Compare SF6 and SF6-free gas-insulated switchgear components for MV projects. Use technical specifications, dimensional drawings and interface data to shortlist circuit breakers, disconnectors and load switches for engineering review or RFQ.
Compare SF6 GIS and SF6-free GIS components by switching function, rated duty and cabinet interface. Open a card to review technical specifications and dimensional drawings before engineering review or RFQ.
Use these drawings to compare mounting, terminals and operating interfaces. Confirm the approved project drawing and final configuration before purchase or release.
Start with the insulation system and required switching function. SF6 and SF6-free components must be assessed within the complete switchgear design, including electrical duty and cabinet interface.
Before specifying or purchasing a component, compare its switching function, technical data and mechanical interface with the project drawings and controlled technical documents.
Use SF6 GIS load-break switch technical data when its stated switching duty, gas-insulated compartment arrangement and mounting interface match the project specification. Confirm the approved project configuration before order placement.
Use SF6-free GIS vacuum-switching technical data when the complete system architecture, operating duty, primary interface and secondary control arrangement match the project specification. Do not select from voltage rating alone.
Use the catalog above to compare technical specifications and dimensional drawings. Final selection and purchase should follow the approved project configuration, not a visual similarity or a single electrical value.
Review SF6 GIS load-break switch technical data when the specified function, ratings and cabinet interface align with the project.
Review SF6-free GIS vacuum-switching technical data when the system architecture, electrical duty and primary and secondary interfaces align with the project.
Use this checklist to document application requirements before requesting a quotation. It helps engineering and procurement teams compare a component with its required function, ratings and installed interfaces.
| Selection input | Confirm before RFQ | Why it matters |
|---|---|---|
| Insulation system and cabinet arrangement | Confirm before RFQConfirm the SF6 or SF6-free system, compartment arrangement and required switching function. | Why it mattersThe correct component family depends on the complete GIS architecture, not voltage alone. |
| Electrical duty | Confirm before RFQState rated voltage, frequency, normal current, insulation level and the applicable making, breaking or short-time withstand duty. | Why it mattersThese values define the technical evaluation for a circuit breaker, disconnector or load switch. |
| Mechanical and control interface | Confirm before RFQProvide mounting, terminal or busbar layout, interlock arrangement, operating mechanism and secondary control details. | Why it mattersA compatible electrical rating does not prove a physical or control-interface match. |
Send the core technical and commercial inputs with your RFQ. A complete scope helps our team confirm applicable component data, drawings, lead time and required documentation efficiently.
Answers for electrical engineers and professional buyers comparing GIS components, drawings and RFQ requirements for a defined project application.
Start with the project insulation system and complete switchgear architecture. Then confirm the required switching function, electrical duty, compartment arrangement, primary interface and operating mechanism. Similar voltage or current ratings do not establish interchangeability.
Confirm the rated voltage, frequency, normal current, insulation level and the making, breaking or short-time withstand duty that applies to the required device. Review mechanical endurance, operating mechanism and auxiliary/control requirements against the project specification as well.
Review the approved GA or outline drawing together with mounting points, terminals or busbars, phase spacing, clearances, operating mechanism, interlocks and secondary wiring where applicable. The final drawing should match the ordered configuration.
Not without a project-specific review. In addition to electrical duty, confirm the insulation-system context, cabinet and compartment layout, primary connections, mounting, interlocks, operating sequence and secondary control interface.
Include the component function and target model when known, electrical specification, insulation-system context, project drawings, mechanical and control interfaces, quantity, delivery destination, requested documents and required delivery date.
Use the project specification with the applicable IEC 62271 device standard: IEC 62271-1 for common high-voltage switchgear requirements, IEC 62271-100 for AC circuit breakers, IEC 62271-102 for disconnectors and earthing switches, and IEC 62271-103 for switches and switch-disconnectors. Confirm the required edition, test obligations and any local standard with the project engineer.