Submersible Cable

Submersible Cable Specification

Usage & Applications
Deep well submersible pump, Underwater applications, Irrigation systems

Dielectiric Strength
> 3 Kilopascals (KPa)

Core Material
Electrolytic grade copper

Rated Temperature
-15 to +70 Celsius (oC)

Features
High flexibility, Moisture resistant, Abrasion resistant, Weather proof

Insulation
PVC insulated

Core Number
3

Impedance
IS:694 Teraampere (TA)

Conductor Type
Stranded

Install Type
Permanent and underwater installation

Number of Conductor
3 Core

Conductor Shape
Round

Armored Material
Unarmored

Cable Type
Flat cable

Operating Temperature
-15 to +70 Celsius (oC)

Product Type
Submersible flat cable

Length
100 Meter (m)

Voltage
1100 V

Insulation Material
Other

Application
Other

Conductor Material
Copper

Jacket Material
PVC

Storage Temperature
-20 to +80 Celsius (oC)

Connector Color
Black

Shield Material
Copper

Jacket Color
Black

Material
PVC & Copper

Color
Black

Size
1.0 sq.mm to 16 sq.mm (varies)

Insulation Resistance
36 M/km

Resistance to Oil & Chemicals
Yes

Sheath Color
Black

Sheath Type
PVC Type-A

Halogen Free
No (standard PVC type)

Minimum Bending Radius
10 x cable diameter

Flame Retardant
Yes

Max Current Carrying Capacity
As per IS 694 standards

Submersible Cable Trade Information

Minimum Order Quantity
500 Meter

Delivery Time
Days

Main Domestic Market
Madhya Pradesh

About Submersible Cable

Product details

Insulation Material : PVC
Packaging Type : Roll
Waterproof : Yes
Country of Origin : Made in India
Brand : Amritlal And Company
No. of Cores : 4 Cores
Usage/Application : Submersible
Wire Material : Copper

Engineered for Tough Environments

Designed to withstand exposure to oil, chemicals, moisture, and flames, this submersible cable guarantees reliability in underwater and harsh outdoor settings. With its high tensile strength PVC sheath and robust construction, it is suitable for diverse installations, including deep well submersible pumps and irrigation systems.

Performance and Safety Assurance

Manufactured as per IS 694 standards, this cable ensures stable impedance, strong dielectric strength (>3 kV), and exceptional insulation resistance (36 M/km). Its copper stranded conductors maximize conductivity, while the flame-retardant, abrasion-resistant PVC sheath provides an added layer of safety during operation.

Flexible, Long-Lasting Installation

The high flexibility and weatherproof nature of this cable enable easy routing and enduring performance, even under permanent or underwater installation. The cable's stranded, round copper conductors and flat profile facilitate secure connections and long service life, keeping maintenance requirements minimal.

FAQ's of Submersible Cable:

Q: How do I install this submersible cable for underwater applications?

A: The cable is designed for permanent, underwater installations such as deep well submersible pumps and irrigation systems. Ensure the minimum bending radius (10 times the cable diameter) is maintained during installation, and connect the 3-core, stranded copper conductors securely. Avoid mechanical damage and verify waterproof sealing at terminations.

Q: What benefits does the flame retardant PVC sheath provide?

A: The flame-retardant PVC sheath offers enhanced safety by reducing the risk of fire propagation in case of electrical faults, making it suitable for environments where fire resistance is critical.

Q: When is this cable most suitable for use?

A: This cable is ideal for continuous operation in submerged or permanently wet locations, such as deep wells, borewells, or irrigation water pumps, especially where exposure to oil, chemicals, or harsh weather is expected.

Q: Where can I use this cable besides submersible pumps?

A: While mainly intended for submersible pump connections, this cable is also excellent for irrigation systems, underwater lighting, fountains, and other installations that need reliable, waterproof, and chemical-resistant power transmission.

Q: What process should I follow for safe storage and handling?

A: Store the cable in a dry, temperature-controlled environment from -20C to +80C. Avoid compressing or sharply bending the cable. During handling, ensure coils remain intact to prevent damage to the insulation and stranded copper conductors.

Q: How does the cable's construction benefit long-term performance?

A: The combination of stranded electrolytic grade copper conductors and abrasion-resistant, flexible PVC insulation ensures low electrical losses, high tensile strength, and longevity even under continuous exposure to water, chemicals, and physical wear.

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