Eaton E1017-14K Cam-Lok J Series Plug - 600 Vac/dc
Part Number: E1017-14K
Quick Summary
Eaton Crouse-Hinds Cam-Lok E1017-14K plug is a rugged high-current connector designed for reliable power distribution in industrial settings. Engineers often struggle with secure, quick-connect solutions that withstand vibration, temperature swings, and demanding service conditions. This plug delivers NEC/CEC compliance, a NEMA 4 rating, and ordinary-location suitability, giving you confidence in safety and performance across non-hazardous environments. Built with vulcanized rubber housing and brass contact pins, it supports up to 690A continuous and accepts up to 750 kcmil cables, enabling large-scale power runs with fewer terminations. Its crimp connection and single packaged unit simplify inventory and field installation. With a 600 Vac/dc rating and a Cam-Lok J Series interface, it offers fast, dependable connections that reduce downtime and maintenance costs in industrial facilities.
Product Information
Extended Description
E1017-14K Eaton Crouse-Hinds: Eaton Crouse-Hinds series Cam-Lok J Series E1017 plug, Up to 690A continuous, 750 kcmil, Yellow, Crimp, Brass contacts, Male, Rubber, Single packaged unit, Vulcanized, 600 Vac/dc
Product Name
Eaton Crouse-Hinds series Cam-Lok J Series E1017 plug
Catalog Number
E1017-14K
Product Length/Depth
7 in
Product Height
2.69 in
Product Width
2.69 in
Product Weight
4.16 lb
UPC
662275987723
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
NEMA Rating
4
Cable size
750 kcmil
Amperage Rating
Up to 690A Continuous
Voltage rating
600 Vac/dc
Material
Rubber
Type
Vulcanized
Connection type
Crimp
Gender
Male
Color
Yellow
Contact material
Brass
Special features
Single packaged unit
Cam-Lok Single Pole Plugs and Receptacles catalog
Cam-Lok J Series Single Pole Plugs and Receptacles catalog page
EB 94 - Cam-Lok E1017, E1019 and E1023 Connectors
Eaton Specification Sheet - E1017-14K
High current capability enables up to 690A continuous service with 750 kcmil cables, reducing the number of parallel connections and associated potential points of failure, which translates to lower installation complexity and improved reliability in manufacturing floors and data centers. The vulcanized rubber housing paired with brass contacts delivers durability in harsh environments, offering extended service life and lower rework costs in plants with exposure to oils, dust, and temperature variations. The crimp termination provides a secure, vibration-resistant connection that speeds field installation and simplifies future maintenance, minimizing downtime during upgrades or relocations. Cam-Lok J Series compatibility ensures fast mating and unmating, supporting quick shift changes, routine testing, and streamlined maintenance workflows in facilities that operate on tight uptime budgets. Certification alignment with NEC/CEC and NEMA 4 supports compliance, reducing risk during audits and ensuring safe operation in ordinary locations while enabling scalable power distribution for growing facilities.
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FAQs
The E1017-14K is designed for 750 kcmil cables and uses crimp termination. Use the approved Cam-Lok J Series mating interface and a compatible crimp tool, following Eaton installation guidance ( EB 94 ).
The plug is rated for up to 690A continuous and supports a voltage rating of 600 Vac/dc, making it suitable for high-current industrial power feeds in non-hazardous environments.
Ideal for industrial power distribution in factories, process plants, and data centers where reliable, high-current connections are critical and locations are ordinary/non-hazardous, with Cam-Lok J Series compatibility for standardization.
It complies with NEC/CEC standards and carries a NEMA 4 rating, suitable for ordinary locations and providing weather-resistant, durable performance in non-hazardous environments.
Single packaged unit reduces part variation and inventory handling, while crimped connections and rugged rubber housing minimize downtime and maintenance needs, delivering faster installations and lower lifecycle costs in demanding industrial settings.