LED Bulbs
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Batten Light
Tube Rod
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Lear Circuit Breaker
PVC Tape
Factor PVC Tape for Electrical Insulation
Price range: ₨ 40 through ₨ 50- Brand : Factor
- Model : PVC TapeÂ
- Length: 8 Yards & 10 Yards
- Shape: Round
- Built: PVC
- Thickness: 181 mm
- Width: 18 mm
- Adhesive to Steel: 0.4 mm
- Holding Force:210 mm
- Tensile Strength: 474%
- Tack: 2/cm
- Unwinding Force: Kg/25mm = 0.69
- Elongation at Break: 260%.
Lear 1 Pole Circuit Breaker – Earth Leakage Safety Protection
Original price was: ₨ 350.₨ 320Current price is: ₨ 320.Thermal protection is activated when an overload condition occurs. In this scenario, excessive current causes a bimetallic contact to heat up and expand, ultimately leading to the interruption of the current. The thermal response is intentionally slow to accommodate short-duration overcurrent conditions, a common situation during startup in devices like electric motors.
Lear 2 Pole Circuit Breaker – Earth Leakage Safety Protection
Price range: ₨ 575 through ₨ 1,300Thermal protection is activated when an overload condition occurs. In this scenario, excessive current causes a bimetallic contact to heat up and expand, ultimately leading to the interruption of the current. The thermal response is intentionally slow to accommodate short-duration overcurrent conditions, a common situation during startup in devices like electric motors.
Lear 3 Pole Circuit Breaker – Earth Leakage Safety Protection
₨ 815Thermal protection is activated when an overload condition occurs. In this scenario, excessive current causes a bimetallic contact to heat up and expand, ultimately leading to the interruption of the current. The thermal response is intentionally slow to accommodate short-duration overcurrent conditions, a common situation during startup in devices like electric motors.
Lear 4 Pole Circuit Breaker – Earth Leakage Safety Protection
Price range: ₨ 1,350 through ₨ 1,750Thermal protection is activated when an overload condition occurs. In this scenario, excessive current causes a bimetallic contact to heat up and expand, ultimately leading to the interruption of the current. The thermal response is intentionally slow to accommodate short-duration overcurrent conditions, a common situation during startup in devices like electric motors.
