Eaton UTS712E14S UTS plastic waterproof connector - IP68/69K
Part Number: UTS712E14S
Quick Summary
The Eaton Souriau UTS712E14S is a plastic waterproof IP68/69K connector designed for rugged automation environments. Engineers often battle moisture ingress, corrosion, and inaccessible installations in tight panels. With IP68 sealing, UL 1977 and IEC 61984 compliance, and RoHS exemption 6.c, this connector meets global standards. The compact 14‑cavity layout, gold-plated solder cups, and robust jam-nut receptacle deliver reliable, field-ready performance. In practice, this means faster installation, reduced maintenance, and safer operation across industrial applications. Its 14-contact, gold-plated solder cup configuration also supports compact cable harnesses and PCB integration with predictable impedance. This combination helps engineering teams reduce downtime, accelerate commissioning, and simplify spare parts management in mass production.
Product Information
Extended Description
UTS712E14S Eaton: Plastic jam nut receptacle, without backshell, with 14 female solder contacts, IP68/69K in unmated conditions; UTS712E14S
Product Name
Eaton Souriau UTS series plastic waterproof IP68/69k connector
Catalog Number
UTS712E14S
Product Length/Depth
25.3 mm
Product Height
31.8 mm
Product Width
31.8 mm
Product Weight
17.9 g
Compliances
UL 1977 (please contact us for more details) IEC 61984 (please contact us for more details) CSA-C22.2 No.182.3 (please contact us for more details) ROHS exemption 6.c
Current rating
5 A IEC 4.5 A UL
Environmental conditions
RoHS REACH Flammability rating UL94 HB
Environmental resistance
Resistant against gasoline Resistant against acid bath Vibrations level Per IEC 60512-4 - from 10 to 2000 Hz UV resistant, no degradation after 5 years of exposure in natural environment Resistant against mineral oil Resistant against basic bath Resistant against oil
Test current
5 A IEC 4.5 A CSA 4.5 A UL
Test voltage
32 V IEC 250 V CSA 250 V UL
Connector accessory option
Not delivered, to be ordered separately
Connector orientation
N
Connector type
Receptacle
Contact delivery
Loaded
Contact gender
Socket (Female)
Contact plating
Gold
Contact type
Solder Cup
Coupling type
1/3 Bayonet
Degree of protection
IP68
Insert material
Neoprene
Layout
14
Shell material
Plastic
Shell size
12
Mating cycles
250
Operating temperature - max
105 °C
Operating temperature - min
-40 °C
Receptacle type
Jam Nut Receptacle
Number Of Contacts
14
Number of cavity #20
14
Nut material
Aluminium
Salt spray
500 hour
Feature: IP68/IP69K sealing combined with a jam-nut receptacle design ensures robust ingress protection in unmated conditions; Business Impact: reduces field failures due to moisture and salt spray, extends equipment life, lowers maintenance costs; Application: outdoor conveyors, mobile equipment, and wash-down environments common in mining, agriculture, and construction automation. Feature: 14 contacts with gold-plated solder cups delivers low contact resistance and reliable signaling under vibration; Business Impact: improves sensor accuracy and control reliability while enabling compact harness design; Application: industrial automation panels and field devices where space is critical. Feature: 1/3 Bayonet coupling provides fast, tool-free mating with a defined lock; Business Impact: reduces assembly time on the line, minimizes rework, and enhances field reliability; Application: panel-to-cable connections in OEM equipment. Feature: Operating temperature range of -40 to 105 C and resistance to oils, UV, and solvents; Business Impact: ensures stable performance across harsh environments and extended service life; Application: equipment in harsh industrial, offshore, or automotive settings. Feature: RoHS compliant with UL 1977 and IEC 61984 certifications and a 500-hour salt spray rating; Business Impact: simplifies regulatory approvals and long-term durability; Application: global deployments with strict compliance requirements. Feature: 14-position layout with neoprene insert and plastic shell supports durable, field-installable configurations; Business Impact: enables reliable signal and power transfer in compact spaces; Application: automation nodes, sensors, and control networks in tight installations.
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FAQs
Begin by selecting the jam-nut receptacle and confirming panel thickness compatibility. Insert the 14-contact insert, align the mating orientation (N), and tighten the jam nut to seal against dust and water ingress. If a backshell is required, order separately. Ensure solder cups are correctly aligned with the conductor and verify gold-plated contacts are clean for reliable soldering. Finally, perform a functional check after mating with the corresponding plug to confirm continuity and sealing integrity.
The UTS712E14S combines IP68 sealing with IP69K unmated protection, a wide operating temperature from -40 to 105 C, and resistance to UV, oils, and basic baths. With UL 1977, IEC 61984, CSA-C22.2 No.182.3 compliances and RoHS exemption 6.c, it is designed for global industrial deployments, reducing the risk of moisture-related failures and ensuring long service life in demanding settings.
Yes. The 14-position layout uses solder-cup contacts (gold-plated) and a jam-nut receptacle that integrates into common Souriau UTS ecosystem. The product orientation is set to N, and while a backshell is not included by default, compatible accessories can be ordered separately to meet cable routing, shielding, and strain-relief requirements in your control panel.
This connector is compliant with UL 1977, IEC 61984, CSA-C22.2 No.182.3, and RoHS exemption 6.c. These certifications support safety, interoperability, and regulatory readiness across global manufacturing environments. They matter for supplier qualification, equipment approvals, and maintaining export compliance in international projects.
The 250 mating cycles and robust IP68/69K sealing reduce field maintenance and replacement cycles, lowering downtime and service costs. Gold-plated contacts ensure stable conductivity over time, while the compact 14-contact layout saves space and simplifies harness design. Over the project lifetime, these features translate to faster commissioning, fewer fault investigations, and a lower total cost of ownership.