JVN1A-100V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power relays, such as the JVN1A-100V, are a type of switch which can be used to control power and signals. They are mainly used to control the flow of electricity or to control certain signals between systems. While the JVN1A-100V is designed for use in applications where current is over 2 amps, it can still be used in many other scenarios.

Application Field for JVN1A-100V

The JVN1A-100V is specifically designed for applications that require high currents and is rated for up to 100V. It is ideal for applications such as automotive switches, industrial motor controls, and home appliance control. It is also widely used for safety systems and energy-saving solutions. Since it is able to switch high currents without needing additional hardware or components, it is also suitable for switching high-power LED lighting.

Working Principle

The JVN1A-100V uses a set of contacts to switch electrical signals and power. When the switch is closed, the contacts are connected together, allowing the current to flow. When the switch is opened, the contacts are separated, cutting off the current. This type of relay uses a magnetic field to move the contacts from one position to another. As current flows through the coil, it creates an electromagnetic field, which in turn moves the contacts. This makes the JVN1A-100V an electrical-magnetic relay.

The JVN1A-100V is typically mounted on a heat sink to help reduce the heat generated when the current is flowing through the contacts. This helps ensure the switch is able to operate reliably over time. Additionally, the JVN1A-100V is built with at least two sets of contacts to help ensure a more reliable operation. The contacts are designed to fit snugly, to ensure that the connection is solid with minimal voltage loss.

The JVN1A-100V is a reliable and durable switch which is suitable for a wide range of applications where current is greater than 2 amps. It is easy to use and maintain, and helps ensure a safe and reliable operation at high currents.

The specific data is subject to PDF, and the above content is for reference