Eaton UTS6JC1412PW Plastic Waterproof Connector - IP68/69K
Part Number: UTS6JC1412PW
Quick Summary
Eaton UTS6JC1412PW is a plastic waterproof connector for rugged industrial machines and outdoor equipment. Engineers often struggle with reliable sealing, mating integrity, and long service life in harsh conditions. Compliant with IEC 61984, UL 1977, and CSA-C22.2 No.182.3, it supports industry-standard safety and interoperability. This 12-pin plug with a sealing gland backshell delivers quick, secure mating and consistent performance, reducing downtime and maintenance costs. Designed for 12 contacts and 10 A ratings, it aligns with wide-system compatibility and quick field servicing. Its IP68/IP69K rating ensures dependable sealing in wash-down environments, supporting uptime commitments. With UL, IEC, and CSA compliance, it also streamlines supplier audits and regulatory approvals.
Product Information
Extended Description
UTS6JC1412PW Eaton: Plastic plug, with cable gland backshell, for 12 male contacts, IP68/69K, keying W; UTS6JC1412PW
Product Name
Eaton Souriau UTS series plastic waterproof IP68/69k connector
Catalog Number
UTS6JC1412PW
Product Length/Depth
71.5 mm
Product Height
34.4 mm
Product Width
34.6 mm
Product Weight
39.3 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)
Current rating
10 A UL 10 A IEC
Fitted with:
First mate last break capability(optional) Last mate first break capability(optional)
Environmental conditions
Flammability rating UL94 V0 Fire and smoke rating I2F3 according to NFF 16101 and NFF 16102 REACH RoHS Fire & Smoke
Environmental resistance
Resistant against gasoline Resistant against acid bath Resistant against oil Resistant against mineral oil UV resistant, no degradation after 5 years of exposure in natural environment Vibrations level Per IEC 60512-4 - from 10 to 2000 Hz Resistant against basic bath
Test current
10 A IEC 7 A CSA 10 A UL
Test voltage
63 V IEC 600 V CSA 600 V UL
Backshell angle
Straight
Backshell type
Sealing Gland
Connector accessory option
Delivered with connector
Connector orientation
W
Connector type
Plug
Contact delivery
Not delivered
Contact gender
Pin (Male)
Contact type
Crimp
Coupling type
1/3 Bayonet
Degree of protection
IP68
Insert material
Polyamide
Layout
12
Plug type
Straight Plug
Shell material
Plastic
Shell size
14
Cable diameter - max
14 mm
Cable diameter - min
5 mm
Mating cycles
250
Operating temperature - max
105 °C
Operating temperature - min
-40 °C
Number Of Contacts
12
Number of cavity #16
12
Salt spray
500 hour
Feature: IP68/IP69K sealing with a Sealing Gland backshell provides robust ingress protection and chemical resistance. Business impact: this reduces unplanned downtime from water and dust ingress and supports longer service life in wash-down environments. Application: perfect for outdoor automation, machinery cabinets, and equipment exposed to frequent cleaning or rain. Feature: 12-position layout with a polyamide insert and a plastic shell (Shell size 14) keeps a compact footprint. Business impact: enables 12 conductors in a tight bundle, supporting compact control panels while maintaining reliable contact density. Application: conveyor, robotics, and machine tools requiring compact, high-contact-density connectors. Feature: 1/3 Bayonet coupling and straight backshell with a sealing gland delivers fast mating and secure retention. Business impact: reduces assembly time on a line and improves vibration resistance in rough environments. Application: field service installations and assembly lines where quick, repeatable connections are critical. Feature: Operating temperature range from -40 °C to 105 °C and UV/chemical resistance; Salt spray testing and vibration ratings meet IEC standards. Business impact: ensures operation across wide ambient conditions, minimizes maintenance, and supports regulatory compliance. Application: outdoor equipment, mining, construction, and process plants. Feature: 10 A current rating with 10 A IEC, 7 A CSA, 10 A UL test currents and 63 V IEC/600 V UL test voltages; 250 mating cycles. Business impact: provides predictable electrical performance and lifecycle cost savings through repeatable connections. Application: control circuits, power distribution, and panel assemblies in demanding environments.
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FAQs
For panel integration, note the 12-contact layout (Layout 12) with a straight back, 1/3 Bayonet coupling, and sealing gland backshell. The shell size is 14 and the insert material is polyamide, supporting a cable diameter range of 5 to 14 mm. Ensure mating orientation is W and accommodate the 71.5 mm length in tight enclosures. This combination delivers reliable mating, vibration resistance, and fast field assembly with minimal tooling.
The UTS6JC1412PW provides a 10 A current rating (UL and IEC) with test currents at 10 A IEC, 7 A CSA, and 10 A UL. It supports voltages up to 63 V IEC and 600 V CSA/UL. The design supports up to 250 mating cycles, ensuring repeatable connections in high-use applications. These specs underpin dependable control circuits and safe power distribution in demanding environments.
Yes. The connector is IP68 rated (and designed for IP69K tolerance), with a Sealing Gland backshell for robust sealing during wash-downs and exposure to moisture. It also features UV resistance and salt spray endurance (500 hours), making it suitable for outdoor machinery, food-processing lines, and marine-adjacent equipment where frequent cleaning occurs.
This connector complies with IEC 61984, UL 1977, and CSA-C22.2 No.182.3, covering general electrical safety, connector performance, and plug compatibility in North American and international markets. These certifications streamline regulatory approvals, supplier audits, and integration with other IEC/UL-listed components in complex automation systems.
With 250 mating cycles and robust ingress protection, maintenance intervals are extended and downtime is reduced. The sealing gland backshell, durable polyamide insert, and 12‑pin density enable reliable field servicing and compact wiring, lowering installation costs. Overall, the connector contributes to lower lifecycle costs by reducing rework, improving uptime, and simplifying compliance reporting.