Eaton EL25090 EMT Elbow - Steel, 90°, 2-1/2" - NEC/CEC
Part Number: EL25090
Quick Summary
The Eaton Crouse-Hinds EMT elbow enables durable 90° conduit turns for steel electrical enclosures. Installers often contend with misfit fittings and time-consuming alignment in tight panels and crowded raceways. It meets NEC/CEC standards and UL certification for EMT elbows, with Ordinary/Non-Hazardous area classification, ensuring safe operation across typical plant environments. Designed to fit 2-1/2" trade size and integrate with Eaton's Crouse-Hinds line, it supports faster installs and long-term reliability.
Product Information
Extended Description
EL25090 Eaton: Eaton Crouse-Hinds series EMT elbow, Steel, 90°, 2-1/2"
Product Name
Eaton Crouse-Hinds series EMT elbow
Catalog Number
EL25090
UPC
662277041331
Product Weight
4.75 lb
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
Conduit type
EMT
Shape
90° angle
Trade size
2-1/2"
Material
Steel
Crouse-Hinds series Elbows and Pulling Elbows - EMT catalog page
Elbows and Pulling Elbows - EMT UL certification (Elbows)
Elbows and Pulling Elbows - EMT UL certification (Elbows)
Eaton Specification Sheet - EL25090
Feature: Steel construction and a precise 90° bend with a 2-1/2\" trade size. Business Impact: yields durable, alignment-friendly connections that resist vibration and reduce rework in demanding environments. Application: ideal for EMT conduit runs in control panels and equipment enclosures. Feature: EMT conduit compatibility and standard catalog EL25090. Business Impact: enables faster, easier installation with common fittings and minimal field modification. Application: integrates smoothly into Eaton’s Crouse-Hinds EMT ecosystem across new builds and retrofits. Feature: Weight of 4.75 lb. Business Impact: robust yet manageable for overhead or vertical installations, lowering handling risk. Application: suitable for plant-wide conduit runs where support standoffs and tight spaces prevail. Feature: NEC/CEC compliance and Ordinary/Non-Hazardous classification. Business Impact: ensures regulatory alignment and safety without requiring special enclosures. Application: appropriate for general industrial facilities. Feature: Accessible documentation and compatibility notes from Eaton. Business Impact: streamlines procurement and QC with traceable catalog references. Application: supports efficient sourcing and project planning.
Get a Quick Quote for a Eaton EL25090
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 EL25090?
Enquire Now
FAQs
EL25090 is a steel EMT elbow designed for 2-1/2" trade size EMT conduit. It is compatible with standard EMT fittings from the Eaton Crouse-Hinds line, enabling clean, continuous runs in panels and enclosures without special adapters. Its precise 90° bend aids alignment, reducing setup time on busy installations.
EL25090 adheres to NEC/CEC standards and is UL-certified for EMT elbows. It is classified for Ordinary/Non-Hazardous Locations, making it suitable for typical industrial environments where safety and compliance are priorities. Documentation is available via the UL certification reports and Eaton specification sheets.
The EL25090 elbow is manufactured in steel and weighs 4.75 lb. The steel construction delivers robust durability for demanding plant conditions while maintaining a manageable weight for straightforward installation and handling during assembly or retrofits.
This elbow is ideal for EMT conduit runs in control panels, electrical rooms, and equipment enclosures within general industrial facilities. Its 2-1/2" trade size and 90° bend support reliable conduit routing in tight spaces, helping maintain neat, code-compliant installations across machinery areas.
EL25090 provides a precise 90° angle in steel for durable, vibration-resistant connections, reducing rework and alignment issues. Its 2-1/2" trade size matches standard EMT systems, enabling quick compatibility with Eaton’s Crouse-Hinds ecosystem and faster procurement, which translates to lower total installation costs.