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Quality 70A Bldc DC Motor Controller C24V For Mobility Scooters factory
Quality 70A Bldc DC Motor Controller C24V For Mobility Scooters factory

70A Bldc DC Motor Controller C24V For Mobility Scooters

Basic Properties
Place of Origin: China
Brand Name: Ventnor
Trading Properties
Minimum Order Quantity: 1
Price: $200-300
Payment Terms: 100% TT in advance
Supply Ability: 2000pcs/month
Tags

DC Motor Controller

bldc motor controller

dc servo motor
Product Summary
IP54 Waterproof 24V DC Motor Controller for Mobility Scooters 1. Technical Overview The 24V 70A Programmable Permanent Magnet DC Motor Controller delivers advanced, microprocessor-based speed control for light-duty industrial traction and medical mobility drive systems. Operating on a stable 24V DC ...

Product Details

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70A Motor Controller

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DC Motor Controller 24V

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24V bldc motor controller
Product Name: 24V 70A DC Motor Controller
Voltage: 24V DC Nominal
Current Limit: 70A Continuous Peak
Motor Type:: Permanent Magnet (PM)
Frequency: 16 KHz PWM
Product Description
IP54 Waterproof 24V DC Motor Controller for Mobility Scooters
 
1. Technical Overview
The 24V 70A Programmable Permanent Magnet DC Motor Controller delivers advanced, microprocessor-based speed control for light-duty industrial traction and medical mobility drive systems. Operating on a stable 24V DC nominal input architecture, this compact drive unit utilizes high-frequency 16 kHz Pulse Width Modulation (PWM) switching topologies to ensure noiseless motor operation and optimize battery output efficiency. The control board handles up to 70A peak current limits, ensuring high breakaway torque for traversing uneven terrain, ramps, and thresholds under full payload conditions. Specifically engineered for permanent magnet brush motors used in electric wheelchairs, airport baggage tugs, and small AGVs, its rugged design encapsulates power MOSFET arrays on a solid aluminum baseplate for rapid thermal conduction. Onboard diagnostic software continuously reads input networks, immediately applying safety foldbacks during thermal overstress, low-battery conditions, or throttle line dropouts to maintain system reliability.
2. Technical Specifications
Engineering Parameter Certified Value / Specification Compliance & Testing Standard
Nominal Input Voltage 24 VDC Standard Dual 12V Battery Pack Configurations
Maximum Peak Amperage 70 A Output 1-Minute Heavy Load Rating Evaluation
PWM Operating Frequency 16 kHz Switching Sub-Acoustic Frequency Noise Standard
Throttle Input Ranges 0-5kΩ, 5k-0Ω, or Wig-Wag Multi-Option Analog Input Board Calibration
Dielectric Isolation Minimum 500 VAC Power Circuitry to External Aluminum Frame
Drive Architecture Permanent Magnet Brush Motor 2-Wire M5 Terminal Stud Output Layout
Housing Construction IP54 Rated Polymer Cover Resistance to Splashing Fluids and Dust
Environmental Limits -25°C to +50°C Storage/Ops Low-Temperature and High-Heat Field Stresses

 

Optimizing Thermal Efficiency and Battery Range for OEM Mobility Fleet with 24V 70A DC Motor Controllers
1. Project Background & Engineering Challenge
An international manufacturer of medical mobility equipment experienced premature field failures within their flagship line of electric mobility scooters and power wheelchairs. The fleet utilized standard 24V permanent magnet brush motors operating in dense urban environments with frequent stop-start cycles and steep incline transitions.
Under peak load conditions—specifically when traversing 12-degree ramps at maximum payload capacity—the existing factory speed regulators encountered severe thermal stress. The underlying engineering challenges identified during site diagnostic audits included:
  • Thermal Overheating: Internal power MOSFET junction temperatures frequently exceeded 105°C, triggering abrupt thermal shutdown sequences that stranded end-users.
  • Acoustic Resonance: Low switching frequencies under 10 kHz generated a continuous, high-pitched armature hum, violating compliance standards for indoor hospital and residential deployment.
  • Excessive Current Ripple: Unstable voltage regulation accelerated carbon brush wear inside the 24V drive motors, reducing the operational lifespan of the motor assembly to under 1,200 operating hours.
2. Technical Solution & Hardware Implementation
To address these infrastructure vulnerabilities, the engineering team implemented a specialized 24V 70A Programmable Permanent Magnet DC Motor Controller. This industrial-grade regulator introduces a robust architecture specifically designed to stabilize low-voltage traction systems:
  • High-Frequency 16 kHz PWM Topology: By elevating the Pulse Width Modulation (PWM) switching frequency to 16 kHz, the controller shifted current transitions entirely out of the human audibility spectrum. This effectively eliminated acoustic motor hum while smoothing the current ripple delivered to the armature.
  • Advanced Aluminum Baseplate Heat Extraction: The active silicon switch gates and MOSFET arrays were mounted directly onto a heavy-gauge, CNC-machined aluminum baseplate. This layout established a direct thermal conduction path, preventing localized heat saturation during continuous high-amperage draws.
  • Microprocessor-Based Protection Profiles: The control board logic was programmed with strict safety parameters, including a precise 70A peak current limitation loop, linear thermal foldback protocols at 85°C, and dedicated low-voltage cutout thresholds.
3. Measurable Performance & Technical Outcomes
Following 1,500 hours of continuous field testing and environmental chamber simulation under simulated maximum load profiles, the implementation of the 24V 70A motor controller yielded quantifiable technical improvements:
  • Stabilized Thermal Performance: Due to the direct aluminum heatsink coupling, the peak operating temperature of the controller chassis stabilized at 62°C under full load, safely below the 85°C thermal foldback threshold. Premature thermal shutdowns were entirely eliminated.
  • Extended Motor Lifespan: The reduction in current ripple achieved by the 16 kHz switching frequency stabilized current delivery to the permanent magnet motor. Carbon brush inspection at the conclusion of the test cycle indicated a projected motor lifespan extension from 1,200 hours to over 2,500 operating hours.
  • Enhanced Battery Efficiency via Regenerative Braking: The controller's integrated energy recovery circuitry captured kinetic deceleration forces when stopping on down-slopes. This energy was inverted back into stable current and redirected into the 24V lead-acid battery bank, increasing the vehicle's single-charge operational range by a measurable margin without altering battery chemistry or capacity configurations.
 

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