1123337-1

Elevate your automotive connectivity with our TH/.025 series Connector System, designed for seamless integration in wire-to-board and wire-to-device applications. Featuring a housing tailored for female terminals, this versatile system offers a choice of 1 to 4 rows, accommodating 34 positions for optimal signal transmission. With a pitch range of 2.2mm to 6.6mm, and voltage rating of 12V DC, it ensures reliable performance in diverse setups. Crafted from UL 94-HB rated PBT material, the connectors guarantee durability while operating flawlessly in temperatures ranging from -30 to 105°C (-22 to 221°F). With a compact design measuring just .827 inches in length and .961 inches in width, they are ideal for space-constrained environments. The connectors also feature a 180° cable exit angle and come with terminal position assurance, ensuring easy installation and maintenance. RoHS compliant and lead-free, they are a sustainable choice for your automotive assembly needs, offering efficient signal transmission with enhanced safety. Elevate your automotive connectivity with our TH/.025 series Connector System, designed for seamless integration in wire-to-board and wire-to-device applications. Featuring a housing tailored for female terminals, this versatile system offers a choice of 1 to 4 rows, accommodating 34 positions for optimal signal transmission. With a pitch range of 2.2mm to 6.6mm, and voltage rating of 12V DC, it ensures reliable performance in diverse setups. Crafted from UL 94-HB rated PBT material, the connectors guarantee durability while operating flawlessly in temperatures ranging from -30 to 105°C (-22 to 221°F). With a compact design measuring just .827 inches in length and .961 inches in width, they are ideal for space-constrained environments. The connectors also feature a 180° cable exit angle and come with terminal position assurance, ensuring easy installation and maintenance. RoHS compliant and lead-free, they are a sustainable choice for your automotive assembly needs, offering efficient signal transmission with enhanced safety.