Characterisation of continuous arc discharge system as a fusion heat source for fused fiber components

Continuous arc discharge system is characterised to be implemented into the applications of fused fiber components as an alternative heat sources such as the chemical flame, filament fusion and laser. The heat source generated by the continuous arc discharge system which is a result of electron flows across two points which heats up the surrounding air in the gap. Heat is transferred to the fiber mostly through conduction in order to perform the fusion. From the analysis and data collected, frequency of 1200 Hz and duty cycle of 50 % and above achieve stable arc discharge effect. The optimal gap length between the electrodes is 2 mm.