Working principle of plunger pump
The working principle of a plunger pump is to change the volume of the sealed working chamber through the reciprocating motion of the plunger in the cylinder body, thereby achieving the functions of oil suction and pressure. A plunger pump relies on a sealed working chamber formed between the plunger
Quelle est la raison du manque de pression dans la pompe à engrenages ?
The reasons for the lack of pressure in gear pumps may include the following: 1. Incorrect rotation direction: If the rotation direction of the gear pump is opposite to the specified direction, it will cause the pump to malfunction. You can readjust the direction by adjusting the power line.
Quelle est la raison du manque de pression dans la pompe à piston ?
The main reasons for the lack of pressure in plunger pumps include the following: 1. Blockage of the suction line filter: This can cause the hydraulic system to malfunction, resulting in the pump being unable to generate pressure. 2. Low oil level in hydraulic oil tank: Low oil level can
Working Principle of Gear Pump
The working principle of gear pump is relatively intuitive and efficient. It is a positive displacement pump designed and manufactured using the principle of gear meshing. The following is a detailed explanation of its working principle: 1. Basic Structure Gear pumps are mainly composed of two or three gears, pump
Écoutez notre histoire et
en savoir plus sur Timeway
Timeway est l'un des principaux fabricants de pompes à piston, réputées pour leur qualité inégalée et leur ingénierie de précision. Nos groupes rotatifs font appel à un savoir-faire de classe mondiale, avec des composants aux finitions impeccables et d'une dureté exceptionnelle. Ce dévouement à la qualité est mené par le pionnier de l'ingénierie hydraulique, M. Han. Sous sa direction, Timeway a développé une gamme complète de composants de pompe, notamment des raccords tout laiton, semi-laiton et en acier à haute résistance.
FR_FR 
EN 
AR 
BN 
NL 
DE 
EL 
HI 
ID 
IT 
KO 
JA 
FA 
PL 
PT 
RU 
ES 
TH 
TR 
VI