Eaton UTS714D15PY Connector - IP68/69K
Part Number: UTS714D15PY
Quick Summary
Eaton Souriau UTS714D15PY plastic waterproof IP68/69K connector is designed to deliver secure PCB connections in harsh industrial environments. Engineers often struggle with ingress, corrosion, and downtime when wiring in washdown areas, outdoor equipment, or vibration-prone machinery. This connector family meets UL 1977, IEC 61984, and CSA-C22.2 No.182.3 standards, with ROHS exemptions supporting global deployment. The combination of IP68/69K sealing, gold-plated PCB contacts, and a compact jam-nut receptacle design reduces maintenance cycles and field failures, while enabling reliable automation wiring in tight spaces. A practical fit for rugged industrial automation, control panels, and sensor networks, it combines reliability with installation efficiency for everyday operations.
Product Information
Extended Description
UTS714D15PY Eaton: Plastic jam nut receptacle, without backshell, with 15 male PCB contacts, IP68/69K in unmated conditions, keying Y; UTS714D15PY
Product Name
Eaton Souriau UTS series plastic waterproof IP68/69k connector
Catalog Number
UTS714D15PY
Product Length/Depth
25.3 mm
Product Height
34.9 mm
Product Width
34.9 mm
Product Weight
24.8 g
Compliances
UL 1977 (please contact us for more details) ROHS exemption 6.c CSA-C22.2 No.182.3 (please contact us for more details) IEC 61984 (please contact us for more details)
Current rating
4 A IEC 12 A UL
Environmental conditions
Flammability rating UL94 HB REACH RoHS
Environmental resistance
Resistant against gasoline UV resistant, no degradation after 5 years of exposure in natural environment Resistant against mineral oil Resistant against basic bath Vibrations level Per IEC 60512-4 - from 10 to 2000 Hz Resistant against acid bath Resistant against oil
Test current
12 A UL 4 A IEC 12 A CSA
Test voltage
50 V IEC 600 V UL 600 V CSA
Connector accessory option
No backshell possibility
Connector orientation
Y
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
15
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
15
Number of cavity #16
1
Number of cavity #20
14
Nut material
Aluminium
Salt spray
500 hour
IP68/IP69K sealing in unmated conditions protects against water, dust and contaminants, which reduces field failures and warranty costs while enabling outdoor and washdown-ready installations in industrial automation. The business impact is lower downtime and longer service life for critical control circuits, making it ideal for equipment exposed to the elements or rigorous cleaning regimes. Application: robotic cells, conveyors, and packaging lines where ingress protection is non-negotiable and fast, secure mating is required. Gold-plated PCB contacts deliver consistently low contact resistance, improving signal integrity and reducing maintenance checks during commissioning and periodic testing. Application: precision sensing and control wiring in harsh environments with tight electrical specs. Mating cycles of 250 and a 1/3 bayonet coupling provide a reliable balance of robust engagement and quick serviceability, reducing maintenance time during line changes. Application: frequent field servicing with minimal downtime and predictable lifecycle costs. Operating temp from -40 to 105 C, UV and chemical resistance, plus mineral oil and gasoline tolerance, extend service windows across cold climates and hot production floors. Business impact: enhanced reliability, better uptime, and improved total cost of ownership for high-stress deployments. Compatibility with 15-pin layouts and a jam-nut receptacle format makes integration straightforward in compact control cabinets and enclosures. Application: space-constrained panels needing a dense, fault-tolerant interconnect. The no-backshell option requires careful enclosure protection planning, but simplifies the connector footprint and reduces part count. Business impact: streamlined design and procurement with fewer accessories.
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FAQs
This receptacle uses a jam-nut mounting approach and features a 15-pin PCB contact layout with a 1/3 Bayonet coupling. Begin by aligning the PCB pins to the board, tighten the jam nut against the panel or enclosure wall, and verify the keying orientation 'Y'. Ensure the insert material neoprene provides the intended environmental seal and that no backshell is used. This streamlined method minimizes component count while delivering a robust, water-protected connection suitable for rugged automation panels.
The UTS714D15PY offers 4 A current rating (IEC) and 12 A test current, with voltage ratings of 50 V (IEC) and 600 V (UL/CSA). It uses gold-plated PCB contacts for low contact resistance and longevity, supports up to 250 mating cycles, and operates from -40 °C to 105 °C. These specs make it suitable for control circuits and sensor interconnects in challenging environments without compromising safety or performance.
Yes. The UTS714D15PY is designed for IP68 sealing (IP68 in unmated conditions) and IP69K resistance, with neoprene insert material and plastic shell for chemical and UV exposure resistance. It tolerates mineral oil, gasoline, and various baths, making it well-suited for outdoor equipment, washdown zones, and industrial automation where moisture and contaminants are a concern.
The connector complies with UL 1977, CSA-C22.2 No.182.3, and IEC 61984, with ROHS exemption 6.c and UL94 HB flammability rating. These certifications support safety, interoperability, and environmental compliance for global deployments in industrial settings.
With gold-plated PCB contacts and rugged IP68/69K sealing, you gain reduced maintenance checks, fewer ingress-related faults, and longer service life in harsh environments. The 15-pin layout and compact jam-nut form factor simplify installation and future upgrades, contributing to lower lifecycle costs and faster ROI through improved uptime and reliability in critical automation circuits.