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General introduction to the AKD-10 switchgear and its capabilities.
Features designed to protect operators and ensure safe operation.
Aspects of the switchgear enhancing system reliability and fault prevention.
Mechanisms for secure breaker insertion, removal, and locking.
Design for system expansion and ease of access for maintenance.
Features for improved operator safety during maintenance and operation.
GE's manufacturing processes and testing for high-quality, durable equipment.
Compliance with seismic standards for structural integrity and performance.
Details on provided engineering and manufacturing documentation.
System for monitoring, controlling, and analyzing power usage.
Overview of Power+, MicroVersaTrip Plus, and PM trip unit capabilities.
Information on interrupting capacity and short-circuit ratings.
Tables for selecting breaker, sensor, and rating plug combinations.
Accessories for signaling, lockout, and remote operation.
Accessories for interlocks, fuse handling, lifting, and remote closing.
Undervoltage sensing for breaker tripping and standards for operational life.
Compliance with standards and factors affecting breaker performance.
Explanation of breaker tripping curves and their application.
Graphical data for understanding breaker trip times versus current multiples.
How unit substations provide reliable power distribution.
Tables to assist in selecting switchgear based on system data.
Tables detailing transformer kVA ratings and associated breaker selections.
Detailed tables for breaker selection across different voltage levels.
Methods for detecting ground faults in various system configurations.
Approaches for implementing ground fault protection on different systems.
Systems for switching loads to alternate power sources during outages.
Methods for safe breaker operation sequencing and control logic.
Data on switchgear dimensions, weights, and enclosure types.
Diagrams illustrating various configurations of main, tie, and feeder sections.
Compartment dimensions for instruments like EPM and PQM.
Layouts of control devices, fuses, and indicators on breaker panels.
Floor plans, side views, and anchoring for indoor switchgear.
Floor plans, side views, and anchoring for outdoor switchgear.
Standard electrical connection diagrams for breakers and accessories.
System for constructing breaker catalog numbers based on features.
Detailed requirements for switchgear design, construction, and components.
Detailed functional and performance specifications for breakers and trip units.
Features for automatic transfer, interlocking, and control logic.
Information on available documentation, lifting devices, and test equipment.
List of relevant industry standards and GE publications.
General introduction to the AKD-10 switchgear and its capabilities.
Features designed to protect operators and ensure safe operation.
Aspects of the switchgear enhancing system reliability and fault prevention.
Mechanisms for secure breaker insertion, removal, and locking.
Design for system expansion and ease of access for maintenance.
Features for improved operator safety during maintenance and operation.
GE's manufacturing processes and testing for high-quality, durable equipment.
Compliance with seismic standards for structural integrity and performance.
Details on provided engineering and manufacturing documentation.
System for monitoring, controlling, and analyzing power usage.
Overview of Power+, MicroVersaTrip Plus, and PM trip unit capabilities.
Information on interrupting capacity and short-circuit ratings.
Tables for selecting breaker, sensor, and rating plug combinations.
Accessories for signaling, lockout, and remote operation.
Accessories for interlocks, fuse handling, lifting, and remote closing.
Undervoltage sensing for breaker tripping and standards for operational life.
Compliance with standards and factors affecting breaker performance.
Explanation of breaker tripping curves and their application.
Graphical data for understanding breaker trip times versus current multiples.
How unit substations provide reliable power distribution.
Tables to assist in selecting switchgear based on system data.
Tables detailing transformer kVA ratings and associated breaker selections.
Detailed tables for breaker selection across different voltage levels.
Methods for detecting ground faults in various system configurations.
Approaches for implementing ground fault protection on different systems.
Systems for switching loads to alternate power sources during outages.
Methods for safe breaker operation sequencing and control logic.
Data on switchgear dimensions, weights, and enclosure types.
Diagrams illustrating various configurations of main, tie, and feeder sections.
Compartment dimensions for instruments like EPM and PQM.
Layouts of control devices, fuses, and indicators on breaker panels.
Floor plans, side views, and anchoring for indoor switchgear.
Floor plans, side views, and anchoring for outdoor switchgear.
Standard electrical connection diagrams for breakers and accessories.
System for constructing breaker catalog numbers based on features.
Detailed requirements for switchgear design, construction, and components.
Detailed functional and performance specifications for breakers and trip units.
Features for automatic transfer, interlocking, and control logic.
Information on available documentation, lifting devices, and test equipment.
List of relevant industry standards and GE publications.
General| Brand | GE |
|---|---|
| Model | AKD-10 |
| Category | Industrial Equipment |
| Language | English |
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