Rotontek presents the LDM25 series transaxle, a perfect amalgamation of the BLDC permanent magnet motor and differential. Designed meticulously, this transaxle boasts of a two-stage drive differential, standing out for its low-speed performance and exceptionally high output torque.
- Low Noise Operation: Experience a quiet work environment, thanks to the silent operations of the LDM25.
- High Precision Gear: Ensures accurate and smooth gear transitions, making it reliable for precise applications.
- Extended Battery Life: Longer operational periods without the frequent need for recharging.
- Electromagnetic Brake: Offers safety and reliability with its efficient braking system.
- High Security: Prioritizing user safety, Rotontek ensures that this product adheres to strict safety standards.
- Customization Availability: Tailor the transaxle according to specific requirements, showcasing Rotontek’s commitment to versatility.
|Rated Voltage||DC 24V-48V|
|No-load Speed||90 RPM|
|Electromagnetic Brake Torque||6Nm|
- Alloy Steel Hardened Gears: Built-in robust alloy steel for durability and resilience.
- Internal Gear Differential: A sophisticated design element ensuring optimal performance.
- Electromagnetic Intelligent Braking System: Adds an extra layer of safety and precision to operations.
- Water and Dust Resistant: Built to endure challenging environments, ensuring longevity and reliability.
The LDM25 series transaxle stands out in various applications requiring robust performance, high torque output, and reliability. Its advanced features make it suitable for industrial machinery, electric vehicles, and other heavy-duty applications where precision and efficiency are paramount.
With the blend of advanced features, customization options, and high-end specifications, Rotontek’s LDM25 series transaxle stands tall in the market. Whether it’s for industrial usage or specialized machinery, it promises consistent performance and unmatched reliability. Choose Rotontek, and let your operations thrive with precision and efficiency.