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1500w/1800w/2000w/2200w/2500w PMSM Hairpin Motor & sine wave controller Kit

Name: 1500w/1800w/2000w/2200w/2500w PMSM Hairpin Motor & sine wave controller Kit
Brand: Richtek Amperex Technology Limited
Price: 12500.0 INR
Availability: InStock

Price 12500.0 INR/ Unit

Get a Price/Quote

1500w/1800w/2000w/2200w/2500w PMSM Hairpin Motor & sine wave controller Kit Specification

Material
MS

Pressure
High Pressure

Usage & Applications
EV

Features
High quality

Operating Temperature
As per industry Standard Celsius (oC)

Frequency (MHz)
50 Hertz (HZ)

Power
1500 Watt (w)

Color
Silver

Warranty
Yes

1500w/1800w/2000w/2200w/2500w PMSM Hairpin Motor & sine wave controller Kit Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About 1500w/1800w/2000w/2200w/2500w PMSM Hairpin Motor & sine wave controller Kit

Experience the latest in motor technology with the top-drawer 1500w Hairpin Motor Kit, crafted to masterful precision for electric vehicles (EVs). Customise your kit for a limited time, featuring polished silver MS material and a robust 1500-watt power output. Operating at 50 Hertz and engineered to handle high pressures, this kit guarantees performance in demanding applications. With a high-quality build and industry-standard temperature tolerance, it comes with a comprehensive warranty. Sourced directly from leading manufacturers, suppliers, and traders in China for guaranteed excellence.

Exceptional Features and Application Versatility

The 1500w Hairpin Motor Kit stands out with its high-pressure tolerance, top-quality MS material, and masterful warranty assurance. Special features encompass advanced durability and polished design. Extra features ensure seamless operation in diverse conditions, specifically designed for electric vehicle conversions and upgrades. The kits application media is optimised for EVs, ensuring efficient, reliable performance backed by industry-leading standards and cutting-edge innovation.

FOB Port, Export Markets, and Sample Policies

This motor kit ships conveniently from leading FOB ports in China, ensuring swift freight and lowest price options for both domestic markets and international clients. Main export markets include Asia, Europe, and North America. A flexible sample policy is available to let buyers evaluate quality before bulk orders. Buyers from distinct domestic mar benefit from competitive pricing and reliable, on-time freight delivery.

FAQs of 1500w Hairpin Motor Kit:

Q: How can I personalise the 1500w Hairpin Motor Kit for my electric vehicle needs?

A: You can request specific configurations or discuss technical adjustments with the manufacturer or supplier, allowing the kit to be tailored to your application requirements.

Q: What is the main usage and benefit of the 1500w Hairpin Motor Kit?

A: The motor kit is primarily used in electric vehicles, offering high power output and efficiency, resulting in improved performance and energy savings.

Q: Where is the 1500w Hairpin Motor Kit manufactured and supplied from?

A: The kit is manufactured, supplied, and traded in China by reputable industry leaders to ensure consistent quality and reliability.

Q: What is the process for obtaining a sample of the motor kit?

A: You can request a sample as per the suppliers policy, which typically involves contacting them directly and arranging for shipment and payment terms before placing a full order.

Q: When does the warranty for the motor kit become applicable?

A: The warranty begins upon purchase and covers manufacturing defects and performance guarantees as detailed by the supplier.

Q: How does the kit perform under high-pressure conditions and industry-standard temperatures?

A: This kit is engineered to function efficiently under high pressures and can withstand operating temperatures as per industry standards, ensuring reliable and safe performance in EV applications.