Description
Uflex UC128TS-2 Hydraulic Steering Cylinder | Boat Supply Store
Designed for robust steering control on vessels exceeding 300 horsepower, this front mount hydraulic cylinder ensures precise helm response in demanding offshore conditions. Featuring a 1.38-inch bore and a 7.8-inch stroke, it delivers ample force for effective steering actuation. Its front mounting configuration simplifies installation on many common outboard engine bracket systems, providing reliable performance for serious anglers and cruisers operating in coastal or offshore environments.
Key Features
- Reliable helm response for precise boat control
- Durable construction engineered for marine environments
- Efficient steering actuation with 7.8" stroke
- High Force output suitable for larger outboard engines
- Front Mount design for streamlined installation
- Sealed rod and barrel to prevent water ingress
- Corrosion-resistant materials for longevity
- Direct replacement for many existing steering systems
Specifications
| Product Specifications | |
|---|---|
| Bore Size | 1.38 inches |
| Stroke Length | 7.8 inches |
| Mounting Type | Front Mount |
| Part Number | UC128TS-2 |
| Brand | Uflex USA |
Who This Is For
This front mount hydraulic cylinder is intended for boat owners and marine mechanics seeking a high-performance steering solution for outboard motors up to 350 HP. It is ideal for repowering projects or upgrading older steering systems where reliable and responsive control is paramount.
How It Compares
| Feature | Uflex UC128TS-2 Hydraulic Steering Cylinder | SeaStar Solutions |
|---|---|---|
| Bore Size | 1.38 inches | 1.38 inches |
| Stroke Length | 7.8 inches | 8.0 inches |
| Mounting Type | Front Mount | Front Mount |
Common Concerns Answered
Will this cylinder fit my existing steering system?
The UC128TS-2 is designed as a direct replacement for many Uflex front mount steering systems and is compatible with most standard helm pumps and tie bars. Verify your current cylinder's mounting configuration and stroke length for optimal fitment.
How do I ensure this cylinder is compatible with my outboard engine horsepower?
This cylinder is rated for outboard engines up to 350 horsepower. Always consult your engine's manual and Uflex's application guide to confirm specific compatibility and ensure adequate steering force for your vessel's size and weight.
What is the typical lifespan of this hydraulic cylinder?
With proper installation, regular maintenance (including checking fluid levels and for leaks), and usage within its specified limits, this Uflex cylinder is engineered for many years of reliable service in harsh marine environments.
Frequently Asked Questions
What is the purpose of the 1.38" bore size?
A larger bore size, like 1.38 inches, allows the cylinder to displace more hydraulic fluid with each stroke, generating greater steering force. This is crucial for overcoming the resistance of larger outboard engines and providing precise control.
How does the 7.8" stroke length impact steering?
The stroke length determines the total travel of the cylinder rod. A 7.8-inch stroke allows for a wider range of helm movement, enabling more significant adjustments to the outboard engine's direction for effective maneuvering.
Is this cylinder suitable for saltwater use?
Yes, Uflex hydraulic steering cylinders are constructed with corrosion-resistant materials and seals designed to withstand the harsh conditions of saltwater environments, provided proper maintenance is performed.
What type of hydraulic fluid should be used with the UC128TS-2?
This cylinder is designed to be used with Uflex's proprietary marine hydraulic fluid or other equivalent power steering fluids that meet specific viscosity and corrosion protection requirements. Always refer to the installation manual for the recommended fluid type.
Can this cylinder be used with different helm pumps?
Yes, the UC128TS-2 is designed to be compatible with a range of Uflex helm pumps and can also be adapted to work with other marine-grade helm pumps, provided they utilize standard NPT fittings and meet the required fluid displacement specifications.
