D4NH-6DBC

Series:	*
Part Status:	Active

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

D4NH-6DBC Application Field and Working Principle

Snap action limit switches are vital components for many industrial and commercial applications, from automated manufacturing to HVAC systems. The D4NH-6DBC limit switch from OMRON is a low-cost device that is designed for operation with a wide range of mechanical lever arms and actuators. This limit switch is manufactured to meet all the required safety standards and can be used in critical applications such as switches in high-temperature environments.

The D4NH-6DBC is a 2-pole 6-circuit snap action switch specifically designed for applications where space is limited and where low contact force is desired. It is designed to minimize contact bounce and contamination, while offering reliable and repeatable switching action. It is ideal for use in applications where maximum performance is desired and where high contact force is not necessary, such as in the automotive industry and many industrial settings.

The D4NH-6DBC is a simple, low-cost snap action limit switch that is built on the reliable, time-tested double pole, 6 circuit (DP/6C), design from OMRON. It is constructed from high-grade materials that are resistant to corrosion and have high abrasion and wear resistance. The contact switching element is made from tungsten alloy, which ensures reliable and repeatable switching performance. It also includes a voltage rating of up to 250V AC.

The D4NH-6DBC switch has a built-in contact force adjustment feature, which allows the user to adjust the contact force depending on the application. The switch also features a mechanical lever arm and actuator, which enables it to respond to contact force and relay an output signal to indicate contact condition. The contact force adjustment feature helps prevent mechanical damage due to overcontact, and it can be used to adjust the contact force for more precise applications. The switch also comes with an LED indicator and a version with an LED and a mechanical switching lever.

The working principle of the D4NH-6DBC limit switch is based on a magnetic force field. To ensure reliable performance and avoid circuit malfunctions, the user must ensure that the switch is installed and configured properly. The main components of the switch include a contact block, actuator, and a spring. When the switch is connected to a power source and a signal source, the magnetic force field generates a current that flows through the contact block and actuator. When the contact block is brought into contact with the actuator, the current flow is disrupted and an output signal is generated to indicate contact conditions.

The D4NH-6DBC is a versatile and reliable limit switch solution, which is suitable for a wide range of applications. From automated manufacturing and industrial settings to HVAC systems, this robust and dependable switch is a perfect choice for many applications. Additionally, the built-in contact force adjustment feature allows the user to tailor the switch for their specific applications, for maximum performance and reliability.

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

Part Number	Manufacturer	Price	Quantity	Description