AWLP-30/3.2-T-R Connectors, Interconnects

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The AWLP-30/3.2-T-R rectangular connector from the Board In, Direct Wire to Board series is an ideal solution for a variety of applications. It features a durable plastic housing molded with two-tone tan and black UL 94V-0 approved polyamide with an operating temperature range between -40 and +85 °C. It also boasts excellent length retention over a wide range of temperatures, enabling it to keep a tight fit when securely installed.

The AWLP-30/3.2-T-R has a wire-to-board configuration with 3.2 mm pitch and 32 pins. With a current rating of 2 A and voltage rating of 50 V AC, it is suitable for applications that require moderate power transmission. It also features a 7.2 mm mounting height and Terminal locked retention and mating present assurance. The terminals have a Tin silver plating finish and are compliant with the RoHS standard.

The AWLP-30/3.2-T-R has a robust design and is easy to install. It offers superior flexibility and reliability with its high-temperature resistance and contact coplanarity of 1 mm. The AWLP-30/3.2-T-R is suitable for any application that requires mating and unmating of electrical and electronic systems through a collective current-carrying cable and board connection.

When used in automotive or industrial applications, the AWLP-30/3.2-T-R meets all applicable safety standards and requirements. It also meets the IEC 60512-99-001 standard for safety and performance, making it suitable for use in harsh environments. The AWLP-30/3.2-T-R is available in 2.0 mm, 2.5 mm, and 3.2 mm pitch sizes, enabling it to be used for multiple applications.

The AWLP-30/3.2-T-R is ideal for applications requiring secure, reliable connections. With its low-cost design and ease of installation, it is an excellent choice for applications that require frequent mating and unmating of cables. It features a rated current of 2 A, which makes it suitable for projects that require moderate amounts of power transmission. Lastly, its high dielectric strength and tight fit ensure that there will be no signal loss during transmission.

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