Bridge oil cylinder

How to choose and install bridge oil cylinders, and how to dismantle bridge oil cylinders? Our company is a professional manufacturer of bridge oil cylinders, and also customizes double earring oil cylinders, 200 ton hydraulic cylinders, square hydraulic cylinders, double piston rod oil cylinders, and 500 ton hydraulic cylinders. In response to the problems encountered by everyone in daily life, our company will provide answers in this article.

Article Introduction:

• Basic Introduction
• Terminology Comparison
• Manufacturer Introduction
• reference price
• Maintenance and related issues

Basic Introduction to Bridge Oil Cylinder

Bridge oil cylinder: Piston oil cylinder is widely used in hydraulic transmission. When this type of oil cylinder works, it mainly delivers hydraulic oil alternately to both sides of the piston in the cylinder, and uses the pressure difference between the hydraulic oil on both sides of the piston to achieve the reciprocating motion of the piston. If you want to accelerate the forward speed of the piston, you can control the return oil in the cylinder through a valve and directly input it into the inlet pipe to participate in pushing the piston and achieve rapid movement of the piston, but the thrust of the piston is greatly reduced. When purchasing oil cylinders, try to understand the following parameters of the cylinder: A. cylinder diameter, rod diameter, and stroke; B. Work pressure or cylinder load; C. Working environment temperature; D. Working medium; E. Operating speed; F. Other parameters, such as connection form, installation size, etc. This is the only way to accurately and quickly find the suitable cylinder model. When the oil cylinder is in use, if defects are found in the seals and guide support rings, it should be replaced with seals of the same structure and suitable material according to the structural form of the repaired hydraulic cylinder seals. This can minimize the oil film thickness between the seals and the sealing surface and reduce the leakage of the seals. When the control pressure of the hydraulic system is too low, the oil cylinder may malfunction or fail to operate. This is because the throttling resistance in the control pipeline may be too large, the flow valve may not be adjusted properly, the control pressure may be inappropriate, and the pressure source may be disturbed. At this point, the control pressure source should be checked to ensure that the pressure is adjusted to the specified value of the system. Purchasing oil cylinders should not only focus on price, but also neglect the quality of the cylinders. Some manufacturers now use ductile iron instead of copper for the guide sleeve in order to reduce costs. Although the cost has been reduced, the quality of the hydraulic cylinder does not meet the requirements.

Comparison of Terminology for Bridge Oil Cylinder

Comparison of Chinese and English terms related to bridge oil cylinders

• Position feedback
• Pressure time diagram
• Diaphragm Valves diaphragm valve
• Negative cover under lap
• Rotary Abutment Motor, Rotary Hydraulic Motor
• Rotary knob
• Symbols for hydraulic and pneumatic components
• Non slam Check Butterfly Buffer Check Valve

Introduction to Bridge Oil Cylinder Manufacturers

Our company specializes in designing bridge oil cylinders and also sells anti rotation hydraulic cylinders, bidirectional positioning hydraulic cylinders, 80 hydraulic cylinders, split horizontal hydraulic cylinders, and bidirectional balancing hydraulic cylinders. After years of hard work, our company has established reliable cooperative relationships with customers such as jack factories, semiconductor material and equipment factories, cushion factories, measuring instrument factories, hydraulic machinery manufacturing and repair factories, and lighting factories.

Bridge oil cylinder reference price

The cost of bridge oil cylinders is determined by factors such as pressure maintenance requirements, temperature requirements, frequency of use, and thrust size. The price range varies depending on the system pressure, with common brands of bridge oil cylinders costing between 1500/yuan and 5000/yuan.

Bridge oil cylinder maintenance and related issues

• How to distinguish between bucket hydraulic cylinder and boom hydraulic cylinder
  According to its installation and connection, it can be distinguished that one end of the bucket hydraulic cylinder is connected to the bucket; The boom hydraulic cylinder is not connected to the bucket. A shovel refers to a bucket installed on an excavator for use, also known as a digging bucket. It is divided into a backhoe bucket and a front shovel bucket according to its working mode, with the commonly used being a backhoe bucket. The boom and arm refer to a working device of an excavator, usually also known as the upper arm or lower arm, which is mainly used to control the excavation, loading and other actions of the excavator bucket. The arm connected to the rack is relatively long, so it is commonly known as the boom, and its terminology is called the boom; The arms connected to the digging bucket are relatively small, so they are commonly known as small arms, and the terminology is called bucket rods, so they are commonly referred to as large and small arms.
• Mechanical processing: How to process the inner hole of this oil cylinder?
  Since the size requirements for the inner hole of the oil cylinder must be very high, such a long car will definitely not meet the requirements. Only by using rolling method can you solve your problem. Make a rolling head! Surface roughness and roundness can both be solved.
• What does the maximum output force of the oil cylinder piston mean
  The maximum output of the oil cylinder is related to the pressure of the hydraulic system that links the oil cylinder to it. For example, the MOB 50 oil cylinder has a rated maximum output thrust of 1.3 tons and a rated pressure of 7 Mpa. When the input hydraulic oil pressure reaches 7 Mpa, the cylinder only outputs a maximum thrust of 1.3 tons. If the input hydraulic pressure is only 5 Mpa, the output thrust of the cylinder is only 0.98 tons. The maximum output of 1.3 tons here is because the cylinder can only withstand a pressure of 7 Mpa. If the input system hydraulic pressure exceeds 7 Mpa, the cylinder cannot withstand the pressure and will explode, causing damage. The maximum output is independent of the workload, and the magnitude of the output force depends on the hydraulic system input of the oil cylinder
• What does' dead volume 'mean in a hydraulic cylinder?
  Dead volume, also known as dead zone displacement pump, relies on the change of sealing working volume to achieve oil suction and pressure. In order to prevent the oil suction and pressure chambers from communicating with each other, there is a sealed area between the oil suction and pressure chambers. When the sealing working volume passes through the sealed area, it neither communicates with the oil pressure chamber nor with the oil suction chamber, forming a closed sealed volume Open the unloading groove, and the principle of slotting is to communicate with the oil pressure chamber when the enclosed volume decreases, and communicate with the oil suction chamber when the enclosed volume increases.