Channel Spacing Spiral-plate Heat Exchanger Design-Heat Exchange-反應釜_換熱器_環氧樹(shù)脂設備_管殼式換熱器

Channel Spacing Spiral-plate Heat Exchanger Design

time:2019-04-11 06:15:49 Click: 172

Tel:86-0510-85957327 +8613961785511??
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Product description

Additional Info
Packaging: npackaged
Productivity: 1000
Brand: WST
Transportation: Ocean
Place of Origin: Wuxi City,China
Supply Ability: 1000
Certificate: GB ASME PED
Product Description
Channel Spacing Spiral-plate Heat Exchanger Design,Spiral Plate Heat Exchanger compact structure, the unit volume to provide a large heat transfer surface, such as the diameter ¢ 1500mm high 1200mm spiral plate heat exchanger heat transfer surface up to 130m2. Fluid in the spiral plate allows high flow rate, and the flow of fluid along the spiral, the stagnation layer is thin, so the heat transfer coefficient, heat transfer efficiency. In addition, due to large flow rate, dirt is not easy to stay.
There are three main types of flows in a spiral heat exchanger:
1.     Counter-current Flow: Fluids flow in opposite directions. These are used for liquid-liquid, condensing and gas cooling applications. Units are usually mounted vertically when condensing vapour and mounted horizontally when handling high concentrations of solids.
2.     Spiral Flow/Cross Flow: One fluid is in spiral flow and the other in a cross flow. Spiral flow passages are welded at each side for this type of spiral heat exchanger. This type of flow is suitable for handling low density gas, which passes through the cross flow, avoiding pressure loss. It can be used for liquid-liquid applications if one liquid has a considerably greater flow rate than the other.
3.     Distributed Vapour/Spiral flow: This design is that of a condenser, and is usually mounted vertically. It is designed to cater for the sub-cooling of both condensate and non-condensables. The coolant moves in a spiral and leaves via the top. Hot gases that enter leave as condensate via the bottom outlet.

Self Cleaning
SHEs are often used in the heating of fluids that contain solids and thus tend to foul the inside of the heat exchanger. The low pressure drop lets the SHE handle fouling more easily. The SHE uses a "self cleaning" mechanism, whereby fouled surfaces cause a localized increase in fluid velocity, thus increasing the drag (or fluid friction) on the fouled surface, thus helping to dislodge the blockage and keep the heat exchanger clean. "The internal walls that make up the heat transfer surface are often rather thick, which makes the SHE very robust, and able to last a long time in demanding environments.They are also easily cleaned, opening out like an oven where any build up of foulant can be removed by pressure washing.

Nominal heat exchanger aream2	Channel spacingmm	Calculating heat transfer area m2	Velocity1m/cesWhen handling capacitym3/h	Nominal diameter takeoverdg	Models	Weight(kg)
Nominal heat exchanger aream2	Channel spacingmm	Calculating heat transfer area m2	Velocity1m/cesWhen handling capacitym3/h	Nominal diameter takeoverdg	Models	I 6B	I 6B
1	6	1.0	3.89	40	I 6,I 16B1-0.2/300-6	44	50
2	6	2.1	3.89	40	I 6, I 16B2-0.2/400-6	78	85
4	6	4.4	8.2	50	I 6, I 16B4-0.4/400-6	131	135
	10	4.5	17.3	80	I 6, I 16B4-0.5/450-10	129	133
	10	4.8	13.7	70	I 6, I 16B4-0.4/500-10	161	205
8	6	7.3	8.21	50	I 6, I 16B8-0.4/500-6	212	215
	10	7.85	17.3	80	I 6, I 16B8-0.5/550-10	235	273
	10	7.3	20.90	80	I 6, I 16B8-0.6/500-10	237	275
10	6	11.1	8.21	50	I 6, I 16B10-0.4/600-6	295	355
	10	11.5	17.3	80	I 6, I 16B10-0.5/650-10	315	405
	10	11.2	20.90	80	I 6, I 16B10-0.6/600-10	305	395
15	6	16.9	12.54	70	I 6, I 16B15-0.6/600-6	415	490
	10	14.72	17.3	80	I 6, I 16B15-0.5/760-10	405	575
	10	15.0	28.1	80	I 6, I 16B15-0.8/600-10	400	570
	14	15.6	39.3	100	I 6, I 16B15-0.8/700-14	505	680
20	6	21.7	8.21	50	I 6, I 16B20-0.4/800-6	540	710
	10	21.0	20.90	80	I 6, I 16B20-0.6/800-10	555	735
	14	20.9	39.30	100	I 6, I 16B20-0.8/800-14	660	830
25	10	26.6	29.90	100	I 6, I 16B25-0.6/900-10	610	950
25	14	26.9	39.20	100	I 6, I 16B25-0.8/900-14	720	1060
30	10	28.2	28.10	100	I 6, I 16B30-0.8/800-14	750	1180
30	14	32.2	39.20	100	I 6, I 16B30-0.8/1000-14	980	1370
40	10	45.4	35.30	100	I 6, I 16B40-1.0/900-10	1130	1515
40	14	40.2	19.4	125	I 6, I 16B40-1.0/1000-14	1200	1630
50	10	53.9	35.3	100	I 6, I 16B50-1.0/1000-14	1360	1755
60	10	61.05	35.3	100	I 6, I 16B60-1.0/1100-10	1920	2112
60	14	60.08	49.40	125	I 6, I 16B60-1.0/1200-14	2000	2200
80	10	81.83	35.3	100	I 6, I 16B80-1.0/1200-10	2560	2816
80	14	80.9	49.40	125	I 6, I 16B80-1.0/1400-14	2667	1934
100	10	101.9	35.3	100	I 6, I 16B100-1.0/1300-10	3200	3520
100	14	100.06	49.40	125	I 6, I 16B100-1.0/1500-14	3333	3666
120	10	115.5	35.3	100	I 6, I 16B120-1.0/1500-10	3870	4257
120	14	119.0	49.4	125	I 6, I 16B120-1.0/1700-14	4020	4422
130	14	128.80	49.4	125	I 6, I 16B130-1.0/1750-14	4241	4665
130	18	129.09	63.5	150	I 6, I 16B130-1.0/1967-18	4462	4908
150	14	148.1	49.4	125	I 6, I 16B150-1.0/1890-14	4702	5172
150	18	148.2	63.5	150	I 6, I 16B150-1.0/2010-18	4962	5458

Carbon SteelPg6kg/cm2Not dismantling type (Type I) spiral plate heat exchanger

Nominal heat exchanger area m2	Channel spacing mm	Calculating heat transfer area m2	Flow velocityIm/cesWhen handling capacitym3/h	Nominal diameter takeoverdg	Type	Reference weight (kg)
Nominal heat exchanger area m2	Channel spacing mm	Calculating heat transfer area m2	Flow velocityIm/cesWhen handling capacitym3/h	Nominal diameter takeoverdg	Type	I 6T	I 16T
6	6	6.5	8.2	50	I 6, I 16T6-0.4/500-6	230	280
6	10	5.8	13.7	70	I 6, I 16T6-0.4/600-10	285	350
8	6	8.7	8.2	50	I 6, I 16T8-0.4/600-6	370	430
	10	7.7	17.3	80	I 6, I 16T8-0.5/660-10	395	454
	10	8.7	13.7	70	I 6, I 16T8-0.4/700-10	405	465
10	6	9.9	12.5	70	I 6, I 16T10-0.6/500-6	335	395
	10	9.2	17.30	80	I 6, I 16T10-0.5/660-10	472	543
	10	8.8	20.9	80	I 6, I 16T10-0.6/600-10	410	495
15	6	12.5	8.2	50	I 6, I 16T15-0.4/700-6	510	580
	10	14.64	17.30	80	I 6, I 16T15-0.5/800-10	679	781
	10	13.3	20.9	80	I 6, I 16T15-0.6/700-10	575	680
	14	13.8	29.2	100	I 6, I 16T15-0.6/800-14	640	755
20	6	19.0	12.5	70	I 6, I 16T20-0.6/700-6	730	845
	10	18.3	28.1	80	I 6, I 16T20-0.8/800-10	735	870
	14	18.5	39.3	100	I 6, I 16T20-0.8/800-14	810	960
25	10	23.1	28.1	100	I 6, I 16T25-0.8/800-10	935	1120
25	14	23.3	49.4	125	I 6, I 16T25-1.0/800-14	1000	1165
30	10	29.0	35.3	100	I 6, I 16T30-1.0/800-10	1190	1470
30	14	28.1	59.4	125	I 6, I 16T30-1.2/800-14	1170	1425
40	10	40.9	20.9	80	I 6, I 16T40-0.6/1200-10	1725	1885
	14	42.3	39.3	100	I 6, I 16T40-0.8/1200-14	1845	2110
	18	44.9	63.5	150	I 6, I 16T40-1.0/1200-18	2075	2405
50	10	46.2	35.5	100	I 6, I 16T50-1.0/1000-10	1800	2085
	14	53.2	49.4	125	I 6, I 16T50-1.0/1200-14	2490	2595
	18	54.0	76.3	150	I 6, I 16T50-1.2/1200-18	2435	2820
60	10	56.8	20.9	80	I 6, I 16T60-0.6/1400-10	2330	2635
	14	60.7	39.3	100	I 6, I 16T60-0.8/1400-14	2595	2850
	18	59.6	63.5	150	I 6, I 16T60-1.0/1400-18	2730	3150
80	10	76.4	28.1	100	I 6, I 16T80-0.8/1400-10	2970	4060
	14	78.6	39.3	100	I 6, I 16T80-0.8/1600-14	3210	3605
	18	82.0	63.5	150	I 6, I 16T80-1.0/1600-18	3580	4205
100	10	101.4	28.1	100	I 6, I 16T100-0.8/1600-10	3905	4330
	14	98.8	49.4	125	I 6, I 16T100-1.0/1600-14	4040	4585
	18	98.8	76.3	150	I 6, I 16T100-1.2/1600-18	4200	4930
120	10	115.5	42.5	125	I 6, I 16T120-1.2/1400-10	4350	4980
120	14	119.0	59.4	125	I 6, I 16T120-1.2/1600-14	4770	5440
150	14	149.15	59.4	125	I 6, I 16T150-1.2/1800-14	6431	7396
	18	149.86	76.3	150	I 6, I 16T150-1.2/2000-18	6643	7639
	20	147.6	83.81	150	I 6, I 16T150-1.2/2050-20	6769	7784

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