Submersible Flat Cables

Categories: Accessories, Cables Brand: Tormac

Quick description:

Tormac submersible flat cables are designed and producing intelligence for different circumstances in which they have to function. High conductivity annealed and bunched flexible copper conductors are made from electrolytic bright copper twisted together and insulated with colour coded special grade water proof flexible PVC compound. The final production of outer sheath is made from high grade flexible PVC compound imperious to water ,grease, oil etc., thereby it ensure long life and has good with standing capacity to high voltage and current. Tormac 3 core flat cables conform to IS : 694 – 1990.

Available nominal sizes (in Sq.mm) — 1.0, 1.5, 2.5, 4.0, 6.0, 10.0, & 16.0.
Packing — 300, 500 and 1000 meters only.

Note: Don’t use single sheath cables for heavy duty applications like dewatering, swage and slurry pumps in which the acidic fluids and chemicals will damage the sheath. Double sheathed cables can be used for these kinds of applications.
The company reserves the right to modify the technical specification and illustration without prior notice.

Availability:

In Stock

Applications

Supplying power to all types if indoor and outdoor portable and fixed pumping equipments

Structural Characteristics

High conductivity annealed and bunched flexible electrolyte bright copper conductors
High grade PVC insulation and sheath.
Good with standing capacity to high voltage and current.

Specification

Voltage rating	1100 V – AC Supply
Temperature range	-10ºC to +70ºC
Conductor	High conductivity annealed and bunched copper
Insulation material	Flexible water proof PVC
Sheath material	Flexible water proof PVC / Rubber
Sheath colour	Black
Colour	3 core- Red, Yellow and Blue

Technical Data

Conductor Area in sq.mm (Nominal)	No of Strands and Diameter (Nominal).	Thickness of insulation in mm (Nominal).	Thickness of Sheath in mm (Nominal).	Maximum Overall Dimensions in mm		Maximum conductor Resistance at 20ºC Ohms/km	Current carrying capacity at 40ºC Amps
Conductor Area in sq.mm (Nominal)	No of Strands and Diameter (Nominal).	Thickness of insulation in mm (Nominal).	Thickness of Sheath in mm (Nominal).	W	H	Maximum conductor Resistance at 20ºC Ohms/km	Current carrying capacity at 40ºC Amps
1.0″	14/0.30	0.6	0.9	10.5	5.0	18.10	12
1.5″	22/0.30	0.6	0.9	11.5	5.4	12.10	16
2.5″	36/0.30	0.7	1.0	14.0	6.4	7.41	22
4.0″	56/0.30	0.8	1.1	16.5	7.2	4.95	29
6.0″	84/0.30	0.8	1.1	18.0	8.0	3.30	37
10.0″	140/0.30	1.0	1.2	22.5	9.6	1.91	51
16.0″	226/0.30	1.0	1.3	26.5	11.0	1.21	68