HTST-110-01-T-DV

Rectangular Connectors - Headers, Male Pins: HTST-110-01-T-DV Application Field and Working Principle

HTST-110-01-T-DV Application Field and Working Principle refers to the fundamental principles of Application Field and Working Principles of Headers, Male Pins of the Rectangular Connectors. This connector is typically used in industrial control applications including switches, sensors, communication systems, and components. It can also be used to connect between two circuits that are in the same routing plane.

Description of the Connector

HTST-110-01-T-DV is a rectangular connector that has 110 positions. The contact pins of the connector are male pins and are made of a material that is highly resistant to corrosion. The connection between the wires is reliable and robust, while still allowing for easy assembly and disassembly. It is also a standard DIN rail-mountable connector, which allows it to be easily mounted to other equipment.

Design Specifications

The design specifications of the HTST-110-01-T-DV are as follows:

• Number of contacts: 110
• Number of poles: 1
• Contact surface: M12 Connector
• Rated current: 6A @ 60V DC
• Withstanding voltage: 1000V AC (1 minute)
• Insulation resistance: 100M Eomega @ 500V DC
• Operating temperature range: -25°C to 85°C
• Screw type: Hexagon M5
• Mounting: DIN Rail
• Weight: 28g

Applications for HTST-110-01-T-DV

The HTST-110-01-T-DV is a versatile and reliable rectangular connector that can be used in a broad range of industrial control applications. It is commonly used in switches, sensors, communication systems, and other similar components. It can also be used to connect between two circuits that are in the same routing plane. The connector is also well-suited for use in harsh environments, such as corrosive atmospheres and high temperatures. The electrical rating of the connector also ensures a reliable connection that is both robust and easy to assemble and disasssemble.

Working Principle of the Magnet

The way the connector works is fairly simple. When a user attempts to insert one of the male pins into the female connector, a magnet within the connector is triggered. This magnet shifts in the direction of the inserted pin and attracts other pins adjacent to it. This attraction creates a connection between two pins, thus completing a circuit. This connection is reliable as the magnet maintains a constant force and ensures that the connection is stable, even when exposed to vibration or other external forces.

Conclusion

The HTST-110-01-T-DV connector is an ideal choice for many industrial control applications. It is highly reliable and robust, and is capable of withstanding harsh environments. It is also easy to assemble, and its magnet-based connection principle ensures a stable connection that is reliable and durable. The connector is also versatile and can be used in both switches and communication systems. Finally, its standard DIN rail mountability ensures that connecting other equipment is a simple task.