This article mainly introduces:

Angola hydraulic cylinder,100 ton hydraulic cylinder manufacturer,100 ton hydraulic cylinder

(Angola 100 ton hydraulic cylinder,produced by Hengyu Group）

100 ton hydraulic cylinder are widely used in Angola，because of no transmission clearance，powerful torque，smooth movement.So our company has designed 100 ton hydraulic cylinder for customers from Angola.

Introduction to 100 ton hydraulic cylinder:

When the control pressure of the hydraulic system is too low, the 100 ton hydraulic cylinder will appear wrong or no action, because the throttle resistance in the control pipeline may be too large, the flow valve is improperly adjusted, the control pressure is inappropriate, and the pressure source is interfered with. At this time, check the control pressure source to ensure that the pressure is adjusted to the specified value of the system.

Factors that should be considered when selecting the oil seal in the 100 ton hydraulic cylinder: some specific factors should be taken into account when selecting the oil seal in the 100 ton hydraulic cylinder, so as to have correct consideration and get accurate results, and then avoid wrong selection. The factors and aspects that should be taken into account are eight: 100 ton hydraulic cylinder diameter, piston rod diameter, piston rod and piston groove size, 100 ton hydraulic cylinder working pressure, 100 ton hydraulic cylinder movement speed, hydraulic system oil temperature and 100 ton hydraulic cylinder working environment.

100 ton hydraulic cylinder seal leakage causes and countermeasures: a. Loose tie rod nut will cause leakage, tighten the tie rod nut according to the torque requirements of tie rod nut, test no leakage can continue to use. b. Pressure exceeding the limit will also cause leakage. Replace the 100 ton hydraulic cylinder seal and re-tighten the tie rod nut to reduce the pressure to the nominal pressure range of the 100 ton hydraulic cylinder. c. The 100 ton hydraulic cylinder seal is extruded, if the O-ring is obviously extruded at the 100 ton hydraulic cylinder seal, replace the 100 ton hydraulic cylinder seal.

When installing the 100 ton hydraulic cylinder pipe, the pipe should be cleaned after installation, and should not pass through the 100 ton hydraulic cylinder block, and the by-pass pipe must be installed in front of the oil port of the 100 ton hydraulic cylinder block. This is important. Otherwise, the foreign body in the pipeline will enter the 100 ton hydraulic cylinder, and once it enters, it is difficult to exclude it, but it becomes a foreign body transported to the 100 ton hydraulic cylinder. Moreover, when cleaning, the removal method of foreign bodies entered in the installation pipeline operation should be considered. In addition, the corrosion in the pipe should be pickling and other procedures before the pipe installation, and the rust must be completely removed.

Answers to some questions about 100 ton hydraulic cylinder:

How to distinguish cylinder rod head and cylinder bottom?
One end of the piston rod can be telescopic is the rod head, and the one behind is the bottom of the cylinder, which is the single rod cylinder.

Hydraulic cylinder performance requirements?
Hydraulic cylinder performance requirements: hydraulic cylinder is the hydraulic system to achieve energy transfer, conversion and control of the working medium, in addition, it is also responsible for the lubrication of the system, rust prevention, corrosion prevention and cooling. The performance of hydraulic oil will make the system flexible, accurate and reliable. Hydraulic performance requirements are determined according to the design parameters of the hydraulic system, operating conditions, the structure of the hydraulic pump and the working environment. Appropriate viscosity and good viscosion-temperature performance Viscosity is an important performance indicator of hydraulic pressure, which has an important impact on the smooth operation of the hydraulic system and the friction parts. The low temperature performance of hydraulic oil includes three aspects: low temperature flow, low temperature start-up and low temperature pumping.