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Condensing horizontal hot water boiler

Boiler system

Thermal flow diagram

WNS1.4-14MW type high-efficient hot water boiler

Length (mm)	Foundation	Base			Transportation clearance				Max overall dimension			Water outlet					Burner center
Thermal power	s	a1	a2	a3	b1	b2	b3	b4	c1	c2	c3	d1	d2	d3	d4	d5	f
1.4MW	100	3140	1400	135	4010	1750	2700	—	4742	2600	2985	4120	1420	585	2300	2575	1000
2.1MW	100	3450	1600	425	4400	2270	3036	—	5731	3023	3251	4553	1490	613	2603	2928	1004
2.8MW	100	3750	1700	525	4900	2395	3480	—	5920	3190	3505	5300	1575	697	2808	3208	1135
4.2MW	100	4390	1850	445	5710	2580	3700	—	6996	3410	3854	5430	1720	718	3033	3583	1200
5.6MW	100	4930	1900	635	6295	2455	—	2921	7676	3770	4115	5977	1900	750	3340	3740	1225
7.0MW	100	5690	2000	415	6765	2930	—	3105	8370	3770	4326	6833	1900	525	3500	3900	1275
8.4MW	400	5800	1950	425	6910	2726	—	3070	8295	4093	4522	7250	2055	820	3828	4428	1460
10.5MW	400	6050	2480	470	7200	2930	—	3310	9768	4257	5041	7590	2105	642	4090	4890	1550
14MW	400	7000	2890	300	7740	3660	—	3450	10555	4825	5500	7650	2340	700	4600	5400	1750

Length (mm)	Manual sewage draining exit					Relief valve connector			Main steam interface		Chimney breast		Equipment center	Condensate drain outlet	Control cabinet
Thermal power	e1	e2	e3	e4	e5	k1	k2	k3	m1	m2	h1	h2	g	j	p
1.4MW	400	—	640	355	900	1200	—	2280	2700	2650	670	2440	1250	2100	2300
2.1MW	400	—	640	355	950	1200	350	2530	2750	2875	695	2766	1350	2395	2500
2.8MW	400	—	640	365	1000	1120	450	2767	3390	3067	735	3008	1460	2560	2780
4.2MW	370	—	640	386	1080	2820	500	2977	4050	3413	785	3308	1580	2785	2800
5.6MW	400	2300	640	390	1200	2650	700	3163	4310	3599	795	3540	1650	3050	2925
7.0MW	400	2350	640	350	1300	2890	700	3248	4590	3684	795	3700	1700	3095	2940
8.4MW	400	2500	700	330	1500	3355	600	3630	4905	4160	935	4128	1960	3455	3000
10.5MW	400	3000	700	335	1600	3480	695	3870	5200	4400	935	4490	2050	3660	2900
14MW	400	3500	700	335	1835	3550	800	4275	6000	4900	985	5050	2300	3720	3500

Structural features

※ Compact structure, attractive appearance.
※ Increases exit gas temperature of boiler, reduces dew corrosion during low-load operation.
※ Increase length of furnace pipe, reduces outlet gas temperature of furnace, improves tube plate environment in rotary combustion chamber.
※ Rational use of corrugated furnace and strengthened heat transfer element thread.
※ Compact structure, save floor area.
※ Large heat transfer temperature difference, good heat transfer performance.
※ High efficiency, small resistance of smoke.
※ Adopts ND steel (09CrCuSb), thus has good corrosion resistance and long service life.
※ Adopts reasonable flue structure.
※ Reduces flow resistance of working medium in economizer and condenser.

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