The Enerpac RAR202 Cylinder, Aluminum, 20 Ton, 2", D/A is a reliable and powerful choice for your industrial needs. This cylinder features a solid aluminum body and a double-acting design for maximum power. It is lightweight, yet rugged enough to handle any job. With a 20-ton capacity, you can be sure that your projects will be completed quickly and safely. Purchase this cylinder online today or call (704) 463-1070 with questions. Get your projects done right with the Enerpac RAR202!
Cylinder, Aluminum, 20 Ton, 2", D/A
Model : RAR202 Series : RAR Product Lines : Industrial Tools Double-acting for rapid retraction, regardless of hose lengths and system losses Composite bearings increase cylinder life and side load resistance Hard coat finish on all surfaces resists damage and extends cylinder life Handles included on all models Steel base plate and saddle for protection against load- induced damage Integral stop ring prevents plunger over-travel and is capable of withstanding the full cylinder capacity Built-in safety valve prevents accidental over-pressurization
Cylinder, Aluminum, 20 Ton, 2", D/A
RAR Series Aluminum Cylinder Cut Sheet
Model : RAR202 Series : RAR Product Lines : Industrial Tools Double-acting for rapid retraction, regardless of hose lengths and system losses Composite bearings increase cylinder life and side load resistance Hard coat finish on all surfaces resists damage and extends cylinder life Handles included on all models Steel base plate and saddle for protection against load- induced damage Integral stop ring prevents plunger over-travel and is capable of withstanding the full cylinder capacity Built-in safety valve prevents accidental over-pressurization
- Product Alias:
- RAR202
Enerpac's products are designed and built to meet the highest standards of quality and durability. Each product is backed by a Enerpac warranty, ensuring that it will perform as expected. Enerpac's warranty is one of the best in the industry, and it covers all products against defects in materials and workmanship.
