Eaton 738DC Squeeze Type Connector - FMC 3/4" NEC/CEC
Part Number: 738DC
Quick Summary
The Eaton 738DC squeeze type connector provides a rugged FMC termination for control panels and enclosures. It reduces field rework by delivering a precise 90° bend and a robust zinc die-cast housing that resists corrosion in busy industrial environments. It complies with NEC/CEC standards and is suitable for Ordinary/Non-Hazardous Locations, with UL certification documentation available. For manufacturers and integrators, the 738DC streamlines conduit connections, supports a 3/4 inch trade size, and helps meet safety and reliability targets while minimizing maintenance costs over the asset life. Designed for quick outfitting in new builds or retrofit projects, it reduces install time and improves downstream wiring integrity.
Product Information
Extended Description
738DC Eaton: Eaton Crouse-Hinds series squeeze type connector, FMC, 90° angle, Non-insulated, Zinc die cast, 3/4"
Product Name
Eaton Crouse-Hinds series squeeze type connector
Catalog Number
738DC
UPC
784564003560
Product Length/Depth
4.95 in
Product Height
3.43 in
Product Width
4.84 in
Product Weight
0.15 lb
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
Conduit type
FMC
Style
Squeeze
Material
Zinc die cast
Connector type
90° angle
Insulator
Non-insulated
Trade size
3/4"
Crouse-Hinds series Connectors and Couplings - FMC catalog page
Connectors and Couplings - FMC UL certification
Connectors and Couplings - FMC UL certification
Eaton Specification Sheet - 738DC
Feature: 90° squeeze-type design provides a tight turn for FMC conduit. Business Impact: minimizes misalignment and rework, speeding panel assembly and improving field reliability. Application: ideal for control panels and enclosures requiring compact, right-angle FMC connections. Feature: Zinc die-cast housing offers durable, corrosion-resistant construction. Business Impact: extends service life in harsh environments while maintaining a compact footprint. Application: suitable for ordinary/non-hazardous locations and high-traffic panels. Feature: 3/4" trade size fits standard FMC fittings. Business Impact: simplifies part selection and stock management, reducing sourcing delays. Application: motor control centers and equipment bays with common FMC sizes. Feature: Non-ins insulated design reduces wiring prep and inspection complexity. Business Impact: streamlines installation and minimizes thermal concerns in non-insulated terminations. Application: clean panel entries and non-specified insulation zones. Feature: NEC/CEC standards and UL certification enable compliant installs. Business Impact: lowers regulatory risk and accelerates approvals. Application: industrial panels in ordinary locations and systems requiring certified components.
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FAQs
To install, align the 738DC with the FMC conduit, then tighten to the rated torque to achieve a secure 90° bend. The zinc die-cast housing resists corrosion and helps maintain alignment through multiple terminations. Verify 3/4" trade size compatibility with your panel cutouts and ensure any mounting brackets or gaskets are properly seated.
Key specs include FMC conduit type, 90° angle, non-insulated construction, zinc die-cast material, and a 3/4" trade size. This configuration supports ordinary/non-hazardous locations under NEC/CEC standards and UL listing availability, with a compact footprint suitable for tight panel layouts and reliable grounding connections.
Yes. The 738DC is designed for FMC terminations in ordinary locations, offering a durable zinc die-cast body and a precise 90° bend that fits standard 3/4" conduits, reducing installation complexity and enabling robust panel wiring in most factory environments.
The 738DC complies with NEC/CEC standards and is suitable for Ordinary/Non-Hazardous Locations. UL certification documentation is available, enabling regulatory approvals and safer, code-compliant installations in industrial control panels.
The non-insulated, zinc die-cast design minimizes corrosion-related failures and reduces rework, lowering maintenance costs. Its compact 90° configuration streamlines field installations, contributing to faster commissioning, lower labor hours, and improved overall return on investment for panel-building projects.