properties of adaptive items; — standard data that represent domains of values used for properties of adaptive items; — one implementation method by which the standard data defined in this document can be exchanged. NOTE 1 The implementation method by which the standard data defined in this document can be exchanged is specified in ISO 10303-21. The following are outside the scope of this document: — specialized or expert knowledge in the design and use of cutting tools; — rules to determine what information should be communicated; — applications where these standard data can be stored or referenced; — implementation methods other than the one defined in this document by which the standard data can be exchanged and referenced; — information model for cutting tools; — definitions of classes and properties for cutting items; — definitions of classes and properties for tool items; — definitions of classes and properties for assembly items; — definitions of classes and properties for connection systems; — definitions of classes and properties for reference systems. NOTE 2 The information model for cutting tools is defined in ISO 13399-1. NOTE 3 The definitions of classes and properties for cutting items, tool items, and assembly items are provided in ISO/TS 13399-2, ISO/TS 13399-3, and ISO/TS 13399-5. NOTE 4 The definitions of classes and properties for connection systems and reference systems are provided in ISO/TS 13399-50.

This document specifies a reference dictionary for tool items, together with their descriptive properties and domains of values. This document specifies a reference dictionary containing: — definitions and identifications of the classes of tool items and their features, with an associated classification scheme; — definitions and identifications of the data element types that represents the properties of tool items and their features; — definitions and identifications of domains of values for describing the above-mentioned data element types. The following are within the scope of this document: — standard data that represent the various classes of tool items and tool item features; — standard data that represent the various properties of tool items and tool item features; — standard data that represent domains of values used for properties of tool items and tool item features; — definition of cutting operations; — definitions of reference systems for tool items and their properties; — one implementation method by which the standard data defined in this document can be exchanged. NOTE 1 The implementation method by which the standard data defined in this document can be exchanged is specified in ISO 10303-21. The following are outside the scope of this document: — specialized or expert knowledge in the design and use of cutting tools; — rules to determine what information should be communicated; — applications where these standard data can be stored or referenced; — implementation methods other than the one defined in this document by which the standard data can be exchanged and referenced; — information model for cutting tools; — definitions of classes and properties for cutting items; — definitions of classes and properties for adaptive items; — definitions of classes and properties for assembly items; — definitions of classes and properties for connection systems; — definitions of classes and properties for reference systems. NOTE 2 The information model for cutting tools is defined in ISO 13399-1. NOTE 3 The definitions of classes and properties for cutting items, adaptive items, and assembly items are provided in ISO/TS 13399-2, ISO/TS 13399-4, and ISO/TS 13399-5, respectively. NOTE 4 The definitions of classes and properties for connection systems and reference systems are provided in ISO/TS 13399-50.

This document specifies a reference dictionary for cutting items, together with their descriptive properties and domains of values. This document specifies a reference dictionary containing: — definitions and identifications of the classes of cutting items and their features, with an associated classification scheme; — definitions and identifications of the data element types that represent the properties of cutting items and their features; — definitions and identifications of domains of values for describing the above-mentioned data element types. The following are within the scope of this document: — standard data that represent the various classes of cutting items and cutting item features; — standard data that represent the various properties of cutting items and cutting item features; — standard data that represent domains of values used for properties of cutting items and cutting item features; — definitions of reference systems for cutting items and their properties; — one implementation method by which the standard data defined in this document can be exchanged. NOTE 1 The implementation method by which the standard data defined in this document can be exchanged is specified in ISO 10303-21. The following are outside the scope of this document: — applications where these standard data can be stored or referenced; — implementation methods other than the one defined in this document by which the standard data can be exchanged and referenced; — information model for cutting tools; — definitions of classes and properties for tool items; — definitions of classes and properties for adaptive items; — definitions of classes and properties for assembly items and auxiliary items. NOTE 2 The information model for cutting tools is defined in ISO 13399-1. NOTE 3 The definitions of classes and properties for tool items, adaptive items, assembly items, and auxiliary items are provided in ISO/TS 13399-3, ISO/TS 13399-4, and ISO/TS 13399-5, respectively.

This document specifies the dimensions of medium-transfer units for wet processing and interfaces machine tool with insert nuts, which are used in hollow taper shanks taper in accordance with the ISO 12164 series.

This document specifies the principal dimensions of multiple slip joint pliers. It also specifies test values for the pliers to verify their aptitude to function in conformity with ISO 5744. General technical requirements are given in ISO 5743. The multiple slip joint pliers illustrated in this document are only examples and are not intended to affect the manufacturer's design.

This document specifies the chemical analysis of silicon-carbide-based abrasive grains and crudes. It is applicable for the determination of the surface impurities of abrasives grains and the determination of the SiC content of crushed crude when the silicon carbide content is greater than 95 % (mass fraction).

This document specifies the dimensions (in millimetres), nominal initial forces and types of gas springs. It is applicable to gas springs with increased spring force and compact built height of type 1 700 to 200 000, pressurized with nitrogen with a nominal initial force of between 1 700 N (with a tolerance of ±5 %) and 200 000 N (with a tolerance of ±5 %), for use in press tools. It also specifies marking, technical delivery conditions and designation. NOTE Specifications of mounting accessories for gas springs are given in ISO 11901‑2.

This document specifies the dimensions (in millimetres), nominal initial forces and types of gas springs. It is applicable to gas springs with increased spring force and same built height of type 7 500 to 200 000, pressurized with nitrogen with a nominal initial force of between 7 400 N (with a tolerance of ±5 %) and 200 000 N (with a tolerance of ±5 %), for use in press tools. It also specifies marking, technical delivery conditions and designation. NOTE Specifications of mounting accessories for gas springs are given in ISO 11901‑2.

This document specifies the basic dimensions, in millimetres, of headed angle pins (type A), straight angle pins (type B), angle pins mounted with external thread (type C) and angle pins mounted with hexagon socket head cap screw (type D), intended for use in diecasting dies and tools for moulding. It also specifies the material hardness and designation of the angle pins (types A, B, C and D).

This document describes the safety requirements for gas springs in accordance with ISO 11901-1, ISO 11901-3 and ISO 11901-4 intended for use in press tool and their correct installation instructions. The instructions and operating conditions described in Annex A help to maximise lifetime and ensure the safe operation of nitrogen gas springs.

This document specifies the main dimensions and tolerances of plates to be used for cam drivers and slides in tools for pressing. It also specifies the designation of cam driver plates.

This document specifies dimensions for polygonal taper interfaces with flange contact surface — polygon shanks for automatic and manual tool exchange to be applied on machine tools (e. g. turning machines, drilling machines, milling machines and turn/milling centres as well as grinding machines). A range of shank sizes is specified. These shanks incorporate a grooved flange to enable automatic tool exchange. The clamping can be realized by a circular groove using clamping segments or internal screw threads using centre-bolts. The torque is transmitted by form lock (polygon).

This document is applicable for bonded abrasive products in general. NOTE 1 Bonded abrasive products are e.g. grinding wheels, segments, sticks and stones. This document specifies: a) ISO type number and shape; b) dimensional symbols; c) standard profiles; d) specification; e) designation; f) marking requirements. NOTE 2 This document is general and is complemented by ISO 603 (all parts) that is applicable for dimensions, by ISO 6103 that is applicable for permissible unbalance and by ISO 13942 that is applicable for limit deviations and tolerances. This document is not applicable for superabrasive products and coated abrasive products.

This document specifies the dimensions and technical requirements for ratcheting wrenches used in assembly or disassembly of hexagonal and double hexagonal fasteners. NOTE The wrenches covered by this document are the ones identified in ISO 1703 under reference No.1 1 01 07 0, 1 1 01 08 0, 1 1 01 09 0 and 1 1 02 19 0, 1 1 02 20 0. NOTE The wrenches according to this document are not intended for uses with impact stress of the wrench.

This document establishes the terms and definitions of the main types of tools for pressing, their features and dimensional characteristics. Some of these terms refer to components whose functions are shown in Figure 1, Figure 2 and Annex A. This document is intended to serve as a reference for users and manufacturers of tools for pressing. This document is used for understanding of technical terms and applicable for communication and trade of tools for pressing. NOTE The figures are given only as examples to illustrate the terms and definitions.

This document specifies the terms generally in use for components of compression and injection moulds and diecasting dies. The function of these components is shown in Figure 1 to Figure 30. NOTE The figures are given as examples. The purpose of this document is to introduce coherent terms in professional terminology particularly with regard to the use in CAD (Computer Aided Drafting). Various symbols are specified for simplified representation on technical drawings.

This document specifies minimum values for Rockwell hardness and torsional strength for hand-operated wrenches and sockets. It covers the following three series of torsion torques: — Series A: usual box wrenches and socket wrenches; EXAMPLE 1 Reference nos. 1 1 02 01 0; 1 1 02 02 0 and 1 1 02 02 1; 1 1 02 03 0; 1 1 02 04 0; 1 1 02 05 0; 1 1 02 06 0; 1 1 02 09 0; 1 1 02 10 0; 1 1 02 11 0; 1 1 02 12 0; 1 1 02 13 0 and 1 1 02 13 1; 1 1 02 14 0; 1 1 02 15 0; 1 1 08 01 0; 1 1 08 02 0. — Series C: open end wrenches; EXAMPLE 2 Reference nos. 1 1 01 01 0; 1 1 01 01 1; 1 1 01 02 0; 1 1 01 03 0; 1 1 01 04 0. — Series E: hand-operated square drive sockets. EXAMPLE Reference nos. 2 1 02 01 0 and 2 1 02 01 1. NOTE The wrenches and sockets mentioned above are listed under their respective reference numbers in ISO 1703.

This document specifies hardness and minimum torsional strength for machine-operated square drive sockets in accordance with ISO 2725-2 intended for use with impact wrenches. EXAMPLE Reference nos. 2 2 02 01 0; 2 2 02 02 0; 5 2 00 04 0. NOTE The sockets mentioned above are listed under their respective reference numbers in ISO 1703.