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E1W Cable Glands

Name: E1W Cable Glands
Brand: VISHNU BRASS INDUSTRIES
Price: 50-400 INR
Availability: InStock

Price 50-400 INR/ Piece

Get a Price/Quote

MOQ : 500-1000 Pieces

E1W Cable Glands Specification

Rated Temperature
-20°C to +80°C (typical for gland components)

Weight
Varies with size and material

Armored Material
Suitable for steel wire armored (SWA) or unarmored cables

Features
Weatherproof, dust-proof, moisture-proof, flame retardant, corrosion resistant, mechanical protection, superior sealing.

Cable Type
Armored (SWA), Unarmored, PVC sheathed, XLPE, etc.

Tensile Strength
High mechanical strength for cable retention

Install Type
Outdoor/Indoor mounting - Suitable for panel and enclosure entries.

Usage & Applications
Industrial, power plants, control panels, switchgear, hazardous area installations.

Diameter
20mm to 90mm (depends on gland size)

Operating Temperature
-20°C to +80°C

Locking Type
Threaded body with locknut

Product Type
E1W Cable Gland

Length
Custom as required / Standard supplied as per gland size

Voltage
Up to 1.1 kV

Insulation Material
N/A (non-insulated metallic gland)

Application
Securing cable terminations, industrial cable management, electrical panels, junction boxes, armored/unarmored cable clamping.

Conductor Material
N/A (Used for cable, not inside gland)

Jacket Material
N/A (Cable gland body metal construction)

Storage Temperature
-20°C to +80°C

Connector Color
Silver/Metallic

Dimension (L*W*H)
Varies by gland size (Consult technical datasheet for details)

Color
Silver/Metallic (Standard finish)

Material
Brass (nickel plated), Stainless steel, Aluminium (as per order)

Size
Available from 20mm to 90mm (Across various gland sizes)

Thread Length
Standard or Extended on request

Packing Type
Box/carton packing; quantity per box varies by size

Earth Continuity
Yes, provides reliable earth continuity for armored cables

Application Standard
BS 6121: Part 1: 1989

Fire Resistance
Flame retardant per industry standard

Mounting Method
Fixing via threaded entry and locknut

Sealing Insert Material
Rubber (usually EPDM or neoprene for tight sealing)

Suitable Cable Diameter Range
Ranges from 8mm to 80mm (dependent on gland size)

Ingress Protection
IP66/IP67 as per IEC 60529

Expansion Type
Compression type sealing for secure fitting

Reusability
Reusable if undamaged and thread is intact

Gland Parts
Locknut, washer, body, cone, sealing ring, armor clamping ring, compression nut

Finish Type
Natural brass, nickel plated, or stainless steel finish

Thread Type
Metric (ISO), PG, or Imperial (as specified in order)

E1W Cable Glands Trade Information

Minimum Order Quantity
500-1000 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
20-45 Days

About E1W Cable Glands

To meet different needs of clients, we manufacture, exporter and supply a wide assortment E1w Cable Glands. The provided glands are manufactured with the aid of progressive techniques using pristine quality raw materials by our adroit professionals. These glands are widely used in armoured cables for fitting applications. Apart from this, we are offering these E1w Cable Glands in various sizes at cost effective prices.

Robust Cable Termination and Protection

E1W Cable Glands offer exceptional mechanical strength and sealing for cables used in power plants, industrial control panels, and hazardous areas. With corrosion-resistant materials and superior ingress protection, these glands are built to withstand varied environments and temperatures ranging from -20C to +80C, ensuring cable connections remain safe and reliable.

Superior Sealing and Earth Continuity

Engineered with compression-type sealing and high-grade rubber inserts, E1W glands effectively prevent dust, moisture, and water ingress. The integrated armor clamping ring delivers reliable earth continuity, crucial for safely managing armored cables according to BS 6121: Part 1: 1989 standards.

Versatile Installation and Custom Sizes

Suitable for both indoor and outdoor applications, E1W Cable Glands mount via a threaded body and locknut system, fitting metric, PG, or imperial entries as required. Available in multiple sizes from 20mm to 90mm, with the option for standard or extended thread lengths, they adapt effortlessly to specific project demands.

FAQs of E1W Cable Glands:

Q: How does the E1W Cable Gland ensure ingress protection for cables?

A: The E1W Cable Gland uses a compression-type sealing mechanism with EPDM or neoprene rubber inserts to achieve IP66/IP67 ingress protection. This design effectively seals out dust, water, and moisture, ensuring reliable cable entry sealing in harsh environments.

Q: What types of cables and applications are E1W Cable Glands suitable for?

A: E1W Cable Glands are suitable for armored (such as SWA), unarmored, PVC-sheathed, and XLPE cables. They are commonly used in industrial settings, including power plants, electrical panels, switchgear, and hazardous area installations.

Q: When should I choose a standard or extended thread length for E1W Cable Glands?

A: Select a standard thread length for regular panel or enclosure mounting. If your installation involves thick walls or requires additional threading for secure attachment, request an extended thread length to ensure a proper and leak-proof fit.

Q: Where can E1W Cable Glands be installed?

A: E1W glands are designed for both indoor and outdoor environments and can be installed on control panels, junction boxes, and enclosures using threaded entries and locknuts. Their weatherproof and corrosion-resistant construction makes them suitable for diverse industrial settings.

Q: How do I mount and reuse E1W Cable Glands?

A: To install, fix the gland via its threaded entry and locknut. Ensure that the sealing insert and threads remain undamaged; if so, the gland can be reused safely in subsequent applications.

Q: What benefits do E1W Cable Glands offer over conventional glands?

A: E1W Cable Glands provide flame retardancy, superior mechanical protection, reliable earth continuity, and compatibility with a wide cable diameter range. Their corrosion-resistant finish and adaptability make them ideal for rugged and hazardous environments, improving safety and sealing performance.

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