ESQT-119-02-L-T-375

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Rectangular connectors refer to a broad range of plugs, headers, receptacles, and female sockets used to join two or more circuits together. They have a rectangular design to enable easy wiring in tight spaces and can be used in a variety of electronic products. The ESQT-119-02-L-T-375 is an example of one such rectangular connector.

The ESQT-119-02-L-T-375 is a single-row female receptacle connector. It is made of quality thermoplastic material to withstand high temperatures, making it suitable for high-performance applications. The ESQT-119-02-L-T-375 features a maximum current rating of 20A, a maximum heat sink current rating of 24A, and a maximum voltage rating of 600V. It is available in 2 to 36 positions, with 2 to 20 contacts able to accommodate wire sizes from 26 to 10 AWG. The female receptacle features a contact retention force of 2.34N. It is also UL recognized, CSA certified, and RoHS compliant.

The ESQT-119-02-L-T-375 is designed for use in industrial, automotive, and telecommunications applications. It can be used in high performance data indications, power supply and control systems, electronic education, and more. The connector is designed to make secure connections and ensure reliable and stable transmissions. The female receptacle makes connectivity easier, especially in tight spaces, as it comes with optional mounting hardware.

The ESQT-119-02-L-T-375 has a two-piece design and works on the principle of positive locking. When the header and receptacle are mated, protrusion on the header locks into the corresponding space on the receptacle, creating a secure connection. This design helps protect against accidental disengagement. The header is also designed to have undercut shoulders to ensure tighter connections.

The ESQT-119-02-L-T-375 female receptacle connector is designed to deliver superior performance in a variety of applications. It is well-suited for power supplies, testing and instrumentation, automotive applications, and other industrial applications. Its two-piece design and positive locking functions make it reliable and safe for use in high-performance systems.

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