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Please feel free to contactus Parts Sea engineers or sales for help if you have no parts No.
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1. Single-rod hydraulic cylinder
Single-rod hydraulic cylinders are one of the most commonly used types of hydraulic cylinders in excavators. Its main structure includes cylinder, small head, big head, piston, etc. The characteristics of single-rod hydraulic cylinder are simple structure, low manufacturing cost and wide application range. It is usually used in telescopic arms, buckets, etc., and has the advantage of increasing digging force and speed.
2. Double-rod hydraulic cylinder
Double-rod hydraulic cylinder is also one of the commonly used types of hydraulic cylinders in excavators. Unlike single-rod hydraulic cylinders, double-rod hydraulic cylinders have two piston rods, each side of which can carry its own load. The advantages of double-rod hydraulic cylinders are relatively small stroke, more balanced and stable structure, and faster closing. It is usually used in rotating seats, gantry and other parts.
3. Piston hydraulic cylinder
The piston hydraulic cylinder is a high-performance hydraulic component used in the hydraulic system of excavators. It has a relatively long stroke and greater power output. Piston hydraulic cylinders can be divided into two categories: single-acting and double-acting. A single-acting cylinder can only use pressure to push the piston on one side, while the other side relies on external force (such as gravity) to return. Double-acting cylinders compress fluid on both sides to push and pull pistons. Piston hydraulic cylinders are suitable for parts that require strong output, such as crushing buckets.
Different types of hydraulic cylinders have their own characteristics and applicable scenarios. In the hydraulic system of the excavator, different types of cylinders cooperate with each other to complete the actions of each part. Understanding the characteristics of different types of cylinders will help readers gain a deeper understanding of the working principles and structure of the excavator hydraulic system.
Please feel free to contactus Parts Sea engineers or sales for help if you have no parts No.
tse@partssea.com | sales@partssea.com
1. Single-rod hydraulic cylinder
Single-rod hydraulic cylinders are one of the most commonly used types of hydraulic cylinders in excavators. Its main structure includes cylinder, small head, big head, piston, etc. The characteristics of single-rod hydraulic cylinder are simple structure, low manufacturing cost and wide application range. It is usually used in telescopic arms, buckets, etc., and has the advantage of increasing digging force and speed.
2. Double-rod hydraulic cylinder
Double-rod hydraulic cylinder is also one of the commonly used types of hydraulic cylinders in excavators. Unlike single-rod hydraulic cylinders, double-rod hydraulic cylinders have two piston rods, each side of which can carry its own load. The advantages of double-rod hydraulic cylinders are relatively small stroke, more balanced and stable structure, and faster closing. It is usually used in rotating seats, gantry and other parts.
3. Piston hydraulic cylinder
The piston hydraulic cylinder is a high-performance hydraulic component used in the hydraulic system of excavators. It has a relatively long stroke and greater power output. Piston hydraulic cylinders can be divided into two categories: single-acting and double-acting. A single-acting cylinder can only use pressure to push the piston on one side, while the other side relies on external force (such as gravity) to return. Double-acting cylinders compress fluid on both sides to push and pull pistons. Piston hydraulic cylinders are suitable for parts that require strong output, such as crushing buckets.
Different types of hydraulic cylinders have their own characteristics and applicable scenarios. In the hydraulic system of the excavator, different types of cylinders cooperate with each other to complete the actions of each part. Understanding the characteristics of different types of cylinders will help readers gain a deeper understanding of the working principles and structure of the excavator hydraulic system.