FPY Series Low Profile Jacks
In maritime operations, space constraints often necessitate the use of specialized lifting equipment. The FPY Series Low Profile Jacks are engineered to provide substantial lifting capacities within a compact design, making them ideal for shipboard maintenance and repair tasks where clearance is limited.
** We strive for accuracy, but details may change, and errors are possible. Please verify specifications with the manufacturer or seller before purchasing. **
🏷️ Pricing: New | Used | Bulk
1️⃣ Technical Specifications
- Capacity Range: 5 to 200 tons
- Stroke Length: 7 to 22 mm
- Collapsed Height: 41 to 101 mm
- Outer Diameter: 64 to 247 mm
- Inner Diameter: 35 to 196.3 mm
- Design Features:
- Ultra-thin, low-profile design for confined spaces
- Single-acting, spring return mechanism
- Chrome-plated main shaft for enhanced durability
- Automatic shortening function
- Compatible with various hydraulic pumps
2️⃣ Benefits
✅ Compact Design – The ultra-thin profile allows for operation in tight spaces where standard jacks cannot fit.
✅ High Capacity – Despite their compact size, these jacks offer lifting capacities up to 200 tons, suitable for heavy-duty maritime applications.
✅ Durable Construction – Chrome-plated components and robust materials ensure longevity and resistance to corrosion in marine environments.
✅ Versatility – The FPY Series is compatible with various hydraulic pumps, including manual, foot, or electric models, providing flexibility in different operational settings.
3️⃣ Drawbacks & Limitations
⚠️ Limited Stroke Length – The short stroke may require multiple setups or additional equipment for tasks needing greater lifting heights.
⚠️ Manual Pump Operation – Some models rely on manual pumps, which may lead to operator fatigue during extended use.
⚠️ Surface Requirements – These jacks require a solid lifting surface for correct support; using them on unstable surfaces like sand or mud may result in damage.
4️⃣ Final Verdict
Final Score: 9.1/10
The FPY Series Low Profile Jacks offer a practical solution for lifting tasks in confined maritime spaces. Their compact design, high capacity, and durable construction make them valuable tools for ship maintenance and repair operations. However, users should consider the limited stroke length and ensure appropriate surface conditions to maximize their effectiveness.