The water heater heats water by directly injecting steam into it. Because it directly diffuse and condense the steam into the water, it uses all of the heat capacity of the steam and as a result, guarantees a stable water temperature. Also, there is little vibration or noise that usually occurs during steam condensation with a tank heating system. It is mainly used to produce hot water as a thermal catalyst for reactor and thermal exchanger jackets and for cleaning. Steam can be used within a range of 0-3500.kg/h.

<Model Code>

[SPECIFICATIONS]

MODEL	diameter		Hot water (m3/h)	max ΔT(°C)	Steam (kg/h)	Length			Mass (kg)
						L(mm)	A(mm)	B(mm)
WH-20	3/4"	3/4"	min 0.5	140	0-160	230	70	88	2.8
			max 1	80
WH-25	1"	1"	min 1	120	0-250	254	80	105	4.4
			max 3	48
WH-40	1 1/2"	1 1/2"	min 3	100	0-570	379	110	133	9.4
			max 7	47
WH-50	2"	2"	min 7	73	0-930	439	120	147	11.0
			max 12	45
WH-65	2 1/2"	2 1/2"	min 12	70	0-1,500	529	120	171	16.5
			max 20	44
WH-80	3"	3"	min 20	57	0-2,000	632	140	194	22.4
			max 35	34
WH-100	4"	4"	min 35	55	0-3,500	804	160	233	39.8
			max 73	29

* Steam pressure is needed more than 0.5MPaG * Discharge pressure is about 0MPaG.

« Examples of Water Heater application » Generation of the hot water for cleaning tank and pipe. Generation of the hot water as thermal catalyst for reactor.