ABS EBS Valve
The ABS EBS Valve Manufacturer!
Zhuji Juntai Auto Spare Parts Co.,Ltd. was established in 2011 and located in Zhuji City, Zhejiang Province, China. Our factory has professional technicians team and excellent sales team, which can help us to provide our clients good quality and perfect service.
Why choose us
Excellent Team
Our factory has professional technicians team and excellent sales team, which can help us to provide our clients good quality and perfect service.
Quality Assurance
ISO 9000 certificate of conformity of quality management system certification; certificate of utility model patent; SGS gold plus supplier assessment certificate.
Reputation
A company with a positive reputation is more likely to attract customers. Reputation is built through consistent quality service or products, good customer relations, and reliability.
Production Market
Our products are exported to over 100 countries in Southeast Asia, Europe, Africa, America, and other regions, as well as domestic automotive after-sales markets and repair shops. The annual transaction volume exceeds 20 million yuan.
|
Type |
ABS EBS VALVE |
|
Place of Origin |
Zhejiang, China |
|
Purpose |
For replace/repair |
|
OE NO. |
4721950180 1504901 3550210-50A/A |
|
Application |
AIR BRAKE VALVE |
|
Gross Weight |
22.46 KGS |
|
Net Weight |
21 KGS |
|
Packing Quantity |
30 PCS/CTN |
|
Package Dimensions |
36.5 CM*26 CM*36 CM |
Types of Solenoid Modulator Valve
Direct operated solenoid valves
Direct operated solenoid valves are valves where the solenoid coil directly opens or closes the valve body. These valves are simple in design and are well suited for low pressure and flow applications.
Servo controlled solenoid valves
Servo-controlled solenoid valves use a servo mechanism to control the valve body. These valves are typically more powerful than direct operated valves and are suitable for higher pressure and flow applications.
Standard closed (NC) solenoid valves
Normally closed solenoid valves are valves that are closed when de-energized and open when current flows through the solenoid coil. These valves are often used in safety-critical applications because they close automatically in an emergency.
Coil: The coil is commonly made from insulated copper wire. When a current is applied to the coil, an electromagnetic field forms around the cross-section.
Electrical Connection: The coil is connected to an interface with an electrical drive circuit and power source. Each coil typically has two connections: One to the power source and one to ground.
Bobbin: The coil wire is commonly wrapped around a structural piece called a bobbin. The bobbin helps to hold the wire in the desired position to create a specific magnetic field.
Coil Cover/Shielding: A cover is placed around the solenoid coil for protection. The cover may be constructed from a material that will provide shielding. Shielding protects the solenoid coil from interference from external electrical noise and protects the surrounding equipment from interference caused by electromagnetic radiation from the solenoid coil.
Plunger/Armature: A ferromagnetic plunger (sometimes referred to as an armature) is placed in the center of the coil or bobbin to convert electrical energy into mechanical work. The magnetic field created from the energized coil will attract or repel the plunger coaxially. The plunger is typically manufactured from a soft iron. Stainless steel materials are not suitable for the plunger because they do not become demagnetized after the current is removed and would not return to their original state.
Valve Seal: The position and movement of the plunger controls the components of the valve body to seal or open flow paths.
Valve Body: At a minimum, the valve body includes the valve seat and fluidic ports. In more complex valve designs, the valve body may also house additional sub-components to optimize valve performance.
Spring: A spring is commonly used within the valve body to bias the plunger and other movable valve components into position when de-energized. Some designs incorporate multiple springs.
Plunger Stop: A plunger stop is often employed to control the length of plunger movement, or stroke, when energized.
Applications and Uses of Solenoid Valves in Industry
Heating Systems:
Solenoid valves regulate the flow of hot liquids and steam, ensuring accurate temperature control in heating circuits.
Irrigation:
In agriculture and irrigation systems, solenoid valves control the opening and closing of water flows, optimizing the use of water resources.
Medical Industry:
Used to control the flow of fluids and gases in medical equipment, such as ventilators and dialysis machinery, ensuring vital precision and reliability.
Refrigeration and Air Conditioning:
Solenoid valves manage the refrigerant cycles in refrigeration and air conditioning systems, maintaining the desired environmental conditions.
Washing Systems:
In washing machines and dishwashers, solenoid valves regulate water inlet and discharge cycles, contributing to the appliance’s efficiency.
Water Distribution Plants:
Ensure precise flow control of water in distribution systems, both in civil and industrial settings.
Industrial Automation:
Solenoid valves are essential for controlling the operational cycles of automatic machines, ensuring precision and repeatability of processes.
Pneumatic Systems:
In the industrial sector, solenoid valves control compressed air in pneumatic circuits, influencing movements and functioning of actuators and cylinders.
Packing And Shipping
