Blowing machine heater resistance heating and electromagnetic contrast
Blowing machine heater resistance heating and electromagnetic contrast
1, compared to resistive heating, electromagnetic heating more than a layer insulation layer, thereby increasing thermal efficiency.
2, compared to resistive heating, the electromagnetic acts directly on conduit heater heating, thus reducing the heat transfer thermal energy loss.
3, compared to resistive heating, electromagnetic heating rate faster than one quarter of the heater, thereby reducing the heating time.
4, compared to resistive heating, the heating rate is faster electromagnetic heaters, production efficiency is greatly improved, so that the motor is saturated, it reduces the high power demand is low due to power loss.
1, compared to resistive heating, electromagnetic heating more than a layer insulation layer, thereby increasing thermal efficiency.
2, compared to resistive heating, the electromagnetic acts directly on conduit heater heating, thus reducing the heat transfer thermal energy loss.
3, compared to resistive heating, electromagnetic heating rate faster than one quarter of the heater, thereby reducing the heating time.
4, compared to resistive heating, the heating rate is faster electromagnetic heaters, production efficiency is greatly improved, so that the motor is saturated, it reduces the high power demand is low due to power loss.