SIST ISO 1813:2015 PDF

Belt drives - V-ribbed belts, joined V-belts and V-belts including wide section belts and hexagonal belts - Electrical conductivity of antistatic belts: Characteristics and methods of test

Название (английский):

SIST ISO 1813:2015

Belt drives - V-ribbed belts, joined V-belts and V-belts including wide section belts and hexagonal belts - Electrical conductivity of antistatic belts: Characteristics and methods of test

Статус документа:: Действующий
Формат:: Электронный (PDF)
Количество страниц:: 16
Дата публикации:: 17 февраля 2015 г.
ICS:: 21.220.10
Технический комитет:: DTN - Lift and transport appliances

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Описание (английский):

ISO 1813:2014 specifies the maximum electrical resistance of antistatic endless V-ribbed belts, joined V-belts, and single V-belts including wide section belts and hexagonal belts, as well as corresponding production control and individual proof methods of measurements. The application of ISO 1813:2014 is limited to new belts intended to be used in an explosive atmosphere or in situations where there is a fire risk. The test is intended to ensure that the belt is sufficiently conductive to dissipate charges of electricity which can form on it in service.

Технические детали

SKU: SIST ISO 1813:2015

Abstract

Overview

ISO 1813:2014 specifies characteristics and test methods for the electrical conductivity of antistatic V-belts - including V-ribbed belts, joined V-belts, single V-belts, wide section and hexagonal belts. The standard defines maximum electrical resistance limits, production control (factory) tests and laboratory proof tests for new belts intended for use in potentially explosive atmospheres or where fire risk exists. Its purpose is to ensure belts are sufficiently conductive to dissipate electrostatic charge in service.

Key topics and requirements

Scope: Applies to new antistatic belts used where charge dissipation is critical (explosive atmospheres, fire-risk environments).
Electrical measurement principle: Measure resistance along a fixed length with an insulation tester under specified conditions; belts pass if resistance does not exceed limit values (given in Tables 1–3 or by Formula (1)).
Test equipment:
- Insulation tester nominally 500 V d.c. (instrument must be able to apply ≥40 V and ≤3 W to test section); a 1 000 V instrument may be used for resistance > 10 Ω.
- Metal electrodes (preferably brass) with minimum contact width 25 mm and nominal spacing 100 mm; specific grooved electrodes for V-groove and ribbed profiles and movable electrode options for classical/narrow V-belts.
- Belt loading to ensure contact: 1 N per millimetre of nominal belt width (applied per strand for joined belts).
Production control (factory) test:
- Ambient conditioning 15 °C to 30 °C.
- Straighten belt, apply specified load, measure resistance 5 s ± 1 s after applying voltage.
- Number and positions of test points depend on belt length and type (e.g., two points for belts ≤ 2 000 mm; additional points per 1 000 mm).
Proof (laboratory) test:
- Standard atmosphere 23 °C/50 % RH (ISO 23529 conditioning).
- Surfaces cleaned (Fuller’s earth) then covered with conductive coating: either conductive silver lacquer/colloidal graphite (surface resistivity

Overview

Key topics and requirements

Scope: Applies to new antistatic belts used where charge dissipation is critical (explosive atmospheres, fire-risk environments).
Electrical measurement principle: Measure resistance along a fixed length with an insulation tester under specified conditions; belts pass if resistance does not exceed limit values (given in Tables 1–3 or by Formula (1)).
Test equipment:
- Insulation tester nominally 500 V d.c. (instrument must be able to apply ≥40 V and ≤3 W to test section); a 1 000 V instrument may be used for resistance > 10 Ω.
- Metal electrodes (preferably brass) with minimum contact width 25 mm and nominal spacing 100 mm; specific grooved electrodes for V-groove and ribbed profiles and movable electrode options for classical/narrow V-belts.
- Belt loading to ensure contact: 1 N per millimetre of nominal belt width (applied per strand for joined belts).
Production control (factory) test:
- Ambient conditioning 15 °C to 30 °C.
- Straighten belt, apply specified load, measure resistance 5 s ± 1 s after applying voltage.
- Number and positions of test points depend on belt length and type (e.g., two points for belts ≤ 2 000 mm; additional points per 1 000 mm).
Proof (laboratory) test:
- Standard atmosphere 23 °C/50 % RH (ISO 23529 conditioning).
- Surfaces cleaned (Fuller’s earth) then covered with conductive coating: either conductive silver lacquer/colloidal graphite (surface resistivity

SIST ISO 1813:2015 PDF

Технические детали

Abstract

Overview

Key topics and requirements

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Abstract

Overview

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