Eaton UTS714D19PY IP68/69k Waterproof Connector
Part Number: UTS714D19PY
Quick Summary
The Eaton Souriau UTS714D19PY is a plastic waterproof IP68/69k connector for rugged PCB-to-harness interfaces in harsh industrial environments. Engineers often wrestle with moisture ingress, corrosion, and unreliable seals that drive downtime and maintenance costs. This design aligns with UL 1977, IEC 61984, and CSA-C22.2 No.182.3, with RoHS exemption 6.c, while delivering IP68 sealing in unmated conditions. Featuring 19 PCB contacts with gold-plated mating faces in a jam-nut receptacle, it offers compact, reliable connectivity for space-constrained panels. For procurement teams and specifiers, the combination of rugged performance, straightforward mating, and proven compliance translates to lower lifecycle costs and faster project delivery.
Product Information
Extended Description
UTS714D19PY Eaton: Plastic jam nut receptacle, without backshell, with 19 male PCB contacts, IP68/69K in unmated conditions, keying Y; UTS714D19PY
Product Name
Eaton Souriau UTS series plastic waterproof IP68/69k connector
Catalog Number
UTS714D19PY
Product Length/Depth
25.3 mm
Product Height
34.9 mm
Product Width
34.9 mm
Product Weight
21.8 g
Compliances
CSA-C22.2 No.182.3 (please contact us for more details) UL 1977 (please contact us for more details) IEC 61984 (please contact us for more details) ROHS exemption 6.c
Current rating
5 A IEC 5 A UL
Environmental conditions
RoHS REACH Flammability rating UL94 HB
Environmental resistance
Resistant against acid bath Resistant against basic bath Vibrations level Per IEC 60512-4 - from 10 to 2000 Hz Resistant against oil UV resistant, no degradation after 5 years of exposure in natural environment Resistant against mineral oil Resistant against gasoline
Test current
4 A CSA 5 A IEC 5 A UL
Test voltage
250 V UL 250 V CSA 32 V IEC
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
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
Feature: IP68/69k waterproof sealing ensures reliable operation in wet and dusty environments. Business Impact: Reduces seal-related failures, minimizes downtime, and extends equipment life. Application: Outdoor machinery and submerged sensing panels benefit from durable ingress protection. Feature: 19-pin PCB contacts with gold plating deliver low contact resistance and longevity. Business Impact: Improves signal integrity, reduces maintenance intervals, and supports high-reliability control systems. Application: Industrial controllers and I/O modules in harsh plants require stable, long-lasting connections. Feature: Jam Nut Receptacle with no backshell option simplifies installation and reduces component count. Business Impact: Faster field assembly with fewer parts lowers BOM cost and commissioning time. Application: Panel-mounted connectors in tight enclosures. Feature: 1/3 Bayonet coupling with Y-keying provides secure mating and alignment. Business Impact: Quick, repeatable connections with robust sealing; minimizes rework in the field. Application: High-vibration environments such as mining and material handling. Feature: Operating range -40 °C to 105 °C supports extreme climates. Business Impact: Ensures reliable performance across temperature swings, decreasing failure rates. Application: Outdoor equipment and industrial sensors exposed to temperature fluctuations. Feature: 250 mating cycles and 5 A / 250 V ratings meet typical control-panel requirements. Business Impact: Predictable lifecycle performance, compliant safety margins, and cost-effective maintenance. Application: Control and instrumentation panels with moderate current needs. Feature: Neoprene insert and plastic shell offer chemical resistance and UV stability. Business Impact: Maintains seal integrity under UV exposure and in contact with oils or solvents. Application: Outdoor enclosures and equipment near handling fluids. Feature: 19 electrical positions with 19 cavities, gold-plated PCB contacts. Business Impact: High-density, reliable signal and power paths in compact footprints. Application: Communications, automation, and motor control interfaces.
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FAQs
This model is a jam nut receptacle without a backshell; there is no backshell option. Mounting relies on panel thickness and the jam-nut size (Shell size 14). If a backshell is required, consider alternative UTS variants or consult Eaton for recommended configurations and compatibility with your enclosure design.
UTS714D19PY provides a 5 A current rating (IEC/UL) and a 4 A test current, with a voltage rating of 250 V (UL/CSA) and 32 V (IEC). It operates from -40 °C to 105 °C. The connector carries IP68 sealing in unmated conditions, supports 250 mating cycles, and uses gold-plated PCB contacts for reliability.
Yes. It features IP68 sealing for unmated conditions, UV resistance, and resistance to oils and mineral oils, with a neoprene insert and plastic shell. It also complies with RoHS exemptions, and its environmental resistance supports use in outdoor machinery and chemical-adjacent environments while preserving seal integrity.
The UTS714D19PY aligns with UL 1977, IEC 61984, and CSA-C22.2 No.182.3 standards, plus RoHS exemption 6.c. These certifications validate safety, interoperability, and environmental compliance for control panels, automation equipment, and field-deployed systems, helping procurement meet regulatory requirements and corporate sustainability goals.
The 1/3 Bayonet coupling provides quick, secure mating with reliable seals, reducing assembly time and field rework. Combined with Y-keying for proper alignment, it minimizes mis-mating risks and enhances repeatable performance in vibration-prone applications, delivering lower maintenance downtime and improved field reliability.