RAXENE BIG SIZE (+GST 12%)
Product Price
₹89.90
Description
RAXENE BIG SIZE – Heavy-Duty Universal Controller for Electric Scooters
The RAXENE BIG SIZE controller is a universal heavy-duty EV controller compatible with 48V, 60V, and 72V systems, supporting up to 45A current output. It’s built specifically for electric scooters and e-bikes that require high torque, quick acceleration, and advanced energy efficiency. With its larger aluminum body, it handles heat dissipation better and ensures stable operation even under high loads.
Whether you’re using it in city commuting or on rural roads, this controller fits a wide range of scooters and conversions, making it one of the most reliable choices for EV upgrades.
Specifications
- Model: RAXENE BIG SIZE
- Voltage Support: 48V / 60V / 72V
- Current Output: Up to 45A
- Control Type: Intelligent Sine Wave
- Compatible Motor Power: 500W – 2000W
- Casing: Heavy-grade Aluminum Alloy (Big Body Design)
- Cooling: Enhanced Heat Dissipation Fins
- Protection Features: Overheat / Overload / Short Circuit / Undervoltage
- Wire Terminals: High-quality universal couplers
- Mounting Type: Bracket-ready
Key Features
- Heavy-Duty Performance: Built to manage high-power scooter setups
- Universal Compatibility: Works with Hero Electric, Okinawa, Ampere & other top brands
- Smart Energy Management: Extends battery life and reduces unnecessary drain
- Efficient Cooling: Bigger body allows for improved ventilation and performance stability
- Water & Dust Resistant: Ready for all-weather Indian road conditions
- Advanced Safety: Integrated protections ensure safe riding at all times
- Plug & Play Installation: Comes with color-coded wiring and simplified fitment
Why Choose RAXENE BIG SIZE?
If you're looking for a durable and high-current EV controller that works with large motors and delivers top-tier performance, the RAXENE BIG SIZE controller is a solid investment. With its robust design and intelligent circuitry, it ensures your electric scooter performs consistently across varied road conditions, even during extended use.