Xgn15-12 Indoor Type AC High-Voltage Sf6 Ring Main Unit Switchgear/Distribution Box
XGN type is the newest AC metal enclosed HV ring main unit with the SF6, which is suitable for distribution automation, compact and extensible, simple structure, flexible operation, reliable interlocking, and modular design to realize any combination, meet all kinds of connection mode.
The device has the advantages of simple structure, flexible operation, reliable interlocking, convenient installation, etc.
Compact structure, small size, easy to install.
Modular design, flexible expansion.
Smart grid compatible, optional automation terminal, to meet the requirements of smart grid upgrade.
Applicable Conditions
Altitude
≤2000m
Ambient Temperature
-35ºC to +40ºC
Relative Humidity
Daily average ≤95%, Monthly average ≤90%
Seismic Capacity
8 degrees
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Frequently Asked Questions (FAQ)
What is the rated voltage of the XGN15-12 switchgear?
The rated voltage of the XGN15-12 indoor ring main unit is 12 KV, which makes it ideal for medium voltage AC systems.
What environmental conditions are suitable for its operation?
It is designed to operate reliably within an ambient temperature range of -35ºC to +40ºC, at altitudes up to 2000m, and can handle daily average relative humidity up to 95% and monthly average relative humidity up to 90%.
What protection grade does this product feature?
The switchgear offers an IP4X degree of protection to prevent ingress of solid particles and ensure components remain safe and secure inside the metal enclosure.
Does this equipment support smart grid automation?
Yes, the modular design is smart grid compatible and supports optional automation terminals to align with modern smart grid upgrade configurations.
What insulation gas is utilized in the system?
The XGN15-12 is an AC metal enclosed high-voltage ring main unit that utilizes SF6 gas as the primary insulation and breaking medium.
What are the main installation benefits of this unit?
Due to its compact, modular design, it occupies minimal installation space, features highly reliable interlocking mechanisms, and allows flexible customization to suit various connection modes.