BJ Fluid Power

Lift & Lowering Block- LLB with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

Lift & Lowering Block- LLB with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

 

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

 

Lift & Lowering Block- LLB with Load-dependent speed control for Lift- & Lowering applications

Features:-

Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.

Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.

LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.

Permitted load is safeguarded by a built-in pressure relief valve.

Built-in check valve prevents uncontrolled lowering.

Flange-mounting onto a sub plate is possible.

The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

 

Lift & Lowering Block- LLB with Load-dependent speed control for Lift- & Lowering applications

Features:-

Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.

Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.

LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.

Permitted load is safeguarded by a built-in pressure relief valve.

Built-in check valve prevents uncontrolled lowering.

Flange-mounting onto a sub plate is possible.

The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

Lift & Lowering Block- “LLB” with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

Lift & Lowering Block- LLB with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

 

         Lift & Lowering Block- “LLB” with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

 

              

Lift & Lowering Block- LLB with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

 

The Dual Speed Lift Lower Block LLB4-020 is a type of mechanical component used in various lifting applications, often in industrial or construction settings. Here’s a breakdown of its key features and functions:

1. Dual Speed Functionality: The "dual speed" aspect indicates that the block can operate at two different speeds, which allows for greater control and flexibility when lifting or lowering loads. This feature is particularly useful for tasks that require precision.

2. Lift and Lower Mechanism: As the name suggests, this block is used both for lifting and lowering operations. It helps manage the movement of loads by controlling the speed and direction.

3. LLB4-020 Model: This is likely a specific model number for the block, indicating particular design specifications, load capacities, or other features unique to this variant.

4. Construction and Material: These blocks are generally built from high-strength materials to handle heavy loads. The specific materials and construction details would depend on the manufacturer and intended application.

5. Applications: Such blocks are commonly used in lifting systems where precise control is necessary, such as in hoists, cranes, or other lifting equipment.

6. Safety Features: Typically, these blocks come with safety mechanisms to prevent accidental release or failure, ensuring safe operation.

The UP Single & DOWN Double Speed Lift Lower Block-LLB5-020 is a specialized mechanical component designed for precise control in lifting applications. Here’s a more detailed look:

• Directional Speed Control: This block is engineered to provide differentiated speed settings based on the direction of movement:

  • UP Single Speed: When lifting a load, the block operates at a single, consistent speed, ensuring steady and controlled ascent.
  • DOWN Double Speed: During descent, the block offers a higher speed option, allowing for quicker lowering of the load. This dual-speed feature enhances efficiency by tailoring movement speeds to different operational needs.

• Lift Lower Block: The block serves as a crucial part of a lifting system, typically involving mechanisms such as pulleys, drums, or gears that manage the lifting and lowering processes. It’s designed to provide stability and control during vertical movement.

• Model Number LLB5-020: The "LLB5-020" designation specifies the model of this lift lower block, which could indicate particular design features, load capacities, or compatibility with specific lifting systems.

The Dual Speed Lift Lower Block LLB4-040-4-A is a mechanical lifting component designed for applications requiring precise control over lifting and lowering operations. Here’s a detailed description of its features and specifications:

1. Dual Speed Functionality

• Operation: The block is designed to operate at two distinct speeds, allowing for both high-speed and low-speed movements. This dual-speed functionality enables users to choose the appropriate speed for different lifting tasks, enhancing control and efficiency.

2. Model Number: LLB4-040-4-A

• "LLB4": Indicates the series or type of the lift lower block, suggesting specific design features and capabilities.
• "040": Likely refers to the load capacity or a specific design aspect related to the model. In this case, it might denote a load capacity of approximately 4 tons (or 4,000 kg).
• "4": Could indicate the number of parts in the pulley system, which affects the mechanical advantage and ease of lifting heavy loads.
• "A": Typically denotes a version or variant of the model, potentially including specific features or configurations.

3. Load Capacity

• Capacity: The model is designed to handle substantial loads, potentially around 4 tons (4,000 kg), making it suitable for heavy-duty applications. The exact capacity should be confirmed with the manufacturer's specifications.

4. Pulley System

• Four-Part Pulley: The "4" in the model number suggests a four-part pulley system. This design provides a mechanical advantage, reducing the amount of force needed to lift heavy loads by distributing the load more efficiently.

5. Construction and Material

• Durable Materials: The block is typically made from high-strength materials such as forged steel or aluminum, designed to withstand the rigors of heavy lifting and harsh operating conditions.
• Build: The construction is robust, with components designed for long-lasting performance and reliability in industrial environments.

6. Applications

• Usage: This block is used in various industrial and construction applications, including cranes, hoists, and other lifting systems where precise control over lifting and lowering is required.

7. Safety Features

• Safety Mechanisms: The block would include safety features such as braking systems, safety catches, and guards to ensure safe operation and prevent accidental release or failure.

Lift & Lowering Block- “LLB” with Load-dependent speed control for Lift- & Lowering applications

Features:-

• Application: for simple, load dependent lift-lowering controls e.g. scissor lifts, small forklifts and walky stackers.
• Load dependent lowering of the lifted load via 2/2 solenoid poppet valve, combined with adjustable needle valve.
• LLB manifolds for the lift & lowering are tailored to the complex and varied demands of the lifting technology sector.
• Permitted load is safeguarded by a built-in pressure relief valve.
• Built-in check valve prevents uncontrolled lowering.
• Flange-mounting onto a sub plate is possible.
• The 2/2 solenoid poppet valve includes an emergency lowering manual override (self-resetting).

Car parking blocks act as isolation valves, commonly used in the single-acting cylinders of car parking lifts. They ensure leak-proof retention of hydraulic pressure within the cylinders, providing reliable and secure operation.