Eaton WTC1502 Cable Connector - Zinc Die Cast Watertight
Part Number: WTC1502
Quick Summary
Eaton WTC1502 cable connector provides watertight service entrance connections for outdoor and harsh industrial enclosures. In field environments, inconsistent seals, corrosion, and moisture intrusion can trigger costly downtime. It meets NEC/CEC standards and is UL-certified for watertight service entrance fittings, suitable for ordinary/non-hazardous locations. With a one-and-a-half inch trade size and a versatile opening range from three quarters to one and a quarter inches, installation is faster and maintenance simpler. The zinc die-cast body resists corrosion and supports long service life in harsh settings. This combination helps maintenance teams reduce field failures while standardizing hardware across projects and suppliers, delivering dependable energy delivery and lower total cost of ownership.
Product Information
Extended Description
WTC1502 Eaton: Eaton Crouse-Hinds series service entrance cable connector, 0.740-1.235" cable opening, Zinc die cast, Watertight, 1-1/2"
Product Name
Eaton Crouse-Hinds series service entrance cable connector
Catalog Number
WTC1502
UPC
662277036313
Product Weight
0.6 lb
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
Cable opening (min/max)
0.740-1.235 in
Trade size
1-1/2"
Material
Zinc die cast
Special features
Watertight
Crouse-Hinds series Service Entrance Connectors, Elbows and Straps catalog page
Service Entrance Connectors, Elbows and Straps UL certification (Watertight Service Entrance Cable Connectors - Zinc Die Cast)
Eaton Specification Sheet - WTC1502
Feature: Watertight zinc die-cast housing. Business impact: Protects terminations from moisture ingress and corrosion, extending service life and reducing field maintenance. Application: Ideal for outdoor service entrances and damp industrial environments. Feature: Cable opening range from three quarters to one and a quarter inches. Business impact: Enables secure termination of a range of conductors, reducing rework and stocking requirements. Application: Suitable for varied insulation thickness in service entrance wiring. Feature: One-and-a-half inch trade size. Business impact: Fits common feeder cables, streamlining procurement and installation. Application: Standardized fittings for plant expansions and multi-site projects. Feature: NEC/CEC compliance. Business impact: Lowers regulatory risk and simplifies approvals for electrical installations. Application: Consistent with professional engineering standards in commercial and industrial facilities. Feature: UL-certified watertight performance. Business impact: Builds customer confidence and supports compliance documentation. Application: Used where demonstrated sealing is required for service entrances. Feature: Crouse-Hinds lineage and compatibility. Business impact: Easier integration with existing Eaton product ecosystems, reducing integration time. Application: Fleet-wide standardization across projects and installers.
Get a Quick Quote for a Eaton WTC1502
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton WTC1502?
Enquire Now
FAQs
Follow the manufacturer's installation guidance to ensure the cable seating is correct, the opening is fully engaged within the specified range, and the housing is clean and properly aligned before securing. Verify the seal and perform a basic integrity check after installation.
The connector supports a cable opening range from three quarters of an inch to one and a quarter inches, with a one and a half inch trade size for standard service feeders, allowing secure terminations across common installations.
Yes. It adheres to NEC/CEC standards for electrical installations and is UL-certified for watertight service entrance fittings in ordinary or non-hazardous locations.
Yes. The zinc die-cast body provides rugged, watertight protection, making it well suited for outdoor service entrances and damp industrial spaces.
By reducing moisture ingress and corrosion risk, it lowers field maintenance and downtime, while enabling procurement standardization and faster project execution across sites.