Eaton 652 EMT compression connector - Straight 1" NEC/CEC
Part Number: 652
Quick Summary
The Eaton 652 EMT compression connector provides straight, non-insulated EMT terminations for industrial wiring. In tight panels and harsh environments, installers contend with loosened joints and corrosion; this connector minimizes movement and preserves circuit integrity. It supports NEC/CEC standards and is suitable for Ordinary/Non-Hazardous Locations, with UL Canada certification backing cross-border deployments. Coupled with its 1 inch trade size and steel compression design, it enables faster installations and lower maintenance risk for evolving automation projects.
Product Information
Extended Description
652 Eaton: Eaton Crouse-Hinds series EMT compression connector, EMT, Straight, Non-insulated, Steel, Threadless, 1"
Product Name
Eaton Crouse-Hinds series EMT compression connector
Catalog Number
652
UPC
784564106520
Product Length/Depth
1.19 in
Product Height
1.69 in
Product Width
1.69 in
Product Weight
0.25 lb
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
Conduit type
EMT
Connector type
Straight
Style
Compression
Insulator
Non-insulated
Trade size
1"
Thread
Threadless
Material
Steel
Eaton Crouse-Hinds 652 3D drawing
Crouse-Hinds series Connectors and Couplings - EMT catalog page
Connectors and Couplings - EMT Canadian certification
Connectors and Couplings - EMT Canadian certification
Eaton Specification Sheet - 652
Steel construction with a compression-style, threadless connection delivers a robust, vibration-resistant termination that reduces repair costs over the life of the installation. In panel and equipment enclosures, this means fewer reseats and less downtime during maintenance. Straight, 1 inch trade size alignment ensures compatibility with standard EMT runs and simplifies stocking for maintenance teams. The straightforward geometry minimizes misalignment during installation, speeding panel builds and reducing the need for specialty fittings. Non-insulated steel surface eliminates unnecessary dielectric barriers and reduces cost, inspection time, and part count, making it ideal for ordinary/non-hazardous locations where insulation is not required yet robust grounding is essential. NEC/CEC compliance and UL Canada certification provide regulatory alignment across U.S., Canada, and cross-border deployments, giving installers confidence in North American installations. Compatibility with Crouse-Hinds EMT fittings enables retrofit-friendly upgrades and scalable solutions for expanding facilities.
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FAQs
To install the Eaton 652, ensure the EMT conduit ends are clean and properly aligned. Slide the straight, compression connector onto the EMT, then compress using a standard compression tool until the sleeve secures the conduit firmly. Verify that the connection is flush, without gap, and that the terminations are fully seated to minimize pull-out risk and vibration over the panel life.
The 652 uses a steel, non-insulated compression design that delivers a durable, vibration-resistant termination suitable for ordinary/non-hazardous locations. Its NEC/CEC standards alignment ensures regulatory compliance for North American installations, while the UL Canada certification supports cross-border use. The threadless compression reduces installation complexity and improves reliability in everyday electrical assemblies.
Yes. The 652 is designed as a straight compression connector with a 1 inch trade size, compatible with EMT runs and typical Crouse-Hinds fittings. Its threadless design simplifies retrofits by allowing quick integration into existing EMT networks, reducing downtime during upgrades and enabling scalable terminations for expanding equipment and control panels.
The 652 carries NEC/CEC compliance for United States and Canada-wide installations, along with UL Canada certification suitable for Canadian sites. This combination reassures users about regulatory acceptance in both countries and supports cross-border procurement and standardization across facilities.
The steel, non-insulated, compression design reduces loosening and corrosion-related maintenance, cutting downtime during inspections and reseating. Its ease of installation lowers labor costs during initial builds and upgrades, while durable construction extends service life in standard panel enclosures, delivering a favorable total cost of ownership and faster ROI in automation projects.