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11.2 ton Capacity, .44 in Stroke, Low Height Hydraulic Cylinder

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Description & Features

The Enerpac hydraulic cylinder is engineered to offer efficient performance in high force hydraulic applications. Its robust build and compact design ensure reliable functionality in demanding industrial environments. Crafted for precision and durability this hydraulic cylinder is a valuable asset in various heavy-duty tasks. With a stroke length of just .44 inches this product is ideal for operations requiring minimal space while sustaining powerful lifting capacities. The low height design facilitates its use in confined spaces without compromising on its load-bearing capacity. Enerpac's commitment to quality and performance is evident in the construction of this cylinder making it a preferred choice for professionals who require dependable hydraulic solutions.

Supplier Part Number: RSM100

Specifications

Cylinder Type
Single-Acting
Finish
Baked Enamel
Material
Steel
Maximum Operating Pressure
10000 psi
Mounting Type
Base
Number of Mounting Holes
2
Plunger Type
Solid
Return Type
Spring
Series
RSM Series

Product Questions & Answers (2)

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Question by: Danny B on Jan 3, 2026, 11:49 AM
tight spot job here. How short is that RSM100 when it’s collapsed, and how much lift do you really get out of it?
Answer by: Customer Support on Jan 5, 2026, 6:32 AM
Space is the whole point with this one. It’s a low height, pancake-style cylinder with a short 0.44 inch stroke, so you only get about 0.44 inch of lift.
Question by: Judy M on Dec 4, 2025, 8:54 PM
spring return on this thing actually work good, or does it need the load weight to pull the plunger back down?
Answer by: Customer Support on Dec 6, 2025, 11:44 AM
Built right into the cylinder is a return spring that retracts the plunger on its own. You don't need the load sitting on top of it to bring it back down, which is a real advantage over a lot of other low-profile cylinders that depend entirely on gravity and the weight of whatever you're pushing against. Faster cycle times, more consistent operation.

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