The 3 position cylinder 4213500870 is a high-performance component designed for MERCEDES BENZ vehicles, specifically engineered to enhance the functionality of the vehicle's air brake system. Packaged in a compact carton weighing 4.1kg, the 3 position cylinder is convenient for shipping and storage, making it an ideal component for both OEMs and aftermarket service providers.
3 Position Cylinder
Product Description
The 3 position cylinder 4213500870 is a device that operates within the EPS III system of MERCEDES BENZ vehicles, facilitating the control of the vehicle's transmission. With a maximum operating pressure of 10.0 bar and a nominal diameter of 4.8 mm, this cylinder is designed to handle the demands of heavy-duty vehicles. The cylinder is engineered to work seamlessly in both standard and high-pressure environments, delivering consistent performance for years.
Product Parameter
|
OEM Number |
4213500870 |
|
Applicable Models |
MERCEDES BENZ |
|
Carton Dimensions |
|
|
Carton Weight |
4.1kg |
Product Features
High-Pressure Resistance: The 3 position cylinder is designed to handle high-pressure environments, ensuring reliable performance in demanding pneumatic systems within MERCEDES BENZ vehicles.
Sealed for Leak Prevention: Equipped with durable seals, the cylinder prevents air leaks, maintaining optimal pressure and improving the efficiency of the vehicle’s air system.
Noise Reduction Features: The cylinder operates quietly, minimizing noise levels and contributing to a smoother, more comfortable ride in commercial vehicles.
Product Advantages
Lightweight and Ergonomically Designed for Easy Handling and Installation: Weighing only 4.1 kg, the cylinder is designed with a lightweight structure that makes installation, handling, and maintenance hassle-free. Its reduced weight minimizes physical strain on technicians during servicing or replacements, leading to faster and more efficient maintenance, which ultimately saves both time and costs.
Service Life of the 3 Position Cylinder 4213500870
The service life of a cylinder is influenced by various factors:
Operating Frequency: Frequent operation, especially at high speeds, can accelerate wear. Minimize constant high-frequency use to extend the cylinder's life.
Load Size and Type: Overloading or shock loads can strain seals and piston rods, shortening the cylinder’s lifespan. Ensure the load does not exceed the cylinder’s rated capacity.
Working Environment: Exposure to high temperatures, humidity, dust, or corrosive chemicals can speed up wear, particularly seals. Keep the environment clean, dry, and stable to prolong the cylinder’s life.
Lubrication: Proper lubrication reduces friction and wear on the piston rod and cylinder bore, extending service life.
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