PARKER rodless cylinder structure description

NegotiableUpdate on 02/10

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Nature of the Manufacturer: Producers

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Place of Origin

Online Consult

Overview

PARKER rodless cylinder structure description $r $n has excellent motion performance: there is no crawling phenomenon during low-speed motion, and it can operate stably. The standard speed range is 0.2-4 meters per second, with low-speed cylinder speeds reaching 0.005-0.2 meters per second and high-speed cylinder speeds reaching 30 meters per second.

Product Details

PARKER rodless cylinder structure description

Ospp 500000000300000000000

Long and flexible travel: With a travel distance of up to 10 meters and modular design, it has high adaptability and is easy to install. If there are special requirements, a longer itinerary can also be customized.

Good sealing performance: The internal and external metal seals used achieve an ultra long service life and play a significant role in the field of automation. Its cylinder life can reach over 8000 kilometers.

Reliable performance and easy maintenance: The structural design makes its performance reliable, making it easy to perform maintenance operations in case of problems.

Lightweight and easy to assemble locally: The Parker rodless cylinder is lightweight and easy to assemble locally.

Adjustable buffering function: The Parker cylinder has adjustable buffering function, which can effectively reduce impact force, protect equipment, and extend service life during high-speed movement.

Accurate detection of piston position: The integrated proximity switch can accurately detect the piston position, providing accurate feedback for automation control

1) The general working conditions of a rodless cylinder are: ambient environment and medium temperature of 5-60, working pressure of 0.4-0.6Mpa (gauge pressure). When it exceeds this range,

Special sealing materials and very dry air should be considered.

2) Before installation, a pressure test should be conducted at 1.5 times the working pressure, and no leakage is allowed.

3) When the load changes significantly throughout the entire working cycle, a rodless cylinder with sufficient output margin should be used.

4) Do not use full stroke operation, especially when the piston is extended, to avoid impact damage to parts.

5) Pay attention to proper lubrication. Except for rodless cylinders without oil lubrication, the oil mist device should be set and adjusted correctly. Otherwise, it will seriously affect the motion performance of the rodless cylinder or even not

Can work.

6) When using a rodless cylinder, attention must be paid to the strength of the piston rod. Due to the impact, the threads on the head of the piston rod are damaged, and in most cases, the piston rod is subjected to

The thrust load requires consideration of the stability of the compression rod of the slender rod and the problem of the piston rod head sagging due to its own weight when the rodless cylinder is installed horizontally due to the extension of the piston rod

Question. During installation, attention should also be paid to the direction of force, and the piston rod is not allowed to bear radial loads.

PARKER rodless cylinder structure description