M Series |
Cylinder with body diameters of ¾” (19mm)
and 1” (25mm) and strokes from .275” (7mm) up to
4.92” (125mm). Available with and without
Threaded Bodies.
|
NE Series
|
| NE
Series |
Stock lifters are available with full
range strokes from .39-3.94" (10-100mm) and M16
x 1.5 or M24 x 1.5 threaded bodies. Adjustable
forces from 10-383 lbs.
|
SC Series |
| SC
Series |
Our
ISO standard series includes all ISO sizes and
are also available with threaded bodies. The
body diameters range from 1.259” (32mm) up to
5.906” (150mm) and strokes from .626” (10mm) up
to 11.811” (300mm). Unique to Moeller, we
feature a larger model with a body diameter of
7.68” (195mm) and a force of 23,850
lbs.
|
H Series |
| H
Series |
Dimensionally the same as our "SC" Series
(ISO), but designed with a larger rod diameter
allowing for greater force than an ISO size
cylinder. This cylinder is completely
interchangeable with SC Series (ISO) nitrogen
cylinders, but delivers a greater
force.
|
HR - Series
|
| HR-Series |
Moeller's "HR" Series delivers the
highest force in the least amount of space
available in the market today. Sizes of
cylinders range from 0.98” (25mm) up to 4.72”
(120mm) body diameters with strokes ranging from
.200” (5mm) up to 4.92” (125mm). Forces
are available from 450 to 14,850
lbs.
|
|
KE Series |
Moeller’s super compact Nitrogen cylinder is designed for applications that require high force and short stroke lengths. Supplied with our exclusive “SKUDO” protective cap for prolonged life patented internal safety system for over stroking.
|
ML Series
|
The
ML series delivers a force equivalent to the K
Series with a shorter profile and a rod seal for
extended life.
|
|
LS Series |
The
LS Series is a zero force on contact, low shock
cylinder. This aids in reducing vibration and
noise. This design also helps to eliminate pad
bouce.
|
|
LI Series |
The
LI (Low Increase) Series features the same ultra
short profile of the HR Series, with a maximum
force increase of 30%. This series is ideal in
forming and drawing applications where a
cosistent force is required throughout the full
stroke. |