2112297-1

2112297-1 Application Field and Working Principle

2112297-1 is a type of rectangular connector, which is widely used in the high-current industrial grade applications. It is particularly suitable for harsh environments where the temperature range is widely varied and corrosion resistance is important. Developed by leading manufacturers from around the world, 2112297-1 distinguishes itself by its strength, durability, and excellent power-handling capabilities.

2112297-1 boasts several key features, such as a wide operating temperature range from -55°C to +125°C and a high vibration and shock resistance of 3G and 11G, respectively. It is also watertight and securely enclosed, meaning it is certified for immersion of up to 10m depth, even in boiling water. In addition, the connector uses Phenolic Polyamide Insulation material for bimetallic protection from corrosion and robust current carrying. This makes it highly suitable for applications in the healthcare and automotive markets.

The 2112297-1 rectangular connector also offers excellent performance in terms of the contact performance. It is designed with silver plated contacts for a minimum contact resistance of 0.3mΩ, ensuring the highest connection reliability. Moreover, it has a low-profile Top-Tite design, helping the installation even in high-density environments, while its simple terminal-end release reduces the time and cost for handling.

The 2112297-1 rectangular connector extends outside of just its physical features. It also has a few special cybersecurity measures, such as an anti-tampering T-bar mechanism to protect from unauthorized access and signal interference. This provides extra security for any modulated signals.

The 2112297-1 rectangular connector is backed by an ISO/TS 16949 quality management system and comes with a 12-month product warranty for a one-time repair or replacement. With its superior features and product backing, the 2112297-1 connector is ideal for industrial environments where reliability and safety are paramount.