15kV Indoor MV Digital Vacuum Circuit Breaker - IEE-Business

English
RFQ

Download the app

15kV Indoor MV Digital Vacuum Circuit Breaker

discuss personally

Model

Basic info Product Detail Supplier

Basic info

Brand	Schneider
Model NO.	15kV Indoor MV Digital Vacuum Circuit Breaker
Rated voltage	15kV
Rated normal current	2000A
Rated frequency	50/60Hz
Series	EvoPacT

Product Detail

Description：

The next generation, natively digital CB for panel builders and users of MV switchgear in Primary Distribution applications. Includes scalable connectivity, with integrated sensors, IoT and a HMI that enables remote digital operation from outside of the arc flash zone. Anticipate and detect abnormal conditions with 24/7 condition monitoring and best-in class interlocking for a safety first approach. Durable and designed for life, all compliant with latest industry cybersecurity standards.

EvoPacT medium voltage (MV) breakers are integrated with embedded sensors for proactive health monitoring, inside of SureSeT Metal-Clad switchgear, helping data and controls become visible locally or remotely for increased efficiency and reduced risk.

EvoPacT breakers are designed to be smaller and stronger, built for 26" wide sections for space savings, and increased mechanical testing for reliability. EvoPacT can be easily scaled and upgraded to accommodate your growing needs.

Product specifications：

Tested to 3X the industry standard, with 30,000 mechanical operations and a newly designed vacuum interrupter (tested to 30,000 operations at rated current)
IEEE/ANSI, UL/UR rated, and compliant with industry cybersecurity standards
EvoPacT digital circuit breakers work with your connected solutions. By collecting and analyzing performance data, you can optimize operations throughout your facility
EvoPacT’s comprehensive monitoring and control platform is accessible through a connected device and is compliant with industry cybersecurity standards
Designed to be modular, flexible, and easily upgraded, EvoPacT digital circuit breakers come in a scalable range of connectivity tiers, to fit your growing needs
Sensors, monitoring, and control features are easily scaled. Upgrading is a smooth process, available when your facility is ready
Green Premium certified, part of our commitment to deliver sustainable performance for our customers

Technical Characteristics:

Know your supplier

Schneider

Chengdu Fabo Automation Complete Equipment Co., Ltd is an authorized distributor of Schneider Electric, a global leader in energy management and automation solutions.

Main Categories

High Voltage Electrical Apparatus/Low Voltage Electrical Apparatus

Business Type

Manufacture/Sales

Highest Annual Export (USD)

$400000000

Professional Experience

10 years

Workplace

20000m²

占位

占位

Related Products

Related Knowledges

Cost Differences and Performance Comparison of 35kV New Energy Transformers Based on Dry-Type, Mineral Oil, and Vegetable Oil

Cost Differences and Performance Comparison of 35kV New Energy Transformers Based on Dry-Type, Mineral Oil, and Vegetable Oil

For users, when purchasing a 35kV new energy transformer, choosing between dry-type, mineral oil-filled, or vegetable oil-filled types involves multiple considerations. These include user habits, maintenance-free performance, safety and fire resistance, volume and weight, among others. However, cost differences are undoubtedly one of the most crucial factors.To illustrate the issue intuitively, this paper selects a three-level energy efficiency dual-winding new energy transformer with a rated ca

What is the connection group of a transformer?

What is the connection group of a transformer?

Transformer Connection GroupThe connection group of a transformer refers to the phase difference between the primary and secondary voltages or currents. It is determined by the winding directions of the primary and secondary coils, the labeling of their start and end terminals, and the connection mode. Expressed in a clock-like format, there are 12 groups in total, numbered from 0 to 11.The DC method is commonly used to measure the transformer's connection group, mainly to verify whether the con

Working Voltage in Power System

Working Voltage in Power System

Working VoltageThe term "working voltage" refers to the maximum voltage that a device can withstand without sustaining damage or burning out, while ensuring the reliability, safety, and proper operation of both the device and associated circuits.For long-distance power transmission, the use of high voltage is advantageous. In AC systems, maintaining a load power factor as close to unity as possible is also economically necessary. Practically, heavy currents are more challenging to handle than hi

What is Steady State Stability in Power System?

What is Steady State Stability in Power System?

Definition of Steady State StabilitySteady state stability is defined as the capability of an electric power system to sustain its initial operating condition following a small disturbance, or to converge to a state closely approximating the initial condition when the disturbance persists. This concept holds critical significance in power system planning and design, the development of specialized automatic control devices, the commissioning of new system components, and the adjustment of operati

What is the sequence for powering down the transformer?

What is the sequence for powering down the transformer?

The sequence for shutting down a main transformer is as follows: when de-energizing, the load side should be shut down first, followed by the power supply side. For energizing operations, the reverse order applies: the power supply side is energized first, then the load side. This is because: Energizing from the power supply side to the load side makes it easier to identify the fault range and take prompt judgment and handling measures in case of a fault, preventing the fault from spreading or e

What are the methods for switching operations of station transformers?

What are the methods for switching operations of station transformers?

Let's take an auxiliary power system with two station transformers as an example. When one station transformer needs to be out of service, there are two operation methods: non-interruptive power supply and instantaneous power interruption. Generally, the method of instantaneous power interruption on the low-voltage side is preferred.The operation method for instantaneous power interruption on the low-voltage side is as follows:Open the 380V power incoming circuit breaker of the corresponding sec