TEMPERATURE ANALYSIS OF 2x1.5mm² NYM CABLE
BENDING ON CURRENT LARGE
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Institusion
Universitas Darul ulum
Author
GERHANA DANANJAYA, GERHANA
Subject
Teknik Elektro
Datestamp
2024-10-08 03:25:20
Abstract :
TEMPERATURE ANALYSIS OF 2x1.5mm² NYM CABLE BENDING ON CURRENT LARGE Gerhana Danan Jaya/202320201003 ABSTRACT This research was conducted to examine the effect of bending angles on home and industrial electrical cable installations, because cable installations that are not always straight sometimes require bending at several points. Unaccounted for bending can increase the temperature of the cable, potentially causing the insulation to burn and the conductor wire to melt. By using a 2x1.5mm² NYM cable and carrying an electric current of between 1 and 5A, this research varied the bending angle of the cable at 135°, 90°, 45° and reverse bending. Test results using meter pliers, thermometers, and several electronic equipment as loads, show that bending at an obtuse angle can reduce the temperature significantly, thereby preventing damage to the insulation and melting of the conductor wire. On the other hand, a sharp bending angle (300°) causes a drastic temperature increase which increases the risk of cable damage. Keywords: Cable Bending, Temperature, Insulation, Current.
TEMPERATURE ANALYSIS OF 2x1.5mm² NYM CABLE BENDING ON CURRENT LARGE Gerhana Danan Jaya/202320201003 ABSTRACT This research was conducted to examine the effect of bending angles on home and industrial electrical cable installations, because cable installations that are not always straight sometimes require bending at several points. Unaccounted for bending can increase the temperature of the cable, potentially causing the insulation to burn and the conductor wire to melt. By using a 2x1.5mm² NYM cable and carrying an electric current of between 1 and 5A, this research varied the bending angle of the cable at 135°, 90°, 45° and reverse bending. Test results using meter pliers, thermometers, and several electronic equipment as loads, show that bending at an obtuse angle can reduce the temperature significantly, thereby preventing damage to the insulation and melting of the conductor wire. On the other hand, a sharp bending angle (300°) causes a drastic temperature increase which increases the risk of cable damage. Keywords: Cable Bending, Temperature, Insulation, Current.
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