Otis Singleton
CGB is a general reference in the Cooper/Crouse-Hinds catalog to various cord and cable stress relief fittings. CGB is used for cable glands, which are used to pass a cord, unarmored cable, or flexible conduit into an enclosure. The glands form an environmental seal for the cord or unarmored round cables and provide a secure connection. CGB cable glands are suitable for use in hazardous locations and offer ingress protection against contaminants such as dust, dirt, and moisture.
| Characteristics | Values |
|---|---|
| Full Form | Cable Gripping Bushing |
| General Reference | Cooper/Crouse-Hinds catalog |
| Cable Types | Non-Armored, Tray Cables |
| Cord Types | Type S, SO, STO, ST, SJ, SJT, SJTO, SVO |
| Tray Cable Types | TC, TC-ER, TC-ER-HLA, ITC, ITC-ER, ITC-HL, PLTC, PLTC-ER |
| Gland Body and Nut Material | Steel with zinc electroplate and chromate finish, Feraloy iron alloy with electrogalvanized and aluminum acrylic paint, All aluminum construction |
| Seal Type | Removable |
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What You'll Learn
CGB is a general reference in the Cooper/Crouse-Hinds catalog
These glands are designed to form an environmental seal for cords or unarmored round cables and provide a secure connection for flexible cords, cables, or conduits. They are suitable for use with a variety of flexible cord types, including Type S, SO, STO, ST, SJ, SJT, SJTO, and SVO, as well as tray cable types such as TC, TC-ER, TC-ER-HLA, ITC, ITC-ER, ITC-HL, PLTC, and PLTC-ER. When installed according to NEC501.10(B)(4), CGB glands are also suitable for use in Class I, Division 2 hazardous locations.
The Cooper Crouse-Hinds catalog provides a comprehensive reference for electrical professionals, offering a range of products to suit different applications. The catalog includes not only the CGB series but also related products such as the CGD, CGE, and CGFP series, each designed for specific electrical needs. These related products offer variations in the angle of the body, with CGD denoting a 45-degree body and CGE a 90-degree body, while CGFP is suitable for wet locations.
The catalog, with its CGB reference, serves as a valuable resource for those in the electrical industry, providing specific solutions for cord grips and cable glands. It is important to refer to such catalogs and industry standards to ensure the safe and proper use of electrical equipment, especially in hazardous locations. The CGB series, with its construction options and suitability for a wide range of cord and cable types, showcases the specialized nature of electrical components and the need for precise product specifications.
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CGB is used for unarmored cable and flexible cords
CGB stands for Cable Gripping Bushing, and it is used for unarmored cable and flexible cords. CGB is a general reference in the Cooper/Crouse-Hinds catalog to various cord and cable stress relief fittings. The CGB Cable Gland is designed for use with unarmored cables and flexible cords in hazardous and industrial markets. It offers a broad range of cable ODs to accommodate multiple cable sizes and variances on job sites.
The CGB gland has multiple "top hat" style grommets that can be easily removed onsite to service various diameters and cable variances. The design allows for the even dispersion of the grommet when compressed around the cable, enabling Type 4X and IP66 ingress protection ratings. These features make the CGB Cable Gland Series the ideal and safest choice for specified projects in harsh, hazardous, or industrial applications.
CGB non-armored glands are installed to provide a means of passing a cord, unarmored cable, or flexible conduit into an enclosure. They form an environmental seal for unarmored round cables and a secure connection or termination for flexible cords and cables. These cable glands are suitable for use with various flexible cords and tray cables.
The CGB bodies and gland nuts are available in steel with a zinc electroplate and chromate finish, Feraloy iron alloy with an electrogalvanized and aluminum acrylic paint finish, or all-aluminum construction.
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CGB glands have multiple top hat style grommets
CGB stands for the Crouse-Hinds series CGB, which is a type of cable gland. Cable glands are used to pass a cord, unarmored cable, or flexible conduit into an enclosure. They form an environmental seal for cords or unarmored round cables and create a secure connection or termination for flexible cords, cables, or conduits.
CGB glands have multiple top hat-style grommets. These grommets are an essential part of the gland's functionality, providing a secure and flexible seal around cables. The top hat-style design allows for easy insertion and removal of cables while maintaining a tight seal, protecting the connection from environmental factors such as dust, moisture, and vibration.
The CGB series offers a simplified solution for installing unarmored cables in heavy industrial applications and covers a broader range of cable sizes. It provides superior strain relief and pull-out resistance, enhancing the safety and efficiency of electrical systems in industrial settings.
The construction of CGB glands includes steel with a zinc electroplate and chromate finish, Feraloy iron alloy with an electrogalvanized and aluminum acrylic paint finish, or all-aluminum construction. These materials ensure durability and corrosion resistance, making them suitable for various environments.
CGB glands are part of the Crouse-Hinds series, which also includes CGD, CGE, and CGFP glands. Each type of gland in this series has distinct features and applications, catering to specific installation requirements. Together, they provide a comprehensive solution for cable management and protection in industrial settings.
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CGB stands for Cable Gripping Bushing
One of the key functions of cable bushings is to provide electrical insulation. Typically made of rubber, plastic, or paper, they create a barrier between the cable and the surrounding structure. This insulation prevents electrical contact, which could result in short circuits or other hazards.
Cable bushings also provide mechanical protection and environmental sealing. They shield cables from physical damage caused by sharp edges, rough surfaces, or vibrations, and they create a seal around the cable to safeguard it from humidity, dust, dirt, and other contaminants. This sealing feature is particularly important in outdoor or harsh environments where cables are exposed to weather conditions or chemical substances.
The Crouse-Hinds series CGB, CGD, CGE, and CGFP non-armored glands, for example, are installed to provide a means for passing a cord, unarmored cable, or flexible conduit into an enclosure. These cable glands form an environmental seal for cord or unarmored round cables and provide a secure connection for flexible cords, cables, or conduits.
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CGB glands are suitable for hazardous locations
CGB stands for Cord Grip Series B in electrical. CGB, CGD, CGE, and CGFP glands are non-armored and are installed to provide a means for passing a cord, unarmored cable, or flexible conduit into an enclosure. They form an environmental seal for cords or unarmored round cables and create a secure connection for flexible cords, cables, or conduits. These cable glands are suitable for use with flexible cords, including Type S, SO, STO, ST, SJ, SJT, SJTO, and SVO. They are also compatible with tray cable types such as TC, TC-ER, TC-ER-HLA, ITC, ITC-ER, ITC-HL, PLTC, and PLTC-ER.
When installed according to NEC501.10(B)(4), CGB glands are suitable for use in Class I, Division 2 hazardous locations. This means they can be safely used in areas where there may be flammable gases, vapors, or dust that could ignite under certain operating or faulty conditions. The long-term reliability of the gland-equipment interface is crucial for any hazardous area installation, and CGB glands provide the necessary sealing and protection.
CGB bodies and gland nuts are typically made of steel with a zinc electroplate and chromate finish, Feraloy iron alloy with an electrogalvanized and aluminum acrylic paint finish, or all-aluminum construction. These materials ensure durability and corrosion resistance, making them suitable for a range of environments, including hazardous locations.
It is important to note that while CGB glands are suitable for hazardous locations, specific guidelines and standards, such as the National Electrical Code (NEC), must be followed to ensure safe installation and use. Proper installation and maintenance are crucial to maintaining the safety and integrity of electrical systems in hazardous areas.
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Frequently asked questions
CGB stands for Cable Gland in the Cooper/Crouse-Hinds catalog, which is a reference to various cord and cable stress relief fittings.
CGB Cable Glands are used with unarmored cables and flexible cords for hazardous and industrial markets. They form an environmental seal for the cable and provide a secure connection.
There are two main types of CGB Cable Glands: those with steel bodies and gland nuts, and those made of Feraloy iron alloy or aluminum construction.
CGB Cable Glands offer a broad range of cable outer diameters (ODs) to accommodate multiple cable sizes and variances on job sites. They also provide Type 4X and IP66 ingress protection ratings due to their robust design.
Yes, CGB Cable Glands are suitable for use in hazardous locations when installed in accordance with the relevant standards, such as NEC501.10(B)(4).
