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Finland Plate heat exchanger

The heat exchange plate is easy to disassemble, and suitable heat transfer effect and capacity can be obtained by adjusting the number of heat exchanger plates or changing the pass.

Category:

FinlandPHE Series

Product Description

High heat transfer efficiency
The Heat transfer coefficient K of plate heat exchanger is in the range of 3000-6000W/m2. oC.

act according to circumstances
The heat exchange plate is easy to disassemble, and suitable heat transfer effect and capacity can be obtained by adjusting the number of heat exchanger plates or changing the pass.

Low heat loss
Due to its compact structure and small size, the surface area of the heat exchanger is also very small, resulting in minimal heat loss. Usually, equipment does not require insulation.

Reliable use
Two seals have been designed on the sealing device between the plates, along with signal holes. Once a leak occurs, it can be discharged from the outside of the heat exchanger, preventing the mixing of the two medium and serving as a safety alarm.

It is conducive to the utilization of low temperature heat source
Due to the almost complete countercurrent flow of the two medium and their high heat transfer efficiency, using them to recycle low-temperature waste heat or utilize low-temperature heat sources is an ideal equipment.

Small footprint, easy to maintain
The structure of plate heat exchangers is extremely compact, occupying only 1/2-1/3 of the space of shell&tube heat exchangers under equal heat conditions.

Less Friction loss
On the premise of the same heat transfer, compared with the shell&tube heat exchanger, the plate heat exchanger has reduced the equipment investment, infrastructure investment, power consumption and other costs due to the reduction of heat exchange area, floor area, fluid resistance, cooling water consumption and other project values. Especially when expensive materials are needed, the equipment is more economical due to the efficiency and thin plates.

Installation Dimension Table for Technical Parameters of Plate Heat Exchanger

Specification

No of Plates

Basic dimensions(mm)

Max Processing

Flow (㎥/h)

  

Weight (Kg)

L

W

H

Lower Ports Distance(H)

Centre-to-centre

Spacing between

Upper Ports (B2)

Centre-to-centre

Spacing between

Upper Port and

Lower Port (H2)

Port Pipe

Diameter (DM)

Operating

Pressure (Mpa)

AT25A 13 159 190 430 46.5 73 337 25 0.6 10 15
21 210 16
25 237 16.8
31 264 17.6
37 300 18.5
45 336 19.5
51 363 20.3
AL40A 9 400 340 605 150 140 390 40 1.0 27 80
17 400 84
25 400 89
33 550 93
43 550 98
51 550 102
59 750 107
67 750 111
75 750 116
83 850 120
93 850 125
101 850 130
AL40B 17 620 320 901 140 140 655 50 1.0 42 113
33 620 128
51 620 142
67 900 155
83 900 169
101 900 184
117 1150 197
133 1150 212
151 1150 226
167 1450 239
183 1450 253
201 1450 268
AL65A 27 700 380 1005 200 188 690 65 1.6 72 190
41 620 206
55 620 220
69 950 236
81 900 252
95 900 266
109 1200 380 1005 200 188 690 65 1.6 72 282
123 1150 296
137 1150 312
151 1400 328
165 450 342
177 1450 358
AL100A 23 600 517 1027 255 239 612 100 1.6 170 380
33 600 395
45 600 409
55 800 425
67 800 439
77 800 453
89 960 469
101 960 485
111 960 500
123 1150 515
133 1150 530
145 1150 545
AL1008 41 800 517 1276 255 239 836.4 100 1.6 170 403
45 800 415
57 800 558
63 900 570
75 900 608
81 900 620
91 1000 638
97 1000 650
109 1000 678
115 1200 690
135 1200 750
151 1200 800
AL150A 19 1012 620 1245 275 298 706 150 1.6 380 558
25 1012 570
33 1122 598
37 1122 610
45 1222 648
49 1222 660
57 1322 698
63 1322 710
69 1322 751
75 1522 763
87 1722 795
99 1722 825
AL150B 37 850 620 1545 275 298 1006 150 1.6 380 726
57 850 778
75 850 825
95 1200 875
113 1200 924
131 1200 973
151 1500 1020
169 1500 1070
189 1500 1118
207 1800 1168
227 1800 1218
245 1800 1268
AL150C 59 900 620 1845 270 298 1306 150 1.6 380 876
73 900 928
89 900 975
103 1200 1025
117 1200 1074
133 1200 1125
147 1500 1170
161 1500 1220
177 1500 1268
191 1800 1318
205 1800 1368
221 180 1418
AL200A 79 1050 726 1752 320 340 1176 200 1.6 680 1340
93 1050 1400
105 1050 1460
119 1400 1520
131 1400 1580
145 1400 1640
157 1500 1700
171 1500 1760
AT200B 237 1800 725 809.5 315 344 1507 200 1.6 680 1968
263 1800 2068
AT2000 63 950 725 2109.5 400 344 1492 200 1.6 680 1530
85 950 1625
105 950 1717
127 1350 1810
147 1350 1905
169 1350 1998
189 1800 2091
211 1800 2185
231 1800 2277
243 2000 2327
253 2000 2371
263 2000 2420
AT250A 73 950 927 2149 400 439 1655 250 1.6 1060 2272
91 950 2364
109 950 2455
127 1250 2547
145 1250 2640
163 1250 2731
181 1600 2823
201 1600 2920
219 1600 3011
237 1800 3103
245 1800 3150
255 1800 3195
AT250B 71 950 9277 2449 400 439 1655 250 1.6 1060 2626
85 950 2716
101 950 2800
115 1250 2885
129 1250 2971
143 1250 3057
157 1600 3142
171 1600 3228
185 1600 3315
201 1800 3400
215 1800 9277 2449 400 439 1655 250 1.6 1060 3485
229 1800 3571
AT250C 83 1250 927 2749 400 439 1955 250 1.6 1060 3076
101 1250 3200
117 1250 3323
135 1250 3447
153 1600 3570
171 1600 3695
189 1600 3817
205 1600 3941
223 2000 4065
241 2000 4188
259 2000 4311
277 2000 4435
AL300A 75 1250 1174 2393 470 596 1454 300 1.6 1530 4171
97 1250 4334
119 1250 4497
141 1250 4661
163 1800 4824
183 1800 4987
205 1800 5150
227 1800 5134
259 2200 5558
271 2200 5640
281 2200 5722
291 2200 5800
AL300B 69 1250 1174 2799 470 596 1860 300 1.6 1530 4946
87 1250 5108
105 1250 5270
121 1250 5432
139 1600 5593
157 1600 5755
173 1600 5917
191 1600 6080
209 2200 6240
227 2200 6400
243 2200 6564
261 2200 6726