FL86SVA02 Closed Loop Brushless Motor

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MOQ : 5 Units

FL86SVA02 Closed Loop Brushless Motor Specification

Power Rating
144 W / 268 W

Rated Voltage
48 VDC

Motor Type
Closed Loop Brushless Motor

Current Type
DC

Torque
0.35 NM

Output Power
144 W / 268 W

Speed
3000 rpm

Dimension (L*W*H)
Length 86 mm, width and height not specified

Max Current
3 Amps

Rated Power (Dual)
144W, 268W

Connection Type
Plug Connector

Usage
Industrial Automation

Application
Precision Motion

Frame Size
86 mm

Control
Servo Feedback

Input Voltage Type
DC

FL86SVA02 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 FL86SVA02 Closed Loop Brushless Motor

Experience the top-performing FL86SVA02 Closed Loop Brushless Motor, a ravishing and sought-after choice for any precision-driven application. With a compact 86 mm frame, exceptional 3 A rated current, and closed loop feedback, it ensures precise motion control. Order today to take advantage of this square-flange, top-connector designed motor with single output shaft and robust DC-powered output (144/268 W) at 3000 rpm. Its sturdy construction makes it ideal for demanding use, and its reliability has made it a bestseller across India. Don't miss out on this exceptional offer!

Versatile Applications and High-Quality Material Features

The FL86SVA02 Closed Loop Brushless Motor is perfect for robotics, CNC machinery, and high-precision automation due to its high torque output and accurate closed loop position feedback. Its compact, square-flange design, single shaft, and top-mounted connector add to its installation flexibility. Built with premium materials, this motor is engineered for durability and steady DC-only performance, making it a sought-after component for reliable, continuous operation in various industrial settings.

Reliable Supply, Domestic Reach, and Seamless Transactions

Our FL86SVA02 motors are available with strong supply ability, ensuring bulk and regular fulfilment across the main domestic market in India. Orders can be processed efficiently with purchase orders, and every shipment is managed for prompt delivery to our clients. We offer flexible payment terms to maximize transactional convenience. All shipped goods undergo thorough checking to guarantee product quality, ensuring a smooth transaction from order to installation.

FAQ's of FL86SVA02 Closed Loop Brushless Motor:

Q: How is the FL86SVA02 Closed Loop Brushless Motor typically used?

A: This motor is commonly applied in precision machinery such as CNC systems, robotics, and automation equipment, thanks to its compact build, precise closed loop control, and reliable output.

Q: What makes this motor an exceptional choice for industrial applications?

A: Its high-precision closed loop feedback, robust DC power, and compact square flange design make it highly reliable and desirable for demanding industrial settings that require accurate and stable operation.

Q: When can orders for the FL86SVA02 be delivered?

A: Once a purchase order is confirmed, we process and ship goods promptly. Delivery timelines depend on stock availability and location, but our supply chain ensures fast domestic fulfilment throughout India.

Q: Where can I source the FL86SVA02 Closed Loop Brushless Motor?

A: You can order this motor directly from authorized importers, manufacturers, suppliers, and traders across India, ensuring both accessibility and product authenticity.

Q: What is the process for purchasing and receiving the FL86SVA02 motor?

A: Simply submit a purchase order through our sales channel, confirm your payment, and our team will ensure secure packaging, quality check, and timely shipping of your goods.

Q: What benefits do closed loop brushless motors provide over traditional options?

A: Closed loop brushless motors like the FL86SVA02 offer enhanced positional accuracy, reduced risk of missed steps, and higher efficiency, delivering superior reliability and operational safety.