IEC 62011-2-2004 PDF
Name in English:
St IEC 62011-2-2004
Name in Russian:
Ст IEC 62011-2-2004
Original standard IEC 62011-2-2004 in PDF full version. Additional info + preview on request
Full title and description
Insulating materials - Industrial, rigid, moulded, laminated tubes and rods of rectangular and hexagonal cross-section, based on thermosetting resins for electrical purposes — Part 2: Methods of test. This document specifies test methods used to assess the dimensional, mechanical, electrical and other properties (water absorption, density, etc.) of industrial rigid moulded laminated tubes and rods made from thermosetting resins for electrical applications.
Abstract
IEC 62011-2:2004 defines standardized test procedures for industrial rigid, moulded, laminated tubes and rods of rectangular and hexagonal cross-section manufactured from thermosetting resins (phenolic, epoxy binders with paper, cotton or glass reinforcements). The standard covers conditioning, dimensional checks, mechanical strength tests specific to rods and tubes, electrical tests including insulation resistance after water immersion, and additional measurements such as water absorption and density. It is intended to support consistent quality assessment and material specification in design, manufacture and procurement of electrical insulating components.
General information
- Status: International Standard (published).
- Publication date: 8 January 2004.
- Publisher: International Electrotechnical Commission (IEC).
- ICS / categories: 29.035.20 (Plastics and rubber insulating materials / Solid electrical insulating materials).
- Edition / version: Edition 1.0 (2004).
- Number of pages: 31 pages (first edition).
Scope
This part of IEC 62011 specifies test methods applicable to industrial, rigid, moulded, laminated tubes and rods of rectangular and hexagonal cross-section intended for electrical purposes and based on thermosetting resins. Tests and procedures in the scope include conditioning of specimens, measurement of external and internal dimensions and wall thickness, assessment of departure from straightness, mechanical tests (flexural strength perpendicular to laminations for rods; axial compressive strength for tubes), electrical tests (general provisions and insulation resistance after immersion in water) and other determinations such as water absorption and density. The standard applies to materials conforming to the IEC 62011 series and is intended to be used alongside the relevant material specification parts of the series.
Key topics and requirements
- Conditioning of test specimens (preparation and environmental conditioning before testing).
- Dimensional checks: external and internal dimensions, wall thickness and tolerances, departure from straightness.
- Mechanical tests: flexural strength perpendicular to laminations (for rods) and axial compressive strength (for tubes).
- Electrical tests: general test procedures and insulation resistance measurement after immersion in water.
- Other tests: determination of water absorption and material density.
- Test reporting: standardised presentation of results to support material specification, quality control and comparison between batches/suppliers.
Typical use and users
IEC 62011-2 is typically used by manufacturers of laminated thermosetting insulating tubes and rods, independent and in-house test laboratories, quality assurance and inspection teams, product engineers and designers of electrical equipment, procurement/specification engineers, and conformity assessment bodies. It supports material acceptance testing, supplier verification, product development and compliance checking where consistent test methods are required.
Related standards
IEC 62011-2 is part of the IEC 62011 series. Closely related documents include: IEC 62011-1 (Definitions, designations and general requirements) and IEC 62011-3-1 (Specifications for individual materials — tubes and rods). The part is also published/adopted as EN/ national variants (for example EN 62011-2:2004 and various national adoptions such as BS EN / DIN EN / UNE-EN versions).
Keywords
insulating materials; thermosetting resins; laminated tubes; laminated rods; moulded laminates; test methods; dimensions; straightness; flexural strength; axial compressive strength; insulation resistance; water absorption; density; IEC 62011.
FAQ
Q: What is this standard?
A: IEC 62011-2:2004 is the part of the IEC 62011 series that specifies methods of test for industrial, rigid, moulded, laminated tubes and rods of rectangular and hexagonal cross-section made from thermosetting resins for electrical purposes.
Q: What does it cover?
A: It covers specimen conditioning, dimensional measurements (external/internal dimensions, wall thickness, straightness), mechanical tests (flexural strength for rods, axial compressive strength for tubes), electrical tests (including insulation resistance after immersion in water) and other determinations such as water absorption and density.
Q: Who typically uses it?
A: Manufacturers, test laboratories, quality control and product engineers, procurement/specification teams and conformity assessment bodies use the standard to verify material performance and ensure consistent testing and reporting.
Q: Is it current or superseded?
A: This is the first edition published in 2004. As published it is an IEC International Standard; users should check national catalogs or the IEC publications database for any amendments, revisions or updates. IEC records indicate a stability planning for this series (first-edition publication date 8 January 2004), so verify if a newer revision exists before relying on it for regulatory or contractual requirements.
Q: Is it part of a series?
A: Yes — IEC 62011 is a multipart series. Part 1 covers definitions, designations and general requirements; Part 2 covers methods of test (this document); and Part 3 (and subparts such as 3-1) provide specifications for individual materials.
Q: What are the key keywords?
A: Insulating materials, thermosetting resins, laminated tubes, moulded rods, test methods, dimensions, flexural strength, compressive strength, insulation resistance, water absorption, density.