Best Solenoid Coil Connectors for China Manufacturer & Factory

As a leading China solenoid coil connectors manufacturer and factory, With expertise and a reputation for innovation, our company has recently launched a new line of state-of-the-art machinery, which includes energy-efficient and eco-friendly electrical equipment.

Enhancing Equipment Stability with Solenoid Coil Connectors: The Significance in China Manufacturing Industry

In the quest to improve equipment stability, solenoid coil connectors play a pivotal role, especially in the manufacturing sector of China. Our factory, a reputable manufacturer in China, emphasizes the importance of these connectors in ensuring the reliability and performance of industrial machinery. Our solenoid coil connectors are designed to meet the high standards of China's thriving industrial landscape, providing a stable and efficient connection that is crucial for the smooth operation of various equipment. As a China-based manufacturer, we are dedicated to supplying the market with top-quality solenoid coil connectors that enhance the stability and efficiency of industrial equipment.

What is an solenoid coil connectors?

Solenoid connector, also known as DIN connector plug, is an electrical and pneumatic connection component specially designed for solenoid coils. It usually consists of a shell, an inner core, a sealing gasket and mounting screws, which can provide reliable electrical connections and ensure efficient operation of the system. These connectors are widely used in industrial automation, machinery and equipment, automobile manufacturing and other fields.

How the solenoid connector works

The working principle of the solenoid coil connectors is based on the principle of electromagnetic induction. When an electric current passes through an electromagnetic coil, a magnetic field is generated, which can attract or repel ferromagnetic substances to achieve switching or control functions. This connection is key to achieving precise control in pneumatic and hydraulic systems. Connectors make this process possible by ensuring a reliable connection of the solenoid coil to the external control circuit.

Performance and characteristics of solenoid coil connectors

High reliability: The solenoid coil connectors ensures the stability and reliability of the connection through precise design and manufacturing, reducing the risk of electrical failure.

Easy maintenance: Connectors usually use insulating materials and protective measures, such as insulation layers, stop devices, etc., to reduce the risk of electric shock and electrical failure and ensure the safe operation of the equipment.

Diversity: There are many types and specifications of solenoid coil connectors, which can be selected according to different solenoid coils and application requirements to meet the needs of various electronic devices.

High-frequency performance: In high-frequency circuits, solenoid coil connectors need to have good high-frequency performance, such as low loss, low noise, etc., to ensure signal transmission quality and efficiency.

Miniaturization: With the trend of miniaturization and integration of electronic equipment, solenoid coil connectors are also constantly developing in the direction of miniaturization to adapt to more compact installation spaces.

Types of Solenoid Connectors

1.Interface type

Plug-in interface: Connect the pins of the electromagnetic coil using plugs and sockets, which has the advantages of easy installation, disassembly, and easy maintenance. Mainly used for connections in electronic equipment, such as relays, relay output modules, etc.

Welding interface: The pins of the electromagnetic coil are directly welded to the circuit board or other devices, which has the advantages of not easy to fall off, strong anti-interference ability, and firm installation. Mainly used in connections in various mechanical equipment, such as solenoid valves, motors, etc.

Spring-type interface: The metal spring is used to connect the electromagnetic coil pins to the corresponding terminals, which has the advantages of firm connection and anti-vibration. Mainly used for connections in the field of industrial automation, such as PLC output modules, safety relays, etc.

2. Structural features

Push-in connector: The pins are inserted directly into the socket, with a simple structure and easy to install and remove. Suitable for situations where space is limited and quick connection is required.

Threaded connector: Through thread locking, the connection is firm, not easy to fall off, and has good sealing performance. Suitable for occasions requiring higher reliability and sealing, such as waterproof, dustproof and other environments.

Snap-on connector: Connected through a snap-on structure, easy to install. Special tools are required for disassembly. Suitable for occasions that require frequent disassembly and replacement, such as testing equipment, maintenance tools, etc.

3.Special functions

There are waterproof connectors, high temperature resistant connectors, explosion-proof connectors, etc. suitable for special occasions. There are many types of solenoid coil connectors, and selection needs to be comprehensively considered based on specific application scenarios, electrical characteristics, installation requirements and other factors.

The difference between coil and solenoid coil

Definition and structure:

Coil: A coil is an electronic component usually composed of wires or windings. Its basic structure is that wires are wound into a ring or a specific shape. Coils can be hollow or contain iron or magnetic powder cores to enhance the inductive effect.

Solenoid coil: A solenoid coil is a coil made of a certain elastic metal wire (such as copper, aluminum, iron, etc.) wound into a spiral structure. The spiral structure of the solenoid coil itself contains a certain amount of self-inductance, and the winding and gaps of the coils form a good mutual inductance.

Inductance performance:

Coil: The inductance of a coil is closely related to factors such as its number of turns, shape, and presence or absence of an iron core. The more turns, the larger the inductance is usually; the shape and addition of the core will also affect the change in inductance.

Solenoid coil: Solenoid coil has high self-inductance and mutual inductance properties in terms of inductance. The spiral structure gives the solenoid coil itself a large inductance.

Voltage and frequency characteristics

Coil: The voltage capability of the coil depends on factors such as the voltage rating of its insulation layer and the cross-sectional area of ​​the conductor. The frequency characteristics of the coil usually perform better within a specific frequency range, and exceeding this range may lead to changes in parameters such as inductance and loss.

Solenoid coil: Solenoid coil has a high voltage withstand capability and is suitable for withstanding high voltage current. The solenoid coil has a wide frequency characteristic and can adapt to higher and lower frequency ranges, showing better stability and performance.

Why Choose GXR solenoid coil connectors

A leading manufacturer of solenoid coil connectors in China, GXR Factory has won wide recognition for its rich manufacturing experience, advanced technical strength and excellent product quality. Among them, the solenoid coil connectors not only complies with industrial standards, but also has excellent replaceability. In addition, it also has a strong R&D team and customized services, able to provide personalized solutions according to customers' specific needs.