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Marine Cable Glands

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

Price 50-400 INR/ Piece

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MOQ : 500-1000 Pieces

Marine Cable Glands Specification

Core Material
PVC / Copper

Insulation
Rubber or Silicone

Dielectiric Strength
High dielectric strength for marine safety standards

Conductor Shape
Circular

Usage & Applications
Shipboard cabling, marine electrical installations, offshore equipment

Rated Temperature
-40C to +100C

Diameter
Fits cable diameters 6mm - 63mm

Impedance
Standard impedance for marine applications

Cable Type
Armored, Unarmored, Flexible, Marine Cables

Conductor Type
Stranded / Solid

Locking Type
Threaded / Compression fitting

Features
Waterproof, Corrosion resistant, High mechanical strength, Suitable for harsh marine environments

Weight
Depends on size (e.g., 100g - 400g)

Tensile Strength
High tensile strength for marine installations

Operating Temperature
-40C to +100C

Armored Material
Optional steel wire armor

Core Number
1 - 5 (customized)

Number of Conductor
Typically single, varies as per application

Install Type
Screw-in, Compression

Product Type
Marine Cable Gland

Length
Standard and custom lengths available

Voltage
Up to 1000V

Insulation Material
Rubber, Silicone, EPDM

Application
Marine cable sealing, Shipboards, Offshore platforms

Conductor Material
Copper / Tinned Copper

Jacket Material
Rubber / Stainless Steel / Nickel-plated Brass

Storage Temperature
-20C to +70C

Connector Color
Silver

Shield Material
Brass / Stainless Steel

Jacket Color
Metallic Silver/Grey

Dimension (L*W*H)
As per cable gland size, e.g., M16-M63

Color
Metallic

Material
Nickel-plated Brass / Stainless Steel

Size
M16, M20, M25, M32, M40, M50, M63

Packing
Individual boxes or bulk packs

Ingress Protection Level
IP68

Special Features
EMC shielding, Anti-vibration

Explosion Proof
Available on request

Service Life
10+ years under standard marine conditions

Cable Entry Type
Single & Multiple entry

RoHS Compliance
Yes

Standards Compliance
IEC 62444, BS EN 50262

Torque Range
As specified per gland size

Sealing Method
O-Ring, Compression

Thread Type
Metric, PG, NPT

Environmental Suitability
Marine & Offshore use

Flame Retardant
Yes

Mounting Type
Bulkhead, Wall

Gland Type
Double compression, Single compression

Corrosion Resistance
Excellent for saltwater environments

Marine Cable Glands Trade Information

Minimum Order Quantity
500-1000 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
20-45 Days

About Marine Cable Glands

Vishnu Brass Industries are renowned manufacturer, exporter and supplier of Marine Cable Glands. These glands are widely used in armored, unarmored and flexible cables for fitting purposes. With the aid of innovative techniques, our ingenious professionals use top quality raw materials to manufacture these glands. Furthermore, our valued client can avail these Marine Cable Glands in numerous specifications at market leading prices within the promised delivery time.

Exceptional Sealing and Durability

Designed for demanding marine and offshore use, these cable glands feature O-Ring and compression sealing methods, achieving IP68 waterproofing and long-term corrosion resistance. Their construction ensures high mechanical and tensile strength, supporting a service life of over 10 years in standard marine conditions.

Comprehensive Standards Compliance

Compliant with international marine cable gland standards such as IEC 62444 and BS EN 50262, these cable glands guarantee reliable and safe operation. Available in both single and double compression types, they feature RoHS compliance and explosion proof options upon request for increased safety assurance.

Versatile Application and Customization

Marine cable glands come in standard and customized lengths, and accommodate cable diameters from 6mm to 63mm. With options for multiple mounting types and box or bulk packaging, they fit a range of marine and offshore applicationsfrom shipboard cable management to harsh offshore platform environments.

FAQs of Marine Cable Glands:

Q: How do Marine Cable Glands achieve waterproof protection in saltwater environments?

A: These marine cable glands utilize a combination of O-Ring and compression sealing methods to provide IP68 ingress protection, ensuring waterproof sealing even in persistent saltwater exposure. Their materials, such as nickel-plated brass and stainless steel, guarantee ongoing corrosion resistance for reliable marine use.

Q: What standards are Marine Cable Glands compliant with for marine electrical installations?

A: Marine cable glands are fully compliant with IEC 62444 and BS EN 50262, which are international standards for cable gland safety, performance, and mechanical protection in marine and offshore electrical applications.

Q: Where can these Marine Cable Glands be installed?

A: They are suitable for installation on shipboards, marine electrical systems, and offshore platforms. Mounting options include bulkhead and wall types, making them versatile for a wide range of marine and offshore projects.

Q: When should you use a single compression versus a double compression gland?

A: Single compression glands are ideal for lighter-duty, unarmored cables, while double compression glands provide enhanced sealing and strain relief, making them suitable for armored or high-stress marine cable installations requiring additional mechanical protection.

Q: What is the typical service life and environmental suitability of these cable glands?

A: These cable glands are engineered for a service life exceeding 10 years under standard marine conditions, with excellent resistance to corrosion, vibration, and environmental hazards, ensuring prolonged performance in marine and offshore settings.

Q: How do special features like EMC shielding and anti-vibration benefit marine applications?

A: Integrated EMC shielding protects sensitive electronics from electromagnetic interference, while anti-vibration properties protect cables and connections from mechanical stress, both essential for safe and reliable marine electrical installation in dynamic environments.

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