Eaton UTP12DCG Connector - IP65 Sealing, 1/3 Bayonet
Part Number: UTP12DCG
Quick Summary
The Eaton UTP12DCG Connector is a lightweight, IP65-rated interface designed for rugged automation wiring in industrial environments. Engineers often face seals that fail under vibration or heat, causing downtime and costly repairs; this model mitigates those issues with a sealing gland backshell and a durable plastic body. It meets UL94 V0 flammability, REACH, and RoHS compliance to support safety and regulatory requirements. With quick mating via a 1/3 bayonet coupling and a broad operating temperature range, it reduces maintenance cycles and downtime. This connector also fits within the Souriau UTP family ecosystem, enabling streamlined panel wiring, simpler spare-part planning, and lower total cost of ownership for OEMs and integrators.
Product Information
Extended Description
UTP12DCG Eaton: Plastic sealed receptacle dusctap, size 12; UTP12DCG
Product Name
Eaton Souriau UTP series economical lightweight IP65 connector
Catalog Number
UTP12DCG
Environmental conditions
Flammability rating UL94 V0 REACH RoHS
Backshell type
Sealing Gland
Coupling type
1/3 Bayonet
Shell size
12
Operating temperature - max
105 °C
Operating temperature - min
-40 °C
IP65 sealing and plastic sealed receptacle design provide robust environmental protection, reducing dust and water ingress and improving equipment uptime in harsh industrial settings. The business impact is lower repair costs and fewer unplanned outages, making it ideal for outdoor controls and rugged machinery. In practice, installers appreciate the sealing gland backshell that simplifies field assembly while maintaining a reliable seal. The 1/3 bayonet coupling delivers rapid mating and disconnection, cutting installation time and minimizing apprentice training needs, which translates to faster commissioning and lower labor costs on production lines. Operating from -40 to 105 °C, the UTP12DCG supports diverse climates and harsh environments without performance loss, enabling single-supply versatility across multiple sites. Compliance with UL94 V0, RoHS, and REACH provides regulatory assurance for safety, recycling, and supply-chain transparency, reducing risk in certified environments and helping with supplier audits. This connector is engineered for compatibility with the Souriau UTP family, aiding spare parts standardization and inventory control, while offering a lightweight option that eases panel mounting and reduces overall system weight.
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FAQs
The UTP12DCG uses a 1/3 bayonet coupling designed for fast, repeatable mating with compatible Souriau UTP series receptacles and plugs. This reduces installation time, simplifies maintenance, and lowers labor costs on both initial assembly and field retrofits, while preserving a secure, vibration-resistant connection suitable for dynamic industrial environments.
The UTP12DCG tolerates -40 °C to 105 °C, enabling reliable performance in extreme cold and hot environments. This broad range supports outdoor controls, automotive harnesses, and industrial machinery across varying climates without compromising electrical integrity or seal performance.
Yes. With IP65-level sealing, a sealing gland backshell, and a rugged plastic body, the UTP12DCG is designed for outdoor and harsh indoor environments. Its environmental protections reduce dust and water ingress, while the quick-connect 1/3 bayonet coupling accelerates field servicing in production lines and outdoor installations.
The UTP12DCG adheres to UL94 V0 flammability, and compliance with RoHS and REACH standards. These certifications support safer operation, easier regulatory approvals, and enhanced supply-chain transparency for automotive, industrial, and machinery applications.
The combination of lightweight design, sealing gland backshell, and 1/3 bayonet coupling reduces assembly and servicing time, lowers tool requirements, and minimizes downtime during mating and disconnection. In addition, IP65 sealing and regulatory compliance minimize field failures and warranty costs, delivering tangible cost-per-mission improvements over the product lifecycle.