Power-Zone™ 4 Low Voltage Switchgear with MasterPacT™ MTZ or NW/NT Circuit Breakers - IEE-Business

English
RFQ

Download the app

Power-Zone™ 4 Low Voltage Switchgear with MasterPacT™ MTZ or NW/NT Circuit Breakers

discuss personally

Model

Power-Zone™ 4 -1600A

Basic info Product Detail Supplier

Basic info

Brand	Schneider
Model NO.	Power-Zone™ 4 Low Voltage Switchgear with MasterPacT™ MTZ or NW/NT Circuit Breakers
Rated normal current	1600A
Series	Power-Zone™ 4

Product Detail

General

Square D™ brand Power-Zone™ 4 low voltage, metal-enclosed, drawout switchgear is designed to provide superior electrical distribution, protection, and power quality management. The prime components of the switchgear are the MasterPacT™ ANSI rated circuit breaker. Power-Zone 4 switchgear is designed to maximize the functionality of the MasterPacT circuit breakers, which, in turn, deliver maximum uptime, system selectivity, ease of maintenance, and reliable circuit protection. All of these features are packed into the smallest footprint available for low voltage drawout switchgear.

Features

Power-Zone 4 is designed and built to ANSI® C37.20.1 and is Listed to UL 1558
MasterPacT MTZ, NW and NT drawout low voltage power circuit breakers are designed and built to ANSI C37.13 and C37.16. Listed to UL 1066
Short-circuit current rating up to 200 kA at 240 V and 480 V without fuses
High short-time withstand ratings up to 100 kA for 1 second, minimum
Arc flash limiting (L1F) MasterPacT MTZ2 or NW feeder breakers available in 800, 1600, and 2000 A ratings
Family of field installable and upgradeable MicroLogic™ trip units with optional EcoStruxure Power™ data communications features
Power-Zone 4 switchgear can offer optional factory integrated data communications capability with Ethernet (Modbus TCP/IP) connectivity to EcoStruxure Power Edge Control or Asset Management software
Smallest equipment footprint available in this product class
Front access to all control and communications wire connections
Bolted copper bus provided as standard (up to 6000 A maximum)
Large rear cable compartment pull area allowing maximum room for power cables
Horizontal bus provision for future equipment expansion
System designed for maximum uptime with low maintenance
Modular circuit breaker designed for easy addition of control accessories
Available in NEMA 3R outdoor walk-in enclosures
Available in 42" deep, front accessible only version for greater layout flexibility and optimized electrical house footprint

Equipment Ratings

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

Sharing of Transformer Concepts and Terminology

Sharing of Transformer Concepts and Terminology

Sharing of Transformer Concepts and TerminologyThe zero-mode impedance of a load is infinite, and its line-mode impedance is also extremely large, approximately 100 times that of the line-mode impedance of the line.The capacitance to ground of a cable is 25-50 times that of an overhead line.The free oscillation frequency of transient capacitive current: 300-1500Hz for overhead lines and 1500-3000Hz for cables.Performance requirements for an external grounding transformer: Under normal power supp

What is a traveling wave?

What is a traveling wave?

Traveling Waves on LinesA traveling wave on a line refers to a voltage or current wave propagating along the line; it is also defined as a voltage or current signal traveling along a conductor.Steady-state traveling wave: A traveling wave propagating along the line during the normal operation of a system, generated by the system's power supply.Transient traveling wave: A suddenly occurring traveling wave during system operation, caused by ground faults, short-circuit faults, wire breakages, swit

Example of Process Improvement for Enhancing Consistency of Small - Batch High - Temperature Special Transformers

Example of Process Improvement for Enhancing Consistency of Small - Batch High - Temperature Special Transformers

Given the lack of manufacturers for such transformers on the market, we design them in - house. We provide technical specs to partners, specifying materials like high - temp enameled wires.Electrical signals from downhole logging tools, transmitted via these transformers, impact formation - to - surface signal reliability. Thus, improving transformer consistency boosts signal uniformity, enhancing logging tool accuracy and our market competitiveness.Our common signal transformers are EI - type,

Analysis of the Process of Transformer Oil of Specialty Transformers Being Contaminated by Microorganisms and the Treatment Measures

Analysis of the Process of Transformer Oil of Specialty Transformers Being Contaminated by Microorganisms and the Treatment Measures

1 OverviewCases of transformer oil contaminated by microorganisms have been reported both domestically and internationally. Individual transformer manufacturers, user units, and research institutions have conducted specialized studies, but all focused on power transformers. This paper targets specialty transformers for specific applications (e.g., rectifier transformers for graphitization furnaces, submerged arc furnace transformers), exploring the process of microbial contamination of their tra

How is the contradiction between the small grounding residual current and the neutral point displacement voltage exceeding the standard resolved?

How is the contradiction between the small grounding residual current and the neutral point displacement voltage exceeding the standard resolved?

Contradiction PointsIn automatic tracking arc suppression coils, the adjustment precision is high, the residual current is small, and the operation is close to the resonance point.In an automatic tracking arc suppression coil grounding system, two factors must be considered: Under normal operating conditions, the long-term voltage displacement of the neutral point should not exceed 15% of the system's nominal phase voltage; In the case of a ground fault, the grounding residual current should be

Power Supply Design of the Group Testing Device for Special Transformers in Electrified Railways

Power Supply Design of the Group Testing Device for Special Transformers in Electrified Railways

1 Hardware Design of Tester Power SupplyThis device uses a standard small - signal generating device to generate small - current signals with the required frequency and phase angle. Then, through the amplifying circuit and phase - modulating circuit, the working power supply is generated.1.1 Power Frequency Sine Wave Small - Current Signal Generating DeviceThe sine wave generating circuit is mainly composed of the waveform generating chip MAX038 produced by MAXIM Corporation of the United States