Two Circuits Rotary Union Pneumatic G1/8" Port Hydraulic Rotary Joint

Hydraulic Rotary joints Pneumatic Rotary Joints 2 Circuits G1/8" port

Product Description:

Features:

• Versatile Functionality: These rotary joints offer seamless transfer of hydraulic or pneumatic power, fluids, or gases between stationary and rotating components, enabling smooth operation and continuous flow.

• Two Circuits: With 2 circuits, these rotary joints provide the capability to transmit multiple media simultaneously, allowing for the independent flow of different fluids or gases through separate passages.

• G1/8" Port:The rotary joints are equipped with G1/8" ports, which are widely used and compatible with standard fittings and connectors, ensuring easy integration into existing hydraulic or pneumatic systems.

Typical Application:

• Industrial Automation: These slip rings play a crucial role in industrial automation processes by transmitting pneumatic or hydraulic signals for controlling actuators, valves, and other components involved in automated operations.

• Machine Tools: Pneumatic/Hydraulic Slip Rings are employed in machine tools to transmit pneumatic or hydraulic signals for controlling cutting, shaping, and machining operations, ensuring precise and efficient tool movements.

• Printing Presses: These slip rings are used in printing presses to transmit pneumatic or hydraulic signals for controlling ink flow, paper feeding mechanisms, and other critical press operations.

Specifications:

Drawing for HJ1056-0201:

FAQ:

How does a hydraulic/pneumatic rotary joint work?

Hydraulic/pneumatic rotary joints typically consist of an internal rotating element and an external stationary element. The rotating element is connected to the rotating part of the machinery, while the stationary element is connected to the fixed piping or hoses. Seals and bearings ensure the transfer of fluid or gas between the rotating and stationary parts.

How to select the right hydraulic/pneumatic rotary joint?

When selecting a hydraulic/pneumatic rotary joint, consider the following factors:

Fluid/gas type and compatibility.

Operating pressure and temperature range.

Rotational speed and torque requirements.

Number of passages required.

Seal materials and durability.

Mounting options and space constraints.

Environmental conditions and industry standards.

How to maintain and service hydraulic/pneumatic rotary joints?

Proper maintenance of hydraulic/pneumatic rotary joints includes regular inspection, cleaning, and lubrication. Check for leaks, damaged seals, or worn-out bearings. Follow the manufacturer's guidelines for maintenance intervals and procedures. It is advisable to use compatible fluids/gases and replace worn components promptly.