SENSOR PLATE [RED CAPACITOR] (1c2b (ATP-M500)

#Compatible with Chargers

SENSOR PLATE [RED CAPACITOR] (1c2b

Description SENSOR PLATE RED CAPACITOR for Electric Scooter � High-Precision Motor Sensor Module The SENSOR PLATE RED CAPACITOR is a high-performance sensor module designed for electric scooters, e-bikes, and other electric vehicles (EVs). This advanced sensor plate incorporates high-quality capacitors to improve motor efficiency, stability, and signal accuracy, ensuring smooth acceleration and braking response. If you are looking for a reliable and durable sensor plate for your electric scooter, the RED CAPACITOR model is an excellent choice. It is built to optimize motor synchronization, enhance ride quality, and reduce energy loss, making it an essential component for electric mobility solutions.

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 [RED CAPACITOR] (1c2b?

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.