Eaton UTS714D19PX Receptacle - IP68/IP69K Waterproof
Part Number: UTS714D19PX
Quick Summary
Eaton UTS714D19PX is a plastic waterproof IP68/69K receptacle with 19 PCB contacts for rugged automation equipment. In harsh plants, ingress, misalignment, and backshell limitations complicate assemblies and increase downtime. This connector carries IP68 sealing and RoHS exemptions, with CSA, IEC, and UL alignment for certified safety and cross‑market use. Its compact jam-nut design simplifies panel integration and reduces total cost of ownership while maintaining reliable performance. Engineers benefit from predictable mating cycles and a 19-position PCB layout, ensuring signal integrity in automation lines. With Eaton's global support and availability, you can count on long-term supply and project continuity.
Product Information
Extended Description
UTS714D19PX Eaton: Plastic jam nut receptacle, without backshell, with 19 male PCB contacts, IP68/69K in unmated conditions, keying X; UTS714D19PX
Product Name
Eaton Souriau UTS series plastic waterproof IP68/69k connector
Catalog Number
UTS714D19PX
Product Length/Depth
25.3 mm
Product Height
34.9 mm
Product Width
34.9 mm
Product Weight
21.8 g
Compliances
ROHS exemption 6.c CSA-C22.2 No.182.3 (please contact us for more details) IEC 61984 (please contact us for more details) UL 1977 (please contact us for more details)
Current rating
5 A UL 5 A IEC
Environmental conditions
Flammability rating UL94 HB REACH RoHS
Environmental resistance
Resistant against gasoline Resistant against mineral oil Resistant against acid bath Vibrations level Per IEC 60512-4 - from 10 to 2000 Hz Resistant against basic bath Resistant against oil UV resistant, no degradation after 5 years of exposure in natural environment
Test current
4 A CSA 5 A IEC 5 A UL
Test voltage
250 V CSA 250 V UL 32 V IEC
Connector accessory option
No backshell possibility
Connector orientation
X
Connector type
Receptacle
Contact delivery
Loaded
Contact gender
Pin (Male)
Contact plating
Gold
Contact type
PCB
Coupling type
1/3 Bayonet
Degree of protection
IP68
Insert material
Neoprene
Layout
19
Shell material
Plastic
Shell size
14
Mating cycles
250
Operating temperature - max
105 °C
Operating temperature - min
-40 °C
Receptacle type
Jam Nut Receptacle
Number Of Contacts
19
Number of cavity #20
19
Nut material
Aluminium
Salt spray
500 hour
IP68/IP69K sealing and a jam-nut receptacle design keep moisture and dust out, reducing field failures and warranty costs. The 19-position PCB contact layout supports dense signal distribution in compact panels, enabling cleaner harness routing and faster assembly in control boxes. This translates to measurable efficiency gains on the line and lower installation labor costs in both new builds and retrofit projects. The 5 A current rating (UL/IEC) and 250 V test/operating voltages provide solid headroom for control circuits and small power connections, simplifying bill-of-materials and reducing the need for auxiliary connectors. The 1/3 Bayonet coupling delivers secure mating with quick disengagement for maintenance, minimizing downtime during service and swap-outs. Gold-plated PCB contacts improve corrosion resistance and signal integrity in challenging environments, while a Neoprene insert and UV/Oil/Gas resistance support longevity in outdoor and industrial settings. The compact footprint (25.3 mm depth, 34.9 mm height/width) and jam-nut mounting streamline panel design, saving panel space and enabling faster installation. Compliance with RoHS exemption 6.c, UL 1977, IEC 61984, and CSA C22.2 No.182.3 provides regulatory alignment for global deployments, reducing compliance risk across projects. The part ships loaded with 19 contacts and a ready-to-mount configuration, and with a 250 mating cycle life, it accommodates typical automation maintenance schedules without frequent replacements. For installations without back shells, the no-backshell option supports cleaner harness routing and reduced cost, while still delivering robust performance under demanding industrial conditions. Overall, UTS714D19PX combines rugged sealing, reliable electrical performance, and practical installation benefits to support uptime, throughput, and lifecycle value in automation systems.
Get a Quick Quote for a Eaton UTS714D19PX
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton UTS714D19PX?
Enquire Now
FAQs
The UTS714D19PX is a jam-nut receptacle with 19 PCB contacts and a 1/3 Bayonet coupling, designed for panel mounting without a backshell. It fits standard 14 shell size and 25.3 mm depth, enabling compact, clean harness routing. Ensure mating orientation is set to X and use the included loaded contacts to minimize field assembly time and ensure reliable insertion force on mating.
Key specs include a 5 A current rating per UL and IEC, 250 V voltage rating, and a mating life of about 250 cycles. Operating temperature ranges from -40 °C to 105 °C, with 19 PCB contacts and gold-plated contacts for corrosion resistance. These features support robust control signals and small power connections in dynamic automation environments.
Yes. It achieves IP68 sealing with a neoprene insert and UV resistance, and it withstands exposure to oils, mineral fuels, and basic baths. The design aligns with RoHS exemptions and UL/IEC/CSA standards, making it suitable for outdoor equipment, conveyors, and machinery exposed to harsh conditions while maintaining safety compliance.
The connector aligns with UL 1977, IEC 61984, and CSA-C22.2 No.182.3, plus RoHS exemption 6.c. These certifications support global deployment across regulated industries, help reduce compliance risk, and facilitate integration into systems that require recognized safety and environmental standards.
With 250 mating cycles, gold-plated PCB contacts, and resistance to oils and UV, the UTS714D19PX offers extended service life and lower maintenance frequency. Its compact, backshell-free design reduces panel space and part complexity, contributing to lower installation and spares costs while ensuring dependable performance in demanding automation applications.