Enerpac RCS-302 | 6Z068 | Single-Acting, Low-Height Hydraulic Cylinder, 30 Tons

Q: How can I install this Enerpac RCS-302 low-height hydraulic cylinder?

Attach the hydraulic cylinder to a hydraulic pump.The hydraulic pump will pressurise the hydraulic fluid within the cylinder.The pressurised hydraulic fluid causes the piston in the cylinder to move, generating force.Use the plunger and base mounting holes provided on the cylinder to attach it securely to a load or a supporting structure.

Q: What factors should be considered while choosing a hydraulic cylinder?

Determine the maximum load the cylinder needs to handle.Consider the required range of movement for the application.Ensure the cylinder can handle the required pressure levels.Evaluate the available space and the type of mounting required (flange, clevis, etc.).Assess the desired speed of operation for the application.Choose the appropriate seal material for the specific operating conditions.

ENERPAC RCS-302 Single-Acting, Low-Height Hydraulic Cylinder, 30 Tons

Item: AF2XYF

Model: RCS-302

Cross Ref: 6Z068

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Get it by Tuesday, Feb 10

£9.99 flat shipping is applicable on orders with an aggregate weight less than 10kg. Orders exceeding 10kg will be charged default shipping rates

Specifications
Product Details
Shipping Information
Working Mechanism
Features
Compatible Accessories
FAQ′s

Specifications

Item	Hydraulic Cylinder
Base Bolt Circle Dia.	1.56"
Base Mounting Holes Bolt Circle	1.57"
Base To Advance Port	3/4"
Body Material	Steel
Bolt Circle Dia.	1 14/25"
Center Hole Diameter	2 5/8"
Collapsed Height	4.63"
Cylinder Bore	2 22/25"
Cylinder Type	General Purpose
Effective Push Area	6.49 sq. in.
Extended Height	7.07"
Handle	No
Includes	Dust Cap, Female Coupler
Material	Steel
Max. Operating Pressure	10000 psi
Max. Push Capacity	30 ton.
Nominal Capacity	30 ton.

Nominal Stroke Length	2"
Oil Capacity	15.82 cu. in.
Oil Capacity Push	15.82 cu. in.
Optional Tilt Saddle Addition To Collapsed Height	1.02"
Outside Dia.	4"
Plunger Dia.	2.62"
Plunger Thread Length	8/25"
Plunger Thread Size	M4
Plunger Type	Solid
Promotion Restriction	Not Eligible For Promotion
Retracted Height	4.63"
Saddle Diameter	1.97"
Saddle Max. Tilt Angle	5°
Saddle Protrusion From Plunger	0.13"
Single Acting/double Acting	Single Acting
Stroke Length	2 3/8"
Weighing Capacity	30 ton.

Product Details

Enerpac RCS-302 low-height hydraulic cylinder is used in construction, manufacturing, maintenance and repair tasks for lifting, pushing, pulling and positioning heavy loads. It is attached to a hydraulic pump to lift heavy loads with minimal effort.

Shipping Information

Height (cm)	20.57
Length (cm)	14.99
Width (cm)	10.16

HS Code	8431100090
Country Of Origin	CN
Weight (kg)	6.5475

Working Mechanism

The cylinder utilises hydraulic fluid pressure to generate force by connecting it to a hydraulic pump.
Equipped with a plunger and base mounting holes, the cylinder allows for easy attachment to a load or supporting structure.
The low-height design of the cylinder enables its use in confined spaces where a standard cylinder may not fit.

Features

Enerpac RCS-302 low-height hydraulic cylinder offers baked enamel finish, enhancing its aesthetic appeal and providing excellent corrosion resistance.
This cylinder is equipped with a plunger wiper to reduce contamination and offer a longer lifespan effectively.
It features a grooved plunger end with threaded holes for convenient mounting of tilt saddles.
This cylinder features plated steel plungers to withstand abrasion.

Compatible Accessories

Enerpac P-802 Hydraulic Pump : It features glass filled nylon reservoir for dimensional stability and increased wear resistance. It attaches to this cylinder for easily lifting heavy loads.
Enerpac GA2 Gauge Adapter: This gauge adapter is used to easily attach pressure gauges to the brand's RCS302 cylinder for preciely taking pressure readings.

Frequently Asked Questions

What comes with this low-height hydraulic cylinder?

All models of this hydraulic cylinder come included with a dust cap and CR-400 coupler.

What is the rated pressure of Enerpac RCS-302 single-acting piston cylinder?

10000 PSI

What are the maintenance factors of this Enerpac RCS-302 low-height hydraulic cylinder?

It is important to perform routine inspections of this low-height hydraulic cylinder to check for any damage or signs of wear. Any accumulated dirt or debris should be removed to prevent potential performance issues. Additionally, Enerpac suggests that the hydraulic oil in the cylinder should be changed after 2000 hours of use or every 12 months, whichever comes first.

How can I install this Enerpac RCS-302 low-height hydraulic cylinder?

It can be installed by attaching it to a hydraulic pump, which will pressurise the hydraulic fluid in the cylinder, resulting in the piston moving and generating force. The cylinder can then be attached to a load or a supporting structure by using the plunger and base mounting holes provided on the cylinder.

How do I maintain this Enerpac RCS-302 low-height hydraulic cylinder?

Perform routine inspections on the hydraulic cylinder to check for any damage or signs of wear.
Remove any accumulated dirt or debris from the cylinder to prevent potential performance issues.
Follow Enerpac's recommendation to change the hydraulic oil in the cylinder after 2000 hours of use or every 12 months, whichever comes first.

How can I install this Enerpac RCS-302 low-height hydraulic cylinder?

Attach the hydraulic cylinder to a hydraulic pump.
The hydraulic pump will pressurise the hydraulic fluid within the cylinder.
The pressurised hydraulic fluid causes the piston in the cylinder to move, generating force.
Use the plunger and base mounting holes provided on the cylinder to attach it securely to a load or a supporting structure.

What factors should be considered while choosing a hydraulic cylinder?

Determine the maximum load the cylinder needs to handle.
Consider the required range of movement for the application.
Ensure the cylinder can handle the required pressure levels.
Evaluate the available space and the type of mounting required (flange, clevis, etc.).
Assess the desired speed of operation for the application.
Choose the appropriate seal material for the specific operating conditions.