Eaton GHG9601955R0022 Ex-e Cable Gland - IECEx/ATEX
Part Number: GHG9601955R0022
Quick Summary
Ex-e cable gland from Eaton Crouse-Hinds seals non-armored cables in hazardous locations. Engineers often struggle to maintain enclosure integrity and meet evolving safety standards in harsh environments. This gland carries IECEx/ATEX certifications, EU Type Examination certificates, and robust IP66/IP68 protection, delivering compliant, reliable performance. By combining a compact form with increased safety features, it supports efficient wiring and cost-effective installation in demanding facilities, while aligning with wiring and connectivity best practices.
Product Information
Extended Description
GHG9601955R0022 Eaton Crouse-Hinds: Eaton Crouse-Hinds series Ex-e cable gland, Non-armoured cable, Non-armoured gland, Polyamide 6, Increased safety, M16, Long thread
Product Name
Eaton Crouse-Hinds series Ex-e cable gland
Catalog Number
GHG9601955R0022
Product Length/Depth
35 mm
Product Height
20 mm
Product Width
20 mm
Product Weight
0.01 kg
EAN
4250217404160
Area classification
Hazardous/Classified Locations
Standards type
IECEx/ATEX
Ingress protection (IP) ratings
IP66 IP68
Protection type
Increased safety
Cable type
Non-armored Non-armoured
Gland type
Non-armoured
Type
Long thread
Thread Size
M16
Thread type
Metric
Material
Polyamide 6
Crouse-Hinds series CEAG GHG Non-metallic EX Cable Glands catalog page for North American applications
CEAG GHG Non-metallic Ex Cable Glands EU Type Examination Certificate
CEAG GHG Non-metallic Ex Cable Glands EU Type Examination Certificate
CEAG GHG Non-metallic Ex Cable Glands EU Type Examination Certificate
Eaton Specification Sheet - GHG9601955R0022
Non-armored cable suitability with Polyamide 6 construction and a long M16 thread provides a secure seal and corrosion resistance, enabling safer installations and reduced maintenance cycles in chemical plants and offshore facilities. Its IP66/IP68 protection ensures ingress resistance even under high-pressure washdowns, improving uptime and safeguarding critical electrical enclosures in harsh environments. IECEx/ATEX certifications plus EU Type Examination certificates deliver global compliance, simplifying procurement for multinational projects and ensuring regulatory alignment across sites. The gland’s compact 35 mm length and 20 x 20 mm footprint minimize enclosure footprint, saving space in crowded control panels while keeping installation straightforward for technicians. Compatibility with standard non-armored cables and non-armoured gland configurations reduces the need for adapters, accelerating installation and lowering total cost of ownership. Installation is aided by a long-thread design that simplifies sealing in tight enclosures, addressing common field challenges and boosting reliability across industries that rely on robust, safe wiring and connectivity.
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FAQs
The gland is designed for non-armored cables and uses an M16 metric thread. It fits standard non-armoured entry points and provides a secure, reliable seal suitable for hazardous locations when installed with compatible fittings.
Yes. The gland carries IP66/IP68 protection and is certified under IECEx/ATEX with EU Type Examination certificates, ensuring safe operation in hazardous and classified locations across global sites.
Install by selecting a non-armored cable entry, insert the gland, tighten the long-thread M16 nut to the manufacturer’s torque specification, and verify ingress protection with a proper seal. The compact 35 mm length and 20 x 20 mm footprint help fit tight spaces, reducing installation time.
Ideal for chemical plants, oil and gas facilities, and other hazardous-location environments where non-armored cables require IECEx/ATEX compliance, reliable IP66/IP68 protection, and compact glanding for space-constrained enclosures.
Benefits include enhanced safety and compliance, reduced risk of enclosure contamination, easier global procurement due to certifications, and shorter installation times thanks to the long-thread design and compact dimensions, all contributing to lower maintenance costs and improved uptime.