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Gasketed Plate Heat Exchanger for the HVAC Industry

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Language: en

00:00:10.000
the Tranter gasketed plate heat
00:00:12.030 00:00:12.040 exchanger provides outstanding
00:00:13.459 00:00:13.469 efficiency transferring heat from one
00:00:15.930 00:00:15.940 liquid to another or from steam to
00:00:18.089 00:00:18.099 liquid this modular exchanger combines a
00:00:20.790 00:00:20.800 support frame to in frames plates
00:00:23.130 00:00:23.140 gaskets and fluid connections to
00:00:25.530 00:00:25.540 accommodate a wide range of fluid and
00:00:27.660 00:00:27.670 thermal attributes hot fluid flows on
00:00:30.720 00:00:30.730 one side and cold on the other with a
00:00:32.790 00:00:32.800 plate itself transferring heat from one
00:00:35.009 00:00:35.019 fluid to the other gaskets on the plates
00:00:37.650 00:00:37.660 seal the channels and provide flow
00:00:39.450 00:00:39.460 direction
00:00:48.560 00:00:48.570 [Music]
00:01:06.290 00:01:06.300 [Applause]
00:01:07.920 00:01:07.930 advanced plate designs and gasket
00:01:10.480 00:01:10.490 compositions offer solutions for duties
00:01:12.850 00:01:12.860 that until recently have been
00:01:14.499 00:01:14.509 exclusively reserved for shell-and-tube
00:01:16.270 00:01:16.280 units
00:01:17.200 00:01:17.210 this means a plate heat exchanger is
00:01:19.719 00:01:19.729 often your best technical and business
00:01:21.670 00:01:21.680 solution compact size and lightweight
00:01:25.539 00:01:25.549 make for untight footprint these
00:01:27.700 00:01:27.710 exchangers can pack an enormous super
00:01:30.010 00:01:30.020 efficient heat transfer service area
00:01:31.990 00:01:32.000 with high flow rates in a fraction of
00:01:34.300 00:01:34.310 the space required by shell and tube
00:01:36.190 00:01:36.200 units and consider that shell-and-tube
00:01:38.260 00:01:38.270 units need twice their physical
00:01:40.300 00:01:40.310 footprint to pull their two bundles
00:01:42.359 00:01:42.369 Tranter plate heat exchangers can be
00:01:44.800 00:01:44.810 disassembled within their own length
00:01:47.940 00:01:47.950 high efficiency enables a Tranter unit
00:01:51.309 00:01:51.319 to attain temperature approaches of less
00:01:53.350 00:01:53.360 than two degrees Fahrenheit enabling
00:01:55.570 00:01:55.580 them to extract useful heat from even
00:01:57.609 00:01:57.619 low-grade flows their low holdup volumes
00:02:01.930 00:02:01.940 and high heat transfer coefficients save
00:02:04.330 00:02:04.340 fuel and make them fast responding for
00:02:06.789 00:02:06.799 tight thermal control high internal
00:02:10.060 00:02:10.070 turbulence eliminates stagnant areas
00:02:12.250 00:02:12.260 causing deposits to be continually
00:02:14.410 00:02:14.420 removed during operation thereby
00:02:16.600 00:02:16.610 reducing fouling by a factor of three to
00:02:18.970 00:02:18.980 ten times versus a shell and tube the
00:02:23.319 00:02:23.329 Tranter service centre network safely
00:02:25.599 00:02:25.609 cleans and we gaskets all brands with
00:02:27.940 00:02:27.950 warranty coverage on materials and
00:02:29.710 00:02:29.720 workmanship ours is the only om service
00:02:33.160 00:02:33.170 network 100% focused on heat exchanger
00:02:36.430 00:02:36.440 service Tranter experience and know-how
00:02:39.640 00:02:39.650 allows us to offer thermal performance
00:02:41.789 00:02:41.799 guarantees on all our products
00:02:44.110 00:02:44.120 challenged by production and budget
00:02:46.120 00:02:46.130 demands place your trust and Tranter
00:02:48.759 00:02:48.769 gasketed plate heat transfer technology
00:02:51.540 00:02:51.550

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