Elevate your automotive connectivity with the AMP Superseal 1.5mm Series Housing for female terminals. Designed for seamless integration in signal circuit applications, this durable connector ensures reliable performance in harsh environments with an IPX9K, IP6, and IPX6K rating. The orange housing, with a height of 9.3mm and a width of 32.2mm, features integrated polarization and a 180° cable exit angle for easy installation. With four positions and a 24V DC voltage rating, it meets the stringent requirements of automotive applications. Crafted from PA GF material and operating in a wide temperature range from -40 to 125°C (-40 to 257°F), this connector guarantees longevity and performance. Its primary locking feature, along with sealability, further enhances its functionality. RoHS compliant and lead-free solder capable, it's a sustainable choice for your connectivity needs. Ideal for wire-to-wire connections, this connector is a crucial component in automotive systems, ensuring secure and efficient signal transmission. Elevate your automotive connectivity with the AMP Superseal 1.5mm Series Housing for female terminals. Designed for seamless integration in signal circuit applications, this durable connector ensures reliable performance in harsh environments with an IPX9K, IP6, and IPX6K rating. The orange housing, with a height of 9.3mm and a width of 32.2mm, features integrated polarization and a 180° cable exit angle for easy installation. With four positions and a 24V DC voltage rating, it meets the stringent requirements of automotive applications. Crafted from PA GF material and operating in a wide temperature range from -40 to 125°C (-40 to 257°F), this connector guarantees longevity and performance. Its primary locking feature, along with sealability, further enhances its functionality. RoHS compliant and lead-free solder capable, it's a sustainable choice for your connectivity needs. Ideal for wire-to-wire connections, this connector is a crucial component in automotive systems, ensuring secure and efficient signal transmission.
