ESQT-120-02-G-6-555

The ESQT-120-02-G-6-555 is a rectangular connector header which enables two-piece mounting and provides a secure connection allowing multiple signals to pass through to a range of different components or instrucments. It is commonly used in power applications due to its robust design.

The ESQT-120-02-G-6-555 header features a mating part with two polarizing features and 12 positions for wire connections. The header has two end caps for sealing and is designed with dual locking tabs that snap into place for secure wiring or connecting of parts. It also features a bright gold-plated finish and is highly shock and vibration resistant.

The working principle of the ESQT-120-02-G-6-555 is simple. It utilises standard “keying features” to ensure the pins or wires connected are secure and won’t be accidentally disconnected. The header comes with two keyways and a guide groove to ensure that the mating part can’t be inserted the wrong way. This is an important safety feature that prevents short circuits or other potential hazards. The header also provides multiple signal pathways for power or data transfer which eliminates the need to use multiple connectors for the same signal.

The ESQT-120-02-G-6-555 Rectangle Connector Header is used in a wide range of industrial, consumer, and commercial applications. Examples include medical instrumentation, telecommunications and networking, consumer electronics, and industrial controls. It can also be used for power transfer in outdoor applications due to its robust build quality. Commonly, the header is used as part of both permanent and semi-permanent electrical system installations as it is both durable and relatively easy to install.

In conclusion, the ESQT-120-02-G-6-555 is a reliable rectangular connector header that provides a secure and professional connection with superior shock and vibration resistance. Its dual locking tab design ensures a secure fit while the keying feature provides electrical safety protections. As a result, it is highly versatile and can be used for numerous applications, from consumer electronic devices and medical instrumentation to telecom systems and outdoor power transfer.