8T112Z35PA-LC

The 8T112Z35PA-LC is a product of Clippard solutions. This product is a two-stage, direct-acting, pressure-reducing valve. It is specifically designed to reduce the input stimulus of a compressed air system to a lower manageable pressure level. These valves are typically used in applications such as automobile manufacturing, machine tool applications, and other various processes where pressure regulation is necessary.

The 8T112Z35PA-LC’s design is based on a piston and spool combination. It has a sturdy external body with a central spring-loaded piston. When the inlet pressure of a compressed air system increases, the piston is forced against the spring ensuring that the pressure-reducing valve’s outlet pressure stays constant. This design provides consistent and precise control over the output pressure of the system. The valve can be adjusted to respond to different inlet pressures for maximum efficiency.

The 8T112Z35PA-LC is often used in applications such as pneumatic clutch systems, bending machines, and general cutting and forming operations in the manufacturing industry. It allows for precise control of the output pressure of these systems. This helps reduce the wear and tear on machinery and increase efficiency. The valve can be used in both wet and dry systems providing more versatility and easier maintenance of the system.

The 8T112Z35PA-LC is also applicable for applications where speed control of the output pressure is desired. This can be achieved by adjusting the input pressure of the system, thus changing the output flow speed. Applications like packaging machines, paint and spray booths, and transport systems can benefit from this functional aspect of the valve.

The 8T112Z35PA-LC is a reliable valve for various industrial applications. Its direct-acting design makes it straightforward, and easy to use, while its adjustable spring-loaded piston provides precise control over the output pressure of the system. Its versatility and reliability make it suitable for diverse applications requiring pressure regulation and speed control, which make it an ideal choice for many industrial needs.