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The purpose of this technical committee report is to provideinformation regarding protective coatings employed duringpipeline repair, recoating, or refurbishment projects. Thisreport is intended to be used by pipeline operators, rehabilitationcontractors, coating applicators, and pipeline installationcontractors.
This standard practice establishes the requirements for the selection, application and performance of Site-Applied Wrap Corrosion Protection Systems for the protection of shore based marine structures in a variety of shapes and configurations as well as bracing and other support steelwork in the submerged zone and splash zone in temperate and tropical climates. Additional requirements may be necessary for special exposure environments such as ice, polluted water and similar.
This document applies to two-wire, up to five-wire installation couplers, with or without earthing contact, if provided, with a rated voltage up to and including 500 V AC or 500 V DC and a rated connecting capacity up to and including 10 mm2 and a rated current not exceeding 32 A for permanent connection in electrical installations. Installation couplers with additional contacts for voltages other than mains voltages are outside the scope of this document.
An installation coupler consists of an installation female connector and an installation male connector for permanent connection not intended to be engaged or disengaged under load nor to be engaged or disengaged other than during first installation or during reconfiguration or maintenance of the wiring system in which installation couplers have been installed. This means that installation couplers are intended for infrequent use only.
Installation couplers are not suitable for use in place of socket-outlet systems. Installation couplers are not suitable for use in place of devices for connecting luminaires (DCLs) according to IEC 61995 (all parts) or in place of luminaire supporting couplers (LSCs).
Installation couplers complying with this document are suitable for use at ambient temperatures not normally exceeding +40 °C, but their average over a period of 24 h does not exceed +35 °C, with a lower limit of the ambient air temperature of −5 °C, either for indoor or outdoor use.
NOTE 1 Additional tests for use in cold climates are shown in Annex F, which is normative in following countries: FI. Necessary information can be given in the manufacturer’s installation instructions.
NOTE 2 For other temperatures, necessary information can be given in the manufacturer’s installation instructions.
In locations where special conditions prevail, as in ships, vehicles and the like and in hazardous locations, for example where explosions are liable to occur, special constructions can be required.
NOTE 3 Installation couplers are intended to be installed by instructed or skilled persons.
NOTE 4 As a guide to using installation coupler systems, see Annex D.
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Revision Standard – Active – Draft.Recommendations and requirements for the design and applications of power electronics in land-based (onshore) and marine (offshore) electrical power systems are provided in this standard. A wide range of power electronics equipment with aggregated power ratings at and above 100 kW with voltages equal or less than 52 kV (ac) or (dc) is covered. Existing engineering practices, analytical methods, and performance characteristics are described. Applicable international and local standards are referenced with appropriate guidance to provide users of the standard with correct criteria for design, testing, and maintenance necessary for reliable operation of integrated power systems.
This document is applicable to housed scintillators for registration and spectrometry of alpha-, beta-, gamma-, X-ray and neutron radiation.
The main parameters, such as a light output and intrinsic resolution are established. This document specifies the requirements for the testing equipment and test methods of the basic parameters of housed scintillators, such as:
• the direct method is applicable to measure the light output of housed scintillators based on scintillation material. The housed scintillators certified by this method can be used as working standard of housed scintillators (hereinafter: working standard) when performing measurements by a relative method of comparison.
• the relative method of comparison with the working standard is applicable to housed scintillators based on the same scintillation material as the working standard.
This document does not apply to gas or liquid scintillators and scintillators for counting and current modes.
The numerical values of the parameters are set to the specific type of scintillators in the specifications.
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This SAE Standard incorporates driving cycles that produce fuel consumption data relating to Urban, Suburban, and Interstate driving patterns and is intended to be used to determine the relative fuel economy among vehicles and driving patterns under warmed-up conditions on test tracks, suitable roads, or chassis dynamometers.
