Share  
Print  
MAXIM

Welded Hydraulic Cylinder: 20 in Stroke Lg, 30 in Retracted Lg, 28,860 lb, 1 3/4 in Rod Dia.

Hover over image to magnify
Hyd Cylinder,3-1/2" Bore,20"
Hyd Cylinder,3-1/2" Bore,20"

#940827-3 | Pkg Qty: 1

$402.76 pkg | $402.76 ea

Drop Ship Item

Shipping to 60045
|

Technical Specifications

Key Specifications
Brand
MAXIM
Mfr. Part Number
288-356
Duty Rating
Heavy Duty
Package Quantity
1
Item
Welded Hydraulic Cylinder
Shipping Weight
50 lb.
General
Bore Dia.
3.5 in
Rod Dia.
1 3/4 in
Column Load
28,860 lb
Rod Seal Type
Polypak
Extended Length
50 in
Single Acting/Double Acting
Double Acting
Finish
Black
Stroke Length
20 in
Max. Pressure
3,000 psi
Temp. Range
-20 Degrees to 220 Degrees F
Pin Dia.
1 1/4 in
Tie Rods
High Tensile
Piston Material
Ductile Iron
Tubes
Precision Honed Steel
Retracted Length
30 in

Product Description

Heavy-duty welded hydraulic cylinders are used in applications that require up to 3000 psi. They have a thicker cylinder body and larger rod diameter than standard-duty welded cylinders. Heavy duty piston seals help eliminate leaks to ensure consistent performance in heavy load applications.

Welded hydraulic cylinders withstand large temperature swings and are designed for rugged applications in harsh industrial environments, including waste and recycling facilities, metal-fabricating presses, and steel mills. Sometimes called round-body cylinders, welded-cross cylinders, or ag cylinders, they are lighter and more compact than tie-rod cylinders, making them a good choice for use in mobile applications. The barrel of the heavy-duty housing is welded directly to the end caps, strengthening the cylinder body and eliminating the need for tie rods. Cross tubes are welded on to the piston end of the cylinder to add stability and have end fittings with grease zerks.

Item Barcode
9408273
Hyd Cylinder,3-1/2" Bore,20"
 NameItemDescription
Grainger DropshipGrainger Dropship6FWZ3
UNSPSC CODESUNSPSC CODES27121602
VMRS (ATA) CODESVMRS (ATA) CODES053-006-009

For more product information by email, click here