FF96 With Reciprocating Screw Cable Guide

FF96 With Reciprocating Screw Cable Guide

Model: FF96-P

CYCO FF96-P is a professional-grade Powered Hose Reel designed for precise hose management and orderly winding. Its defining feature is a recirculating screw hose winder that enables single-turn winding and evenly layered hose storage, preventing tangling, kinking, and abrasion during operation.

As an Industrial Hose Reel with Reciprocating Screw Guide, the FF96-P ensures smooth and accurate hose distribution across the drum, significantly reducing wear and extending hose service life. The reel supports multiple drive options, including AC motors, DC motors, air motors, and hydraulic motors, allowing it to adapt to a wide range of industrial power environments. For reliable fluid transfer, the inlet is equipped with a 1″ 90° swivel joint, while the outlet features a standard 1″ threaded connection for easy system integration.

Categories: Heavy Duty Hose Reels, Hose Reels

Design Features:

1. Precision reciprocating screw-guided hose winding system: The reel features a chain-synchronized reciprocating screw mechanism that guides the hose in single turns and lays it evenly across the drum. This advanced winding technology prevents tangling, kinking, and uneven stacking while reducing friction and abrasion. As an Industrial Hose Reel with Reciprocating Screw Guide, it helps maximize hose life and maintain smooth operation in continuous industrial applications.

2. Optimized high-capacity hose recovery design: Engineered for large-volume hose storage, it accommodates 1-inch inner diameter hoses with a maximum winding length of 30 meters. The reel features a 630 mm diameter and a 267 mm hub width, providing sufficient space for the hose to coil smoothly even at full length, avoiding overcrowding and ensuring stable operation.

3. Versatile multi-drive configuration: This Powered Hose Reel supports AC motor, DC motor, air motor, and hydraulic motor drive systems. Its flexible configuration allows seamless integration into fixed industrial facilities, mobile service units, mining equipment, and heavy machinery applications.

4. Heavy-Duty Transmission System: The reel utilizes either gear drive or chain drive to deliver reliable torque transmission under demanding workloads. With a robust transmission structure and high torque capacity, this Heavy Duty Hose Reel provides smooth hose retraction with minimal slippage, even when handling long and heavy hoses.

5. High-pressure swivel inlet connection: The inlet features a 1-inch 90° swivel joint with both internal and external thread connections, rated for a working pressure of 20 MPa. The swivel design eliminates hose twisting during use, while the high-pressure construction ensures leak-free performance in demanding fluid transfer applications.

6. Standardized hose outlet interface: A 1-inch internal/external thread outlet is provided, offering a universal connection point for quick and secure hose attachment. It simplifies installation and compatibility with various tools, pumps, and fluid delivery systems.

7. Durable industrial-grade construction: Built with a reinforced steel frame and precision-machined components, this Heavy Duty Hose Reel is engineered for mining, petrochemical plants, construction machinery, and other harsh industrial environments. Its durable structure resists impact, corrosion, and long-term mechanical stress.

8. Low-maintenance, high-efficiency operation: The fully synchronized drive and winding system requires minimal manual intervention. The sealed bearings, lubricated chain, and wear-resistant guides reduce routine maintenance needs, ensuring continuous, trouble-free operation even with frequent daily use.

Common Applications:

This Powered Hose Reel is widely used in mining operations, petrochemical facilities, construction machinery, engineering vehicles, heavy equipment service stations, and factory workshops. It is suitable for handling compressed air, water, oil, fuel, and other industrial media while keeping hoses organized, reducing workplace hazards, and improving overall operating efficiency.