Ptc Heater For Air Conditioner

1.Product introduction of Ptc Heater for Air Conditioner

The PTC heater (chip) of air conditioner is a fin air heater, which is made of PTC components as heating elements and aluminum chips as cooling fins by pressing, and is often used in high-grade heating equipment, heating and cooling air conditioners, etc. It has the characteristics of heating, no odor, long service life, no obvious power attenuation, cleanliness, high thermal efficiency and so on. The PTC heater is very simple to use. After the circuit is connected, the cold air turns into warm air through the heater. When customizing products, users need to consider the issues of air duct, power, voltage, size and placement. The specifications and power of PTC electric heater can be designed and produced according to the requirements of users.

2. Main features of Ptc Heater for Air Conditioner

(1). The energy-saving effect is remarkable.

PTC products can adjust their own thermal power output according to the change of environmental temperature, and the heating efficiency is as high as 95%, basically without loss. When the ambient temperature rises or the air volume drops, the power automatically decreases, which plays an energy-saving role.

(2). Safe and reliable

Under any use conditions, the heater will not appear the phenomenon of surface redness, open flame and so on, and there is no scald or fire safety hazard. High security.

(3). Long service life

The PTC heater can work continuously for about 1000 hours, the power attenuation is less than 10%, and there is no obvious drop in output power.

(4). Automatic constant temperature

It can control the temperature quickly and automatically in case of fan failure.

(5). Wide voltage range.

For example, the rated voltage is 380V, but when the actual working voltage changes from 300 V to 400 V, it will basically not affect the heating effect of our products. It can be designed according to customers’ needs between 12 V and 660 V, and PTC heating products have circuit protection such as overcurrent and overtemperature.