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Products

BLDC Hub motor control for Mower

Short Description:

Model No.: LL-BLDC-001

Application: Motorcycle Hub, AGV robot, Service robot, Sweeping robot / Intelligent sweeping machine, lawn mowers…etc.

Key features: High efficiency, energy saving, low noise, long lifespan

Notice: Voltage, current, speed… Data, function & dimension can be customized according to customer’s requirements.


Product Detail

Product Tags

Basic information and application of item

Operating voltage  9V~24V
Speed Range  100 -  3000RPM
Acceleration  1rpm/1ms
Operating temperature  -24°C ~ 79°C
Product properties  Motor overheat protection, Overvoltage protection, Overcurrent protection, Stall protection.

Why is BLDC the Best Choice for your lawn mower

As smart homes and robotics transition from luxury to everyday essentials, the demand for intelligent, efficient, and eco-friendly outdoor equipment has never been greater.

When it comes to achieving a flawless lawn, your equipment must deliver consistent reliability, exceptional efficiency, and reliable power. Our Model no. LL-BLDC-001, BLDC Hub Motor meets these demands on every front—offering distinct performance advantages over traditional motor technologies.

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Key Advantages

High Efficiency & Energy Saving

In a world focused on carbon reduction, every watt counts. Our BLDC motor maximizes battery life by converting more energy into motion and less into waste heat. This means your robotic or electric mower can cover more ground on a single charge, reducing energy consumption and operational costs.

Whisper-Quiet Operation (Low Noise)

Enjoy the peace of your garden. Unlike noisy combustion engines or brushed motors, our BLDC technology operates with minimal acoustic signature. Perfect for residential areas or early morning automated mowing schedules, it ensures your lawn looks great without disturbing the neighborhood.

Extended Lifespan & Durability

Built without brushes that wear down over time, the LL-BLDC-001 is designed for longevity. This reduces maintenance headaches and extends the service life of your mower, making it a sustainable choice for both manufacturers and end-users.

Precision Control & Smart Protection

With a wide speed range (100-3000RPM) and rapid acceleration capabilities (1rpm/1ms), this motor provides the precise torque needed for thick grass and the agility for tight turns. Furthermore, it features comprehensive built-in safety nets, including Motor Overheat Protection, Overvoltage Protection, Overcurrent Protection, and Stall Protection, ensuring your mower operates safely in unpredictable outdoor conditions.

FAQ

FAQ for Lawn Mower/Robotic Mower Applications / Model No.: LL-BLDC-001

Q1: What challenges do lawn mowers present for BLDC motors?

A: Key challenges include:

Wet and dirty environments (IP67/IP68 protection required)

High shock loads when hitting obstacles

Variable grass resistance requiring torque adaptation B

attery life optimization for 60-90 minute runtime

Noise reduction for residential areas (<65 dB(A)) Slope operation up to 35° incline

Q2: How do your modules handle wet/dirty conditions?

A: We provide:

IP67 standard (IP68 optional) sealed housings

Corrosion-resistant materials (stainless steel shafts, anodized aluminum)

Conformal-coated PCBs with moisture protection

Self-cleaning ventilation designs (where applicable)

Salt spray testing per ISO 9227 (96 hours minimum)

Q3: What safety features are specific to robotic mowers?

A: Critical safety includes:

Lift/tilt sensors to stop blades immediately

Obstacle detection via current monitoring (detects blade blockage)

Child/pet safety with multiple redundant stop mechanisms

Boundary wire compatibility without interference

Emergency stop within 0.1 seconds of detection

Compliance with IEC 60335-2-107 for robotic mowers

Q4: How do you optimize for battery life?

A: Power optimization features:

Sleep modes drawing <10mA when idle

Dynamic power management based on grass density

Efficiency optimization across entire speed range

Regenerative braking when descending slopes

Smart charging interfaces for battery health monitoring

Typical system efficiency: 88-92% across operating range

Our core algorithms are proprietary and developed entirely in-house, which allow us a quick responding to customer and do deep customization for clients


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