Overview of 796094-2 by TE Connectivity
The 796094-2 is a circular connector plug designed for a variety of applications requiring reliable connections in demanding environments. This part features a size 11 configuration, with four positions available for contact placement. It operates as a free-hanging connector, characterized by its cable mount plug design. The connector is part of the CPC Series 1, which is known for its robust performance in industrial settings.
Manufactured by TE Connectivity, the 796094-2 provides a streamlined solution for applications requiring a reliable circular connector. This particular model is compliant with RoHS directives and features a solid backshell type, ensuring environmental resistance. The connector can handle a rated voltage of 600 V and operates within an ambient temperature range of -55 °C to 105 °C, making it suitable for various industrial applications.
The connector also meets certain military standards, boasting compatibility with MIL-C-5015 specs. While the current factory lead time is listed at approximately 16 weeks and 2 days, users should verify this information as it could change over time. Additionally, the part is Pb-free and comes with a specific UL flammability code of 94V-0 indicating its material safety under heat exposure.
Industry Applications for 796094-2
The 796094-2 circular connector might find applications across several industries due to its versatile characteristics. Here are some industries where this connector could potentially be utilized:
- Smart Cities: This connector could possibly be implemented in communication systems or smart grid technology, where reliable connections are critical for data transmission and device interoperability.
- Energy and Power Systems: The robustness of the 796094-2 makes it suitable for use in renewable energy systems, such as wind turbine connectivity, where it may support power management and network operations.
- Automotive: If automotive applications are in scope, this connector may serve in various vehicle systems, assuming it meets specific automotive standards. Its environmental resistance makes it a potential candidate for applications in engine compartments or undercarriage wiring harnesses.
- Industrial Automation: The connector’s design may support automation systems, connecting sensors, actuators, or control systems that require secure and efficient electrical connections.
- Telecommunications: The 796094-2 could potentially be utilized in network equipment where durable connectors are required for signal integrity.
These potential industry applications are purely conceptual and illustrative. They require analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements. Similar circular connectors may also be evaluated for these applications, depending on the specific needs of the project.
About TE Connectivity
TE Connectivity is a global leader in connectivity and sensor solutions, with a significant focus on developing products that meet the diverse needs of various industries, including transportation, industrial, medical, and communication sectors. The company’s commitment to innovation is reflected in its extensive portfolio of connectors, including 796094-2 and similar products.
In the realm of Other Circular Connectors, TE Connectivity provides a wide range of solutions designed to meet the requirements of industrial applications. Their connectors are often characterized by durability, precision, and compliance with international safety standards, ensuring reliability in critical applications. TE Connectivity continuously develops new connector technologies to address evolving market demands and stringent industry standards.
Where to Find 796094-2 by TE Connectivity
- Neutron USA
- Master Electronics
- Avnet Abacus
- Chip 1 Exchange
Additionally, potential purchasers should also consider exploring Other Circular Connectors that might be offered by TE Connectivity or other manufacturers for similar applications or alternative solutions.