Please enter keywords to search

Global |EN

Choose your country & Language

Asia Pacific

Australia & New Zealand
India
Indonesia
Malaysia
Philippines
Singapore

Middle East & Africa

Kenya
Saudi Arabia
South Africa
United Arab Emirates

Europe

France
Kazakhstan
Netherlands
Spain
Italy
Turkey
United Kingdom

Latin America

Brazil
Colombia
Ecuador
Peru

North America

Canada
Mexico
United States
Low-voltage
Instruments and Meters
EV Charging
Telecom & Data Center
Buildings
Products
Solutions
Project References
Corporate Reports
CHINT Global
CHINT's Insights
Careers
Locate Us
Contact Us
Call Us +61 1800 270 870
Email Us info.australia@CHINT.com
Privacy Policy
Online Services

Choose your country & Language

Australia & New Zealand
India
Indonesia
Malaysia
Philippines
Singapore
Kenya
Saudi Arabia
South Africa
United Arab Emirates
France
Kazakhstan
Netherlands
Spain
Italy
Turkey
United Kingdom
Brazil
Colombia
Ecuador
Peru
Canada
Mexico
United States

Please enter keywords to search

Your search term contains restricted words. Please use different keywords.
NWC1 Self-healing Shunt Capacitor
NWC1-0.45-30-3-Low-voltage Shunt Power Capacitors of The Self-healing Type
NWC1-0.45-30-3-Low-voltage Shunt Power Capacitors of The Self-healing Type
NWC1-0.45-30-3-Low-voltage Shunt Power Capacitors of The Self-healing Type
NWC1-0.45-30-3-Low-voltage Shunt Power Capacitors of The Self-healing Type

NWC1 Self-healing Shunt Capacitor

NWC1 self-healing shunt capacitor is designed to enhance power factor and power quality in low-voltage AC systems. With self-healing technology, built-in over-voltage protection, and robust performance under harmonics, NWC1 offers reliable and safe operation in industrial and commercial power networks.

Product Information

Recommend Blogs
MAY 12, 2026 Retrofitting Commercial Buildings for Power Efficiency

Boost energy savings with retrofit electrical upgrades that sharpen building power quality, lower demand costs, and improve system performance.

MAY 12, 2026 The Role Of Smart Power Distribution In Reducing Plant Outages

Discover how smart switchgear helps manufacturers cut outages, speed fault isolation, improve power visibility, and support steadier plant operations.

MAY 12, 2026 Modular Electrical Distribution for Rapid Deployment

Explore data center electrical design with modular switchgear for faster deployment, stronger uptime, scalable capacity, and simpler maintenance.

MAY 12, 2026 How Digital Substations Support the Smart Grid Transition

A practical guide to turning digital substations into observable, controllable smart grid nodes that improve restoration speed, renewable readiness, and power quality.

MAY 12, 2026 Combining Solar Systems with Smart Switchgear

Safer home PV starts with solar isolators, meters, and breakers that support visibility, fault control, and compliant system design.

APRIL 14, 2026 Creating Energy-Efficient Electrical Installations

Learn how final distribution boards, smart meters, and proper electrical installation design work together to create energy-efficient homes that reduce power waste.

APRIL 14, 2026 RCCB Tripping Explained: Causes, Nuisance Tripping, and Electrical Fault Diagnosis

In this article, we explain the role of RCCB tripping in electrical safety and what causes unintended or nuisance tripping.

APRIL 14, 2026 Why OEMs Are Standardizing on Modular Breaker Platforms

Learn why OEMs adopt modular circuit breaker platforms to cut engineering time, boost design flexibility, and streamline industrial projects.

APRIL 14, 2026 Selecting the Appropriate Circuit Breaker for Residential and Industrial Applications

Proper circuit breaker selection entails understanding of circuit breaker types and important selection factors to consider. Learn more in this article.

APRIL 14, 2026 How to Plan a Fuse Box Upgrade: Costs, MCB Installation, and Safety Benefits

A fuse box upgrade is essential to ensure that your consumer unit can keep up with your current power demand and electric safety needs. Learn more in this article.

Helpful Links

Blog
Blog

Explore expert insights, trends, and CHINT perspectives on the smart energy industry.

Read More
Resources
Resources

Download essential CHINT resources for your business needs.

Download Now
Contact Us
Contact Us

Have questions? Contact us for support and solutions.

Get Support
Collapsed
Expand

FAQs

 

When should the NWC1 Self-healing Shunt Capacitor be used?

The NWC1 is ideal for low-voltage power systems (≤1000V) that require reactive power compensation to improve power factor and energy efficiency. It’s widely used in industrial distribution panels, commercial facilities, and substations where voltage stabilization and harmonic control are critical.

 

What makes the NWC1 capacitor “self-healing”?

It uses metallized polypropylene film that isolates damaged dielectric areas automatically after breakdown, maintaining continuous performance and extending service life without the need for manual repair.

 

Can it be used in environments with harmonic distortion?

Yes, provided THDU ≤5% and THDI ≤20%. For higher harmonic conditions, CHINT recommends series reactors or detuned filters to prevent overheating or resonance.

 

What precautions should be taken during installation?

Avoid installing near heat sources or vibration. Use specific contactors and protection relays, ensure proper ventilation, and do not connect the capacitor directly to current-regulated systems or unloaded transformers to prevent over-compensation.

 

How does the NWC1 ensure operator safety?

It integrates self-discharge circuits that reduce residual voltage below 75V within 3 minutes, and the double-shell metal housing provides enhanced electrical insulation and fire resistance for safer operation.