Hydraulic Cylinder Locking at Charles York blog

Hydraulic Cylinder Locking. Some locking cylinders can lock anywhere along rod length. This means the cylinders have the fewest possible component fail points and failure modes that could cause uncontrolled and unplanned load movements or failures. They meet the highest load demand and operating pressures, instantly locking at any position with no drift. This distinguishes our hydraulic rod clamping unit: With power removed, interference locks built into hydraulic cylinders deliver the highest level of safety performance. They eliminate the need for other components in the power circuit that might cause a failure, including the cylinder seals and the fluid itself. These designs are the strongest locking options in strength and will lock anywhere on the rod. Holding loads of up to 750 kn. While some locking cylinders can hold the load in two directions. They developed and patented a different positive locking system that locks instantly. Suitable for hydraulic cylinders and round rods. The engineers at york precision machinery & hydraulics saw the need for a positive locking system that combines all of these features. Amlok® rod locks clamp components after the motion has stopped. They provide safety using just the integrated locking feature, the cylinder body and the rod. As a positive lock, the system instantly locks when hydraulic pressure is removed, averting the risk caused by accidental pressure loss by whatever cause.

They developed and patented a different positive locking system that locks instantly. They provide safety using just the integrated locking feature, the cylinder body and the rod. With power removed, interference locks built into hydraulic cylinders deliver the highest level of safety performance. This distinguishes our hydraulic rod clamping unit: While some locking cylinders can hold the load in two directions. This means the cylinders have the fewest possible component fail points and failure modes that could cause uncontrolled and unplanned load movements or failures. Suitable for hydraulic cylinders and round rods. As a positive lock, the system instantly locks when hydraulic pressure is removed, averting the risk caused by accidental pressure loss by whatever cause. The engineers at york precision machinery & hydraulics saw the need for a positive locking system that combines all of these features. They eliminate the need for other components in the power circuit that might cause a failure, including the cylinder seals and the fluid itself.

BVA Hydraulics HLN5502 Lock Nut, Jacking Cylinders Buffalo Hydraulic

Hydraulic Cylinder Locking This distinguishes our hydraulic rod clamping unit: As a positive lock, the system instantly locks when hydraulic pressure is removed, averting the risk caused by accidental pressure loss by whatever cause. These designs are the strongest locking options in strength and will lock anywhere on the rod. They provide safety using just the integrated locking feature, the cylinder body and the rod. Suitable for hydraulic cylinders and round rods. They eliminate the need for other components in the power circuit that might cause a failure, including the cylinder seals and the fluid itself. This means the cylinders have the fewest possible component fail points and failure modes that could cause uncontrolled and unplanned load movements or failures. Holding loads of up to 750 kn. While some locking cylinders can hold the load in two directions. They meet the highest load demand and operating pressures, instantly locking at any position with no drift. The engineers at york precision machinery & hydraulics saw the need for a positive locking system that combines all of these features. This distinguishes our hydraulic rod clamping unit: Some locking cylinders can lock anywhere along rod length. Amlok® rod locks clamp components after the motion has stopped. They developed and patented a different positive locking system that locks instantly. With power removed, interference locks built into hydraulic cylinders deliver the highest level of safety performance.