A1-A2 Cable Glands

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A1-A2 Cable Glands Specification

Temperature Tolerance
-20C to +80C

Material
Brass, Nickel Plated Brass, Stainless Steel

Cable Length
Suitable for variable cable lengths

Function
Termination and sealing of cables

Size
M16 to M63, PG7 to PG48

Application
Electrical panels, Control equipment, Outdoor/Industrial wiring

Color
Metallic (Silver/Gold)

Feature
Weatherproof, Flameproof, Corrosion Resistant

Protection Level
IP66/IP67

About A1-A2 Cable Glands

A1-A2 Cable Glands manufactured and supplied by our company can be used in industrial and heavy engineering applications to secure cables from harsh environments such as high temperature, pressure, vibrations, and impact loads. It is designed with high precision and accuracy which lead to high dimensional accuracy. It is provided with highly finished threads to fasten the gland with high rigidity without the need for special tools and attachments. Buyers can get this sturdy component at a reasonable and low price.

Superior Protection for Cables

A1-A2 Cable Glands provide advanced protection for cables against dust, water, and environmental hazards. Engineered with robust sealing materials such as Neoprene and EPDM, these glands guarantee secure connections and long-term reliability, making them suitable for both indoor and outdoor applications in harsh environments.

Versatile Application in Electrical Installations

These cable glands cater to varied installation requirements, offering compatibility with multiple thread types-Metric, PG, NPT, and BSP. The mounting design, complemented by a lock nut, ensures an easy and fixed setup, making these glands suitable for control panels, machinery wiring, and industrial outdoor environments.

Durable Construction and Reliable Performance

Manufactured from brass, nickel-plated brass, or stainless steel, A1-A2 Cable Glands boast corrosion resistance and flameproof properties. The electroplated or polished metallic finish enhances durability and aesthetics, while strict ingress protection standards (IP66/IP67) ensure consistent, safe operation even in challenging conditions.

FAQ's of A1-A2 Cable Glands:

Q: How do A1-A2 Cable Glands ensure protection against dust and water?

A: A1-A2 Cable Glands use quality Neoprene or EPDM seals, combined with precise machining and robust construction, delivering IP66/IP67 ingress protection. This guarantees that cables remain dustproof and waterproof, safeguarding electrical connections in various environments.

Q: What types of threads are available for these cable glands, and how do I choose the right one?

A: A1-A2 Cable Glands are available in Metric, PG, NPT, and BSP threads. The selection depends on the installation standard and equipment compatibility; metric and PG are popular for European panel boards, while NPT and BSP suit industrial and outdoor use.

Q: When should I opt for stainless steel cable glands instead of brass or nickel-plated brass?

A: Stainless steel cable glands are recommended for highly corrosive environments or applications requiring maximum flameproof safety. Brass and nickel-plated brass are ideal for general purpose, offering cost-effective durability and corrosion resistance.

Q: Where are A1-A2 Cable Glands typically installed?

A: These cable glands are commonly installed in electrical panels, control equipment, industrial machinery, and outdoor wiring setups where secure, weatherproof, and flameproof cable termination is crucial.

Q: What is the correct process for installing A1-A2 Cable Glands with mounting lock nut accessories?

A: To install, insert the cable through the gland, clamp it securely, position the gland in the panel or enclosure entry, and fix it using the supplied lock nut. Accessories such as washers and earth tags may be added for extra sealing and grounding, ensuring safety and compliance.

Q: How do A1-A2 Cable Glands benefit electrical and industrial applications?

A: These cable glands provide robust cable termination, superior protection against environmental threats, and flameproof performance. Their versatility and reliability in tough conditions improve installation safety, operational longevity, and overall system integrity.

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