Decent Mishuk Motor 1500W 48V / 60V

Brand
Category: Bike Accessories
SKU: DSP95484
Manufacturer: Decent

Tk 6,335


Decent easy bike MishukMotor 1500W 48V 
Item Code: 848936

Key Features:
1.Dual Voltage Support (48V) for flexible compatibility.
2.Pure Sine Wave Control ensures smooth and efficient power delivery.
3.High-Quality Magnet (Grade 38H) with heavy iron core for stable performance.Magnet grade is 38H, good for heavy load.
4.50mm Magnet size ensures strong torque and durability.
5.Waterproof design for reliable outdoor operation.Protects against rain and wet conditions.
6.High Torque Output – delivers strong pulling power under heavy load.
7.High-Speed Performance – enables fast and smooth riding.
8.Protection against Overheat and Overload for longer lifespan.

Product Description:
The Decent Mishuk Motor 1500W is designed for superior performance, reliability, and long life in electric rickshaws and easy bikes. With dual voltage compatibility (48V/60V) and pure sine wave control, it ensures smooth acceleration and efficient energy use.
Built with 38H-grade magnets (50mm) that maintain strong magnetism even in high temperatures, the motor performs consistently under all conditions. Its waterproof metal body and high torque capacity make it ideal for city and rural roads alike.
Perfectly compatible with Decent Dual Voltage Controller (Code: 848939) for best performance and efficiency.Powercable length-118cm outerdianmeter 5mm


Technical Specifications:

Specification Details
Rated Power 1500 W
Operating Voltage 48V  (Dual Mode)
Control Type Pure Sine Wave
Magnet Grade 38H
Magnet Size 50 mm
Protection Waterproof, Overheat, Overload
Torque High Torque / High-Speed Support
Material Metal Casing
Application E-Rickshaw / Easybike / EV System
Color Titan Gold
Unit Piece
Magnet Size 50mm*4
Weight 5.18 KG
Motor Shaft 216mm
Body Length 165mm
Aluminium Shell Length 105mm


Note: Product delivery duration may vary due to product availability in stock.
Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.

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