FL57SVA04 Closed Loop Brushless Motor

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MOQ : 5 Units

FL57SVA04 Closed Loop Brushless Motor Specification

Power Rating
94 W / 141 W / 188 W

Rated Voltage
36 VDC

Torque
0.6 NM

Cooling Method
Natural convection

Current Type
Rated Current : 7.5 A

Motor Type
Closed Loop Brushless

Speed
Rated Speed : 3000 rpm

Power
94 W / 141 W / 188 W

Color
Black and silver

Dimension (L*W*H)
Length : 116 mm

Weight
Lightweight design

Shaft Diameter
Standard size shaft

Mounting Type
Front flange mount

Control Type
Servo Control

Feedback
Integrated Encoder

Rated Current
7.5 A

Body Material
Aluminum Alloy

Frame Size
57 mm

FL57SVA04 Closed Loop Brushless Motor Trade Information

Minimum Order Quantity
5 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About FL57SVA04 Closed Loop Brushless Motor

Unlock outstanding value and performance with the FL57SVA04 Closed Loop Brushless Motor. Designed for automation systems, its radiant black and silver finish complements impeccable engineering. Featuring precision ball bearings, a basic protection housing, and powerful servo feedback control, this motor stands out for reliability and efficiency. Personalise your automation setup with a standard shaft and easy front flange mount. Experience substantial discounts when purchased in bulk. Its praiseworthy 0.6 NM torque and lightweight design offer versatile usage, making it the ideal choice for manufacturers, service providers, and traders across India.

Material Quality & Machine Features

The FL57SVA04 is crafted with high-grade materials for durability and long-lasting performance. Precision ball bearings ensure smooth operation, while basic housing protection offers added safety. Designed for seamless front flange mounting, its usage direction is straightforward-ideal for servo feedback-controlled automation systems. The motor boasts features such as natural convection cooling, a lightweight build, and compatibility with 36V DC input, making it suitable for various high-demand applications requiring reliable closed loop control.

Domestic & International Supply Channels

We efficiently supply the FL57SVA04 motor to a wide range of domestic markets and robust export zones. Main export markets include regions across Asia, Europe, and the Middle East. Shipments are dispatched promptly from our FOB port in India, ensuring timely delivery whether you require bulk or custom orders. Each unit is carefully shipped with quality checks to guarantee performance, meeting the needs of importers, manufacturers, suppliers, and traders seeking consistent reliability and value.

FAQ's of FL57SVA04 Closed Loop Brushless Motor:

Q: How can the FL57SVA04 Closed Loop Brushless Motor be customised for specific automation systems?

A: The FL57SVA04 motor allows for personalization through standard shaft sizing and front flange mounting. Additional configuration may involve adjusting feedback systems to suit unique automation setups.

Q: What are the main benefits of using a closed loop brushless motor with servo feedback like the FL57SVA04?

A: Closed loop brushless motors with servo feedback provide enhanced accuracy, consistent torque, and efficient operation, ensuring reliable performance in demanding automation processes.

Q: Where can I use the FL57SVA04 motor efficiently?

A: This motor is ideally used in various automation systems, specifically where precise control and durable, low-maintenance components are required, such as manufacturing, assembly lines, and robotics.

Q: What is the shipment process for international orders of the FL57SVA04 motor?

A: International orders are shipped from our FOB port in India, with each product undergoing stringent quality checks before dispatch to ensure that clients receive dependable and praiseworthy equipment.

Q: When should I consider upgrading to a closed loop brushless motor?

A: You should consider upgrading when your application requires impeccable precision, improved safety, and praiseworthy operational efficiency, particularly where traditional motors struggle to maintain accuracy.