23.100.50 - Control components
ICS 23.100.50 Details
Control components
Verteileinrichtungen
Organes de commande
Krmilni sestavni deli
General Information
Frequently Asked Questions
ICS 23.100.50 is a classification code in the International Classification for Standards (ICS) system. It covers "Control components". The ICS is a hierarchical classification system used to organize international, regional, and national standards, facilitating the search and identification of standards across different fields.
There are 120 standards classified under ICS 23.100.50 (Control components). These standards are published by international and regional standardization bodies including ISO, IEC, CEN, CENELEC, and ETSI.
The International Classification for Standards (ICS) is a hierarchical classification system maintained by ISO to organize standards and related documents. It uses a three-level structure with field (2 digits), group (3 digits), and sub-group (2 digits) codes. The ICS helps users find standards by subject area and enables statistical analysis of standards development activities.
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This document specifies only geometrical data relating to cavities in which two-port hydraulic slip-in cartridge valves are mounted in order to ensure interchangeability. NOTE For example, this document does not specify rated pressures. It applies to cavities for two-port hydraulic slip-in cartridge valves which are generally applicable to industrial equipment.
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This document specifies test procedures and a method of presenting the results concerning the parameters which define the main characteristics to be included in the literature from suppliers of regulators and filter-regulators conforming to ISO 6953-1. The purpose of this document is to: - facilitate the comparison of pressure regulators and filter-regulators by standardizing test methods and presentation of test data; - assist in the proper application of pressure regulators and filter-regulators in compressed air systems. The tests specified are intended to allow comparison among the different types of regulators and filter-regulators; they are not production tests to be carried out on each pressure regulator or filter-regulator manufactured. ISO 6953-3 can be used as an alternative dynamic test method for flow-rate characteristics using an isothermal tank instead of a flow meter. However, this method measures only the decreasing flow rate part of the hysteresis curve of forward flow and relief flow characteristics. NOTE The tests related to electro-pneumatic pressure control valves are specified in ISO 10094−2.
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This document specifies which characteristics of compressed air pressure regulators are required to be included in the literature from the supplier. It also applies to filter-regulators. This document applies to: - manually controlled direct operated types (with relieving mechanisms such as a relieving pressure regulator, or without relieving mechanism), - manually controlled internal pilot operating types (e.g. nozzle flapper), and - pressure-pilot operated types. In addition, it specifies the product marking requirements for pressure regulators and filter-regulators. This document is applicable to compressed air pressure regulators with a rated inlet pressure of up to 2 500 kPa (25 bar) and an outlet adjustment pressure of up to 1 600 kPa (16 bar) and to filter-regulators with rated inlet and outlet pressures of up to 1 600 kPa (16 bar), in which the major contaminants are removed by mechanical means. NOTE The main characteristics to be included in the supplier's literature related to electrically modulated pneumatic continuous pressure control valves are specified in ISO 10094-1.
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SIGNIFICANCE AND USE
5.1 Air leakage between an air distribution system and unconditioned spaces affects the energy losses from the distribution system, the ventilation rate of the building, and the entry rate of air pollutants.
5.2 The determination of infiltration energy loads and ventilation rates of residences and small commercial buildings are typically based on the assumption that the principal driving forces for infiltration and ventilation are the wind and indoor/outdoor temperature differences. This can be an inappropriate assumption for buildings that have distribution systems that pass through unconditioned spaces, because the existence of relatively modest leakage from that system has a relatively large impact on overall ventilation rates. The air leakage characteristics of these exterior distribution systems are needed to determine their ventilation, energy, and pollutant-entry implications.
5.3 Air leakage through the exterior air distribution envelope may be treated in the same manner as air leakage in the building envelope as long as the system is not operating (see Test Method E779). However, when the system blower is on, the pressures across the air distribution system leaks are usually significantly larger than those driving natural infiltration. Depending on the size of the leaks, these pressures can induce much larger flows than natural infiltration. Thus, it is important to be able to isolate these leaks from building envelope leaks. The leakage of air distribution systems must be measured in the field, because it has been shown that workmanship and installation details are more important than design in determining the leakage of these systems.
5.4 For codes, standards, and other compliance or quality control applications, the precision and repeatability at meeting a specified target (for example, air flow at reference pressure) is more important than air leakage flows at operating conditions. Some existing codes, standards, and voluntary programs require ...
SCOPE
1.1 The test methods included in this standard are applicable to the air distribution systems in low-rise residential and commercial buildings.
1.2 These test methods cover four techniques for measuring the air leakage of air distribution systems. The techniques use air flow and pressure measurements to determine the leakage characteristics.
1.3 The test methods for two of the techniques also specify the auxiliary measurements needed to characterize the magnitude of the distribution system air leakage during normal operation.
1.4 A test method for the total recirculating air flow induced by the system blower is included so that the air distribution system leakage can be normalized as is often required for energy calculations.
1.5 The proper use of these test methods requires knowledge of the principles of air flow and pressure measurements.
1.6 Three of these test methods are intended to produce a measure of the air leakage from the air distribution system to outside. The other test method measures total air leakage including air leaks to inside conditioned space.
1.7 The values stated in either SI units or inch-pound units are to be regarded separately as standard. The values stated in each system may not be exact equivalents; therefore, each system shall be used independently of the other. Combining values from the two systems may result in non-conformance with the standard.
1.8 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety, health, and environmental practices and determine the applicability of regulatory limitations prior to use. For specific hazard statements, see Section 7.
1.9 This international standard was developed in accordance with internationally recognized principles on standardization established in the Decision on Principles for the Developme...
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This document specifies test procedures for measuring the shifting times of electrically or pneumatically operated directional control valves.
It is applicable to monostable and bistable pneumatic directional control valves, with 2 or 3 position functions.
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ISO 20401:2017 specifies the pin assignment for pneumatic directional control valves when used together with 8 mm and 12 mm diameter electrical round connectors according to IEC 60947-5-2. This definition is valid for connectors as shown in IEC 60947-5-2:2004, Figures D.2 and D.4, which are shown in Clause 4.
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This document specifies test procedures for measuring the shifting times of electrically or pneumatically operated directional control valves. It is applicable to monostable and bistable pneumatic directional control valves, with 2 or 3 position functions.
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This document specifies which characteristics of electro-pneumatic continuous pressure control valves are to be included in the supplier's literature. In accordance with ISO 5598, these control valves include: - electrically modulated pneumatic proportional pressure valves, - proportional pressure control valves without electronic pressure feedback, and - proportional pressure control valves with electronic pressure feedback. This document is limited to the characterization of components with an exhaust port to the atmosphere. NOTE 1 The characteristics of non-electrically modulated pneumatic pressure control valves are specified in ISO 6953‑1. NOTE 2 The characteristics of electro-pneumatic continuous flow control valves are specified in ISO 10041‑1.
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This document specifies the test procedures and a method of presenting results concerning the parameters which define the main characteristics to be included in the supplier's literature of the electro-pneumatic continuous pressure control valves, conforming to ISO 10094-1. The purpose of this document is: - to facilitate comparison by standardizing the test methods and the presentation of the test results, and - to assist in the proper application of these components in compressed air systems. The specified tests are intended to allow comparison between the different types of continuous pressure control valves; these are not production tests to be carried out on each manufactured product. The tests described in this document are for components with an exhaust port vented to the atmosphere. NOTE 1 The tests related to non-electrically modulated pneumatic continuous pressure control valves are specified in ISO 6953-2. NOTE 2 The tests related to electro-pneumatic continuous flow control valves are specified in ISO 10041-2. NOTE 3 ISO 6953-3 provides an alternate dynamic test method for flow-rate characteristics using an isothermal tank instead of a flow meter. However, this method measures only the decreasing flow rate part of the hysteresis curve of the forward flow and relief flow characteristics.
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ISO 7368:2016 specifies only geometrical data relating to cavities in which two-port hydraulic slip-in cartridge valves are mounted in order to ensure interchangeability.
NOTE For example, this document does not specify rated pressures.
It applies to cavities for two-port hydraulic slip-in cartridge valves which are generally applicable to industrial equipment.
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ISO 5781:2016 specifies the dimensions and other data relating to surfaces on which hydraulic pressure-reducing valves, sequence valves, unloading valves, throttle valves and check valves are mounted in order to ensure interchangeability.
It applies to mounting surfaces for hydraulic pressure-reducing valves, sequence valves, unloading valves, throttle valves and check valves, which represent current practice; they are generally applicable to industrial equipment.
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This document describes test methods for determining the performance characteristics of electrically modulated hydraulic pressure control valves.
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This document specifies methods for determining, under steady-state conditions, the pressure differential caused by the flow through any given path in a hydraulic fluid power valve. Requirements for test installations, procedures and presentation of results are specified.
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This document defines an identification code for hydraulic valve mounting surfaces and for hydraulic cartridge valve cavities that are defined in other International Standards (see Bibliography). This document is not applicable to mounting surfaces and cartridge valve cavities that do not conform to these International Standards. This document does not require that the hardware be marked with the identification code.
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ISO 20401:2017 specifies the pin assignment for pneumatic directional control valves when used together with 8 mm and 12 mm diameter electrical round connectors according to IEC 60947-5-2. This definition is valid for connectors as shown in IEC 60947-5-2:2004, Figures D.2 and D.4, which are shown in Clause 4.
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ISO 5781:2016 specifies the dimensions and other data relating to surfaces on which hydraulic pressure-reducing valves, sequence valves, unloading valves, throttle valves and check valves are mounted in order to ensure interchangeability. It applies to mounting surfaces for hydraulic pressure-reducing valves, sequence valves, unloading valves, throttle valves and check valves, which represent current practice; they are generally applicable to industrial equipment.
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ISO 7368:2016 specifies only geometrical data relating to cavities in which two-port hydraulic slip-in cartridge valves are mounted in order to ensure interchangeability. NOTE For example, this document does not specify rated pressures. It applies to cavities for two-port hydraulic slip-in cartridge valves which are generally applicable to industrial equipment.
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This part of ISO 5599 specifies the requirements for a mounting interface surface without electrical connector for fiveport pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification, and
— identification of the result of control-mechanism actuation.
It is not applicable to the functional characteristics of interfaces.
- Corrigendum1 pageEnglish languagee-Library read for1 day
This part of ISO 5599 specifies the requirements for a mounting interface surface with optional electrical connector for five-port pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification,
— identification of the result of control-mechanism actuation, and
— dimensions, tolerances and specifications for optional interface electrical connector mating.
It is not applicable to the functional characteristics of interfaces.
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ISO 6263:2013 specifies the dimensions and other data relating to surfaces on which hydraulic compensated flow-control valves are mounted in order to ensure interchangeability. It applies to mounting surfaces for hydraulic compensated flow-control valves which represent current practice; they are generally applicable to industrial equipment.
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ISO/TR 17209:2013 specifies the dimensions and provides other data relating to cavities with ISO 725 UN and UNF threads in which two-, three-, and four-port screw-in cartridge valves are mounted, in order to ensure dimensional interchangeability. It is applicable to two-, three-, and four-port screw-in cartridge valves generally used in industrial, agricultural, mining and mobile equipment.
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ISO 7790:2013 specifies clamping dimensions of four-port modular stack valves and four-port directional control valves, sizes 02, 03, 05, 07, 08, and 10, on mounting surfaces. The dimensions and sizes conform to ISO 4401 so as to ensure interchangeability of these valves and to reduce the number of fixing devices to be used. It applies to clamping dimensions of four-port modular stack valves and four-port directional control valves which represent current practice. They are generally applicable to industrial equipment.
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ISO 10770-2:2012 describes methods for determining the performance characteristics of electrically modulated hydraulic three-port directional flow-control valves. This type of electrohydraulic valve controls the direction and amount of hydraulic flow in a hydraulic system.
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ISO 6953-3:2012 specifies alternative test methods for testing pneumatic fluid power components that use compressible fluids, i.e. gases. This part of ISO 6953 is applicable only to the decreasing flow rate part of the hysteresis curve of forward flow and relief flow characteristics. This method can be applied when: the pressure regulation dynamics of a component under test is rapid enough to be negligible, compared to the response of pressure changes during charge and discharge tests; the pressure response does not show any overshoot or any oscillating behaviour. ISO 6953-3:2012 specifies requirements for the test installation, the test procedure and the presentation of results. Examples of test results are given, as well as various data processing methods, and visualization of data processing procedures. Illustrations of overshoot and undershoot on regulated pressure response and large variations on inlet pressure are also given. ISO 6953-3:2012 applies to the following components: compressed air pressure regulators and filter-regulators according to ISO 6953-1; electro-pneumatic pressure control valves according to ISO 10094; other components such as relief valves.
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ISO 16873:2011 specifies the mounting surfaces for pressure switches and gives guidelines for the standardized arrangement of the connections for pressure switches and for the mounting of plates and hydraulic valves.
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This International Standard establishes a metric series of single-rod pneumatic short‑stroke cylinders with bores from 20 mm to 100 mm (inclusive) for use at maximum working pressure of 1 000 kPa [10 bar 1)] with and without magnetic function. They are not equipped with adjustable cushioning, so their application is restricted to those systems where adjustable cushioning is not required.
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ISO 10041-2:2010 specifies the test procedures and a method of presenting the results concerning the parameters that define the main characteristics to be included in the supplier's literature of electro-pneumatic continuous flow control valves. ISO 10041-2:2010 is intended to facilitate the comparison of these types of valves by standardizing test methods and the presentation of test results and assist in the proper application of these valves in pneumatic systems.
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ISO 10041-1:2010 specifies the characteristics of electro-pneumatic continuous flow control valves that are to be included in the supplier's literature. ISO 10041-1:2010 is limited to the characterisation of valves that exhaust to atmosphere except for two-port valves.
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ISO 10770-1:2009 describes methods for determining the performance characteristics of electrically modulated, hydraulic, four-port directional flow-control valves. ISO 10770-1:2009 describes methods of testing electrohydraulic, four-port directional flow-control valves. This type of electrohydraulic valve controls the direction and flow in a hydraulic system.
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ISO 7789:2007 specifies the dimensions and provides other data relating to cavities in which two-, three- and four-port, screw-in cartridge valves are mounted in order to ensure interchangeability. ISO 7789:2007 is applicable to two-, three- and four-port screw-in cartridge valves generally used in industrial and mobile equipment.
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This part of ISO 5599 specifies the requirements for a mounting interface surface without electrical connector for fiveport pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification, and
— identification of the result of control-mechanism actuation.
It is not applicable to the functional characteristics of interfaces.
- Corrigendum1 pageEnglish languagee-Library read for1 day
This part of ISO 5599 specifies the requirements for a mounting interface surface with optional electrical connector for five-port pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification,
— identification of the result of control-mechanism actuation, and
— dimensions, tolerances and specifications for optional interface electrical connector mating.
It is not applicable to the functional characteristics of interfaces.
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specifies the requirements for the inspection and routine testing of control valves manufactured in conformity with the other parts of IEC 60534.is applicable to valves with pressure ratings not exceeding Class 2500. The requirements for actuators apply only to pneumatic actuators.
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ISO 15407-2:2002 specifies dimensions and tolerances of the interface features, port identification, identification of the result of control-mechanism actuation, dimensions, tolerances and specifications for optional interface electrical connector mateability for a mounting interface and electrical connector for five-port pneumatic directional control valves, sizes 18 mm and 26 mm, for use at a maximum rated pressure of 1,6 MPa (16 bar).
ISO 15407-2:2002 is not applicable to the functional characteristics of interfaces.
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This part of ISO 5599 specifies the requirements for a mounting interface surface with optional electrical connector for five-port pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification,
— identification of the result of control-mechanism actuation, and
— dimensions, tolerances and specifications for optional interface electrical connector mating.
It is not applicable to the functional characteristics of interfaces.
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ISO 17082:2004 specifies which data are to be included in the manufacturer's supplier literature that accompanies any kind of pneumatic valve. These data are vital in selecting the proper valve for a particular application.
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ISO 16874:2004 provides identification coding for manifolds used in hydraulic systems and for component installation features (for example, mounting surfaces or cavities) of such manifolds. It specifies identification codes to be marked on manifold blocks and correlated with product and service documentation such as circuit diagrams, bills of material and assembly drawings, for the purpose of facilitating assembly, installation, use and service of systems in which the manifolds are applied. The codes define a unique identifier traceable to associated documentation for each mounting surface or cavity. The installed component may be marked or tagged with the same identifier when such marking is necessary for clarity in assembly or service.
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ISO 4401:2005 specifies the dimensions and other data relating to surfaces on which four-port hydraulic directional control valves are mounted in order to ensure their interchangeability. It applies to mounting surfaces for four-port hydraulic directional control valves which represent current practice. They are generally applicable to industrial equipment.
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This part of ISO 5599 specifies the requirements for a mounting interface surface with optional electrical connector for five-port pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification,
— identification of the result of control-mechanism actuation, and
— dimensions, tolerances and specifications for optional interface electrical connector mating.
It is not applicable to the functional characteristics of interfaces.
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- Amendment4 pagesEnglish languagee-Library read for1 day
ISO 16874:2004 provides identification coding for manifolds used in hydraulic systems and for component installation features (for example, mounting surfaces or cavities) of such manifolds. It specifies identification codes to be marked on manifold blocks and correlated with product and service documentation such as circuit diagrams, bills of material and assembly drawings, for the purpose of facilitating assembly, installation, use and service of systems in which the manifolds are applied. The codes define a unique identifier traceable to associated documentation for each mounting surface or cavity. The installed component may be marked or tagged with the same identifier when such marking is necessary for clarity in assembly or service.
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ISO 17082:2004 specifies which data are to be included in the manufacturer's supplier literature that accompanies any kind of pneumatic valve. These data are vital in selecting the proper valve for a particular application.
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ISO 15218:2003 specifies the dimensions of 3/2 solenoid valves for four sizes of mounting interface surfaces, with three holes for flow passages, two holes for fixing screws and requirements for a sealing surface, for use at a maximum rated pressure of 1,6 MPa (16 bar).
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ISO 15407-2:2002 specifies dimensions and tolerances of the interface features, port identification, identification of the result of control-mechanism actuation, dimensions, tolerances and specifications for optional interface electrical connector mateability for a mounting interface and electrical connector for five-port pneumatic directional control valves, sizes 18 mm and 26 mm, for use at a maximum rated pressure of 1,6 MPa (16 bar). ISO 15407-2:2002 is not applicable to the functional characteristics of interfaces.
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ISO 15218:2003 specifies the dimensions of 3/2 solenoid valves for four sizes of mounting interface surfaces, with three holes for flow passages, two holes for fixing screws and requirements for a sealing surface, for use at a maximum rated pressure of 1,6 MPa (16 bar).
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This part of ISO 5599 specifies the requirements for a mounting interface surface without electrical connector for fiveport pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification, and
— identification of the result of control-mechanism actuation.
It is not applicable to the functional characteristics of interfaces.
- Standard8 pagesEnglish languagee-Library read for1 day
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This part of ISO 5599 specifies the requirements for a mounting interface surface with optional electrical connector for five-port pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification,
— identification of the result of control-mechanism actuation, and
— dimensions, tolerances and specifications for optional interface electrical connector mating.
It is not applicable to the functional characteristics of interfaces.
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This part of ISO 5599 specifies the requirements for a mounting interface surface with optional electrical connector for five-port pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification,
— identification of the result of control-mechanism actuation, and
— dimensions, tolerances and specifications for optional interface electrical connector mating.
It is not applicable to the functional characteristics of interfaces.
- Standard14 pagesEnglish languagee-Library read for1 day
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This part of ISO 5599 specifies the requirements for a mounting interface surface without electrical connector for fiveport pneumatic directional control valves, for use at a maximum rated pressure of [ 1)]. It gives
— dimensions and tolerances of the interface features,
— port identification, and
— identification of the result of control-mechanism actuation.
It is not applicable to the functional characteristics of interfaces.
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1.1 This International Standard includes rules for identifying and marking ports in pneumatic directional control
valves. These ports are the main flow connections, control connections and pilot supply connections.
1.2 This International Standard includes rules for identifying and marking electrical leads for solenoids. It is not
applicable to internal electrical connections across manifold sections, such as connections to bus systems.
1.3 This International Standard includes rules for identifying and marking control mechanisms of directional control
valves.
1.4 This International Standard includes rules for identifying and marking ports and/or flow path directions in filters,
regulators, lubricators, non-return (check) valves, flow control valves and other ancillary devices.
1.5 This International Standard does not include rules for identifying and marking ports on proportional pneumatic
valves, air logic valves, cylinders, air motors, semi-rotary actuators, air compressors, air dryers or other devices not
specifically described in this International Standard.
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