GSO IEC 60317-70:2021

IEC 60317-70:2017
Gulf Standard   Current Edition · Approved on 01 July 2021

Specifications for particular types of winding wires - Part 70: Polyester glass-fibre wound fused, unvarnished or resin or varnish impregnated, bare or enamelled round copper wire, temperature index 155

GSO IEC 60317-70:2021 Files

English 20 Pages
Current Edition Reference Language

GSO IEC 60317-70:2021 Scope

IEC 60317-70:2017 specifies requirements of polyester glass-fibre wound fused, unvarnished or resin or varnish impregnated, bare or grade 1 or grade 2 enamelled round copper winding wires, temperature index 155. The impregnating agent can be, for instance, epoxy, polyester, or polyesterimide resin based. NOTE - For this type of wire, the heat shock test is inappropriate and therefore a heat shock temperature cannot be established. Consequently, a class based on the requirements for temperature index and heat shock temperature cannot be specified.
Keywords: insulated wires used for windings

Best Sellers From Electrical Sector

GSO 2530:2016
 
Gulf Standard
Energy Labelling And Minimum Energy Performance Requirements For Air-Conditioners
GSO 34:2007
 
Gulf Technical Regulation
LEAD-ACID STARTER BATTERIES USED FOR MOTOR VEHICLES AND INTERNAL COMBUSTION ENGINES
GSO 35:2007
 
Gulf Standard
Methods of test for lead-acid starter batteries used for motor vehicles and internal combustion engines
GSO 1899:2016
 
Gulf Standard
GCC Standard voltages and frequencies for AC transmission and distribution systems

Recently Published from Electrical Sector

GSO IEC 63522-32:2026
IEC 63522-32:2025 
Gulf Standard
Electrical relays - Tests and measurements - Part 32: Acoustic noise
GSO IEC 61362:2026
IEC 61362:2024 
Gulf Standard
Guidelines to specification of hydraulic turbine governing systems
GSO IEC TS 62271-313:2026
IEC TS 62271-313:2025 
Gulf Standard
High-voltage switchgear and controlgear - Part 313: Direct current circuit-breakers
GSO IEC TR 63411:2026
IEC TR 63411:2025 
Gulf Standard
Grid connection of offshore wind via VSC-HVDC systems