Eaton Crouse-Hinds 8125RR DC Pull Elbow - Rigid to rigid (Female to Female)
Part Number: 8125RR DC
Quick Summary
The Eaton Crouse-Hinds 8125RR DC pull elbow provides a reliable rigid/IMC 90° conduit link for industrial wiring. Engineers often face misalignment, corrosion risk, and time-consuming installs in tight spaces. It complies with NEC/CEC standards and is suitable for Ordinary/Non-Hazardous Locations, supporting code-compliant installations. By offering a durable zinc die-cast body and easy 1-1/4" connections, it reduces downtime and lowers total installation costs in electrical conduit projects.
Product Information
Extended Description
8125RR DC Eaton Crouse-Hinds: Eaton Crouse-Hinds series pull elbow, Rigid/IMC, Gender end 1: female, Gender end 2: female, Zinc die cast, 90°, 1-1/4", Rigid to rigid (female to female)
Product Name
Eaton Crouse-Hinds series rigid/IMC pull elbow
Catalog Number
8125RR DC
Product Length/Depth
3.25 in
Product Height
3.25 in
Product Width
2.25 in
Product Weight
0.8 lb
UPC
662277001663
Area classification
Ordinary/Non-Hazardous Locations
Standards type
NEC/CEC
Conduit type
Rigid/IMC
Type
Rigid to rigid (female to female)
Gender end 1
Female
Gender end 2
Female
Shape
90° angle
Trade size
1-1/4"
Material
Zinc die cast
Crouse-Hinds series Malleable and Zinc Pull Elbows and Tees - Rigid-IMC catalog page
Eaton Specification Sheet - 8125RR DC
Feature: Zinc die-cast construction delivers robust durability in harsh environments. Business Impact: reduces corrosion risk and maintenance costs over the life of the conduit system. Application: suited for rigid/IMC conduit runs in manufacturing plants and non-hazardous locations. Feature: 90° angle supports tight routing with 1-1/4" trade size. Business Impact: improves path planning, minimizes elbow entries, and reduces time on site. Application: fits compact conduit layouts in panel areas and machinery bases. Feature: Female ends on both sides enable straightforward, misalignment-tolerant connections between rigid conduits. Business Impact: speeds up assembly and lowers rejection risk during field installs. Application: compatible with standard rigid/IMC fittings and accessories used in NEC/CEC installations. Feature: NEC/CEC compliance and Ordinary/Non-Hazardous area rating provide confidence for code-adhering installations. Business Impact: reduces risk of non-compliance penalties and rework. Application: suitable for electrical rooms, service passes, and general industrial spaces. Feature: 1-1/4" trade size and 90° engagement simplify conduit routing in confined spaces. Business Impact: minimizes backtracking and rework while delivering predictable fit-up. Application: ideal for new builds and retrofit projects in plant floors and control houses.
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FAQs
Install the 8125RR DC by aligning the female ends to the rigid/IMC conduits, ensuring a straight 90° turn without excessive torque. Use compatible fittings to secure both ends, verify NEC/CEC compliance for Ordinary/Non-Hazardous Locations, and tighten to the manufacturer’s torque specifications to prevent loosening over time.
Key specs include 1-1/4" trade size, 90° rigid-to-rigid (female to female), zinc die-cast body, and both ends female. The catalog number is 8125RR DC, with a weight of 0.8 lb and overall dimensions around 3.25 in each direction. It is intended for rigid/IMC conduit in ordinary locations per NEC/CEC.
Yes. The 8125RR DC is specified for Ordinary/Non-Hazardous Locations and adheres to NEC/CEC standards, making it appropriate for typical manufacturing floors, electrical rooms, and general industrial spaces where non-hazardous conditions prevail.
The product complies with NEC/CEC standards and is rated for Ordinary/Non-Hazardous Locations. This ensures code conformance for mainstream industrial installations and helps streamline procurement and inspection processes.
Yes. Its female-female ends simplify coupling, the rigid-to-rigid design reduces misalignment, and the zinc die-cast body offers durability, all contributing to faster field assembly and lower ongoing maintenance costs in demanding plant environments.