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

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.
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive
NVF2G General purpose variable frequency drive

NVF2G General purpose variable frequency drive

The CHINT NVF2G Inverter is a high-performance, open-loop vector variable frequency drive designed for superior motor control and energy efficiency. It delivers strong starting torque (150% at 0.5 Hz), wide adaptability, and stable operation under varying loads. With intelligent PID control, built-in energy-saving modes, and MODBUS RS-485 communication, the NVF2G offers reliable and precise control for pumps, fans, conveyors, HVAC, and general automation systems across industrial and municipal sectors.

Product Information

Recommend Blogs
MAY 25, 2026 Getting More from Your Solar Investment: How Smart Switchgear Maximises PV Performance

Long-term solar performance depends on the electrical system, not just the panels. A practical guide to smart switchgear, protection, and combiner box selection for PV.

MAY 25, 2026 Power Quality in Oil and Gas: Why It Matters More Than You Think

In oil and gas, poor power quality can trigger safety shutdowns and damage instrumentation. A practical guide to power quality monitoring for operations teams.

MAY 25, 2026 Fan and HVAC Control Systems in Large Buildings

HVAC uses up to 40% of a commercial building's energy. The electrical control system determines efficiency, reliability, and BMS integration. Here's what to know.

MAY 25, 2026 Emergency Lighting and Power Continuity in Commercial Buildings

In commercial buildings, emergency lighting is a legal requirement. A practical guide to system design, compliance, and integrating backup power with life safety.

MAY 22, 2026 Keeping the Lights On: Power Reliability Strategies for Food & Beverage Facilities

Unplanned downtime in food manufacturing is expensive. Learn how the right electrical components prevent costly stoppages in food processing plants.

MAY 22, 2026 Smarter Water Management: Electrical Control Solutions for Pumps and Water Systems

Learn how the right pump electrical control systems. From VFDs to fire pump panels, improve reliability, cut energy costs, and protect motor assets.

MAY 22, 2026 How to Choose the Right Generator Control System for Your Application

Choosing the wrong generator control components causes failure when it matters most. A practical guide to ATS, circuit breakers, and dual supply design.

MAY 22, 2026 Electrical Solutions for Modern Logistics: Conveyors, Lifts, and Warehouse Automation

As e-commerce pushes warehouse automation to new heights, electrical control systems are under more pressure than ever. Here's how to specify them correctly.

MAY 22, 2026 Building a Reliable Microgrid: From Planning to Power-On

Plan resilient microgrid projects with practical guidance on topology, storage sizing, switchgear, islanding protection, and technical support teams.

MAY 22, 2026 C&I Solar and Storage: What Businesses Need to Know Before Going Solar

Commercial solar has very different requirements from residential. Learn what C&I solar and storage projects really need to succeed, and what to watch out for.

Need Support From Us?

Blog
Blog

Find expert perspectives on the trends and technologies driving your business.

View Now
Download Center
Download Center

Download new and previously released documents including product document, solutions, cases, coporate report.

View Now
Contact Us
Contact Us

Reach out to us to receive more information, technical support, assistance with complaints and more.

Get Support
Collapsed
Expand

FAQs

 

What is the NVF2G Inverter used for?

The NVF2G controls the speed and torque of AC motors, offering precise and efficient performance in pumps, fans, conveyors, and general automation applications.

 

How does it improve energy efficiency?

It uses intelligent PID regulation and energy-saving control, automatically adjusting voltage and frequency based on load conditions to minimize energy consumption.

 

What communication options are available?

The NVF2G features RS-485 communication with the MODBUS-RTU protocol, allowing easy integration with PLCs and building automation systems.

 

What are its overload and protection capabilities?

It provides 150% overload capacity for one minute, with full protection against overvoltage, short circuit, overheating, and phase loss.

 

Can it handle different load types?

Yes. It’s available in general (heavy load) and fan/pump (light load) models, each optimized for its respective application type.