Three Core Flat Cables For Submersible

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Supply TypeManufacturer, Exporter, Supplier, Retailer
Preferred Buyer Location All over the world

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Company Information

VIMAL FLEXSOL LTD.

Mehsana, Mahesana, Gujarat

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Member Since 18 Years
Nature of Business Retailer
Year of Establishment 2003

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Product Details
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Being a quality-centric organization, we are encouraged by our clients to manufacture, export and supply PVC Submersible Flat Cables. These cables are used in electrical wiring for giving electrical connection with heavy electrical energy power transmission. The offered cables have high durability against mechanical and electrical shocks and are suitable for protection against excess currents arising out of fault conditions. Provided PVC Submersible Flat Cables are manufactured under the supervision of our experts using high quality polyvinyl chloride and other raw material with cutting-edge technology and are made available at industry leading price.

Features:

Flame resistance
Excellent malleability
Fine finish
The wires are drawn, annealed and bunched properly to ensure long life.
Each of these three flexible copper conductors is insulated with a specially formulated PVC compound and the cores are laid-up in Flat Parallel Position.
The outer sheath of the cable is made from a special grade of abrasion resistant PVC compound impervious to water, grease oil and flexible in nature.
The PVC insulated copper conductor and PVC sheathed 3 Core Flat Cables are made similar to satisfy the requirements as per IS 694, Sequential meter marking is printed for users convenience to get correct length of cables.
Vimal brand name and size of cable is embossed on the sheath.

Note : The number of wires and strand diameter will be such as to satisfy the requirements of conductor resistance as per IS 8130 : 2013

It may vary within the prescribed limit of IS : 8130-2013 with related classes and tables.

Instruction for use: -

As this product is being delicate & it's application being critical, A due care should be taken in handling of winding wire from manufacturing of coils to packing of pump.
These wire are strictly passes through 'High voltage test' with latest computerized equipment in Vimal factory to avoid any critical problem while using. So customer does not required to carry out any test (except Meager Tes) in all respects
Do not stack more than 4 coils otherwise, bottom coil is likely to get damaged due to upper coil weight.
Always keep away winding wire from those things having sharp edges to avoid unintentional damage. Also avoid welding spark falling on winding wire while welding.
It is sure that if a care has been taken during the use of winding wire store time & inserting into stator slot it will be definitely ensure your Submersible pump's performance & Trouble free shooting for long long time.
To ensure proper jointing with three core flat cable with motor to avoided failure.

Specifications:

3 Core Flat Cables as per IS 694:2010 with ISI mark
Conductor		Insulation	Sheath	Overall Dimensions		Conductor Resistance @20oC (max) ohms/km.	Current Carrying Capacity @40oC Amps
Area sq. mm.	No./Dia. of Strands mm	Thickness (Nom) mm	Thickness (Nom) mm	Width x Height (Approx) W x H mm Nom. Max.		Conductor Resistance @20oC (max) ohms/km.	Current Carrying Capacity @40oC Amps
1.5	22/0.30*	0.60	0.90	11.0 x 5.0	12 x 5.60	12.10	14
2.5	36/0.30*	0.70	1.00	13.0 x 5.8	13.0 x 6.20	7.41	18
4.0	56/0.30**	0.80	1.00	15.30 x 6.70	15.30 x 7.1	4.95	26
6.0	84/0.30**	0.80	1.10	17.1 x 7.3	19.20 x 8.4	3.3	31

3 Core Flat Cables generally conforming to IS 694 : 2010
Conductor		Insulation	Sheath	Overall Dimensions
Area Sq. mm.	No./Dia. of Strands mm	Thickness (Nom) mm	Thickness (Nom) mm	Width (Approx) 'W' mm	Width (Approx) 'H' mm	Conductor Resistance @20oC (max) ohms/km.	Current Carrying Capacity @40oC Amps
1.5	22/0.30	0.8	1.15	12.8	6.0	12.10	14
2.5	36/0.30	0.9	1.15	14.6	6.4	7.41	18
4.0	57/0.30	1.0	1.15	17.2	7.4	4.95	26
6.0	85/0.30	1.0	1.15	18.7	7.9	3.30	31
10.0	140/0.30	1.0	1.40	23.7	9.9	1.91	42
16.0	226/0.30	1.0	1.40	28.0	11.4	1.21	57
25.0	354/0.30	1.2	2.00	35.5	14.7	0.780	72
35.0	496/0.30	1.2	2.00	39.5	16.2	0.554	90
As per conductor Class 2 of IS 8130 : 2013 *As per conductor Class 5 of IS 8130 : 2013