Heating Characteristics

• RHE systematic heating is an economic heating system that can substitute oil-based heating in this era of high oil prices.
• Delivers uniform distribution of temperature and evenly heats floor surfaces.
• Features outstanding durability with no disconnection and damage, and can be used semi-permanently.
• Minimizes energy consumption and is very economical.
• Its safety functions effectively prevent fire and safety accidents.
• Emits far-infrared radiation at wavelengths of 5.0 to 1,000, which affect the molecular motion.
• Emits over 8 to 14 microns of far-infrared radiation, which is helpful to our health and improves the metabolism.
• Features a temperature control function that regulates the maximum temperature stored in the system.
• Does not generate electromagnetic pollution since it does not use any nichrome heating wire.

Principle of Operation

When the temperature of a heating element made of a mixture of conductive carbon and resin rises, the distance between the conductive carbons grows due to thermal expansion. This results in an increase of self-resistance as well as decrease of caloric value. On the other hand, if the caloric value decreases, then the distance between conductive carbons shortens and the electric resistance decreases, resulting in an increase of caloric value.
This phenomenon is referred to as the self-control function. This operation is continuously performed to maintain a constant temperature with minimum energy consumption, resulting in economic heating.

Operation and Features

Outstanding in delivering heat directly and instantaneously through radiation, which produces long wavelength thermal effects.
Easily absorbed into the human body compared to visible light.
Radiates over 8 to 14 microns of strong wavelength, which is beneficial to the human body.
Penetrates 40m/m to 50m/m deep into the skin, delivering thermal benefits to all cells.
Produces thermal benefits within a short period of time.
The radiation heat of far infrared light suppresses the occurrence of mold or bacterial virus in the air.

Comparison of Power among RHE Heating Elements

Comparison of Power among RHE Heating Elements

Classification	Daily Consumption	Monthly Consumption	Charge	Electromagnetic Wave	Remarks
Oil (Kerosene for heating)	6 L	180 L	KRW 1,300 per liter	×	Prices are fluctuating
City Gas (Jeju Island)	1.6 cubic meters	54 times	3,600 KRW 3,600 per cubic meter	×	·
Electric Film (550 W)	38.5 kw	1,155 kw	Normal rates (KRW 66.80)	Almost no electromagnetic waves	·
Electric Panel (700 W)	49 kw	1,470 kw	Normal rates (KRW 66.80)	Emits electromagnetic waves	·
RHE (330 W)	23.1 kw	693 kw	Normal rates (KRW 66.80)	·	·

Power Effects of RHE Heating Element

Power Effects of RHE Heating Element

	RHE 1
Time	Temperature1 (℃)	Temperature2 (℃)	Temperature3 (℃)	Temperature4 (℃)	Current (mA)	Power (w)	Change (%)
Initial	12	12	12	12	73	16.1	0.0
1	23	23	23	23	62	13.6	15.1
2	32	31	32	31	54	11.9	26.0
3	39	37	38	37	50	11.0	31.5
4	43	41	42	41	48	10.6	34.2
5	46	44	45	43	47	10.3	35.6
6	48	45	47	45	45	9.9	38.4
7	49	47	49	47	45	9.9	38.4
8	51	48	49	48	44	9.9	39.7
9	51	48	50	49	44	9.7	40.0
10	52	49	50	49	44	9.7	40.0
11	53	49	51	49	44	9.7	40.0
12	53	49	51	49	44	9.7	40.0
13	54	49	51	49	44	9.7	40.0
14	54	50	51	49	44	9.7	40.0
15	54	50	52	50	44	9.7	40.0
16	54	50	52	50	44	9.7	40.0
17	54	50	52	50	44	9.7	40.0
18	54	50	52	50	44	9.7	40.0
19	54	50	52	50	44	9.7	40.0
20	55	50	52	51	44	9.7	40.0
21	55	50	52	51	44	9.7	40.0
22	55	50	52	51	44	9.7	40.0
23	55	50	53	51	44	9.7	40.0
24	55	51	53	51	44	9.7	40.0
25	55	51	53	51	44	9.7	40.0
26	55	51	53	51	44	9.7	40.0
27	55	51	53	51	44	9.7	40.0
28	55	51	53	51	44	9.7	40.0
29	55	51	53	51	44	9.7	40.0
30	55	51	53	51	44	9.7	40.0