VRSF Series
Dealer In India | Zentech Automation
VRSF Series
The intelligent, value engineered selection for lower duty cycle servo and stepper motor applications. The VRSF utilizes a lightweight aluminum frame, making it optimal for traveling axes and end of arm tooling systems. Helical cut gearing allows the VRSF to operate much quieter than the industry standard economy products which rely on spur gearing. The VRSF comes standard with 15 arc-minutes of backlash, but can also be configured to higher accuracy levels.
The VRSF is available in four frame sizes, putting out a peak output torque of 274Nm across 9 reduction ratios. The VRSF is the ideal choice for OEMs producing high volume machines where cost is critical, accuracy relatively important and duty cycle not overly extreme. The VRSF?s aluminum body has made it a popular choice in medical, food packaging and other harsh environments. The VRSF can be fitted with a NEMA output flange, for standardized connection to customer equipment.
Available Frame Sizes: B | C | D | E
Additional Information:
Product Features
- Carburized Helical Gears: Equipped with a proprietary secondary finishing process for higher accuracy, ensuring smooth, quiet operation.
- One-Piece Output Shaft & Planet Carrier: Features two bearings straddling the planet gears for increased stiffness and a higher safety factor, guaranteeing perfect gear alignment.
- Aluminum Body: Lightweight and durable, designed to withstand corrosive environments, offering a high-performance, long-lasting solution.
- IP65 Ingress Protection: The input seal allows for IP65 protection, making it suitable for wash-down applications and environments where dust and moisture protection are essential.
- Optimized Mounting System: With active centering on the motor pilot diameter, this system ensures precise motor alignment. The motor can be installed in any orientation for added flexibility.
- True Concentric Clamping Connection: This feature is specifically optimized for your motor, reducing inertia for dynamic performance and ensuring balanced high-speed operation.
