AWG Sizes : UL 83 PVC Flat Heavy Duty Jacketed

Submersible Pump Cable: AWG Sizes : UL 83 PVC Flat Heavy Duty Jacketed

Construction

Conductor

High purity electrolytic grade bright annealed flexible bunched bare, copper conductor according to ASTM B172

Insulation

Specially developed dielectric grade moisture resistant PVC

Sheath

High abrasion resistant tough & flexible PVC

Standards

UL 83

Working Voltage Uo/U

600/ 1000 V

Test Voltage

3000 V

Temperature range

-15⁰C to 75⁰C

Core colors	(For North American Markets)
3 core	Red ,Yellow, Black
4 core	Green, Red ,Yellow, Black
Sheath color:	Choice of Black or Blue

	">

2 & 3 Conductor without Ground * THW * UL 83 * 600 V

AWG size & Number of conductors AWG/No.	Nominal Cable dimensions inch x inch	Max. conductor resistance at 20⁰C ohm/1000 feet	Current carrying capacity at 30⁰C amps.
14/2	0.370 x0.232	2.525	20
12/2	0.433x0.264	1.628	25
10/2	0.488x0.295	0.998	35
14/3	0.512 x0.232	2.525	20
12/3	0.606x0.264	1.628	25
10/3	0.689x0.295	0.998	35
8/3	0.878x0.366	0.6282	50
6/3	1.035x0.425	0.3951	65
4/3	1.268x0.516	0.2485	85
2/3	1.437x0.579	0.1563	115
1/0-3	1.752x0.701	0.098	150
2/0-3	2.008x0.768	0.0729	175
3/0-3	2.315x0.886	0.0618	200

2 & 3 Conductor with Ground * THW * UL 83 * 600 V

Number of cores x cross-section no. x awg	Outer dimensions mm x mm	Max. conductor resistance at 20⁰C ohm/1000 feet	Current carrying capacity at 30⁰C amps.
14/2 W/14 Gr.	0.512 x0.232	2.525	20
12/2 W/12 Gr.	0.606x0.264	1.628	25
10/2 W/10 Gr.	0.689x0.295	0.998	35
8/2 W/10 Gr.	0.819x0.366	0.6282	50
14/3 W/14 Gr.	0.650x0.232	2.525	20
12/3 W/12 Gr.	0.776x0.264	1.628	25
10/3 W/10 Gr.	0.894x0.295	0.998	35
8/3 W/10 Gr.	1.075x0.366	0.6282	50
6/3 W/10 Gr.	1.295x0.433	0.3951	65
4/3 W/8 Gr.	1.535x0.520	0.2485	85
2/3 W/8 Gr.	1.713x0.579	0.1563	115
1/0-3 W/6 Gr.	2.185x0.748	0.098	150
2/0-3 W/6 Gr.	2.433x0.827	0.0729	175
3/0-3 W/6 Gr.	2.559x0.882	0.0618	200

Note:

Insulation thickness, Sheath thickness and overall dimensions are nominal values. The number of wires is approximate and strand diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance as per IS 8130/1984, BS-6360, IEC-60228 & VDE-0295.