Amazing Offer New Parker 1.50 Cf4mau14ac 02.50 Pneumatic Cylinder Ø1.5" Bore, 2.5" Stroke, 250psi Bundle [6upOehUl]

New Parker Pneumatic Cylinder

Introducing the New Parker 1.50 CF4MAU14AC 02.50 Pneumatic Cylinder, a high-quality, durable solution for your pneumatic applications. This cylinder is designed to deliver exceptional performance and reliability, making it an ideal choice for a wide range of industrial and commercial uses. With its robust construction and precise engineering, this cylinder is built to last, ensuring a long service life and minimal maintenance requirements.

Key Specifications and Features

The New Parker 1.50 CF4MAU14AC 02.50 Pneumatic Cylinder boasts a 1.5" bore diameter and a 2.5" stroke length, providing ample power and precision for your tasks. This cylinder is rated for a maximum pressure of 250psi, ensuring it can handle even the most demanding applications. The ports are designed with a 3/8" size, allowing for easy connection to your system. Here are some of the key features and specifications:

• Model #: 01.50CF2MAU14C0.300
• Stroke: 2.5"
• Bore: 1.5"
• Pressure Rating: 250psi
• Ports: R3/8

Practical Applications and Benefits

This versatile pneumatic cylinder is suitable for a variety of applications, including material handling, assembly lines, and automation systems. Its robust design and reliable performance make it an excellent choice for both industrial and commercial environments. By choosing the New Parker 1.50 CF4MAU14AC 02.50 Pneumatic Cylinder, you can expect several benefits, including:

• Increased Efficiency: The cylinder's precise control and high power output ensure efficient operation.
• Reduced Maintenance: The durable construction minimizes downtime and maintenance requirements.
• Customization: Available in various sizes and configurations to meet your specific needs.

With this cylinder, you can count on improved productivity and cost savings in your operations. Invest in the New Parker 1.50 CF4MAU14AC 02.50 Pneumatic Cylinder today and experience the difference in performance and reliability.