Eaton Crouse-Hinds XLHS17650303 Enclosure - IP66

Part Number: XLHS17650303
Manufacturer
Eaton Crouse-Hinds
Part number
XLHS17650303

Quick Summary

Ex-CELL enclosure is a robust 316L stainless steel enclosure designed to protect critical electrical gear in hazardous locations. In challenging environments, corrosion, dust ingress, and downtime threaten uptime and maintenance budgets. Certified for NEC/CEC, IECEx/ATEX, and IP66 with NEMA 4X sealing, it meets global safety standards for hazardous/classified locations. Providing a compact 762 x 508 x 300 mm footprint with 3 gland plates and horizontal lugs, this enclosure accelerates installation and minimizes field modifications, delivering long-term reliability and cost savings for automation projects. Its 690 Vac/Vdc rating supports a wide range of control and power distribution needs in chemical, oil & gas, and heavy manufacturing.

Product Information

Extended Description

XLHS17650303 Eaton Crouse-Hinds: Eaton Crouse-Hinds series Ex-CELL enclosure, 400A, 762 x 508 x 300 mm enclosure size, 563 mm horizontal fixing center, 608 mm vertical fixing center, 316L stainless steel, 3 gland plates, Horizontal lugs, 690 Vac/Vdc
Product Name
Eaton Crouse-Hinds series Ex-CELL enclosure
Catalog Number
XLHS17650303
EAN
4251958139724
Product Length/Depth
300 mm
Product Height
762 mm
Product Width
508 mm
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC IEC IECEx/ATEX
NEC hazardous rating
Class I, Zone 1 Class II, Division 2 Class I, Division 2
NEMA Rating
4X
Ingress protection (IP) ratings
IP66
Material
316L stainless steel
Enclosure size
762 x 508 x 300 mm
Number of gland plates
3
Type
Horizontal lugs
316L stainless steel construction delivers superior corrosion resistance in demanding environments, reducing maintenance and extending service life in chemical plants and offshore facilities. Feature → Business Impact → Application: The durable material withstands aggressive media, lowering replacement costs and downtime; ideal for hazardous area cabinets in petrochemical processing and water treatment. The enclosure size of 762 x 508 x 300 mm with three gland plates enables compact control panel layouts while simplifying cable entry and gland management in retrofit projects. IP66 and NEMA 4X sealing provide reliable ingress protection, minimizing contaminant ingress in dusty or washdown environments, which translates to lower field service visits. NEC/CEC and IECEx/ATEX certifications deliver regulatory compliance across global sites, while horizontal lugs and fixed centers of 563 mm (horizontal) and 608 mm (vertical) streamline mounting and alignment during assembly. The 690 Vac/Vdc rating supports advanced drives and power electronics, reducing the need for multiple enclosures in mixed electrical systems. Compatibility with Ex-CELL accessories enhances modularity, enabling scalable solutions for evolving automation architectures. In practice, engineers gain faster project turnaround, reduced engineering risk, and predictable lifecycle costs.

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FAQs

The XLHS17650303 Ex-CELL enclosure is designed to protect critical electrical gear in hazardous locations, combining 316L stainless steel, IP66/NEMA 4X protection, and a compact 762x508x300 mm footprint for reliable service in chemical, petrochemical, and offshore environments.
It complies with NEC/CEC and IECEx/ATEX standards, plus IP66 protection and NEMA 4X sealing for hazardous/classified locations, ensuring global regulatory compatibility and safer operation in harsh environments.
Yes. The Ex-CELL enclosure is rated for 690 Vac/Vdc, enabling integration with high-power control components and drive systems while maintaining enclosure integrity and safety in demanding installations.
It features horizontal lugs and fixed centers (563 mm horizontally, 608 mm vertically) for straightforward mounting, plus three gland plates for flexible cable entry, which speeds installation and reduces field modification time.
316L stainless steel provides excellent corrosion resistance, especially in chemical and washdown environments, which translates to longer service intervals, reduced maintenance costs, and higher uptime in demanding industrial applications.