SENSOR PLATE [5 DOT OKIWA] (1c73) (ATP-M500)

#Compatible with Chargers

SENSOR PLATE [5 DOT OKIWA] (1c73)

Description SENSOR PLATE 5 DOT OKI for Electric Scooter � High-Precision Hall Sensor Module The SENSOR PLATE 5 DOT OKI is an advanced Hall effect sensor module designed for electric scooters, e-bikes, and other electric vehicles (EVs). This high-precision sensor plate is engineered to provide accurate rotor position detection, ensuring smooth motor operation, improved throttle response, and efficient power management. If you�re looking for a reliable and durable motor sensor, the 5 DOT OKI Sensor Plate is the ideal choice. It enhances motor synchronization, minimizes energy loss, and optimizes performance, making it a must-have component for electric scooter enthusiasts, repair technicians, and manufacturers.

Key Features

• Optimized Intelligent Charging: Specifically engineered for high efficiency, constant current (CC) and constant voltage (CV) battery cell protection.
• Multi-Stage Safety Architecture: Equipped with built-in protections against overvoltage, overcurrent, short-circuits, and thermal runaway.
• Clear LED Charging Status: Real-time LED indicators displaying power on, active charging mode, and 100% full capacity cut-off.
• Robust & Heat Dissipating Enclosure: Heavy-duty industrial casing designed for maximum heat dissipation and prolonged operational lifespan.

Product Specifications

• Model: ATP-M500
• Category: Chargers
• Compatibility: Electric Bikes, Scooters, E-Rickshaws & Smart Mobility
• Input Voltage: AC 100–240V, 50/60Hz
• Warranty: 1 Year Manufacturer Replacement Guarantee

Why Choose the SENSOR PLATE [5 DOT OKIWA] (1c73)?

1. Reliable Performance: Engineered and tested to provide consistent output and dependable operation in all driving conditions.
2. Certified Safety & Quality: Manufactured to adhere to strict electrical and thermal safety standards to safeguard your vehicle components.
3. Extended Lifespan & Value: Premium build quality reduces replacement frequency and ensures long-term reliability.