Kleště na vázací pásky, řada: EVO9 12.7 mm Polyester HellermannTyton

HellermannTyton EVO9 Series Cable Tie Gun, 12.7mm Cable Tie Capacity, Polyester - EVO9SG

This PCB header is a 2.00mm pitch connector designed for wire-to-board applications within the Sherlock™ Connector System. With a vertical orientation, it features a 2-contact configuration and a shrouded design for enhanced safety. This connector is ideal for through-hole PCB headers, ensuring reliable connectivity for electrical applications. Its robust construction and solder termination method support a maximum current rating of 2.0A and a voltage rating of 125V, making it a versatile choice for various industrial uses.

Features & Benefits

• Positive locking mechanism provides secure connections
• Kinked PC tails enhance retention on PCBs
• Shrouded design minimises misalignment risks during mating
• Supports high durability with up to 30 mating cycles
• Suitable for standard PCB thickness of 1.60mm
• Compliant with various safety standards for peace of mind

Applications

• Use with Sherlock™ Wire-to-Board Housing for reliable connections
• Ideal for assemblies in automation technology
• Suitable for electronic devices requiring low-profile connectors
• Applied in compact electrical equipment designs
• Utilised for signal connections in industrial environments

What is the recommended temperature range for reliable operation?

The product operates effectively within a temperature

How does the shrouded design benefit installation?

The shrouded style helps to prevent misalignment during installation, ensuring a straightforward mating process and reducing the chances of connection failures due to misplacement.

What materials are used in the construction of the connector?

The contact material is brass, coated with tin for enhanced conductivity and corrosion resistance, while the resin is made from durable nylon to withstand various operational demands.

How are connections terminated with this connector?

Connections are made using solder termination, allowing for secure and stable electrical connections on the PCB, which is essential for maintaining performance in critical applications.