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Would you like to inspect the original subtitles? These are the user uploaded subtitles that are being translated: 1 00:00:10,220 --> 00:00:14,840 Positive displacement meters are still the most prolific custody transfer meter 2 00:00:14,840 --> 00:00:15,840 in the world today. 3 00:00:16,100 --> 00:00:20,520 Since they directly measure volume, they are also one of the most accurate and 4 00:00:20,520 --> 00:00:23,680 reliable meters for measuring the volume of petroleum products. 5 00:00:23,980 --> 00:00:28,620 They measure volume directly by continuously separating the flow stream 6 00:00:28,620 --> 00:00:33,480 discrete volumetric segments and precisely measuring this volume in a 7 00:00:33,480 --> 00:00:34,480 measurement section. 8 00:00:34,920 --> 00:00:40,010 In this animation, we see a Smith Meter rotary vane PD meter in operation. 9 00:00:40,490 --> 00:00:45,190 As the transmitter, calibrator housing, and cover with transfer gears are 10 00:00:45,190 --> 00:00:49,030 removed, we see the heart of the meter, the rotary vane design. 11 00:00:49,810 --> 00:00:52,830 The fluid flow enters the meter on the left side. 12 00:00:53,110 --> 00:00:57,450 The block at the bottom of the meter separates the inlet from the outlet and 13 00:00:57,450 --> 00:01:00,090 prevents the fluid from bypassing the measuring chamber. 14 00:01:00,550 --> 00:01:04,250 Instead, it is channeled around the rotor into the measurement section. 15 00:01:04,910 --> 00:01:08,950 The fluid is continually separated into discrete segments in the measurement 16 00:01:08,950 --> 00:01:13,410 section. The path of a single fluid segment is highlighted in yellow. 17 00:01:14,430 --> 00:01:18,870 As the measured fluid segment is discharged from the meter on the right, 18 00:01:18,870 --> 00:01:22,790 rotor cover is removed and we see the blades rotating around the shaft. 19 00:01:23,090 --> 00:01:27,950 The blades are extended and retracted as the blade rollers follow the profile of 20 00:01:27,950 --> 00:01:28,950 the stationary cam. 21 00:01:29,600 --> 00:01:33,520 The fluid flow drives the rotation of the rotor and blade assembly in a 22 00:01:33,520 --> 00:01:34,520 continuous sequence. 23 00:01:34,960 --> 00:01:39,340 The rotor assembly is connected to the meter output shaft by a gear coupling. 24 00:01:39,700 --> 00:01:44,500 Each revolution of the output shaft, therefore, represents a precise volume 25 00:01:44,500 --> 00:01:45,740 has passed through the meter. 26 00:01:46,040 --> 00:01:50,500 The external gear train changes the meter volume into the preferred 27 00:01:50,500 --> 00:01:53,620 unit, such as gallons, barrels, or liters. 28 00:01:54,480 --> 00:01:58,980 The output shaft can be directly coupled to a mechanical calibrator and counter. 29 00:01:59,310 --> 00:02:01,650 or as illustrated, into a pulse generator. 30 00:02:02,230 --> 00:02:06,650 Each output pulse represents a precise amount of fluid that has passed through 31 00:02:06,650 --> 00:02:07,449 the meter. 32 00:02:07,450 --> 00:02:12,290 The continuous pulse stream is then transmitted to an electronic counter or 33 00:02:12,290 --> 00:02:16,970 computer to indicate both instantaneous flow and total metered volume. 34 00:02:21,230 --> 00:02:22,390 FMC Technologies. 35 00:02:22,990 --> 00:02:25,750 We put you first and keep you ahead. 3252