Eaton UTG11619P Receptacle - IP65, 19 Contacts

IP65 sealing in the inline receptacle minimizes dust and water ingress, safeguarding sensitive circuits and reducing unexpected downtime. The 1/3 bayonet coupling provides a secure, quick-mate connection that resists vibration common in automotive and heavy industry environments. With 19 contacts in a single receptacle, the UTG11619P supports dense wiring while preserving signal integrity. In practical terms, this translates to faster panel builds and fewer field re-terminations for OEMs designing complex automation systems. 500 mating cycles demonstrate long-term durability even under frequent connection/disconnection, lowering replacement costs and spare-part inventories. The metal and plastic shell combines rugged protection with lightweight handling, which improves technician productivity during installation in restrictive panel spaces. Applications include machine builders and packaging lines where reliable cycling and snap-fit retention are essential for uptime. Insert material is polyamide, and the shell uses a combination of metal and plastic to balance strength with weight. The operating range from -40 °C to 105 °C supports harsh environments, including factory floors and outdoor enclosures. This level of resilience helps ensure performance in demanding applications like robotics, material handling, and process equipment. Crimp contact termination is supported, enabling clean, high-integrity terminations with consistent electrical performance. The optional first mate last break or last mate first break capability offers flexibility for assembly sequencing in complex harnesses. Its inline receptacle design and compatibility with Souriau UTG accessories simplify field upgrades and spare-part planning for large-scale installations. RoHS and REACH compliance, plus UL94 V0 flame rating, add regulatory assurance and safety for production environments. The IP65 rating together with salt spray testing and environmental ratings reduces risk in damp facilities and harsh industrial settings. This combination supports procurement goals such as reducing total cost of ownership, improving maintenance predictability, and accelerating time-to-value for automation projects.