803-87-012-10-001101 Connectors, Interconnects

Rectangular Connectors - Headers, Receptacles, Female Sockets are commonly found in the electronic and telecommunication industry. Their fundamental role is to connect and disconnect electronic devices and components quickly and easily, typically using screw or push-and-lock mechanisms.

The 3M 803-87-012-10-001101 Connector is a high-quality example of such connectors, comprising of a dual row arrangement of tin-plated copper receptacle pin press-fit straight-pin terminals attached to a dielectric housing. It has been designed to provide reliable electrical connections and superior durability in harsh environments, including those with high shock/vibration and temperatures.

The 803-87-012-10-001101 Connector provides great flexibility in system wiring and simplifies the task of harnessing and interconnection. It’s a versatile tool and is typically applied in:

• Automation and machine control
• Electric and hybrid vehicles
• Testing and calibration applications
• Telecommunications
• Robotics
• Lighting and signal applications

It can also be used in circuit-breaking, terminal protection, ground connection systems, and solar and renewable power systems. Due to its inherently low mass and profile, it is also ideal for use in lightweight aerospace systems and any application where space is limited and the highest degree of reliability is required.

In terms of its working principle, the 803-87-012-10-001101 Connector works on the principle of conductive surfaces coming into contact in order to transmit electrical signals or connection. Through the dual row arrangement of receptacle pin press-fit terminals, the connector provides a reliable and consistent electrical connection, that can be linked using any of the screw or push-and-lock mechanisms.

The 803-87-012-10-001101 Connector is a convenient and reliable connector solution for a wide range of applications and industries. With its high level of durability, it can protect and sustain its connectivity even in harsh environmental conditions.