Flip and tilt unit FZPT-15000

The 15-ton 90-degree Hydraulic Upender is designed for rotating cylinder liners from horizontal to vertical positions (0–90°) during production. It features a large dual-platform design (approx. 4800×2600mm + 2600×2000mm) to accommodate various liner sizes. The table slightly elevates above floor level at 0°, and partially lowers into a pit at 90°, with a retractable arc-shaped operator platform (max load: 200kg) for safe access. The worktable includes four or more roller supports with screw-and-rail-driven rollers that move horizontally and vertically via electric control to adapt to different liner diameters. - Model: FZPT-15000 - Platform Dimensions: 4800*2600mm + 2600*2000mm - Loading Capacity: 15,000KG - Tilting Angle: 90° - Tilting Speed: 70S - Tilting Method: Hydraulic Note: The above parameters are for reference only, all products can be customized 1. Multiple Emergency Stop Devices - Equipped with no fewer than two emergency stop switches. The control system includes an emergency stop button that immediately halts operation when pressed. 2. Explosion-Proof Hydraulic Cylinders - Each cylinder includes a built-in safety valve that locks hydraulic oil in case of hose rupture or detachment, preventing sudden drops. 3. Power-Off Pressure Relief Descent - The hydraulic power unit has a pressure relief valve allowing the platform to descend by gravity when power is lost. 4. Automatic Pressure Holding During Power Outage - In case of power failure, the system holds pressure automatically to keep the platform stable and prevent dangerous tilting or falling. 5. Mechanical Limit Stops at 0° and 90° - Mechanical stops at key positions prevent over-rotation and ensure the workpiece remains securely in place. 6. Hydraulic Self-Locking Mechanism - The platform locks automatically upon stopping. It does not drop due to power loss or hydraulic leakage. 7. Safety Fencing and Interlocks - Protective barriers and interlocking systems are installed around the upender to prevent personnel from entering the rotation area during operation.