Eaton ECGJH527 S758 Coupling - Hazardous Locations
Part Number: ECGJH527 S758
Manufacturer
Eaton Crouse-Hinds
Part number
ECGJH527 S758
Category
Quick Summary
The Eaton ECGJH527 S758 coupling provides flexible, explosion-rated conduit connections for hazardous-area installations in industrial facilities. Engineers often struggle to find fittings that withstand moisture, chemical exposure, and connective stress without compromising safety or schedule. This ECGJH527 S758 meets NEC/CEC standards with Class I, Division 1 ratings and UL certifications for both the United States and Canada, supporting regulatory compliance. With a 27-inch flexible length, a 1-1/2-inch trade size, forged brass construction, and a protective PVC coating, it delivers durable, easy-to-install performance in tough environments. Manufacturers benefit from reduced downtime and predictable reliability across hazardous locations such as offshore platforms, refineries, and chemical plants.
Product Information
Extended Description
ECGJH527 S758 Eaton Crouse-Hinds: Eaton Crouse-Hinds series ECGJH coupling, 27" flexible length, Male connections both ends, Forged brass, Flexible PVC protective coating, 1-1/2" trade size
Product Name
Eaton Crouse-Hinds series ECGJH coupling
Catalog Number
ECGJH527 S758
Product Length/Depth
33.63 in
Product Height
3.5 in
Product Width
3.5 in
Product Weight
15.59 lb
UPC
782274981482
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC
NEC hazardous rating
Class I, Division 1 Class II, Division 1 Class III
Gender
Male connections both ends
Flexible length
27"
Trade size
1-1/2"
Material
Forged brass
Special features
Flexible PVC protective coating
Crouse-Hinds series EC Explosionproof Couplings catalog page
EC Explosionproof Couplings UL certification
EC Explosionproof Couplings UL certification
EC Explosionproof Couplings UL certification
IF 1618 - ECGJH Flexible Couplings
Eaton Specification Sheet - ECGJH527 S758
Long, 27-inch flexible length enables routing around equipment and fixtures with fewer joints, improving install speed and reducing leak paths in conduit runs. The business impact is lower labor costs, fewer field modifications, and faster commissioning on critical hazardous-location projects. This flexibility is particularly valuable in cramped plant aisles, offshore platforms, and chemical-processing lines where space is at a premium. In these environments, fewer connection points also mean fewer potential failure modes over the life of the system. Male connections on both ends simplify alignment and mating with standard conduit hardware, cutting installation time and minimizing mis-threading. The reliability gain translates into reduced call-backs during startup and easier future upgrades. Engineers can deploy this coupling with confidence in complex layouts where directionality matters, reducing the need for adapters and special tools in hazardous locations. Forged brass with a flexible PVC protective coating provides robust corrosion resistance and mechanical durability in moisture-prone and chemically aggressive spaces. This combination extends service life and lowers replacement frequency, delivering measurable total cost of ownership savings. For marine, oil, and chemical plants, it maintains electrical continuity under demanding conditions while resisting salt spray and abrasion. With a 1-1/2 inch trade size, ECGJH527 S758 integrates cleanly with common conduit and fittings, streamlining procurement and installation. The broader compatibility reduces SKU proliferation and simplifies stocking for maintenance teams supporting hazardous-location networks. Its standardized dimensions also enhance field interchangeability across similar Eaton Crouse-Hinds catalog offerings. Compliance is reinforced by NEC/CEC standards and a Class I Division 1 rating, backed by UL certifications for US and Canada. This assures installers, inspectors, and operators that the assembly meets rigorous safety and performance requirements in explosive atmospheres. The business impact is risk reduction, faster audits, and improved supplier confidence for safety-critical conduit connections in oil, gas, and petrochemical facilities. Installation instructions IF 1618 and the Eaton specification sheets provide clear torque, sealing, and mounting guidance, reducing trial-and-error during commissioning. Access to UL certification reports and product datasheets supports audit readiness and supplier qualification for hazardous-area equipment. Overall this ECGJH527 S758 offers a proven, field-tested solution for reliable hazardous-location conduit couplings.
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FAQs
ECGJH527 S758 is designed with male connections on both ends for straightforward mating to standard 1-1/2 inch conduit fittings. The 27 inch flexible length allows routing around equipment with fewer joints, reducing installation time. Follow the IF 1618 installation sheet for torque guidelines and sealing practices to ensure a compliant, secure fit in hazardous-area applications.
The ECGJH527 S758 carries NEC/CEC compliance with Class I, Division 1 ratings. It is UL certified for use in hazardous locations in both the United States and Canada, aligning with regulatory requirements for safe operation in explosive atmospheres and aiding in passing inspections and audits.
Yes. The forged-brass construction with a flexible PVC coating provides corrosion resistance suitable for marine environments, while the hazardous-location ratings (Class I, Division 1) and UL certifications support reliable performance in offshore platforms and other demanding installations.
Key specs include a 27-inch flexible length, 1-1/2 inch trade size, forged brass material, and a flexible PVC protective coating. The product supports male-to-male connections on both ends and is designed for hazardous/location applications, with a total length and weight that fit standard conduit assemblies in industrial layouts.
The combination of forged brass and PVC coating delivers superior corrosion resistance and mechanical durability, reducing replacement frequency. This translates to lower maintenance costs, fewer downtime events, and improved total cost of ownership for hazardous-location conduit networks in oil, gas, chemical, and marine facilities.