Industry Industry

KYN28 Series Metal-clad Medium Voltage Switchgear

Product Series
Contact Us
Sunny
Sales1@holdonecable.com
+8619026815676
East of Pingan Avenue, Jiaoxi Town, Jiaozhou City, Shandong Province

Products Details

  • KYN28-12
  • 3.6-12 kV
  • Three-phase
  • 50/60Hz

Introduction

The KYN28-12 AC Metal-clad Indoor Withdrawable Switchgear is a sophisticated and robust solution designed by our company to meet the diverse needs of power transmission and distribution. Operating within a voltage range of 3.6-12 kV, this three-phase AC switchgear supports a frequency of 50/60Hz, making it versatile for global applications. Primarily utilized in sectionalized single-bus systems, it excels in accepting and distributing electric power from small to medium-sized generators, facilitating power distribution in industrial and mining enterprises, managing power for secondary substations, initiating large-sized HV motors, and serving power plants. Beyond its primary roles in control, protection, and monitoring, it embodies reliability and efficiency in power distribution.

Specification

FeatureSpecification
Rated Voltage3.6-12 kV
Frequency50/60Hz
Rated Current (Small Branch Bus)Up to 1250A (Thermal Stable Current: 40KA)
Rated Current (Small Branch Bus)Over 1600A
Dimensions (H x W x D in mm)2300 x 800/1000 x 1500/1660
Weight (kg)700-1200

Key Features

Versatile Applications: Ideal for a wide range of uses from accepting power from generators to powering large industrial projects.

Highly Customizable: Comes in various sizes and configurations to meet specific needs, with options for cable or overhead incoming and outgoing connections.

Robust Design: Features a metal-clad, fully enclosed structure that provides enhanced safety and reliability.
Advanced Control and Monitoring: Equipped with modern control, protection, and monitoring capabilities to ensure efficient operation and maintenance.

Ease of Maintenance: The withdrawable design facilitates easy inspection, maintenance, and replacement of components, minimizing downtime.