Waterproof Submarine Watertight Cable for Underwater Lighting Oxygenator

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Product Description

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Basic Specifications

Model NO.
RECH
Application
Underwater
Conductor
Tinned Copper Wire
Sheath Material
Chloroprene Rubber Mixture
Insulation
Ethylene Propylene Rubber
Material Shape
Round Wire
Certification
ISO9001, CE, CCC, RoHS
Voltage Range
300-1000V
Waterproof Rating
IPX-8
HS Code
8544492100
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Product Description

Watertight Cable Overview

Watertight Cables are essential components for underwater environments, categorized into longitudinal and transverse watertight designs. These include power, coaxial, signal, control, and optical composite cables.

Primary Applications: Designed for underwater robotics, cameras, thrusters, sonar systems, and other marine equipment requiring reliable electrical connections and signal transmission at depth.

Cable Structure Divider

Transverse Watertight Cable Construction

  • Conductor: Multiple strands of finely twisted tinned copper wire (VDE 0295, Class 5).
  • Insulation: Ethylene propylene rubber mixture or fluorinated ethylene propylene copolymer.
  • Core Identification: Black core with white numbering or white core with black numbering.
  • Outer Sheath: High-grade chloroprene rubber mixture or PUR.
  • Sheath Color: Available in Red or Black.
Parameter Standard Value
Rated Voltage Control: 300/500V | Power: 0.6/1KV
Temperature Range Fixed: -40ºC to 90ºC | Moving: -35ºC to 90ºC
Min. Bend Radius Fixed: 5x Outer Diameter | Movable: 10x Outer Diameter
Flame Retardant Compliant with IEC 60332-1
Resistance Properties Water, UV, and temperature change resistance
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Available Specifications

Cable Nominal Cross Section (mm²) (1~64)*0.25, (1~64)*0.35, (1~64)*0.5, (1~64)*0.75, (1~64)*1
(1~64)*1.5, (1~64)*2.5, (1~10)*4, (1~10)*6, (1~5)*10
(1~5)*25, (1~5)*35, (1~5)*50, (1~5)*70, (1~5)*95
(1~37)*2*0.14 to (1~37)*2*1.5

Cable Advantages

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Cable Advantage 2
Cable Advantage 3
Cable Advantage 4
Cable Application

Advanced Marine-Grade Solutions

Our high-performance flexible industrial cables are engineered for the most demanding environments:

  • Ocean Engineering: Subsea oil/gas extraction, fiber optic laying, and exploration equipment.
  • Marine Infrastructure: Power and signal systems for ships, docks, and bridges.
  • Aquaculture: Reliable power for oxygenation, feeding, and monitoring equipment.
  • Water Conservancy: Control signals for pump stations, reservoirs, and drainage channels.
  • Industrial Manufacturing: Oil and bend-resistant cables for robotics and machine tools.
Quality Standard
Cable Sample 1
Cable Sample 2
Production Detail
Factory Testing
Bottom Divider

Frequently Asked Questions

Q1: What are the main applications for these watertight cables?
These cables are designed for underwater robotics (ROVs), marine exploration, subsea oil and gas extraction, aquaculture equipment, and water conservancy facilities such as pump stations.
Q2: What is the typical lead time for an order?
The standard lead time is usually between 10 to 30 working days, depending on the specific model and order volume.
Q3: How do you ensure the quality of the underwater cables?
Quality is guaranteed through a strictly controlled process including pre-production samples for approval and a comprehensive final inspection before shipment to ensure IPX-8 compliance.
Q4: Can these cables be customized for specific marine projects?
Yes, we provide customization services to meet unique environmental requirements, including specialized core counts, materials, and resistance properties.
Q5: What packaging methods are used for shipping?
Cables are typically packed in sturdy cartons. For larger cables or bulk orders, we utilize wooden drums or coils to ensure safe transport.
Q6: What technical standards do the cables comply with?
Our cables are manufactured according to strict international standards, including VDE, and carry certifications such as ISO9001, CE, CCC, and RoHS.

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