The internal core component of the throttle valve BJ10-1.6P, that is, the valve core is combined into the opening and closing parts of the throttle valve. Most of its core heads are cone streamline. It can adjust the pipe flow and pressure by changing the size of the pipe section area. At present, there are many types of structures for opening and closing components, which have different uses and structural forms.

A throttle valve is a valve that can also control fluid flow by changing the length of the throttle. If the throttle valve and one-way valve are connected in parallel, they can be combined to form a one-way throttle valve; When combined with a bidirectional valve group, it becomes a bidirectional throttle valve; The combination of throttle valve and overflow valve can also form a throttle speed control system. In short, different combinations are chosen for different occasions.

 

For example, in the combination of the above three types of throttle valve BJ10-1.6P, the throttle valve is applied in the system speed regulation of the quantitative pump hydraulic system, which includes three types of throttle systems: inlet throttle, return throttle, and bypass throttle. Because the throttle valve does not have a negative flow feedback function, it will not cause speed instability due to load changes. Therefore, it is mostly used in situations where load changes are not significant or where speed stability is not highly required

When a throttle valve plays a role in controlling fluid flow, generally speaking, the size of its opening affects the change in liquid flow when the pressure difference between the two ends of the throttle valve (before and after the pipeline) is constant. Simply put, the main functions of the throttle valve are the interception speed regulation, load resistance, and pressure buffering.

 

When the fluid enters through the throttle valve BJ10-1.6P, the throttle valve can play a pressure buffering role on the fluid, and the throttle valve will to some extent hinder the operation of the fluid and reduce its impact force. The throttle valve will reduce the pressure of the medium in the event of a significant pressure drop. Different calibers have different internal structures and uses. But the basic principle is the same.

 

 

 

HP unloading valve M-3SE10U20/315W220NZ5L

solenoid valve MFH-3-1/2 230VAC

relief valve MK50HP-2

relief valve MS50-1

non-return valve M-SR10KE05-1X

non-return valve M-SR20KE15-1X

non-return valve M-SR8KE5-1*1

lubricant oil cooler sealing strip N35-MGS-16C/2

level Annunciator NBK-03-DN15PN16VM900-KM-W900-R3

Cartridge throttle valve NFEC-LEN

BFP lubricant oil cooler sealing strip NT100M-GDL-10

stator cooling water heat exchanger sealing strip NT150S-GDL-16

accumulator NXAQ-10/31.5-L

bladder NXQ.A-10/31.5-L-A

HP accumulator bladder NXQA-10/31.5-L-A

accumulator bladder NXQAB-10/31.5-2-A

active solenoid valve OG4V3-2A 22VDC

Oil-water alarm OWK-1G

oil water detector alarm OWK-2 DN25 0-1.0MPA

Oil-water alarm OWK-I

piston pump PV29-2L-5D-C00

jacking oil pump PV292R10C02

EH oil pump PV29-2R50C00

EH oil pump PV292R5DC00

EH oil pump PV29-2R5D-C00

flow Regulating valve PV5-10-0-35

copper sleeve P-1825

Rear bearing copper sleeve P-1825B

mechanical seal P-2811

solenoid valve PSIE116

solenoid valve PSIE125

servo valve PSSV-0890-DF0056

servo valve PSSV890DF0056

DEH servo valve PSSV-890-DF0056A

DFYLSYC-2023-5-18-A