Rectangular Hydraulic Cylinders

Description

Rectangular hydraulic cylinders are encased in a rectangular, box-shaped frame. They are designed to convert hydraulic power into linear mechanical power, allowing for the extension and retraction of the cylinder to perform a complete cycle of operation.

Working Principle

Rectangular hydraulic cylinders operate by using pressurized hydraulic fluid to extend and retract a piston within a rectangular housing. This design allows for the conversion of hydraulic energy into mechanical work, providing linear motion. The rectangular shape can offer specific advantages in terms of fitting into certain design constraints where space or alignment with other components is a consideration. The utility of these cylinders lies in their ability to provide controlled and powerful linear motion, which is essential in various mechanical systems.

Applications

While specific applications for rectangular hydraulic cylinders are not detailed in the provided documents, hydraulic cylinders in general are used in industries such as agriculture, military, oil and gas, and construction. They are typically employed in machinery that requires precise and powerful linear motion, such as in elevators, car carriers, and heavy-duty construction equipment like forklifts.

Advantages over other Hydraulic Cylinders

The rectangular design of these cylinders may offer advantages in terms of space utilization and alignment within certain mechanical systems. However, specific advantages over other types of hydraulic cylinders are not detailed in the provided documents.

Limitations

Hydraulic systems, including rectangular hydraulic cylinders, can be noisy and require additional components such as motors, pumps, and fluid reservoirs, which can increase the complexity and maintenance requirements. They may also be prone to leaks, which can be problematic in environments where sanitation is crucial.

Considerations

When considering rectangular hydraulic cylinders, factors such as initial costs, operating expenses, durability, and maintenance should be evaluated. Hydraulic systems generally require regular maintenance due to the number of moving parts and potential for leaks. The durability of the system will depend on the quality of materials used and the specific design of the cylinder. Additionally, the accuracy of the cylinder's movement and the costs associated with replacement parts and maintenance should be considered in the decision-making process.

6 Results
Air/Oil Tandem Tierod Cylinder -- TD
from PHD, Inc.

The Tandem Cylinder provides close, smooth control of piston rod speed even with changing external loads. The unit is air powered while the hydraulic portion serves as a control medium. Advantages: Four standard sizes available, provides close, smooth control of piston rod speed. [See More]

  • Cylinder Style: Tie-Rod; Rectangular
  • Operating Pressure: 20 to 1500
  • Stroke: 0.2500 to 12
  • Bore Size: 0.7500 to 1.38
Block Cyl D/A Mnfld. #3900 1.5 -- 21-1210-04
from Vektek, LLC

No external ports or external plumbing to collect chips. Reduced installation labor. Available in the same popular sizes as our other block cylinders. [See More]

  • Cylinder Style: Rectangular
  • Operating Pressure: 5000
  • Stroke: 1.5
  • Cylinder Action: Double
Back to Back Tierod Hydraulic or Air Cylinder -- NFPA A2, AV2, HV2
from PHD, Inc.

The Back-To-Back Cylinder is used where three or four-rod positions are required. Two cylinders are attached back-to-back using common tierods. Different strokes on each cylinder give the capability of four positive stop positions. Advantages: Four positive stop positions possible, two cylinders... [See More]

  • Cylinder Style: Tie-Rod; Rectangular
  • Operating Pressure: 20 to 1500
  • Stroke: 0.2500 to 12
  • Bore Size: 0.7500 to 1.38
Block Cyl, D/A #2200/#1200 1/4 -- 20-1208-00
from Vektek, LLC

No special mounting hardware required, just bolt down these easy to use devices. Dual position mounting, either parallel or perpendicular to piston travel on every model. Adjustable force ranging from "negligible" to maximum cylinder capacity, just adjust the input pressure. Advance porting is... [See More]

  • Cylinder Style: Tie-Rod; Rectangular
  • Operating Pressure: 5000
  • Stroke: 0.5000
  • Cylinder Action: Double
Cyl, Block Body, 10.1 KN, 19 strk, SA -- 42-0110-01
from Vektek, LLC

No special mounting hardware required, just bolt down these easy to use devices. Dual position mounting, either parallel or perpendicular to piston travel on every model. Adjustable force ranging from minimal to maximum cylinder capacity, just adjust the input pressure. Advance porting is provided... [See More]

  • Cylinder Style: Rectangular
  • Operating Pressure: 5000
  • Stroke: 0.7480 to ?
  • Cylinder Action: Single
Pull Cyl, Block S/A 1" #1300 -- 25-1110-11
from Vektek, LLC

No mounting hardware required, just bolt in place to secure these "draw" action cylinders. Adjustable force ranging from "negligible" to maximum cylinder capacity, just adjust the input pressure. Normally extended piston provides a simple device for actuating clamping mechanisms, device manipulation... [See More]

  • Cylinder Style: Rectangular
  • Cylinder Action: Single
  • Operating Pressure: 5000
  • Mounting: Threaded