About 90L A1 A2 Type Brass Cable Glands
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Product Name: 90L A1 / A2 Type Brass Cable Gland
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Size: 90L
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Type: A1 / A2 Type
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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
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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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Finish: Natural brass / nickel plated (optional)
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Applications: Electrical panels, oil & gas, refineries, power plants, heavy industries
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Standards: Industrial-grade, suitable for indoor and outdoor use
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| Feature | Description |
| Material High-Grade Brass | Offers excellent durability, mechanical strength, and corrosion resistance. |
| Available Sizes: 16S to 90L | Supports a wide range of cable diameters for diverse applications. |
| Thread Types ET, NPT, M | Compatible with global thread standards for easy installation. |
| Suitable for Armoured & Unarmoured Cables | Ensures secure cable clamping and reliable sealing. |
| Industrial Applications | Ideal for electrical panels, marine systems, instrumentation, and control equipment. |
Reliable Industrial PerformanceThe 90L A1 A2 Type Brass Cable Glands deliver exceptional performance in demanding industrial settings. Their brass construction withstands harsh environments, making them ideal for securing solid conductors in single-phase setups. Enhanced durability and effective cable protection result in minimal maintenance and improved system longevity.
Versatile Sourcing and SupportCustomers can source these cable glands directly from distributors, manufacturers, suppliers, exporters, importers, and service providers across India. The comprehensive warranty coverage and expert support ensure that users receive prompt assistance and replacement if required, adding trust throughout the procurement process.
FAQ's of 90L A1 A2 Type Brass Cable Glands:
Q: How are 90L A1 A2 Type Brass Cable Glands installed in industrial environments?
A: Installation involves inserting the solid single-phase cable within the gland, then securely tightening the gland body to ensure optimal sealing and strain relief. It is recommended to follow the manufacturer's instructions for correct torque and fit to achieve both safety and durability.
Q: What materials are used in the construction of these cable glands?
A: These glands are crafted from high-grade brass and feature a golden finish, offering superior strength, excellent corrosion resistance, and reliable performance in industrial applications.
Q: When can warranty claims be made for the 90L A1 A2 Type Brass Cable Glands?
A: Warranty claims are valid within one year of purchase. If a manufacturing defect or performance issue arises during this period, customers should contact their distributor or supplier for assessment and potential product replacement.
Q: Where can these brass cable glands be used and sourced in India?
A: They are widely utilized in industrial setups across India and available from registered distributors, exporters, importers, manufacturers, service providers, suppliers, and traders, ensuring easy availability nationwide.
Q: What is the process for importing or exporting 90L A1 A2 Type Brass Cable Glands?
A: The process typically involves contacting authorized exporters or importers, complying with relevant customs documentation, and meeting quality standards for industrial cable accessories as stipulated by Indian regulations.
Q: What are the primary usage and applications of these cable glands?
A: The brass cable glands are primarily used for securely sealing, protecting, and managing solid single-phase cables in industrial electrical installations, providing strain relief and preventing ingress of dust or moisture.
Q: What benefits do users gain by choosing these cable glands?
A: Users benefit from superior durability, effective environmental sealing, enhanced cable protection, and peace of mind from the one-year warranty and support services. Their reliable performance minimizes risks associated with cable damage and system downtime.