Products & Solutions

Submersible Cables

PVC 3 & 4 Core Flat Cables

High-quality PVC 3 & 4 core flat submersible pump cables with finely stranded flexible copper conductors for excellent conductivity and durability. Designed for continuous use in deep wells and water pumping systems with superior resistance to moisture, abrasion, grease, and oil. Suitable for heavy-duty power supply applications where flexibility and robustness are essential. Conforms to international standards like IEC 60227, BS 6500, and IS 694.

Construction

Conductor: Finely stranded bare flexible copper conductor.
Insulation: PVC
Sheath: PVC
Core Colours: 3 core - Red, Yellow, Blue OR Brown, Blue, Black; 4 core - Red, Yellow, Blue, Green OR Brown, Blue, Black, Yellow with Green line OR Green with Yellow line.

Applications

For continuous use in deep wells to supply power to submersible motors for depths up to 500 metres.

Special Features

Excellent resistance to moisture, abrasion, grease and oil.
Excellent mechanical and electrical properties.
Generally conforming to CENELEC HD 21, IEC 60227, BS 6500, DIN VDE 0281 and IS 694.
Temperature range: -15°C to +70°C.

PVC 3 Core Flat Cable for Submersible Pumps (1100 Volts)

Conductor		PVC Insulation		PVC Sheath / Overall Dimensions			Conductor Resistance at 20°C (Max) Ω/km	Current Rating at 40°C (Amps)
Nominal Size (sq. mm)	Nos. & Dia. of Wire (Nos./mm)	Nominal Thickness (mm)	Nominal Core Dia. (mm)	Nominal Thickness (mm)	Height (mm)	Width (mm)
1.50	22/0.30	0.80	3.25	1.15	6.20	12.80	12.10	14
2.50	36/0.30	0.90	3.80	1.15	6.40	14.60	7.41	18
4.00	56/0.30	1.00	4.50	1.15	7.40	16.60	4.95	26
6.00	84/0.30	1.00	5.25	1.15	7.90	18.60	3.30	31
10.00	140/0.30	1.00	6.50	1.40	9.90	23.70	1.91	42
16.00	224/0.30	1.00	8.00	1.40	11.80	28.00	1.21	57
25.00	350/0.30	1.20	10.10	2.00	14.70	35.50	0.780	72
35.00	490/0.30	1.20	11.30	2.00	16.80	39.50	0.554	90
50.00	703/0.30	1.40	13.50	2.20	18.00	45.50	0.386	115
70.00	988/0.30	1.40	15.30	2.20	20.00	51.00	0.272	143
95.00	1349/0.30	1.60	18.00	2.40	23.50	60.00	0.206	165
120.00	608/0.50	1.90	19.80	2.80	25.00	65.00	0.161	188
150.00	760/0.50	2.20	22.70	4.00	30.70	76.10	0.129	216

PVC 4 Core Flat Cable for Submersible Pumps (1100 Volts)

Conductor		PVC Insulation		PVC Sheath / Overall Dimensions			Conductor Resistance at 20°C (Max) Ω/km	Current Rating at 40°C (Amps)
Nominal Size (sq. mm)	Nos. & Dia. of Wire (Nos./mm)	Nominal Thickness (mm)	Nominal Core Dia. (mm)	Nominal Thickness (mm)	Height (mm)	Width (mm)
1.50	22/0.30	0.80	3.25	1.30	6.20	15.80	12.10	14
2.50	36/0.30	0.90	3.80	1.30	6.40	18.00	7.41	18
4.00	56/0.30	1.00	4.50	1.45	7.40	21.00	4.95	26
6.00	84/0.30	1.00	5.25	1.50	7.90	24.50	3.30	31
10.00	140/0.30	1.00	6.50	1.80	9.90	29.70	1.91	42
16.00	224/0.30	1.00	8.00	1.95	11.80	36.00	1.21	57
25.00	350/0.30	1.20	10.10	2.00	14.70	45.10	0.780	72
35.00	490/0.30	1.20	11.30	2.00	16.80	50.10	0.554	90
50.00	703/0.30	1.40	13.50	2.20	18.20	58.20	0.386	115
70.00	988/0.30	1.40	15.30	2.20	20.00	66.50	0.272	143
95.00	1349/0.30	1.60	18.00	2.40	23.50	77.30	0.206	165
120.00	608/0.50	1.80	19.80	3.50	27.80	87.00	0.161	188

PVC 3 Core Flat Submersible Cable

Cross Sectional Area (sq. mm)	Copper Construction (Nos./mm)	Insulation Thickness (mm)	Nominal Core Diameter (mm)	Sheath Thickness (mm)	Height (mm)	Width (mm)	Maximum Conductor Resistance at 20°C (Ω/km)	Current Rating at 40°C (Amps)
0.50	16/0.200	0.60	2.20	0.90	4.30	8.90	39.00	4
0.75	24/0.200	0.60	2.45	0.90	4.50	9.50	26.00	7
1.00	32/0.200	0.60	2.70	0.90	4.70	10.20	19.50	12
1.50	30/0.250	0.60	2.80	0.90	4.90	10.50	13.30	14
2.50	50/0.250	0.70	3.50	1.00	5.70	12.60	7.98	18
4.00	56/0.300	0.80	4.00	1.00	6.60	14.80	4.95	26
6.00	84/0.300	0.80	5.10	1.10	7.40	17.70	3.30	31
10.00	140/0.300	1.00	6.30	1.40	9.30	22.30	1.91	42
16.00	224/0.300	1.00	7.50	1.40	10.80	26.30	1.21	57
25.00	350/0.300	1.20	10.10	2.00	14.70	35.50	0.780	72
35.00	490/0.300	1.20	11.30	2.00	16.80	39.50	0.554	90
50.00	703/0.300	1.40	13.50	2.20	18.00	45.50	0.386	115
70.00	988/0.300	1.40	15.30	2.20	20.00	51.00	0.272	143
95.00	1349/0.300	1.60	18.00	2.40	23.50	60.00	0.206	165

Note

The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360.

In view of continuous improvements in design and process, specifications given here are subject to change without notice.