HARTING D-Sub Filter 9 Way Right Angle 2.54 mm Pitch Through Hole D-Sub Connector

Harting D-Sub Filter Series D-sub Connector, 9 Contacts, Right Angle Body Orientation - 09641247232

This D-sub connector is a versatile male D-sub connector featuring a right-angle design that allows for easy installation in tight spaces. Measuring 30.8mm in length, 12.5mm in width, and 21.4mm in depth, this through-hole connector is engineered for robust electronic connections. With a pitch of 2.54mm and a total of 9 contacts, it is suitable for a range of applications, ensuring reliable performance in various environments.

Features & Benefits

• Right-angle design enables optimal space-saving installation
• Male gender ensures secure connection in applications
• Solder termination provides durability and strength
• Copper alloy contacts contribute to effective conductivity
• Current rating of 7.5A supports high-power applications
• Operating temperature range (-20°C to +125°C) enhances versatility

Applications

• Used with automation control systems for reliable data transfer
• Utilised in electrical equipment for seamless connections
• Effective in mechanical devices where space is constrained
• Ideal for interfacing with sensors in industrial

What is the advantage of the right-angle design in this connector?

The right-angle design facilitates installations in confined spaces, allowing for easier routing of cables and reducing strain on connected components, ultimately enhancing durability and performance in tight configurations.

How does the current rating affect my project?

The current rating of 7.5A ensures that the connector can handle substantial power loads, making it suitable for various high-power applications while maintaining reliable functionality without risk of overheating.

What termination method is recommended for this connector?

The solder termination method is recommended, providing a strong and permanent connection that enhances the overall reliability of the electrical interface, which is crucial in high-vibration environments.