About 75L CW 4PT Brass Cable Glands
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Product Name: 75L CW 4PT Brass Cable Gland
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Size: 75L
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Type: CW Type with 4-part construction (4PT)
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Material: High-quality brass
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Function: Secure termination and sealing of armoured cables
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Compression Type: Double compression (inner armour and outer sheath)
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Ingress Protection: IP68 (dustproof and waterproof)
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Corrosion Resistance: Excellent resistance to moisture and industrial environments
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Cable Type: Suitable for armoured cables
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Earth Continuity: Provides effective armour earthing
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Finish: Natural brass / nickel plated (optional)
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Applications: Electrical panels, hazardous areas, oil & gas, power plants, heavy industries
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Standards: Industrial-grade, suitable for indoor and outdoor use
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| Feature | Description |
| Durable Brass Construction | Offers high corrosion resistance and long service life in industrial environments. |
| Wide Size Range (16S to 90L) | Suitable for various cable diameters and heavy-duty applications. |
| Multiple Thread Options | Available in ET, NPT, and Metric to match international installation standards. |
| Secure Clamping & Sealing | Provides strong mechanical retention and effective sealing for armoured/unarmoured cables. |
| Ideal for Industrial Use | Used in electrical panels, oil & gas, marine, machinery, and power distribution systems. |
Superior Brass ConstructionCrafted from premium brass, the 75L CW 4PT Cable Glands stand out for their strength and resistance to corrosion. This ensures longevity even in rigorous industrial conditions, making them a preferred choice for cable management solutions. The robust material also guarantees secure cable fixation and optimal performance.
Versatile Industrial ApplicationThese cable glands are tailored for single-phase industrial environments, supporting installations requiring high durability and precision. With a substantial 75mm size, they accommodate larger cables, making them suitable for factories, power plants, and manufacturing units throughout India.
Reliable Warranty and AvailabilityEnjoy peace of mind with a one-year warranty provided for the 75L CW 4PT Brass Cable Glands. The product is easily accessible via various channels - distributors, exporters, importers, manufacturers, service providers, suppliers, and traders. This wide availability ensures you can source them when and where needed.
FAQ's of 75L CW 4PT Brass Cable Glands:
Q: How are 75L CW 4PT Brass Cable Glands installed in industrial settings?
A: To install these brass cable glands, the cable is passed through the gland body, adjusted for a secure fit, and then the gland is tightened to ensure a firm seal and effective cable strain relief. Installation may require basic tools and should follow safety procedures.
Q: What advantages does the brass material offer in cable glands?
A: Brass construction provides excellent corrosion resistance, mechanical strength, and durability. This makes the cable glands suitable for harsh industrial environments and ensures long-lasting, reliable cable protection.
Q: When should I use a 75mm cable gland in my industrial project?
A: A 75mm cable gland is recommended when managing thick or heavy industrial cables that require strong, secure connections and efficient strain relief, particularly in single-phase electrical setups.
Q: Where can I purchase or source 75L CW 4PT Brass Cable Glands in India?
A: You can obtain these cable glands from reputable distributors, exporters, importers, manufacturers, service providers, suppliers, and traders across India. Many companies offer both direct sales and online ordering options.
Q: What is the process for ensuring proper performance after installation?
A: Following installation, it is crucial to inspect the cable gland for tightness, verify the cable is securely held, and check for any signs of damage or moisture ingress during operation. Routine maintenance enhances reliability and prolongs lifespan.
Q: How does using these cable glands benefit industrial electrical systems?
A: Employing brass cable glands helps protect cables from mechanical stress, environmental factors, and electrical hazards. This ensures stable power transmission, reduces downtime, and enhances safety in industrial operations.