Eaton UTL6102G1W3S03 Power and Control Plug - UL 1977/IEC
Part Number: UTL6102G1W3S03
Quick Summary
Eaton Souriau UTL series uL/IEC power and control supply connectors deliver compact, robust power/control interfacing for rugged industrial equipment. Engineers face uptime challenges from moisture, dust, and oil in harsh environments where subpar connections cause intermittent faults. With UL 1977 and IEC 61984 compliance, RoHS and REACH environmental standards, and IP68 sealing, the UTL6102G1W3S03 delivers safety and reliability. In practice, its 2G1W3 layout with first mate last break capability and a socket (female) configuration supports quick, dependable field assembly. This solution aligns with modern automation needs while enabling scalable, compliant panel wiring and long-term cost of ownership improvements. Secondary keywords like push-pull connectors and compact power interfaces enhance procurement conversations with confidence.
Product Information
Extended Description
UTL6102G1W3S03 Eaton: Female plug grey, 2G1W3 layout; UTL6102G1W3S03
Product Name
Eaton Souriau UTL series uL/IEC power and control supply
Catalog Number
UTL6102G1W3S03
Product Length/Depth
24 mm
Product Height
24 mm
Product Width
24 mm
Product Weight
12 g
Compliances
UL 1977 (please contact us for more details) IEC 61984 (please contact us for more details)
Current rating
16 A UL 16 A IEC
Fitted with:
First mate last break capability Layout with ground cavity
Environmental conditions
REACH RoHS Flammability rating UL94 V0
Environmental resistance
Resistant against oil Resistant against mineral oil Resistant against basic bath Resistant against acid bath Resistant against gasoline UV resistant, no degradation after 5 years of exposure in natural environment
Test current
16 A UL16 A IEC
Test voltage
600 V UL 500 V IEC
Connector accessory option
Only to be overmolded
Connector type
Plug
Contact delivery
Not delivered
Contact gender
Socket (Female)
Contact type
Crimp
Coupling type
Push-Pull
Degree of protection
IP68
Insert material
Polyamide
Layout
2G1W3
Plug type
Straight Plug
Shell material
Plastic
Shell size
10
Mating cycles
1000
Operating temperature - max
105 °C
Operating temperature - min
-40 °C
Number Of Contacts
6
Number of cavity #16
3
Number of cavity #20
3
Salt spray
1000 hour
Feature → Business Impact → Application: The UTL6102G1W3S03 uses a 2G1W3 layout with six contacts (three #16 and three #20) in a compact 24 mm x 24 mm x 24 mm form factor, enabling dense panel layouts while maintaining reliable mating. This translates to reduced enclosure footprint and faster installation in control panels for robotics and conveyors; engineers gain predictable crimped connections with first mate last break, improving uptime and serviceability in the field. Application: automation cabinets, machine modules, and packaging lines benefit from a dependable, plug-and-play power and control interface that minimizes wiring errors and installation time. The 16 A current rating, 600 V UL, and 500 V IEC test voltages provide adequate headroom for typical low-to-medium power control loops in industrial environments. Application-specific long-tail keywords include UL 1977 compatible connectors, IEC 61984 power interfaces, and IP68 sealed plug-and-socket systems. The Push-Pull coupling delivers secure retention even in vibration-heavy settings, reducing re-seating events and downtime. Application: robotics grippers, servo drives, and material handling systems. Environmental resistance covers oil, mineral oil, basic/acid baths, and UV exposure, giving confidence for machinery located in workshops, outdoor installations, or washdown areas, while RoHS and REACH compliance support responsible procurement and sustainability goals. The 1000 mating cycles specification reflects long-term durability for continuous production lines, offsetting maintenance costs. Application: high-cycle consumption zones in automated packaging or sorting lines. Salt-spray resistance of 1000 hours further underpins reliability in corrosive environments, minimizing premature connector wear and replacement expenses over the system lifecycle. The lightweight polyamide insert and plastic shell combination supports easy field handling and tool-free or minimal tooling assembly in the shop or on the line, improving operator throughput and reducing training requirements. Application: quick swaps and routine panel maintenance without special equipment. Compatibility with the Souriau UTL family ensures consistent performance across devices, reducing design risk for systems engineers and procurement teams building multi-vendor automation solutions.
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FAQs
The UTL6102G1W3S03 is a socket female plug with a 2G1W3 layout designed to mate with other UTL family components. It uses crimp contacts and a straight plug configuration, with first mate last break capability and a ground cavity, ensuring reliable, field-friendly interconnections in UL 1977 and IEC 61984 compatible systems.
IP68 protection means the connector is dust-tight and protected against immersion in water beyond 1 meter. In damp, oily, or washdown environments, this sealing minimizes ingress, extends mean time between failures, and reduces maintenance frequency for control panels, conveyors, and wash-down automation cells.
Yes. With a Push-Pull coupling, 1000 mating cycles, and a robust 16 A/600 V (UL) and 500 V (IEC) rating, the connector maintains retention and electrical integrity under vibration. The 2G1W3 layout ensures stable alignment, helping prevent intermittent contacts in dynamic machinery and robotic systems.
The UTL6102G1W3S03 carries UL 1977 and IEC 61984 compliance, along with RoHS and REACH environmental certifications, and a UL94 V0 flame rating. It also offers salt spray resistance (1000 hours) and UV stability, supporting safe, durable operation in diverse industrial environments.
The sealed IP68 design, long mating life (1000 cycles), and oil/UV resistance reduce downtime and replacement costs. Its compact size lowers panel real estate needs, while push-pull retention minimizes field reseating. Overall, the solution lowers maintenance frequency and improves uptime, delivering a favorable total cost of ownership in automation projects.