Defining Innovation. turbo pressure blowers. Twin City Catalog 1200

Defining Innovation. turbo pressure blowers MODEL TBA TBR 1 Twin City Catalog CATALOG -A May 11

Model TBA/TBR Turbo Pressure Blowers Model TBA and TBR fans from Twin City Fan & Blower are constant pressure, variable volume blowers. Turbo pressure blowers are generally used in applications for relatively low volumes and high pressures. They are used primarily for handling air, gas, and fumes relatively free of dust and materials. Twin City Fan & Blower s TBA and TBR turbo blowers provide uniform pressure through the operating range. Stable operation can be maintained from free delivery to shutoff by throttling at the discharge. The design volume of a particular fan can be varied by selecting one of the various wheel options that will fit within the housing. Turbo blowers are most often sold as Arrangement #4 direct connected packages. Typical Applications Glass blowing Air compression Furnace blowers Chemical processing Chip blowing Design Features Drying applications Combustion air Cooling Gas boosting Process systems Designed for continuous duty in high pressure applications Stable operation from free delivery to shutoff when dampered at the fan discharge with blast gate Uniform pressures throughout the operating range Compact, efficient low-cost arrangement Model TBA Model TBA Wheel: air handling type with backward inclined blades for high-efficiency Capable of handling relatively high volumes and pressures Volumes from 300 CFM to 17,000 CFM Pressures from 6" SP to 70" SP Model TBR Wheel: radial bladed with backplate and shroud for low volumes and high pressure Volumes from 0 CFM to,000 CFM Pressures from 6" SP to 0" SP Twin City Fan & Blower also offers the Model TBN Turbo Pressure Blower. TBN blowers feature a high efficiency wheel design and offer multiple outlet sizes and wheel diameters to allow the most efficient selections across a wide range of operating points. They are available in direct drive and belt driven arrangements and offer an aluminum wheel (TBNA) as standard. For high temperatures or fume handling applications steel or stainless steel wheels (TBNS) are also available. Capabilities: Static pressures to 57" w.g., volumes to cfm, high temperature applications to 0 F. Refer to Catalog for Model TBN Turbo Pressure Blowers. Model TBN 11 Twin City Fan & Blower. All rights reserved throughout the world. Catalog illustrations cover the general appearance of Twin City Fan & Blower products at the time of publication and we reserve the right to make changes in design and construction at any time without notice. 2 Twin City Catalog

Construction Features Wheel Construction All wheels are made with care to insure maximum strength and reliability. Wheels have a self-centering, all steel taper-lock bushing. Lock screw holes are provided for positive convenient wheel removal without special tools. Wheels are statically and dynamically balanced on the most modern electronic equipment. Every blower unit is given a final running mechanical test and trim balance before shipment. TBA (Turbo Pressure Air Handling Blower) The turbo air handling wheel is a more efficient type of wheel and is used for relatively high volumes of air. The wheel is constructed with heavy-gauge, backwardly inclined blades welded to a spun cone and heavy-gauge backplate. The backplate uses a taperlock hub for easy wheel removal and self-centering reinstallation. The TBA wheel is generally suitable for clean air applications. TBR (Turbo Pressure Radial Blade Blower) The turbo radial bladed wheel is designed for lower air volume at high pressures. The radial blades provide stable airflow over a wide range of airflows. The all-welded wheel uses a taperlock hub for easy removal and self-centering reinstallation. The TBR wheel is generally suitable for clean air applications. TBA Turbo Air Handling Wheel TBR Turbo Radial Bladed Wheel Housing Construction The turbo blower housing is constructed of continuously welded steel with reinforcement as required to maintain shape and prevent vibration at operating pressures. The housing design provides for wheel removal on the inlet side. The turbo blower also features a solidly welded steel motor pedestal with heavy plate and angle bracing for positive alignment and smooth operation. 3 Twin City Catalog

Accessories Shaft Seal Shaft seals are mounted on the drive side of the blower housing. They consist of a ceramic felt element in compression to minimize air leakage. However, they are not of the gas-tight design. Flanged Inlet The flanged inlet enables attachment of rigid pipe connections on the blower inlet. The flange has a drilling pattern to match 5# ASA pipe flange. The thickness of the flange is not according to ASA standards. Outlet Tube Adapter With Rubber Connector This consists of a 4" long steel collar and flange which bolts to the blower discharge. A 6" long, 2-ply molded rubber slip-type connector with two hose clamps connects the adapter to the pipe line and helps to isolate vibration and noise transmission to the rest of the system. The connector is rated for pressures up to 5 psi and 10 F. Outlet Blast Gate This wafer type manual leveroperated butterfly valve is used to adjust air delivery and prevent motor overload. Reducing the flow will also reduce the power requirement and prevent motor overload. On Model TBR fans, optional round outlet transitions can be provided to allow direct mounting of the blast gate to the outlet flange. The valve has a bolt hole pattern to match 5# ASA pipe standard. Electric or pneumatic automatic actuators are available as an option upon request. Note: This valve configuration can be utilized as an inlet air control when used with and matched to the correct size blower flanged inlet. Inlet Filter Turbo blower wheels are designed for handling clean air only. An inlet filter is recommended when a turbo blower is installed in a dustladen atmosphere to help keep the wheel clean and free of clogging, loading and erosion. The filter media is of the washable type and cleaned with either detergent or solvent. Filters are sized for a maximum pressure drop of 1" SP. The filter assembly includes a mounting flange drilled to match 5# ASA pattern (thickness of flange is manufacturer standard). The turbo blower is furnished with a flanged inlet for mounting the filter assembly. Inlet & Outlet Silencers For applications requiring reduced noise levels, silencers can be provided. Silencers are aerodynamically and acoustically designed to significantly reduce noise emanating from the blower inlet or outlet while adding only minor resistance to the airflow (maximum pressure drop of 1" H2O SP). These silencers are designed for effective sound attenuation in the 63 to,000 Hz frequency range. The silencer is fabricated of a steel outer shell and a perforated inner shell. Silencers include mounting flanges and the turbo blower must have a flanged connection. The flange has a drilling pattern to match 5# ASA flange (thickness is manufacturer standard). Always add a shaft seal when quoting silencer to prevent noise emanating through the gap around the shaft. Inlet Filter/Silencer Combination Designed to handle both a dirty atmosphere and noise. The filter/silencer is sized for 1 1 2" SP pressure drop. The filter/silencer assembly normally comes with a flange that has a 5# ASA drilling pattern (thickness is manufacturer standard). Fan must be ordered with flanged inlet when ordering filter/ silencer unit. 4 Twin City Catalog

Drive Arrangements Arrangement 4 Arrangement 4 is the standard arrangement, with the wheel mounted directly on the motor shaft. The fan performance is dependent upon the RPM of the motor, which is usually a 30 RPM motor. This drive arrangement is the most compact and has minimum maintenance and service requirements. Standard Arrangement 4 fans are suitable to 10 F operating temperature. Arrangement Arrangement is a direct-connect unit, similar to Arrangement 4. The wheel is mounted on a separate fan shaft and is mounted to the fan base with pillow block bearings (minimum L-,000 hours). The fan shaft is connected to the motor shaft with a flexible coupling. Arrangement blowers offer the ability to remove the motor for service without disturbing the fan assembly. Arrangement units are limited to 300 F. For special arrangements and higher temperature requirements, please consult the factory. V-Belt Drive Arrangements Twin City Fan & Blower s turbo blower has a wide performance range available with direct drive models which should be used whenever possible. All V-belt drive applications should be reviewed by the factory. Engineering Data Model TBA Bare Fan Weights* and Data SIZE BARE FAN NOMINAL NOMINAL WR2 WT. (LBS.) WHEEL WHEEL WT. (LB-FT2) IN ARR. 4 DIA. (IN.) (LBS.) 706 130 3 2 7 130 3 2 06 155 13 15 17 4 155 13 15 1 4 906 0 15 11 23 5 9 222 15 11 5 06 2 17 3 26 270 17 3 16 256 19 1 37 11 19 1 37 30 7 45 19 347 7 45 19 1306 3 22 5 57 130 33 22 5 57 13 5 22 5 4 3 63 37 1 446 3 63 37 472 3 6 37 16 479 26 1 79 54 1 9 26 1 79 54 15 539 26 1 5 54 1706 669 29 5 154 9 17 42 29 5 6 9 Arrangement 4 Arrangement Model TBR Bare Fan Weights* and Data SIZE BARE FAN NOMINAL NOMINAL WR2 WT. (LBS.) WHEEL WHEEL WT. (LB-FT2) IN ARR. 4 DIA. (IN.) (LBS.) R11 0 11 0.6 R 1 9 0.9 R13 1 13 1.2 R 151 11 1.5 R15 6 15 2.0 R 190 15 3.1 R1 0 1 21 6.1 R21 270 21 45 15 R23 300 23 47 17 R25 365 25 57 30 R27 0 27 75 4 R29 430 29 1 7 R31 5 31 130 1 R33 715 33 10 192 *Fan Weight Only Arr. 4 does not include motor. 5 Twin City Catalog

Fan Selection Use the TBR/TBA selection chart below (Figure 1) with desired CFM and static pressure to determine if TBR, TBA, or both can give acceptable selections. Select a fan based on efficiency, first cost and operating point on the fan curve. From the performance tables, select a fan based on CFM and SP (at standard density of 0.075 lb/ft 3 ) closest to the value specified. When specified performance is at a density different than standard, it must be converted to the equivalent standard conditions before entering the performance tables. Review the fan curve for your selection. Attempt to offer a fan with higher efficiency wherever possible. Example 1 Given: CFM, 35" SP Model TBR R23Q shows.9 BHP, use 15 HP motor Model TBR R25N shows 17.0 BHP, use 15 HP with 1.15 S.F. or HP motor R23Q is more efficient and should be selected unless operating point of R25N is required by the customer. Example 2 Given: 00 CFM, " SP Model TBR R29Q shows 490 CFM and 65.6 BHP Model TBA P5 shows CFM and 47.7 BHP Both selections are usable. The TBA is a better choice based on its higher efficiency. The performance curve for each fan shows the relationship of CFM versus SP and also denotes recommended motor HP. Referring to the curve for Model TBR R-33: CFM SP BHP Motor Selection 4300 2.7 0 0 HP motor (1.0 or 1.15 SF) 40 2 6 0 HP with 1.15 SF or 5 HP 00 1 115 0 HP with 1.15 SF or 5 HP It is normal to use turbo blowers with motors operating into the service factor. Density Ratios For Inlet Suction Conditions If inlet pressure is suction or negative, static pressure required must be corrected by the inlet density ratio. Example: Operating conditions 70 F at sea level. System resistance at fan inlet is ". Density ratio for correcting inlet air density is as follows: (7 ) 7 = 0.902 Equivalent static pressure to be used for fan selection from standard tables: 0.902 = 44.36" Actual air density at inlet = 0.075 x 0.902 = 0.0676 lb/ft 3 Operation at Other RPMs or Variation of Fan Speed CFM varies with fan speed. Static pressure varies with square of fan speed. Brake horsepower varies with cube of fan speed. Example: Model TBA 17P7 delivers 19900 CFM at " at 30 RPM and 2 BHP. At 2900 RPM ( Hz speed): CFM = (2900 30) x 19900 = 49 SP = (2900 30) 2 x = 34. BHP = (2900 30) 3 x 2 = 1.6 The above formula can be used to select fans for Hz operation as well as for V-belt drive applications. Figure 1. TBR/TBA Selection Chart 1 3 5 0 STATIC PRESSURE (IN. WG) 90 75 45 30 TBR TBR OR TBA TBA 2 0 0 1 0 BRAKE HORSEPOWER 15 0 0 5 15 25 30 35 CFM (in 00s) 0 6 Twin City Catalog

Selection Charts TBA Static Pressure = 6 706M3 574 0.92 706M5 690 1. 706S3 76 1.41 706P3 935 1.6 7M7 937 1.44 706S5 965 1.72 06M3 2.00 706P5 111 2. 06M5 13 2.35 7S5 1194 1.9 7S7 59 2.15 06S3 1377 2.0 06P3 43 3. 06S5 92 3.37 7P7 1543 2.97 06P5 72 4.0 M7 1777 3.23 906M3 1 4.05 906M5 64 4.69 S5 2134 4.04 S7 2264 4.63 906S3 29 5.63 P7 2577 6.06 906S5 26 6.94 06M3 2 6.72 9M7 2695 5.7 9S5 313 7.41 9S7 3371.45 M7 41.3 Static Pressure = 7 706M3 0 0.74 706M5 546 0.97 7M7 7 1.22 706S3 762 1.29 706P3 42 1.59 706S5 4 1.5 06M3 917 1.5 706P5 2.03 7S5 3 1.74 06M5 54 2.21 7S7 11 1.99 06S3 5 2.69 06P3 13 3.17 06S5 1392 3. 7P7 3 2.6 06P5 157 3.96 M7 11 3.06 906M3 17 3.7 906M5 1923 4.52 S5 191 3. S7 92 4.43 906S3 2233 5.4 906P3 2347 6.4 P7 5.92 06M3 77 6.51 906S5 91 6.74 9M7 2525 5.67 06M5 264 7.4 906P5 271.15 9S5 30 7. 06S3 3041 9.07 9S7 3197.17 9P7 3652.9 16M3 3795 11.6 M7 3.0 S5 4517.6 S7 422.5 11M7 54.3 Static Pressure = 706S3 6 1.11 706S5 70 1. 706P3 734 1.47 06M3 765 1.66 7S5 41 1.54 7S7 90 1.77 706P5 91 1.90 06M5 929 2.05 06S3 110 2.56 06P3 67 3.07 06S5 3 3.0 7P7 13 2.74 M7 23 2.4 06P5 96 3.4 906M3 1596 3.69 906M5 171 4.35 S5 1 3.71 S7 1919 4.22 906S3 2133 5.33 906P3 2252 6.31 06M3 2337 6.30 P7 23 5.77 Static Pressure = 9M7 2353 5.4 906S5 2373 6.52 06M5 2547 7.30 906P5 2677 7.97 9S5 67 6.9 06S3 2943.7 9S7 3022 7.93 06P3 302.4 06S5 35.7 9P7 3531.7 16M3 3644 11.3 M7 3657 9.74 16M5 3990 13.0 S5 4342.3 16S3 432 15.4 S7 4617.1 11M7 9 15.9 P7 5 1.5 M3 56 1.5 11S5 59.0 Static Pressure = 9 706S5 541 1.1 06M3 591 1.44 706P3 594 1.30 06M5 775 1.4 706P5 793 1.74 06S3 51 2.39 06S5 2.9 06P3 1 2.94 M7 117 2.52 7P7 1193 2.5 06P5 1397 3.70 906M3 3.46 S5 34 3.49 906M5 35 4.15 S7 17 3.97 906S3 27 5.15 906P3 2154 6. 9M7 26 5. 06M3 216 6.11 P7 22 5.61 906S5 6.29 06M5 7. 906P5 2570 7.77 9S5 2701 6.77 06S3 41.66 9S7 45 7.69 06P3 294.2 06S5 3117.4 9P7 3.5 M7 3459 9.46 16M3 346.9 06P5 349.7 16M5 317.6 S5 43.0 16S3 4270 15.2 S7 44 13.7 16P3 4441 17. 16S5 4797 1.7 11M7 491 15.6 P7 29 1.2 M3 37 1.2 M5 557 21.1 11S5 57 19.6 11S7 61 22.1 M7 6927 25.4 S5 7999 31.7 Static Pressure = 706P3 35 0.93 706P5 630 1.51 06S3 9 2.15 06S5 26 2.67 7P7 30 2.36 06P3 5 2.79 906M3 29 3.1 06P5 9 3.53 S5 21 3.22 906M5 5 3.91 S7 1521 3.67 906S3 190 4.97 9M7 1961 4.94 06M3 21 5. 906P3 47 5.94 P7 6 5.44 906S5 21 6.05 06M5 2265 6.93 906P5 5 7.56 9S5 2526 6.55 9S7 2659 7.43 06S3 2733.43 06P3 3 9.94 06S5 2992.1 Static Pressure = M7 5 9. 9P7.3 16M3 33.6 06P5 333.5 16M5 3643.3 S5 3979 11.7 16S3 4154.9 S7 46 13.3 16P3 4333 17.5 16S5 4654 1.4 11M7 469 15.2 M3 463 17. P7 4 1.0 16P5 5153 22.0 M5 5374.6 11S5 554 19.2 S3 5.3 1306M3 551 25.0 11S7 555 21.6 130M3 6231 26.2 11P7 6623 29.0 130M5 6629.9 M7 6704.9 S5 7799 31.2 S7 309 35.6 13M7 907 3.3 Static Pressure = 11 06S3 705 1.1 06S5 71 2. 06P3 926 2.5 906M3 06 2.2 S5 11 2.2 06P5 1 3.33 S7 53 3.27 906M5 13 3.62 9M7 1706 4.53 906S3 1770 4.76 06M3 139 5.57 906P3 1931 5.76 P7 1947 5. 906S5 1964 5.0 06M5 2119 6.67 9S5 2334 6.27 906P5 2339 7.34 9S7 65 7.11 06S3 26.21 06P3 2776 9.71 06S5 9.90 M7 3046.90 16M3 32.3 9P7 3151.1 06P5 73.2 16M5 346.0 S5 377 11.4 S7 01 13.0 16S3 34.6 16P3 4222 17.1 11M7 445.9 16S5 49 1.0 M3 462 17.3 P7 4746 17.7 16P5 27 21.6 M5 5.2 11S5 53 1. 11S7 5646 21.2 1306M3 5673.5 S3 57.0 P3 59.0 1306M5 31 27.7 130M3 63 25. 130M5 6459.5 M7 6479.4 11P7 6479.6 S5 6499 29. 1306S3 7061 34.3 S5 7595 30.7 S7 072 34. 1M3 170 39.0 13M7 57 37.7 13S7 273 49.4 M7 1119 56. Static Pressure = 06S5 674 2.06 906M3 719 2.35 06P3 75 2.26 06P5 3.07 906M5 5 3.23 9M7 3.77 906S3 05 4.49 06M3 43 5.22 P7 179 5.00 906S5 1799 5.49 Static Pressure = 906P3 102 5.57 06M5 1964 6.37 9S5 21 5.94 906P5 2213 7.13 9S7 2252 6.74 06S3 6 7.99 06P3 2662 9.51 06S5 2719 9.64 M7 19.51 16M3 29 9.9 9P7 3015 9. 06P5 3157 11.9 16M5 92 11.7 S5 3590 11.1 S7 3791.6 16S3 3911.3 16P3 45. 11M7 4274.6 16S5 4363 17.5 M3 4494.9 P7 43 17.4 16P5 49 21.3 M5 49 19.6 11S5 57 1.4 11S7 543. 1306M3 5493 23.9 S3 551 23.6 P3 2 27.6 1306M5 561 27.3 130M3 59 25.3 M7 62 23.9 130M5 67.0 S5 6334 29.3 11P7 6334.2 M3 34.3 1306S3 6 33. 130S3 695 34.4 P5 694 34.9 S5 7390 30.1 1306S5 7547.4 130S5 7670.0 S7 735 34.1 1M3 79 3.5 1M5 5 42.6 13M7 631 37.2 P7 790 45.2 13S7 04 49.1 M7 11577 56.1 13P7 12 62.5 Static Pressure = 13 06P5 4 2.73 906S3 1397 4.11 06M3 29 4.1 P7 02 4.69 906S5 13 5.11 906P3 61 5.34 06M5 17 6.02 9S5 169 5.51 9S7 06 6.29 906P5 76 6.9 06S3 2342 7.74 06P3 2541 9. M7 2563.03 06S5 2569 9.33 16M3 2743 9.61 9P7 71 9.65 06P5 3035 11.7 16M5 31 11.4 S5 330. S7 3571.2 16S3 374.0 16P3 395.5 11M7 51.3 16S5 4211 17.1 M3 4297.4 P7 4457 17.1 M5 4751 19.1 16P5 476.9 11S5 496 1.1 11S7 5227.5 1306M3 53 23.4 S3 5446 23.2 P3 5679 27.1 1306M5 5690 26. 130M3 5709.9 M7 1 23.5 130M5 61 27.6 S5 66. 11P7 619 27. M3 6635 33.7 1306S3 6715 33.3 130S3 6752 34.1 1306P3 626 3.2 Static Pressure = 13 P5 641 34.4 M5 7055 3.5 S5 711 29.6 1306S5 7355 39. 130P3 7369.7 130S5 75 39.5 S7 7597 33.4 1M3 7799 3.0 S3 7 47.2 1M5 9 42.0 13M7 399 36.6 P7 629 44. 1S3 901 51.0 16M3 9465 53.0 1M3 973 54.2 13S7 995 4. 1M5 6 59. M7 11331 55.4 13P7 1173 62.1 S7 131 71.9 15M7 747 1.0 P7 15795 91.6 Static Pressure = 906S3 1 3.5 06M3 1193 4.34 P7 1333 4.17 906S5 11 4.69 906P3 12 5.05 9S5 1536 4.9 06M5 153 5. 9S7 5.67 906P5 1925 6. 06S3 2177 7.42 M7 22 7.39 06S5 25.97 06P3 9. 16M3 25 9.15 9P7 2715 9.3 06P5 290 11.5 16M5 2929 11.0 S5 3153.4 S7 3342 11. 16S3 3649 13.7 11M7 315 13. 16P3 3.1 16S5 52.6 M3 6.0 P7 4306. M5 4545 1.7 16P5 4635.5 11S5 4762 17. 11S7.1 1306M3 53 22.9 S3 530 22. 1306M5 5515 26.4 130M3 5519.4 P3 5552 26.7 M7 575 23.1 130M5 5929 27.1 S5 5995.3 11P7 27.4 M3 64 33.2 1306S3 6543. 130S3 66 33.7 1306P3 669 37. P5 6696 34.0 M5 690 3.0 S5 6967 29.0 1306S5 74 39.1 130P3 7233.4 S7 7357. 130S5 7357 3.9 1M3 76 37.4 1306P5 767 47.7 S3 007 46.6 1M5 135 41.4 13M7 1 36.0 P7 466 44.3 130P5 9 53.4 1S3 67.5 16M3 97 52.1 1M3 9592 53.5 1P3 9621 59.7 13S7 9703 4.4 16M5 915 5. 1M5 213 59.1 1S5 7 62.3 M7 12 54.7 13P7 165 61.7 S7 905 71.6 15M7 45 0.1 P7 15556 91.1 15S7 637 3.0 7 Twin City Catalog

Selection Charts TBA Static Pressure = 15 906S5 1177 4.1 906P3 1309 4.65 06M5 1311 5.02 M7 1566 5.96 906P5 1755 6. 06S3 194 7.00 06S5 22.55 16M3 2269.62 06P3 2273.4 9P7 2544 9.05 16M5 2742.6 06P5 2772 11.2 S5 2905 9.91 S7 3093 11.3 16S3 31 13.3 11M7 35 13.3 16P3 37 15. M3 3 15.5 16S5 34.2 P7 41.5 M5 4339 1.3 16P5 449.1 11S5 4547 17.4 11S7 475 19.6 1306M3 4934 22.4 S3 57 22.4 130M3 531 23.9 1306M5 5337 25.9 P3 54 26.2 M7 5544 22.7 130M5 5743 26.7 S5 523 27.7 11P7 5 27.0 M3 61.6 1306S3 6370.3 130S3 6456 33.3 P5 654 33.5 1306P3 65 37.4 M5 6722 37.4 S5 6746.5 1306S5 6973 3.5 130P3 7094.1 S7 711.3 130S5 7196 3.4 1M3 77 36. 1306P5 7542 47.2 S3 746 46.0 13M7 7915 35.3 1M5 7939. P3 049 53.3 P7 302 43. 130P5 476 52.9 S5 43 54.3 1S3 711.1 16M3 9030 51.2 1M3 9396 52. 1P3 9479 59.4 13S7 95 4.1 16M5 99 5.0 1M5 017 5.4 1S5 074 61.5 M7 29 53.9 1S3 63 71.0 16S3 11304 71.7 13P7 157 61.3 S7 695 71.2 15M7 217 79.2 P7 1531 90.5 15S7 4 2.0 15P7 1959 130.0 Static Pressure = 906P3 63 4.04 906P5 155 5.1 06S3 1767 6.4 16M3 04.01 06S5.0 06P3 23.52 9P7 23.64 16M5 2535.1 S5 261 9. 06P5 2625.9 S7.6 11M7 64.6 16S3 3337 13.0 16P3 35 15.4 M3 3617 15.0 16S5 3706 15. P7 399.1 M5 4131 17.9 11S5 4319.9 16P5 4356 19.7 11S7 4555 19.1 1306M3 4741 21.9 Static Pressure = S3 23 22.0 130M3 56 23.4 1306M5 5155 25.3 P3 53 25. M7 59 22.2 130M5 5552 26.2 S5 5647 27.1 11P7 57 26.6 M3.1 1306S3 6195 31. 130S3 6300.9 P5 6396 33.0 1306P3 69 37.0 S5 6521.1 M5 6551 36.9 1306S5 672 37. S7 677 31. 130P3 6952 39.7 130S5 70 37.9 1M3 72 36.2 1306P5 739 46.7 13M7 7663 34.6 S3 763 45.5 1M5 7739.2 P3 79 52. P7 137 43.2 S5 309 53.6 130P5 3 52.4 1S3 5 49.6 16M3 13.3 1M3 9196 52.1 13S7 9315 47.7 1P3 9333 59.0 16M5 93 57.2 1M5 919 57.6 1S5 99. M7 570 53.1 1S3 704 70.4 16S3 70. 1P5 111 7. 13P7 9 61.0 1P3 11590 3.3 1S5 11919 1.9 16S5 270 5.3 S7 43 70.7 15M7 13947 7.3 P7 11 90.0 1706M3 15611 9.0 15S7 16 2.0 15P7 19592 9.0 17M7 21575 151.0 Static Pressure = 17 906P5 13 5.23 06S3 19 5.0 16M3 1715 7. 06S5 137 7.56 06P3 1954.13 9P7 21.09 S5 2264.54 16M5 229 9.53 06P5 66.5 S7 75 9.6 11M7 2903 11.7 16S3 3155.6 M3 3353.4 16P3 34 15.1 16S5 3517 15.3 P7 3 15. M5 3917 17.4 11S5 79.4 16P5 46 19.3 11S7 4313 1.6 1306M3 4543 21.4 S3 472 21.5 130M3 42 22. 1306M5 4971. M7 23 21.6 P3 51 25.3 130M5 5356 25.7 S5 5467 26.4 11P7 5571 26.3 M3 5915 31.6 1306S3 19 31.3 130S3 6139.5 P5 62.5 1306P3 6265 36.5 S5 69 27.6 M5 637 36.3 1306S5 6591 37.2 S7 66 31.3 130P3 6 39.4 130S5 663 37.3 1M3 697 35.6 Static Pressure = 17 1306P5 7254 46.1 13M7 72 33.9 S3 751 45.0 1M5 7534 39.6 P3 777 52.3 P7 7970 42.7 S5 136 53.0 130P5 2 51. 1S3 36 49.1 16M3 594 49.4 P5 79 65.4 1M3 990 51.4 13S7 9117 47.3 1P3 9 5.6 16M5 9197 56.4 1M5 9617 56.9 1S5 97.1 M7 304 52.3 1S3 541 69.9 16S3 66 69.9 16P3 9 79.0 1P5 997 7.2 13P7 1.6 1P3 141 2. 1S5 11742 1.0 16S5 1 4.1 S7 270 70.3 15M7 13673 77.3 P7 45 9.5 1706M3 15342.0 15S7 1595 1.0 1706M5 192 11.0 15P7 196 9.0 17M7 290 1.0 Static Pressure = 1 906P5 91 4. 06S3 19 4.3 16M3 15 6.37 06S5 0 6.96 S5 66 7.11 9P7 1731 7.11 06P3 1757 7.63 S7 1963.5 16M5 09.79 11M7 2257.1 06P5 2292.1 16S3 294.1 M3 3067 13.7 16P3 31. 16S5 33. P7 3634 15.4 M5 3702. 11S5 3 15. 16P5 4 19.0 11S7 4 17.9 1306M3 4339. 130M3 4647 22.1 S3 47 21.1 M7 4741.9 1306M5 471.2 P3 4994. 130M5 5152 25.2 S5 527 25. 11P7 56 26.0 M3 5726 31.1 1306S3 542 30. 130S3 5969.0 S5 4 27.2 P5 6.0 1306P3 6119 36.1 M5 62 35. S7 637 30. 1306S5 62 36.6 130P3 6654 39.0 130S5 669 36. 1M3 6762 34.9 1306P5 71 45.6 13M7 79 33.1 1M5 73 39.0 S3 7354 44.4 P3 7639 51. P7 701 42.1 S5 7962 52.4 130P5 061 51.3 1S3 219 4.6 16M3 373 4.5 P5 743 64. 1M3 777.7 13S7 9 46. 16M5 99 55.7 1P3 9030 5.2 1M5 94 56.2 1S5 9541 59.3 Static Pressure = 1 M7 030 51.5 1S3 375 69.3 16S3 652 69.0 16P3 727 7.4 13P7 30.2 1P5 51 77.5 1P3 19 2.4 1S5 11564 0.2 16S5 11767 2.9 S7 156 69. 16P5 423 0.0 15M7 13395 76.3 P7 9 9.0 1706M3 166 6.0 15S7 157 1.0 1706M5 15945 117.0 15P7 19061.0 1706S3 19075.0 17M7 999.0 17S7 196 192.0 Static Pressure = 19 06S5 13 6.1 06P3 15 6.95 16M5 1569 7.65 06P5 9 9.55 16S3 2701 11.5 M3 2763.9 16S5 304.1 16P3 3111.4 P7 3431.9 M5 3474.2 11S5 3519 15.1 11S7 375 17.1 16P5 31 1.6 1306M3 4.3 130M3 4396 21.4 M7 4421.0 S3 4535.6 1306M5 453 23.6 P3 4.3 130M5 4939.6 S5 7 25.2 11P7 5236 25.6 M3 5533 30.5 1306S3 5665 30.3 130S3 5790 31.6 S5 5795 26.6 P5 5926 31.4 1306P3 5969 35.6 M5 21 35.2 S7 611 30.1 1306S5 6213 35.9 130P3 6495 3.5 130S5 69 36.3 1M3 6525 34.2 13M7 642.3 1306P5 6965 45.0 1M5 71 3.4 S3 71 43.9 P3 7497 51.3 P7 7627 41.6 S5 77 51.7 130P5 7917.7 1S3 047 4.1 16M3 1 47.6 1M3 555 49.9 P5 6 64.2 13S7 713 46.4 16M5 70 54. 1P3 73 57. 1M5 92 55.5 1S5 935 5.6 M7 97.6 1S3 7 6.7 16S3 439 6.2 16P3 562 77. 13P7 6 59. 1P5 703 76.9 1P3 11134 1.9 1S5 1133 79.3 16S5 11526 1. S7 1139 69.4 16P5 4 99.2 15M7 13111 75.3 1P5 134 9.0 P7 374.5 1706M3 72 5.0 15S7 15496 0.0 1706M5 15691 1.0 15P7 179 7.0 1706S3 137 6.0 17M7 704 7.0 17S7 239 191.0 Static Pressure = 19 17P7 2900 4.0 Static Pressure = 06P3 25 5.94 06P5 174.91 16S3 23.7 M3 31 11.9 16S5 42 13.4 16P3 29.0 11S5 3174.2 P7 33.4 M5 17 15.4 11S7 3427.2 16P5 3704 1.1 1306M3 39 19.7 M7 4 19.0 130M3 49.7 S3 4342.1 1306M5 437 23.0 P3 467 23.9 130M5 4717.0 S5 469.6 11P7 56 25.2 M3 5335 29.9 1306S3 545 29. S5 5530 26.0 130S3 53 31.0 P5 57 30. 1306P3 515 35.1 M5 536 34.6 S7 5 29.4 1306S5 35.3 1M3 6277 33.5 130S5 63 35. 130P3 63 3.0 13M7 6542 31.3 1306P5 6 44.5 1M5 690 37. S3 70 43.4 P3 7352. P7 7449 41.1 S5 76 51.1 130P5 776.2 1S3 770 47.5 16M3 7922 46. 1M3 5 49.2 P5 469 63.6 13S7 45.9 16M5 567 54.0 1P3 713 57.3 1M5 99 54. 1S5 9172 57.9 M7 9462 49.7 1S3 035 6.1 16S3 227 67.3 16P3 396 77.1 13P7 4 59.4 1P5 5 76.2 1P3 976 1.3 1S5 1 7.5 16S5 17 0.7 S7 1 6. 16P5 4 9.2 15M7 74.3 1P5 13134.0 P7 13.0 1706M3 490 3.0 15S7 15263 99.6 1706M5 15431 115.0 1706P3 1722 157.0 15P7 1535 7.0 1706S3 1593 5.0 17M7 7 6.0 17S7 23702 190.0 17P7 717 3.0 Static Pressure = 21 06P5 07.07 M3 5.9 16S3 94 9.62 16S5 256.6 16P3 2727 13.4 11S5 2731.9 P7 29 13.6 M5 29.6 11S7 3007 15.0 16P5 35 17.6 M7 35 17.5 1306M3 361 19.0 130M3 3 19. S3 49 19.6 1306M5 44 22.3 130M5 445 23.4 P3 47 23.4 Twin City Catalog

Selection Charts TBA Static Pressure = 21 S5 4646.0 11P7 464.7 M3 51 29.3 S5 52 25.2 1306S3 5301 29.2 130S3 55 30.5 S7 556.6 P5 557 30.3 M5 5644 33.9 1306P3 5656 34.6 1306S5 531 34.6 1M3 1. 130S5 6133 35.2 130P3 6151 37.4 13M7 6222 30.3 1M5 6663 37.1 1306P5 6673 43.9 S3 6 42.9 P3 74.2 P7 7269.6 S5 7437.5 130P5 76 49.5 1S3 766 46.9 16M3 7692 46.0 1M3 05 4.4 13S7 299 45.3 P5 330 63.0 16M5 351 53.2 1P3 54 56. 1M5 771 54.1 1S5 91 57.1 M7 93 4. 1S3 959 67.4 16S3 0 66.5 13P7 4 59.1 16P3 229 76.5 1P5 395 75.4 1P3 15 0. 1S5 1 77.6 16S5 9 79.6 S7 11399 6.3 16P5 113 97.3 15M7 522 73.3 1P5 90 7.0 P7 13903 7.5 1706M3 190 1.0 15S7 129 99.0 1706M5 152 1.0 1706P3 17641 157.0 15P7 1274 6.0 1706S3 1341 4.0 17M7 6 4.0 1706S5 93 177.0 17S7 23452 190.0 17P7 427 2.0 Static Pressure = 22 16S3 90.23 11S7 2257.7 16S5 2300 11.7 16P3 96. P7 2553.4 M5 2567 13.5 16P5 3309 17.0 1306M3 3439 1.3 130M3 3553 1. S3 3 1.9 1306M5 3937 21.5 130M5 4239 22.6 P3 45 23.0 S5 46 23.2 11P7 46.2 M3 4922.7 S5 4945.4 1306S3 5111.6 130S3 519 29.9 S7 5262 27.7 P5 56 29.7 M5 5447 33.2 1306P3 5493 34.0 1306S5 5635 33.9 1M3 5743 31.9 13M7 574 29.1 130S5 5935 34.6 130P3 5965 36. 1M5 6429 36.4 1306P5 65 43.3 S3 6677 42.3 P3 7053 49.6 P7 705.2 S5 7257 49. 130P5 7454 4.9 16M3 745 45.3 1S3 7493 46.3 Static Pressure = 22 1M3 735 47.7 13S7 06 44. 16M5 1 52.4 P5 191 62.4 1P3 37 56.3 1M5 549 53.5 1S5 74 56.4 M7 51 47. 1S3 967 66. 16S3 900 65.6 13P7 9995 5.7 16P3 0 75. 1P5 237 74.7 1P3 651 0.2 16S5 7.5 1S5 25 76. S7 11175 67.7 16P5 11705 96.3 15M7 217 72.2 1P5 6.0 P7 13666 7.0 1706M3 136 99.4 15S7 794 9.4 1706M5 4 1.0 1706P3 17457 156.0 15P7 10 5.0 1706S3 102 3.0 17M7 1903 3.0 1706S5 626 176.0 17S7 231 19.0 17P7 13 1.0 Static Pressure = 23 16S5 19.7 16P3 2223 11.9 16P5 304.3 1306M3 312 17.5 130M3 34 17.6 S3 34 1.0 1306M5 3694.6 130M5 390 21. P3 41 22.5 S5 41 22.3 11P7 4441 23.5 S5 44 23.4 M3 4705.0 1306S3 4919.0 S7 4930 26.6 130S3 497 29.2 P5 5217 29.2 M5 54.4 1306P3 53 33.4 1306S5 5436 33.2 1M3 5451 30.9 13M7 54 27. 130S5 57 34.0 130P3 576 36.1 1M5 616 35.7 1306P5 6376 42. S3 6499 41.7 P7 696 39.7 P3 69 49.1 S5 7074 49.1 16M3 7221 44.5 130P5 76 4.2 1S3 7292 45.7 1M3 7576 46. 13S7 767 44.2 16M5 7911 51.6 P5 052 61. 1P3 0 55.7 1M5 2 52. M7 525 46.7 1S5 52 55.7 1S3 9491 66.1 16S3 956 64. 13P7 975 5.3 16P3 990 75.1 1P5 076 74.0 1P3 42 79.6 16S5 575 77.4 1S5 631 76.0 S7 949 67.2 16P5 11529 95.4 15M7 11905 71.2 1P5 667 5.0 P7 13430 6.5 1706M3 1352 97.7 15S7 556 97. 1706M5 0 111.0 1706P3 17270 155.0 15P7 17752 5.0 1706S3 1715 1.0 17M7 19495 1.0 Static Pressure = 23 1706S5 34 174.0 1706P5 31 3.0 17S7 2294 1.0 17P7 2749 2.0 Static Pressure = 16P3 199.6 16P5 31 15.5 1306M3 9.5 130M3 290.4 S3 17.0 1306M5 3433 19.6 130M5 3703.9 S5 357 21.3 P3 3925 21.9 11P7 4196 22. S5 4215 22.2 M3 4479 27.2 S7 4559 25.4 1306S3 4722 27.4 130S3 4742.4 P5 17.6 M5 31 31.6 13M7 52 26.2 1M3 53 29.9 1306P3 51. 1306S5 5236.5 130S5 5511 33.4 130P3 5563 35.3 1M5 5933 34.9 1306P5 62 42.3 S3 6319 41.1 P7 6699 39.2 P3 67 4.5 S5 690 4.4 16M3 6977 43.7 1S3 702 45.1 130P5 71 47.5 1M3 7307 45.9 13S7 7639 43.5 16M5 766. P5 79 61.2 1P3 015 55.1 1M5 0 52.0 M7 13 45.5 1S5 375 55.0 1S3 9297 65.4 16S3 9371 64.0 13P7 9570 57. 16P3 9717 74.4 1P5 99 73.2 1P3 309 79.0 16S5 33 76.3 1S5 431 75.2 S7 721 66.6 16P5 11353 94.5 15M7 1153 70.1 1P5 6 5.0 P7 13194 6.0 1706M3 131 96.1 1706M5 3 1.0 15S7 3 97.1 1706P3 17079 154.0 15P7 17491 4.0 1706S3 17537 1.0 17M7 1912 1.0 1706S5 05 173.0 1706P5 19 2.0 17S7 22694 17.0 17P7 27562 239.0 Static Pressure = 25 130M3 2533. 16P5 2537.5 1306M3 2595 15.3 S3 29 15.6 1306M5 313 1.4 130M5 3395 19. S5 3562.3 P3 3702 21.2 S5 3734.6 11P7 39 21. S7 45 23.9 M3 44 26.4 130S3 4490 27.6 1306S3 4515 26.7 13M7 45.1 P5 406.0 M5 407 30.7 1M3 423.7 1306P3 4970.1 1306S5 30 31.7 130S5 54.7 130P3 5346 34.5 Static Pressure = 25 1M5 5669 34.1 1306P5 7 41.7 S3 6136.5 P7 6491 3.7 P3 6577 47. S5 6704 47.6 16M3 67 42.9 1S3 662 44.4 130P5 6926 46. 1M3 70 44.9 13S7 77 42. 16M5 7456.0 P5 7772.7 1P3 719 54.4 M7 721 44.2 1M5 746 51.2 1S5 1 54.3 1S3 9095 64.7 16S3 9156 63.2 13P7 9351 57.4 16P3 9543 73.6 1P5 9743 72.4 16S5 2 75.3 1P3 131 7.3 1S5 2 74.4 S7 490 65.9 16P5 11177 93.6 15M7 151 6.9 1P5 343 4.0 P7 9 5.6 1706M3 91 94.4 1706M5 5.0 15S7 173 96.4 1706P3 4 153.0 15P7 17231 3.0 1706S3 175 13.0 17M7 164 13.0 1706S5 19756 171.0 1706P5 19992 1.0 17S7 239 16.0 17P7 27275 23.0 Static Pressure = 26 1306M3 25 13.4 16P5 216 13.1 S3 75 13.9 1306M5 2792. S5 30 1.1 130M5 3061 1.6 S5 36 19.1 P3 3454.4 S7 3475 21.6 11P7 3557.5 13M7 330 21.1 M3 3997 25.4 130S3 4222 26.6 1306S3 4293 25.9 1M3 444 27.4 M5 4571 29.6 P5 4579 27.2 1306P3 474 31.4 1306S5 415 30.9 130S5 46.0 130P3 51 33.6 1M5 5392 33.2 1306P5 5925 41.1 S3 5949 39. P7 6269 3.0 P3 6411 47.1 16M3 6473 42.0 S5 65 46. 1S3 6630 43.6 1M3 6727 43. 130P5 6733 46.0 13S7 7 42.0 16M5 7219 49.0 M7 7431 42.7 1M5 759.4 1P3 7611 53.6 P5 7630.1 1S5 7941 53.7 1S3 6 64.0 16S3 941 62.4 13P7 96 56.9 16P3 9365 72.9 1P5 9569 71.6 16S5 969 74.3 1P3 9945 77.6 1S5 019 73.7 S7 255 65.2 15M7 905 67.6 16P5 101 92.6 1P5 177 3.0 1706M3 61 92. Static Pressure = 26 P7 726 5.1 1706M5 137 7.0 15S7 13 95.7 1706P3 64 153.0 1706S3 937 137.0 15P7 970 3.0 17M7 1539 137.0 1706S5 1943 9.0 1706P5 19790 0.0 17S7 2213 16.0 17P7 26990 237.0 Static Pressure = 27 130M5 2626. S5 92 17.7 11P7 29 1.0 P3 3 19.4 M3 37.3 130S3 3930 25.4 1306S3 57 25.0 1M3 42 25.9 M5 43.5 P5 4334 26.4 1306S5 4590 30.0 1306P3 4590 30.6 130S5 4796 31.1 130P3 467.5 1M5 51.1 S3 5756 39.0 1306P5 576.5 P7 34 37.2 16M3 62 41.1 P3 6239 46.4 S5 63 46.0 1S3 637 42. 1M3 6417 42.6 130P5 6531 45.1 13S7 6919 41.2 16M5 6974 4.1 M7 7002.9 1M5 7342 49.5 1P3 7393 52. P5 746 59.5 1S5 7713 52.9 1S3 669 63.3 16S3 725 61.6 13P7 900 56.3 16P3 913 72.1 1P5 93 70. 16S5 9635 73.3 1P3 9752 76. 1S5 905 72.9 S7 015 64.5 15M7 544 66.2 16P5 91.7 1P5 7 2.0 1706M3 30 91.3 P7 491 4.6 1706M5 13456 6.0 15S7 1351 95.0 1706P3 479 152.0 1706S3 619 135.0 15P7 7 2.0 17M7 1 135.0 1706S5 190 7.0 1706P5 1953 19.0 17S7 21926 15.0 17P7 26704 236.0 Static Pressure = S5 21.2 P3 30 1.0 M3 3444 23.1 130S3 36.1 1M3 37.3 1306S3 301.0 M5 4 27.2 P5 66 25.4 1306S5 435 29.0 1306P3 43 29.7 130S5 45 30.0 130P3 46 31.5 1M5 4793 31.0 S3 5554 3.2 1306P5 56 39. P7 572 36.4 16M3 5942.1 P3 63 45.6 1M3 95 41.3 S5 64 45.1 1S3 66 41.9 130P5 63 44.2 M7 6525 3.9 13S7 6656.3 9 Twin City Catalog

Selection Charts TBA Static Pressure = 16M5 6723 47.0 1M5 7076 4.5 1P3 75 51.9 P5 73 5.9 1S5 7477 52.1 1S3 443 62.5 16S3 7.9 13P7 671 55. 16P3 997 71.3 1P5 9199 69.9 16S5 92 72.3 1P3 9549 76.0 1S5 956 72.2 S7 9767 63.7 15M7 64.7 16P5 647 90. 1P5 11 1.0 1706M3 176 9.7 P7 253 4.2 1706M5 13172 4.0 15S7 133 94.3 1706P3 269 151.0 1706S3 297 133.0 15P7 449 2.0 17M7 1771 134.0 1706S5 1731 5.0 1706P5 19371 197.0 17S7 26.0 17P7 26419 235.0 Static Pressure = 29 P3 35.2 M3 39 21.6 130S3 64 22.5 1M3 335 22.4 1306S3 39 22.7 M5 37 25.7 P5 3770.3 1306S5 41 27.9 1306P3 4174. 130S5 42.9 130P3 4361 30.4 1M5 4459 29.7 S3 53 37.3 1306P5 5443 39.2 P7 54 35.3 16M3 56 39.0 1M3 5759 39. 1S3 54. P3 51 44. S5 591 44.2 M7 5971 36.5 130P5 95 43.3 13S7 6372 39.3 16M5 6463 45.9 1M5 6799 47.5 1P3 69.9 P5 7190 5.2 1S5 72 51.3 1S3 9 61.7 16S3 4.0 13P7 436 55.2 16P3 07 70.5 1P5 9001 69.0 16S5 96 71.4 1P3 933 75.1 1S5 9361 71.4 S7 95 62.9 15M7 9773 63.1 16P5 469 9.9 1P5 152 99.9 1706M3 1176.2 P7 113 3.6 1706M5 6 3.0 15S7 1301 93.5 1706S3 1597 1.0 1706P3 055 1.0 15P7 191 1.0 17M7 17527 133.0 1706S5 1334 3.0 1706P5 19154 195.0 17S7 217 13.0 17P7 26135 234.0 Static Pressure = 30 M3 2653 19.3 130S3 77.6 1306S3 33 21.1 M5 3397 23.9 P5 3431 22.9 1306S5 341 26.7 130S5 39 27.5 1306P3 3947 27. 1M5 90.1 Static Pressure = 30 130P3 97 29.2 S3 5117 36.4 P7 516 34.1 1306P5 5276 3.5 M7 55 33.2 16M3 5369 37.9 1M3 56 3.3 1S3 5553 39.6 P3 5693 43.9 S5 5705 43.2 130P5 556 42.2 13S7 6 3.1 16M5 6190 44.7 1M5 65 46.4 1P3 667 49. 1S5 6976.4 P5 7036 57.5 1S3 7966.7 16S3 056 59.2 13P7 194 54.5 16P3 613 69.7 1P5 795 6.1 16S5 927 70.3 1P3 9117 74.2 1S5 9 70.6 S7 9252 62.0 15M7 9352 61.3 16P5 290 9.0 1706M3 15 6. 1P5 166 9.9 P7 11767 3.1 1706M5 59 1.0 15S7 27 92.7 1706S3 15669 130.0 1706P3 1537.0 15P7 15934 1.0 17M7 17177 131.0 1706S5 17925 0.0 1706P5 1927 194.0 17S7 215 12.0 17P7 25 233.0 Static Pressure = 31 1306S3 2675 1.6 M5 29 21.2 P5 3030 21.1 1306S5 3546 25.2 130S5 37 25. 1M5 3690 26.3 1306P3 3705 26.6 130P3 326 27.9 M7 413 27.4 P7 4.5 S3 41 35.3 1M3 36.5 16M3 63 36.6 1306P5 53 37. 1S3 51 3.3 S5 547 42.1 P3 5499 43.0 130P5 51 41.0 13S7 5736 36. 16M5 5901 43.3 1M5 69 45.2 1P3 6411 4.5 1S5 6709 49.4 P5 61 56. 1S3 7709 59.7 16S3 7 5.3 13P7 79 53.7 16P3 415 6. 1P5 579 67.1 16S5 64 69.2 1P3 9 73.2 1S5 9 69.7 15M7 95 59.2 S7 94 61.0 16P5 111.1 1706M3 116 5.5 1P5 173 97.9 P7 115 2.4 1706M5 306 99. 15S7 569 91.9 1706S3 15366 9.0 1706P3 156 7.0 15P7 1567 1.0 17M7 1 130.0 1706S5 17521 15.0 1706P5 1691 192.0 17S7 1 11.0 17P7 25565 2.0 Static Pressure = P5 93 1.7 1306S5 23.5 Static Pressure = 130S5 23.6 1306P3 3442 25.3 130P3 3557 26.7 P7 4292 30.2 S3 4625 34.1 1M3 4654 34.5 16M3 4735 35.1 1S3 4905 36. 1306P5 4921 37.0 S5 52 41.0 P3 5296 42.0 130P5 5335 39.7 13S7 5361 35.3 16M5 5595 41. 1M5 592 43. 1P3 61 47.2 1S5 6430 4.3 P5 67 56.1 1S3 74 5.6 16S3 7590 57.3 13P7 7670 52. 16P3 211 67.9 1P5 353 66.0 15M7 396 56.9 16S5 441 6.1 1S5 6 6. 1P3 652 72.1 S7 706 59.9 16P5 99 7.2 1706M3 30 4.2 1P5 174 96.9 P7 163 1. 1706M5 9 9.4 15S7 304 91.0 1706S3 164 7.0 1706P3 15393 6.0 15P7 154 119.0 17M7 4.0 1706S5 171 155.0 1706P5 46 191.0 17S7 6 10.0 17P7 2 231.0 Static Pressure = 33 1306P3 3156 23.9 130P3 3300 25.5 1M3 4263.4 S3 4339.6 16M3 430 33.4 1S3 4537 35.0 1306P5 4725 36.1 13S7 4907 33.4 S5 19 39. 130P5 51 3.3 P3 4.9 16M5 5267.1 1M5 5552 42.3 1P3 546 45. 1S5 613 47.1 P5 6563 55.4 1S3 7156 57.4 16S3 73 56.3 13P7 73 51. 15M7 739 54.1 16P3 002 66.9 1P5 11 64.9 16S5 195 67.0 1S5 33 67. 1P3 70.9 S7 415 5. 16P5 9753 6.4 1706M3 9 2.9 1P5 67 95. P7 107 1.1 1706M5 11711 97.0 15S7 1 90.0 1706S3 764 5.0 15P7 151 119.0 1706P3 15170 5.0 17M7 069 7.0 1706S5 774 153.0 1706P5 1193 19.0 17S7 344 179.0 17P7 995 230.0 Static Pressure = 34 1306P3 42 22.2 130P3 30.2 1M3 3734 29.4 16M3 04 31.4 S3 19 30.9 1S3 41.9 13S7 4311 30.7 1306P5 45 35.0 Static Pressure = 34 130P5 4747 36.7 S5 475 3.3 P3 463 39.7 16M5 4902 3.1 1M5 510.5 1P3 5557 44.4 1S5 531 45.7 P5 6397 54.6 1S3 657 56.0 13P7 7090.7 16S3 71 55.2 15M7 7.7 16P3 777 65.9 1P5 771 63.7 16S5 7946 65. S7 4 57.5 1S5 1 66.7 1P3 151 69.6 16P5 9574 5.6 1706M3 12 1.6 1P5 653 94. P7 74 0.4 1706M5 119 95.7 15S7 11752 9.0 1706S3 464 4.0 15P7 99 11.0 1706P3 946 4.0 17M7 15677 5.0 1706S5 413 151.0 1706P5 17937 17.0 17S7 073 17.0 17P7 7 230.0 Static Pressure = 35 1306P3 2369 19. 130P3 26 22.4 16M3 34.5 S3 3636.6 1S3 3709 30.4 1306P5 41 33.9 130P5 4421 35.0 S5 442 36. 16M5 446 35.7 P3 4631 3.4 1M5 4791 3.5 1P3 525 42. 1S5 54 44.1 P5 6225 53.7 15M7 6370 46.1 1S3 6544 54.5 13P7 6770 49.3 16S3 6 54.0 16P3 7565 64. 1P5 7 62.4 16S5 7690 64.5 S7 7771 56.1 1S5 739 65.6 1P3 70 6.2 16P5 9394 4.7 1706M3 947 0.1 1P5 431 93.7 P7 42 79.6 1706M5 113 94.3 15S7 167 7. 1706S3 5 2.0 15P7 6 117.0 1706P3 7 3.0 17M7 15273 3.0 1706S5 057 9.0 1706P5 17 15.0 17S7 1900 177.0 17P7 4 229.0 Static Pressure = 36 S3 290. 16M5 3996.6 1306P5 22.6 130P5 79 33.0 S5 415 35.0 1M5 4335 36.1 P3 433 37.0 1P3 4952 41.2 1S5 59 42.3 P5 44 52. 1S3 62 52. 13P7 6413 47.7 16S3 6561 52.7 1P5 73 61.0 16P3 7336 63.6 S7 74 54.5 16S5 74 63.2 1S5 7551 64.3 1P3 759 66.7 16P5 92 3.9 Static Pressure = 36 1706M3 9 7.7 1P5 1 92.5 P7 7.7 1706M5 790 92. 15S7 11176 6.7 1706S3 1365 1.0 15P7 359 117.0 1706P3 493 1.0 17M7 55 1.0 1706S5 15706 7.0 1706P5 174.0 17S7 19527 176.0 17P7 139 2.0 Static Pressure = 37 1306P5 3707 30. 130P5 3722 30. S5 325. P3 4117 35.5 1P3 4641 39.6 1S5 4767.0 P5 551 51. 1S3 552. 13P7 5996 45.6 16S3 6270 51.2 S7 7025 52.7 1P5 70 59.4 16P3 7099 62.4 16S5 79 61.7 1S5 7252 62. 1P3 73 65.1 16P5 90 3.0 1706M3 91 77.2 P7 9921 77.7 1P5 9963 91.2 1706M5 467 91.2 15S7 75 5.4 1706S3 13566 119.0 15P7 12 1.0 1706P3 263 1.0 17M7 421 11.0 1706S5 15357 5.0 1706P5 17175 12.0 17S7 19251 175.0 17P7 2356 227.0 Static Pressure = 3 1306P5 73.2 130P5 33.1 P3 33 33. 1P3 4344 3.0 1S5 4357 37.3 1S3 5465 4.6 13P7 5493 42.7 P5 564.7 16S3 595 49.6 S7 6577.6 1P5 6722 57.7 16P3 653 61.0 16S5 667.2 1S5 69 61.2 1P3 70 63.5 1706M3 05 75.5 16P5 2.0 P7 9617 76.6 1P5 97 9. 1706M5 136 9.5 15S7 563 4.0 1706S3 171 11.0 15P7 1303 115.0 17M7 13967 1.0 1706P3 130 139.0 1706S5 1 3.0 1706P5 931 10.0 17S7 1972 174.0 17P7 23574 226.0 Static Pressure = 39 P3 3530 31.9 1P3 53 36.5 13P7 47 3.1 1S3 61 46.2 P5 5433 49.5 16S3 56 47.7 S7 35 47.9 1P5 6396 55. 16S5 6575 5.5 16P3 659 59.6 1S5 66 59.4 1P3 67 61. 1706M3 434 73. 16P5 636 1.0 P7 9301 75.3 1P5 9455.4 Twin City Catalog

Selection Charts TBA Static Pressure = 39 1706M5 979 7.7 15S7 234 2.5 1706S3 976 117.0 17M7 1346 113.0 15P7 13522 1.0 1706P3 13793 13.0 1706S5 673 1.0 1706P5 6 179.0 17S7 1690 173.0 17P7 292 226.0 Static Pressure = P3 311 29.5 1P3 3726 34. 1S3 4627 43.3 P5 51 4.1 16S3 5219 45.3 S7 5295 44.0 1P5 47 53. 1S5 6257 57.3 16S5 6265 56.7 16P3 6330 5.0 1P3 6419.0 1706M3 053 71. 16P5 43 0.0 P7 970 73. 1P5 911 6. 1706M5 9449 5. 15S7 93 0. 1706S3 679 115.0 17M7 971 1.0 15P7 136 113.0 1706P3 13552 136.0 1706S5 339 139.0 Static Pressure = 1706P5 446 177.0 17S7 13 172.0 17P7 230 225.0 Static Pressure = 42 16S3 4 37. P5 4644 44.6 1P5 5279 4.9 1S5 545 52.1 16S5 5563 52.2 16P3 575 54.5 1P3 5792 56.3 1706M3 74 67.5 16P5 031 77. P7 233 70.2 1P5 594 3.3 1706M5 699 1.4 15S7 9117 77.0 17M7 1125 3.0 1706S3 175 113.0 15P7 642 111.0 1706P3 13053 134.0 1706S5 13676 135.0 1706P5 15964 174.0 17S7 17 170.0 17P7 243 2.0 Static Pressure = 44 P5 3776 3.5 1P5 4433 42.9 16S5 467 46.1 16P3 54.3 1P3 516 52.6 1706M3 6319 61. Static Pressure = 44 P7 72 64.6 16P5 7594 75.4 1706M5 759 76.0 1P5 79 79.3 15S7 196 72.1 17M7 6 94.1 1706S3 14 9.0 15P7 0 9.0 1706P3 5 131.0 1706S5 13005 1.0 1706P5 1542 170.0 17S7 17199 7.0 17P7 2166 222.0 Static Pressure = 46 16P3 4353 45.0 1P3 4526 4.6 1706M5 641 6. 15S7 676 64.3 16P5 71 72.4 1P5 725 74.5 17M7 270 7.4 1706S3 0 6.0 15P7 11300 5.0 1706P3 1199.0 1706S5 5.0 1706P5 99 7.0 17S7 566 4.0 17P7 273 221.0 Static Pressure = 4 1P5 640 6. 16P5 6541 6. 1706S3 2 2.0 Static Pressure = 4 15P7 529 1.0 1706P3 11 4.0 1706S5 13 4.0 1706P5 51 4.0 17S7 15905 0.0 17P7 663 219.0 Static Pressure = 1P5 5649 62.1 16P5 535 63. 1706S3 9357 97.4 15P7 93 95.7 1706P3 15 1.0 1706S5 915 119.0 1706P5 139 1.0 17S7 1 156.0 17P7 04 2.0 Static Pressure = 52 16P5 4577 53.7 15P7 335 6.1 1706S3 491 91.6 1706S5 7 1.0 1706P3 174 1.0 1706P5 13553 159.0 17S7 426 152.0 17P7 19419 2.0 Static Pressure = 54 1706S3 730 3.0 1706S5 95.0 1706P3 943 111.0 1706P5 13049 155.0 17S7 13579 6.0 17P7 1767 211.0 Static Pressure = 56 1706S5 365 99.9 1706P3 733 5.0 1706P5 526 152.0 17S7 619 1.0 17P7 1076.0 Static Pressure = 5 1706S5 72 9. 1706P3 794 9.2 17S7 130 131.0 1706P5 11992.0 17P7 173 4.0 Static Pressure = 1706P3 6942 9.9 17S7 9735 11.0 1706P5 127 4.0 17P7 544 199.0 Static Pressure = 62 1706P5 79 1.0 17P7 1569 193.0 Static Pressure = 64 1706P5 03 134.0 17P7 721 16.0 Static Pressure = 66 1706P5 923 7.0 17P7 13539 176.0 Static Pressure = 6 1706P5 7993 115.0 17P7 1195 0.0 11 Twin City Catalog

Selection Charts TBR Static Pressure = 6 R11Q 257 0.57 R11V 294 0.72 R11X 31 0.0 R11W 334 0.9 Static Pressure = 7 R11Q 219 0.47 R11V 262 0.62 R11X 290 0.72 R11W 309 0.2 R11Y 342 0.96 RQ 36 1.07 RV 4 1.30 RX 464 1.41 Static Pressure = R11Q 1 0.36 R11V 2 0.53 R11X 254 0.61 R13M 263 0.92 R11W 27 0.72 R11Y 3 0.7 RQ 349 0.94 RV 399 1.19 RX 436 1.34 RW 45 1.49 R13Q 42 1.56 RY 3 1.70 R13V 542 1.93 Static Pressure = 9 R11V 0 0.39 R11X 0 0.49 R11W 239 0.62 R13M 1 0.4 R13N 277 1.01 R11Y 1 0.76 RQ 305 0.2 RV 362 1.06 RX 3 1.22 RW 427 1.39 R13Q 444 1. RY 477 1.63 R13V 5 1.79 R13X 553 2.02 R13W 53 2. RQ 652 2.3 RV 7 2.1 RX 770 3.06 Static Pressure = R11W 179 0.4 R13M 215 0.75 R11Y 235 0.64 RQ 1 0.66 R13N 254 0.92 RM 296 1.19 R13P 300 1.23 RV 319 0.94 RN 333 1.41 RX 362 1.0 RW 390 1. R13Q 39 1.25 RY 446 1.52 R13V 474 1.63 R13X 519 1.7 R13W 552 2. RQ 611 2.22 R13Y 6 2. RV 66 2.70 RX 7 2.97 RW 772 3.26 R15Q 04 3. RY 42 3.70 Static Pressure = 11 R13M 13 0.65 R13N 2 0.3 RV 254 0.76 RM 270 1.0 R13P 0 1. RX 307 0.92 RN 3 1.30 R13Q 342 1.0 RW 34 1.11 RP 361 1.70 R15M 361 1.6 R15N 5 1.99 RY 1.36 R13V 4 1.49 R13X 41 1.70 R13W 517 1.96 RQ 565 2.02 R13Y 51 2.36 RV 649 2.55 Static Pressure = 11 RX 707 2.7 RW 741 3. R15Q 765 3.21 RY 3.61 R15V 57 3.90 R15X 921 4. RQ 9 4.52 R15W 961 4.70 Static Pressure = R13M 131 0. R13N 19 0.74 RX 2 0.67 RM 2 0.9 R13P 25 1.04 R13Q 263 0.5 RN 6 1. RW 291 0.95 R15M 336 1.56 RP 3 1.59 RY 3 1. R13V 379 1. R15N 34 1.7 R13X 434 1.53 RM 477 2.46 R13W 47 1.1 RQ 5 1.4 RN 531 2.6 R13Y 547 2.1 RV 2.37 RX 670 2.72 RW 706 3.03 R15Q 722 2.99 RY 75 3.52 R15V 19 3.73 R15X 4. RQ 909 4.29 R15W 929 4.59 R15Y 5.23 RV 21 5.25 RX 12 6.00 Static Pressure = 13 R13N 157 0.61 RM 5 0.6 RW 6 0.71 R13P 230 0.94 RN 2 1.11 RY 291 0.9 R13V 307 1.09 R15M 3 1.45 RP 3 1.47 R15N 361 1.75 R13X 373 1. R15P 422 2.29 R13W 430 1.64 RQ 4 1.62 RM 451 2.31 R13Y 6 2.00 RN 2.74 RV 561 2.1 RX 6 2.52 RW 66 2.5 R15Q 673 2.77 RY 753 3. R15V 777 3.51 R15X 51 3.99 RQ 65 4.04 R15W 95 4.44 RV 92 5.04 R15Y 96 5. RX 5.5 RW 19 6.22 R1Q 35.34 Static Pressure = R13P 197 0.3 RN 227 0.99 R15M 27 1. R13X 5 1.03 RP 292 1.36 R15N 336 1.64 RQ 356 1. R13W 373 1.44 R15P 1 2. RM 423 2. R13Y 456 1.1 RN 45 2.61 RV 2 1.97 RP 562 3.37 RX 577 2.30 R15Q 6 2.54 RW 6 2.64 RY 7 3.22 Static Pressure = R15V 731 3. R15X 09 3.77 RQ 3.7 R15W 57 4.25 RV 9 4.79 R15Y 953 4.9 RX 51 5.65 RW 75 6.05 RY 111 6.95 R1Q 1392. R1V 1552 9.75 Static Pressure = 15 R13P 3 0.66 RN 176 0.0 R15M 239 1.17 RP 264 1.25 R13W 299 1.19 R15N 307 1.52 R15P 379 2.04 R13Y 39 1.55 RM 392 2.02 RV 4 1.70 RN 4 2.47 RX 2.04 RP 539 3. R15Q 546 2.27 RW 571 2.43 RY 672 3.00 R15V 3.06 R1M 692 4. R15X 761 3.52 RQ 763 3.53 R1N 77 5.15 R15W 4.01 RV 95 4.53 R15Y 91 4.0 RX 5.41 RW 37 5.2 RY 1 6.79 R1Q 1345 7.5 R1V 15 9.55 R1X.5 Static Pressure = RP 229 1.11 R15N 273 1.3 R13Y 5 1. R15P 354 1.91 RM 355 1.6 RX 417 1.70 RN 431 2. R15Q 4 1.91 RW 6 2.19 RP 515 3.0 RY 6 2.76 R15V 622 2.2 R1L 641 4.37 R1M 664 4.22 RQ 701 3.27 R15X 707 3.26 R1N 752 5.01 R15W 76 3.77 RV 46 4. R15Y 79 4.57 RX 965 5. RW 996 5.56 RY 1113 6.59 R1Q 96 7.54 R1V 69 9. R1X 152.3 R1W 43 11.3 R1Y 177. R21Q 17 13.4 Static Pressure = 17 RP 176 0.93 R15N 226 1.1 RM 313 1.6 R15P 3 1.77 RN 399 2.1 RW 426 1.9 RP 490 2.92 R15V 547 2.52 RY 552 2.47 R1L 613 4.19 RQ 626 2.94 R1M 634 4.02 R15X 642 2.9 R15W 7 3.52 R1N 725 4.5 RV 790 4.02 R1P 26 6.07 R15Y 34 4.30 Static Pressure = 17 RX 915 4.3 RW 952 5. RY 73 6.33 R1Q 43 7.19 R1V 25 9.05 R1X 1543.1 R1W 06 11.0 R1Y 1754.6 R21Q 131 13.1 Static Pressure = 1 RM 9 1.41 R15P 9 1.62 RN 362 2.01 R15V 43 2.07 RY 455 2.06 RP 462 2.77 RQ 526 2.52 R15X 557 2.61 R1L 53 3.99 R1M 1 3.2 R15W 651 3. R1N 697 4.66 RV 727 3.73 R15Y 73 4.03 R1P 02 5.94 RX 59 4.54 R21M 99 7.00 RW 904 5.01 RY 30 6.04 R1Q 117 6.4 R1V 1377.73 R1X 11 9.4 R1W 1567. R1Y 1719.4 R21Q 173.7 R21V 1992 15.4 R21X 2131 17.0 Static Pressure = 19 R15P 4 1.43 RN 31 1.1 RP 4 2.61 R15X 436 2.07 R1L 552 3.1 R1M 566 3.62 R15W 579 2.93 RV 651 3.3 R1N 667 4.46 R15Y 719 3.72 R1P 777 5.77 RX 792 4. R21L 39 6.99 RW 49 4.73 R21M 71 6.77 R21N 975 7.99 RY 92 5.72 R1Q 15 6.49 R1V 17.39 R1X 56 9.54 R1W 1525.6 R1Y 4.2 R21Q 1731.3 R21V 1947 15.1 R21X 91. R21W 210 1.4 R23Q 2756 23.1 Static Pressure = RN 2 1.46 RP 397 2.43 R15W 47 2.53 R1L 519 3.62 R1M 527 3.41 RV 549 2.91 R1N 635 4.27 R15Y 6 3.33 RX 7 3.1 R1P 751 5.57 RW 77 4.43 R21L 11 6.76 R21M 6.53 RY 929 5.41 R21N 94 7.76 R1Q 56 6. R1V 74.04 R1X 9. R1W 0.2 R1Y 46.0 R21Q 7 11.9 R21V 1900.7 R21X 49.5 R21W 21 1.1 R21Y 2333. R23Q 2704 22.7 Static Pressure = 21 RP 356 2.23 R1M 42 3.17 R1L 43 3.42 R15Y 530 2.0 R1N 2 4.0 RX 613 3.31 RW 7 4.07 R1P 7 5.37 R21L 73 6.55 R21M 09 6.31 RY 67 5.07 R21N 9 7.52 R1Q 97 5.70 R21P 54 9.62 R1V 15 7.6 R23M 1347.3 R1X 1353.2 R1W 31 9. R1Y 05 11.7 R21Q 21 11.4 R21V 151.3 R21X 05.1 R21W 99 17. R21Y 2297.5 R23Q 26 22.3 R23V 29 26.4 R23X 3 29.2 Static Pressure = 22 RP 302 1.9 R1M 427 2. R1L 443 3. R1N 564 3.7 RW 6 3.65 R1P 694 5.15 R21L 753 6.33 R21M 775 6.0 RY 794 4.66 R1Q 6 5.22 R21N 90 7.29 R21P 29 9.3 R1V 1151 7. R23L 46.1 R1X 94.42 R23M 13.0 R1W 1379 9.51 R23N 5 13. R21Q 15 11.0 R1Y 1562 11.4 R21V 100 13.9 R21X 1959 15.7 R21W 56 17.5 R21Y 2259.2 R23Q 2595 21.9 R23V 75 26.0 R23X 3065. R23W 3174 31.3 R25Q 3453 33. Static Pressure = 23 R1M 345 2.45 R1L 395 2.94 R1N 522 3.63 RW 525 3.13 R1P 663 4.93 RY 702 4.15 R21L 721 6.11 R21M 73 5.3 R1Q 767 4.59 R21N 59 7.06 R21P 03 9.13 R1V 79 6.91 R23L 11. R1X 29.00 R23M 0 11.7 R1W 13 9. R23N 27 13.6 R21Q 95.6 R1Y 15 11.0 R21V 1746 13.5 R21X 19 15.3 R21W 17.0 R21Y 2219 19.9 R23Q 2537 21.4 R23V 25 25.7 R23X 3021.4 R23W 3131 30.9 R25Q 3399 33.4 Static Pressure = R1L 336 2.63 R1N 472 3.35 RY 576 3.45 R1P 6 4.71 Twin City Catalog

Selection Charts TBR Static Pressure = R21L 67 5. R21M 69 5.57 R21N 27 6.4 R21P 976.7 R1V 995 6.44 R1X 1153 7.54 R23L 115 11.6 R23M 46 11.4 R1W 63.74 R23N 1396 13.4 R21Q.1 R1Y 63.6 R23P 157.6 R25M 61 17.7 R21V 9 13.0 R21X 157. R21W 1962.6 R21Y 217 19.5 R23Q 77.9 R23V 2773 25.3 R23X 2977.0 R23W 30 30.5 R25Q 3344. R23Y 3359 35.0 R25V 3731 39. Static Pressure = 25 R1N 4 2.96 R1P 59 4.46 R21L 651 5.64 R21M 653 5. R21N 792 6. R1V 9 5.4 R21P 94.62 R1X 66 7.01 R23L 1152 11.3 R1W 1196.33 R23M 11 11.1 R21Q 1346 9.63 R23N 1363 13.1 R1Y 17.2 R23P 15.3 R21V.6 R25M 17.4 R21X 102.3 R21W 19.2 R21Y 2134 19.1 R23Q.4 R23V 27. R23X 2931 27.7 R23W 3043 30.1 R25Q 37.3 R23Y 33 34.7 R25V 361 39.3 R25X 3923 43.5 Static Pressure = 26 R1P 546 4. R21M 2 4.95 R21L 611 5.37 R1V 74 5.00 R21N 755 6.35 R21P 91.37 R1X 959 6.36 R23L 1119 11.0 R1W 11 7.7 R23M 1174. R21Q 9.07 R23N 1330. R1Y 1344 9.75 R23P 1522.1 R25L 1544 17.7 R21V 1563.2 R25M 1594 17.1 R21X 1742 13.9 R25N 1795.2 R21W 159 15.7 R21Y 7 1.7 R23Q 2351 19. R23V 2665.4 R23X 3 27.3 R23W 299 29. R25Q 31. R23Y 79 34.3 R25V 3630 3. R25X 377 43.0 R25W 47.0 R27Q 42 49.1 Static Pressure = 27 R1P 495 3.9 R21M 5 4.55 R21L 567 5.0 R21N 7 6.06 R1X 22 5.52 Static Pressure = 27 R21P 7. R1W 35 7.35 R23L 3.7 R23M 1135.5 R21Q.43 R1Y 71 9.25 R23N 96.5 R23P 92 15.9 R21V 93 11.7 R25L 1513 17.4 R25M 15. R21X 77 13.4 R25N 1763 19.9 R21W 104 15.3 R21Y 3 1.2 R23Q 23 19.3 R23V 27 23.9 R23X 34 26. R23W 2951 29.3 R25Q 37 31.2 R23Y 3 33.9 R25V 357 3.3 R25X 331 42.5 R25W 393 46.5 R27Q 4225 4.5 Static Pressure = R1P 431 3.52 R21M 455 4.00 R21L 5 4.75 R21N 670 5.76 R21P 54 7.6 R1W 9 6.73 R21Q 39 7.64 R23L 46.4 R23M 93.2 R1Y 116.6 R23N.2 R21V 11.1 R23P 62 15.6 R25L 0 17.1 R25M 15.4 R21X 04. R25N 1731 19.6 R21W 1744. R25P 1959.5 R21Y 196 17.7 R23Q 2211 1.6 R27M 25.0 R23V 2547 23.3 R23X 272 26.4 R23W 2902.9 R25Q 34 30.6 R23Y 3196 33.5 R25V 35 37. R25X 374 42.1 R25W 3937 46.0 R27Q 47 47. R25Y 4275 52.9 R27V 4625 57.7 Static Pressure = 29 R21L 4 4.3 R21N 619 5.41 R1W 5.99 R21P 1 7.5 R21Q 6 6.53 R23L 07.1 R23M 4 9.2 R1Y 5 7.99 R23N 23 11.9 R21V 13.5 R23P 31 15.3 R25L 47.7 R25M 7.0 R21X 15.2 R21W 79.3 R25N 99 19.3 R21Y 1930 17.2 R25P 1930.2 R23Q 2133 1.0 R27L 23 27.9 R27M 27.6 R23V 5 22. R27N 27.2 R23X 2727 25.9 R23W 51.4 R25Q 3039 29.9 R23Y 3152 33.1 R25V 346 37.2 R25X 3735 41.6 R25W 390 45.5 R27Q 47 47.2 R25Y 4234 52.4 R27V 4573 57.0 R27X 40 63.3 Static Pressure = 30 R21L 369 3.3 R21N 556 4.96 R21P 70 7.29 R1Y 951 7.0 R23L 966 9.76 R23M 00 9.45 R23N 115 11.6 R21V 26 9.3 R23P 1399 15.0 R25L.4 R21X 36 11.6 R25M 49 15.7 R21W 13. R25N 65 1.9 R21Y 171.6 R25P 1901 23.9 R23Q 49 17.4 R27L 21 27.5 R27M 22 27.2 R23V 19 22.2 R27N 72 31.9 R23X 2669 25.3 R23W 279.0 R25Q 2971 29.3 R23Y 37.7 R25V 34 36.7 R25X 365 41.0 R25W 343 45.0 R27Q 46 46.5 R25Y 4192 51.9 R27V 45 56.4 R27X 433 62.7 R29Q 5679 74.5 Static Pressure = 31 R21N 461 4.29 R21P 739 6.9 R1Y 772 5.4 R23L 921 9.41 R23M 947 9.05 R21V.97 R23N 14 11.2 R21X 1336. R23P 1365.6 R25L 1376.0 R25M 19 15.3 R21W 1535 13.2 R25N 31 1.6 R21Y 105.1 R25P 171 23.6 R23Q 1957.7 R27L 75 27.2 R27M 2171 26. R23V 23 21.6 R27N 37 31.5 R23X 27. R23W 2743 27.4 R25Q 2901.6 R23Y 3061.3 R25V 3351 36.1 R25X 3633.5 R25W 3793 44.5 R27Q 393 45. R25Y 41 51.5 R27V 4465 55. R27X 475 62.1 R27W 493 6.2 R29Q 561 73.7 Static Pressure = R21P 693 6.64 R23L 74 9.04 R23M 9. R21V 941 7.77 R23N 12.9 R21X 19 9.95 R23P 1330.3 R25L 1339 15.7 R25M 136.9 R21W 54.6 R25N 1596 1.2 R21Y 17 15.5 R25P 1 23.2 R23Q 156 15.9 R27L 39 26. R27M 2131 26.4 R23V 2276 21.0 R27N 21 31.1 R23X 2541.1 R23W 264 26.9 R27P 27 3. R29M 2761 3.9 R25Q 27 27.9 R23Y 30 31. R25V 90 35.4 Static Pressure = R25X 357 39.9 R25W 3743 44.0 R27Q 391 45.1 R25Y 46 51.0 R27V 49 55.2 R27X 4736 61.5 R27W 4936 67.6 R29Q 5555 72.9 R29V 6171.2 Static Pressure = 33 R21P 6 6.26 R23M 22.09 R23L 23.64 R23N 57.5 R21X 3.91 R23P 94 13.9 R25L 1300 15.3 R25M 13.5 R21W 1364.0 R25N 1559 17.9 R21Y 51. R23Q 1744 15.1 R25P 1 22.9 R27L 03 26.4 R27M 91 25.9 R23V 2197.3 R27N 2365 30.7 R23X 71 23.5 R23W 2623 26.3 R27P 267 3.5 R29M 2723 3.5 R25Q 2749 27.2 R23Y 2961 31.3 R25V 26 34. R25X 3522 39.3 R25W 3690 43.4 R27Q 351 44.3 R25Y 61.5 R27V 4352 54.5 R27X 465. R27W 4 66.9 R27Y 53 77.1 R29Q 5492 72.1 R29V 6115 7.4 Static Pressure = 34 R21P 576 5.1 R23M 73 7.45 R23L 767. R23N 07.1 R23P 57 13.6 R25L 59.9 R21W 63 11.2 R25M 7.1 R25N 1521 17.5 R21Y 1564.1 R23Q.1 R25P 177 22.5 R27L 1965 26.0 R27M 49 25.5 R23V 2111 19.6 R27N 23 30.2 R23X 2396 22. R23W 255 25.6 R29L 253 3.9 R27P 2647 3.1 R25Q 2666 26.4 R29M 265 3.0 R23Y 2907 30. R29N 3001 44.7 R25V 30 34.1 R25X 3463 3.7 R25W 3636 42. R27Q 372 43.6 R25Y 49.9 R27V 4293 53. R27X 4633.2 R27W 43 66.3 R27Y 5273 76.5 R29Q 5427 71.3 R29V 5 6.6 R29X 6443 96.1 R31Q 679 3.0 Static Pressure = 35 R21P 41 5.1 R23M 6 6.46 R23L 702 7.70 R23N 952 9.69 R21W 11.4 R25L.6 R23P 17 13.2 R25M 29 13.7 R23Q 55.9 Static Pressure = 35 R21Y 64 13.2 R25N 2 17.1 R25P 1745 22.1 R27L 1927 25.6 R27M 07 25.0 R23V 17 1.9 R27N 2290 29. R23X 2315 22.0 R23W 90 25.0 R29L 2547 3.5 R25Q 257 25.6 R27P 2615 37.7 R29M 2646 37.5 R23Y 30.2 R29N 2966 44.2 R25V 3091 33.4 R25X 31 3.0 R25W 3 42.2 R27Q 3711 42. R25Y 396 49.4 R27V 4233 53.1 R27X 4579 59.5 R27W 47 65.7 R27Y 52 75.9 R29Q 5361 70.4 R29V 00 5. R29X 6392 95.3 R29W 6625 4.0 R31Q 6 2.0 Static Pressure = 36 R23L 6 7. R23N 90 9.1 R21W 1 9.33 R25L 1172.1 R23P 1175. R25M 1175 13.2 R23Q 36 11.1 R21Y 1347.3 R25N 41.7 R25P 1711 21.7 R27L 1 25.2 R23V 1913 1.1 R27M 1963.5 R23X 2225 21.3 R27N 2251 29.4 R23W 17.3 R25Q 4. R29L 2511 3.0 R27P 252 37.3 R29M 26 37.0 R23Y 2790 29.5 R29N 2930 43. R25V 30.7 R31M 75 52.6 R25X 3336 37.3 R25W 3522 41.6 R27Q 363 42.0 R25Y 3919 4. R27V 4171 52.4 R27X 4523 5. R27W 4736 65.0 R27Y 513 75.3 R29Q 5293 69.5 R29V 5941 4.9 R29X 63 94.6 R29W 6575 3.0 R31Q 6751 1.0 Static Pressure = 37 R23N 15.57 R25M 1117.7 R25L 15 13.7 R23P 1131.4 R21Y 1 11.1 R25N 139.3 R25P 76 21.3 R23V 1797 17.1 R27L. R27M 191.1 R23X.4 R27N 22 29.0 R23W 233 23.6 R25Q 233 23.9 R29L 74 37.6 R27P 2549 36.9 R29M 2566 36.6 R23Y 2725.9 R29N 93 43.3 R25V 2944.0 R31M 3 52.1 R29P 56 53.9 R25X 6 36.6 R25W 3461.9 R27Q 3561 41.2 13 Twin City Catalog

Selection Charts TBR Static Pressure = 37 R25Y 36 4.2 R27V 47 51.7 R27X 4466 5.1 R27W 462 64.3 R27Y 5136 74.7 R29Q 5223 6.6 R29V 52 4.1 R29X 6 93. R29W 6525 2.0 R31Q 666 99. R31V 75 1.0 Static Pressure = 3 R23N 7 7.71 R21Y 1 9.51 R25M 53.1 R25L 76 13.3 R23P 3.0 R25N 1353 15.9 R25P.9 R23V 59.0 R27L 106.3 R27M 171 23.6 R23X 19.4 R27N 2172.5 R23W 2251 22.9 R25Q 2272 22.9 R29L 37 37.1 R27P 2515 36.5 R29M 2525 36.1 R23Y 2656.1 R29N 56 42. R25V 64 31.2 R25X 3196 35. R31M 3199 51.5 R29P 53.5 R25W 339.2 R27Q 341.3 R31N 3559.1 R25Y 315 47.6 R27V 41.9 R27X 46 57.4 R27W 4627 63.6 R27Y 9 74.0 R29Q 5152 67. R29V 521 3.3 R29X 6235 93.0 R29W 6474 2.0 R31Q 6619 9. R29Y 7023 117.0 R31V 7347 119.0 R31X 713 133.0 R33Q 215 13.0 Static Pressure = 39 R25M 977 11.4 R25L. R23P 31 11.5 R25N 1304 15.5 R23V 5.5 R25P 02.5 R27L 1763 23. R27M 122 23.0 R23X 1.3 R27N 2130.0 R25Q 29 21. R23W 2157 22.1 R29L 239 36.7 R27P 0 36.0 R29M 3 35.6 R23Y 252 27.4 R25V 270 30.4 R29N 1 42.3 R31L 3044 52.2 R25X 31 35.0 R31M 31 51.0 R29P 3192 53.0 R25W 33 39.5 R27Q 339 39.5 R31N 35 59.6 R25Y 3759 46.9 R27V 3973.1 R27X 4344 56.6 R27W 4571 62.9 R27Y 73.3 R29Q 7 66. R29V 5759 2.5 R29X 611 92.2 R29W 6422 1.0 R31Q 6551 97. R29Y 6977 1.0 R31V 7 11.0 R31X 7761 1.0 R33Q 1 137.0 Static Pressure = R25M 5.6 R25L 967.3 R23P 971 11.0 R23V.1 R25N 52 15.0 R25P 1564.1 R27L 1717 23.4 R23X 1730.9 R27M 1772 22.5 R25Q 09.6 R23W 55 21.2 R27N 27.6 R29L 235 36.2 R29M 39 35.1 R27P 44 35.6 R23Y 22 26.6 R25V 269 29.6 R29N 270 41. R31L 300 51.7 R25X 3041 34.1 R31M 31.5 R29P 30 52.5 R25W 64 3.7 R27Q 33 3.6 R31N 34 59.1 R25Y 3701 46.2 R27V 3903 49.3 R27X 4279 55. R27W 4513 62.2 R33M 4576 2.2 R27Y 4990 72.7 R29Q 03 65.9 R29V 5696 1.6 R29X 66 91.4 R29W 6369 99.9 R31Q 642 96. R29Y 6931 115.0 R31V 7229 117.0 R31X 7709 131.0 R31W 0 3.0 R33Q 04 136.0 Static Pressure = 42 R23P 22 9.73 R25L 33 11.0 R25N 1133 13. R23X 93.9 R25P 1 19.2 R27L 21 22.4 R25Q 3 17.2 R27M 63 21.4 R23W 119 19.1 R27N 1999 26.6 R29L 2277 35.2 R23Y 23.7 R29M 2349 34.0 R27P 2371 34.7 R25V 27.7 R29N 2702.9 R25X 62.3 R31L 2934. R31M 30 49.5 R29P 3093 51.5 R25W 3117 37.1 R27Q 31 36.6 R31N 34 5.1 R25Y 3576 44.7 R27V 3755 47.7 R31P 351 72.6 R27X 42 54.1 R27W 4391.6 R33M 446 0.6 R29Q 446 64.0 R27Y 45 71.2 R29V 5564 79. R29X 13 9.7 R29W 6261 9.2 R31Q 6339 94. R29Y 636 1.0 R31V 77 115.0 R31X 72 9.0 R31W 790 1.0 R33Q 79 134.0 R33V 31 2.0 Static Pressure = 44 R25N 976.3 R25P 139 1.2 R23W 15.4 R27L 15 21.3 R27M 153.1 R27N 1903 25.6 R23Y 67 22.3 R29L 2191 34.2 R25V 26 25.4 Static Pressure = 44 R29M 2252. R27P 2294 33.7 R29N 2621 39.9 R25X 2651 30.1 R31L 57 49. R27Q 2906 34.4 R25W 29 35.4 R31M 2956 4.4 R29P 3023.5 R31N 3339 57.1 R25Y 3437 43.0 R27V 3593 45.9 R31P 376 71.5 R27X 3995 52.3 R33L 4 79.5 R27W 4261 59.0 R33M 4396 79.1 R29Q 467 62.0 R27Y 4773 69.7 R33N 49 93.7 R29V 5425 7.0 R29X 594.0 R29W 69 96.6 R31Q 6190 92.7 R29Y 6739 1.0 R31V 690 113.0 R31X 7492 7.0 R31W 702 139.0 R33Q 7 131.0 R31Y 473 1.0 R33V 7 0.0 R33X 94 17.0 Static Pressure = 46 R25P 3 17.1 R27M 139 1.6 R27L 1399.0 R23Y 17 1. R27N 179.5 R25V 1923 22.2 R29L 20 33.1 R29M 29 31.6 R27P 22.6 R25X 2399 27.5 R29N 2536 3. R27Q 2655 31. R25W 2761 33.5 R31L 2776 4. R31M 6 47.3 R29P 2951 49.5 R31N 61 56.1 R25Y 35 41.2 R27V 34 44.0 R31P 3719 70.4 R27X 336.4 R33L 6 7.1 R27W 43 57.3 R33M 4303 77.6 R29Q 4497 59. R27Y 4654 6.0 R33N 431 92.1 R29V 76.2 R29X 576 6.2 R29W 94. R31Q 34 90.6 R29Y 6639 111.0 R31V 647 111.0 R31X 737 5.0 R33Q 7665 9.0 R31W 7693 137.0 R31Y 377 159.0 R33V 56 157.0 R33X 9176 176.0 R33W 94 191.0 Static Pressure = 4 R25P 1157 15. R27M 115.5 R27L 67 1.6 R27N 2 23.2 R29L 03.0 R29M 37 30.3 R25X 67.0 R27P 25 31.5 R27Q 2341.5 R29N 46 37.7 R25W 2547 31.3 R31L 2693 47.7 R31M 2775 46.1 R29P 75 4.4 R25Y 37 39.2 R31N 310 55.0 R27V 1 41. R31P 36 69.4 Static Pressure = 4 R27X 3656 4.2 R27W 3974 55.5 R33L 02 76.7 R33M 4 76.0 R29Q 4300 57.5 R27Y 4525 66.2 R33N 4744 90.5 R29V 55 74.2 R33P 530 1.0 R29X 5633 4.3 R31Q 570.4 R29W 590 93.0 R29Y 6535 9.0 R31V 6709 9.0 R31X 72 3.0 R33Q 75 7.0 R31W 7 135.0 R31Y 279 157.0 R33V 45 155.0 R33X 9065 174.0 R33W 9397 19.0 R33Y 191 21.0 Static Pressure = R25P 994.2 R27L 17.9 R27N 1549 21. R27Q 15 23.4 R29L 1900 30.7 R29M 1911. R27P 30.4 R25W 2293.7 R29N 23 36.5 R31L 25 46.5 R31M 2677 44. R29P 2797 47.3 R25Y 95 36.7 R27V 2994 39.3 R31N 3096 53.9 R27X 3453 45. R31P 357 6.3 R27W 309 53.5 R33L 3915 75.3 R29Q 2 54.9 R33M 41 74.4 R27Y 437 64.3 R33N 4656. R29V 4961 72.1 R33P 5231 111.0 R29X 547 2.2 R31Q 5697 6.1 R29W 5777 91.1 R29Y 6426 7.0 R31V 6565 7.0 R31X 7135 1.0 R33Q 73 4.0 R31W 7463 133.0 R31Y 17 155.0 R33V 5 153.0 R33X 9 171.0 R33W 97 17.0 R33Y 094 2.0 Static Pressure = 52 R27N 137.0 R29M 1769 27.2 R29L 177 29.4 R27P 1930 29.1 R25W 195 25.4 R29N 35.3 R31L 25 45.3 R31M 2572 43.4 R25Y 2642 33. R29P 27 46.1 R27V 2725 36.3 R31N 3009 52.7 R27X 25 43.1 R31P 35 67.1 R27W 36 51.4 R33L 325 73.9 R29Q 337 52.0 R33M 0 72. R27Y 4237 62.3 R33N 4566 7.2 R29V 475 69.9 R33P 5153 9.0 R29X 5330 0.1 R31Q 5513 3.6 R29W 5637 9.1 R29Y 63 5.0 R31V 6413 5.0 R31X 7003 119.0 R33Q 719 2.0 R31W 7341 131.0 R31Y 074 153.0 Static Pressure = 52 R33V 1 151.0 R33X 31 9.0 R33W 9174 15.0 R33Y 9995 2.0 Static Pressure = 54 R27N 1130 17.0 R29M 1597 25.1 R29L 63 27. R27P 117 27.7 R29N 2137 34.0 R25Y 2304 29. R27V 236.3 R31L 15 44.0 R31M 41.9 R29P 2627 44.9 R31N 291 51.5 R27X 2956 39. R31P 3429 65.9 R27W 3430 49.0 R29Q 3559 4.7 R33L 3731 72.4 R33M 3904 71.2 R27Y 69.0 R33N 4474 5.6 R29V 4592 67.5 R33P 75.0 R29X 77.7 R31Q 53 1.0 R29W 549 7.0 R29Y 6190 3.0 R31V 6254 3.0 R31X 663 117.0 R33Q 70 1.0 R31W 7213 9.0 R31Y 7966 151.0 R33V 046.0 R33X 706 7.0 R33W 9057 12.0 R33Y 994 2.0 Static Pressure = 56 R29M 13 22.2 R29L 1522 26.1 R27P 9 26.2 R25Y 113.0 R29N 13.4 R31L 2311 42.6 R31M 233.3 R29P 2535 43.6 R27X 26 35. R31N 23.2 R27W 46.4 R29Q 23 44.7 R31P 33 64.7 R33L 3634 71.0 R33M 3796 69.6 R27Y 377 57.4 R33N 437 3.9 R29V 430 64.9 R29X 4976 75.2 R33P 4995 6.0 R31Q 9 7.2 R29W 5330 4. R29Y 1.0 R31V 7 1.0 R31X 67 1.0 R33Q 651 117.0 R31W 707 7.0 R31Y 754 9.0 R33V 79 6.0 R33X 576 4.0 R33W 936 10.0 R33Y 9790 2.0 Static Pressure = 5 R29L 1357.1 R27P 1536.4 R29N 172 30.6 R31L 22 41.1 R31M 23 3.5 R27X 22 30.5 R29P 37 42.2 R31N 2723 4. R29Q 2776 39.2 R27W 2962 43.3 R31P 6 63.5 R33L 3534 69.6 R27Y 3661 54.5 R33M 363 6.0 R29V 44 62.0 R33N 40 2.3 R29X 4772 72.4 R31Q 462 75.0 R33P 4915 5.0 Twin City Catalog

Selection Charts TBR Static Pressure = 5 R29W 2.5 R31V 59 9.3 R29Y 59 99.2 R31X 6555 1.0 R33Q 6663 1.0 R31W 6936 5.0 R31Y 7737 7.0 R33V 7744 4.0 R33X 439 2.0 R33W 09 17.0 R33Y 963 7.0 Static Pressure = R29L 11 21.2 R27P 1336 22.0 R29N 1703.4 R31M 49 36.4 R31L 4 39.5 R29P 2331. R31N 2615 47.3 R27W 2670 39. R31P 312 62.1 R27Y 34 51.2 R33L 34 6.0 R33M 3564 66.3 R29V 376 5.6 R33N 4179 0.7 R29X 453 69.2 R31Q 42 71.6 R33P 4 3.0 R29W 4976 0.0 R31V 5721 95.6 R29Y 576 96.9 R31X 635 9.0 R33Q 6464 111.0 R31W 676 3.0 R33V 754 1.0 R31Y 7613 5.0 R33X 296 159.0 R33W 677 175.0 R33Y 9572 5.0 Static Pressure = 62 R29N 66 25.2 R31M 162 33. R31L 1956 37.7 R29P 22 39.2 R27W 2344 35.6 R31N 9 45.7 R31P 3092.7 R27Y 311 47.1 R33L 331 66.4 R33M 3437 64.4 R29V 3555 54.4 R33N 74 79.1 R29X 4270 65.6 R31Q 430 67.6 R33P 474 1.0 R29W 4772 77.2 R31V 5517 92. R29Y 54 94.3 R31X 63 7.0 R33Q 6252.0 R31W 66 1.0 Static Pressure = 62 R33V 7417 139.0 R31Y 742 3.0 R33X 4 157.0 R33W 5 173.0 R33Y 9456 2.0 Static Pressure = 64 R31M 13 30.4 R31L 111 35.7 R29P 37.4 R31N 2370 43.9 R27Y 2749 42.0 R31P 299 59.2 R29V 32 49.0 R33L 30 64.6 R33M 3303 62.4 R31Q 3961 62. R29X 3963 61.3 R33N 3966 77.5 R29W 4545 74.1 R33P 46 99.7 R31V 5297 9.7 R29Y 5426 91.6 R31X 09 4.0 R33Q 5.0 R31W 6462 11.0 R33V 72 136.0 R31Y 7343 1.0 R33X 795 154.0 R33W 396 170.0 R33Y 9336 0.0 Static Pressure = 66 R31L 47 33.4 R29P 1942 35.4 R27Y 20 34.1 R31N 2226 41. R31P 9 57.7 R33L 3075 62. R33M 315.3 R31Q 3530 56. R29X 351 56.0 R33N 352 75. R29W 4295 70.7 R33P 4569 9.0 R31V 55 6.3 R29Y 5231.6 R33Q 577 1.0 R31X 5794 0.0 R31W 66 115.0 R33V 7057 133.0 R31Y 7196 13.0 R33X 7 151.0 R33W 6.0 R33Y 9211 19.0 Static Pressure = 6 R31L 30.4 R29P 1766 33.0 R31N 55 39.2 R31P 2791 56.0 R33L 2942. R33M 299 57.9 R29X 32 49.1 Static Pressure = 6 R33N 3733 74.0 R29W 17 66.9 R33P 4474 96.3 R31V 475 2.4 R29Y 06 5.2 R33Q 55 97.2 R31X 5555 96.7 R31W 97 1.0 R33V 661 130.0 R31Y 703 135.0 R33X 7639 9.0 R33W 09 5.0 R33Y 9079 195.0 Static Pressure = 70 R29P 1539 30.0 R31N 137 35.9 R31P 2676 54.2 R33L 2799 5.6 R33M 19 55.2 R33N 37 72.0 R29W 3692 62.4 R33P 4376 94.5 R31V 4474 77.9 R29Y 4745 1.2 R33Q 52 92.7 R31X 5 92.5 R31W 591 9.0 R33V 6651 7.0 R31Y 671 1.0 R33X 7453 5.0 R33W 7925 3.0 R33Y 9 192.0 Static Pressure = 72 R31P 25 52.2 R33M 2611 52.0 R33L 2645 56.2 R29W 3307 56.9 R33N 3474 70.0 R31V 40 72.3 R33P 4274 92.7 R29Y 444 76.6 R33Q 472 7.4 R31X 4995 7.9 R31W 5666 5.0 R33V 6426 4.0 R31Y 6692 9.0 R33X 7253 2.0 R33W 7754 0.0 R33Y 794 190.0 Static Pressure = 74 R33M 2345 47.9 R31P 11.1 R33L 76 53.6 R29W.2 R33N 33 67. R31V 3636 65.0 R29Y 7 70.9 R33P 4 90.9 R33Q 4469 1.2 R31X 4653 2.5 R31W 54 2.0 Static Pressure = 74 R33V 615 1.0 R31Y 6499 6.0 R33X 7036 13.0 R33W 7575 157.0 R33Y 641 17.0 Static Pressure = 76 R33M 1902.9 R31P 2252 47.6 R33L 23.5 R33N 3175 65.4 R29Y 36 63.5 R33Q 3975 73.1 R33P 57.9 R31X 42 75.9 R31W 54 97.6 R33V 5923 115.0 R31Y 64 2.0 R33X 6799 134.0 R33W 734 153.0 R33Y 40.0 Static Pressure = 7 R33L 57 46.9 R31P 67 44. R29Y 29 52. R33N 3000 62.5 R31X 3756 67.9 R33P 3939 6.9 R31W 475 93.0 R33V 56 111.0 R31Y 42 11.0 R33X 6541 130.0 R33W 7179 1.0 R33Y 3 11.0 Static Pressure = 0 R33L 1744 42.0 R31P 136 41.3 R33N 00 59.3 R33P 3 4.6 R31W 454 7. R33V 5303 5.0 R31Y 5772 113.0 R33X 6264 5.0 R33W 6961 6.0 R33Y 131 177.0 Static Pressure = 2 R33N 25 55.1 R33P 361 2.3 R31W 4170 1.7 R33V 4917 9.7 R31Y 5475.0 R33X 5959 119.0 R33W 6727 2.0 R33Y 7942 174.0 Static Pressure = 4 R33N 22 4.3 R33P 353 79.7 R31W 3766 74.9 R33V 4462 90.5 R31Y 5 2.0 R33X 5611 113.0 R33W 641 13.0 R33Y 7735 170.0 Static Pressure = 6 R33P 331 76.9 R33V 3696 77.2 R31Y 4703 93.9 R33X 59 6.0 R33W 6217 133.0 R33Y 7 5.0 Static Pressure = R33P 36 73. R31Y 41 4.5 R33X 4754 97.4 R33 5929.0 R33Y 7261 0.0 Static Pressure = 90 R33P 3006 70.3 R33X 45 7.0 R33W 56 2.0 R33Y 6992 155.0 Static Pressure = 92 R33P 2765 66.1 R33W 5253 1.0 R33Y 6703 9.0 Static Pressure = 94 R33P 52.7 R33W 471 9.0 R33Y 6379 3.0 Static Pressure = 96 R33W 4445 1.0 R33Y 02 135.0 Static Pressure = 9 R33Y 5561 6.0 Static Pressure = 0 R33Y 62 1.0 Static Pressure = 2 R33Y 436 2.0 15 Twin City Catalog

Performance Curves TBA TBA 706: P5 P3 S5 S3 M5 M3 TBA 7: P7 S7 M7 11 11 9 9 7 7 6 4 56 64 72 0 CFM IN S 6 3 4 5 6 7 9 11 TBA 06: P5 P3 S5 S3 M5 M3 TBA : P7 S7 S5 M7 6 6 4 2 4 6 1 4 6 1 22 TBA 906: P5 P3 S5 S3 M5 M3 TBA 9: P7 S7 S5 M7 1 1 6 1 22 *INDICATES MOTOR OPERATION AT 1.15 SF 4 36 Twin City Catalog

Performance Curves TBA TBA 06: P5 P3 S5 S3 M5 M3 26 TBA : P7 S7 S5 M7 22 1 22 1 4 36 36 TBA 16: P5 P3 S5 S3 M5 M3 TBA 11: P7 S7 S5 M7 36 36 44 36 TBA : P5 P3 S5 S3 M5 M3 36 TBA : P7 S7 S5 M7 36 44 4 56 64 72 0 *INDICATES MOTOR OPERATION AT 1.15 SF 17 Twin City Catalog

Performance Curves TBA 44 TBA 1306: P5 P3 S5 S3 M5 M3 44 TBA 130: P5 P3 S5 S3 M5 M3 36 36 4 56 64 72 4 56 64 72 0 44 TBA 13: P7 S7 M7 4 TBA : P5 P3 S5 S3 M5 M3 44 36 36 4 56 64 72 0 4 56 64 72 0 52 TBA 1: P5 P3 S5 S3 M5 M3 4 TBA : P7 S7 M7 4 44 44 36 36 4 56 64 72 0 3 4 5 6 7 9 11 CFM IN 00 S *INDICATES MOTOR OPERATION AT 1.15 SF 1 Twin City Catalog

Performance Curves TBA TBA 16: P5 P3 S5 S3 M5 M3 TBA 1: P5 P3 S5 S3 M5 M3 55 55 45 45 35 35 30 4 56 64 72 0 30 4 56 64 72 0 TBA 15: P7 S7 M7 0 TBA 1706: P5 P3 S5 S3 M5 M3 55 70 45 35 30 30 2 4 6 1 CFM IN 00 S 3 4 5 6 7 9 11 CFM IN 00 S 0 TBA 17: P7 S7 M7 70 30 6 1 22 CFM IN 00 S *INDICATES MOTOR OPERATION AT 1.15 SF 19 Twin City Catalog

Performance Curves TBR TBR R11: Y W X V Q TBR R: Y W X V Q 11 9 7 6 6 36 CFM IN S 4 36 44 CFM IN S 1 TBR R13: P N M 1 TBR R13: Y W X V Q 6 1 22 CFM IN S 6 36 44 4 CFM IN S TBR R: P N M TBR R: Y W X V Q 1 1 36 CFM IN S 4 56 64 72 0 CFM IN S *INDICATES MOTOR OPERATION AT 1.15 SF Twin City Catalog

Performance Curves TBR 22 TBR R15: P N M TBR R15: Y W X V Q 22 1 1 36 44 CFM IN S 4 56 64 72 0 CFM IN S 26 TBR R: P N M TBR R: Y W X V Q 22 1 36 44 4 CFM IN S 4 4 56 64 72 0 96 CFM IN S 36 TBR R1: P N L M 36 TBR R1: Y W X V Q 4 56 64 72 0 CFM IN S 4 6 1 *INDICATES MOTOR OPERATION AT 1.15 SF 21 Twin City Catalog

Performance Curves TBR TBR R21: P N L M 44 TBR R21: Y W X V Q 36 36 4 56 64 72 0 96 CFM IN S 4 6 1 4 TBR R23: P N L M 52 TBR R23: Y W X V Q 44 4 36 44 36 4 5 6 7 9 11 1 22 55 TBR R25: P N L M TBR R25: Y W X V Q 55 45 35 45 30 35 25 4 6 1 30 36 *INDICATES MOTOR OPERATION AT 1.15 SF 22 Twin City Catalog

Performance Curves TBR 70 TBR R27: P N L M 70 TBR R27: Y W X V Q 30 30 6 1 22 36 44 0 TBR R29: P N L M 90 TBR R29: Y W X V Q 70 0 70 30 1 22 30 36 44 4 90 TBR R31: P N L M 0 TBR R31: Y W X V Q 0 90 70 0 70 30 36 4 56 64 72 0 *INDICATES MOTOR OPERATION AT 1.15 SF 23 Twin City Catalog

Performance Curves TBR 0 TBR R33: P N L M 1 TBR R33: Y W X V Q 90 0 0 70 90 0 70 36 44 4 56 64 72 0 *INDICATES MOTOR OPERATION AT 1.15 SF Twin City Catalog

DIMENSIONS NOT TO BE USED FOR CONSTRUCTION. CERTIFIED DRAWINGS AVAILABLE UPON REQUEST. Twin City Fan & Blower Minneapolis, Minnesota 55442 25 Twin City Catalog

Twin City Fan & Blower Minneapolis, Minnesota 55442 DIMENSIONS NOT TO BE USED FOR CONSTRUCTION. CERTIFIED DRAWINGS AVAILABLE UPON REQUEST. 26 Twin City Catalog

Typical Specifications Model TBA Furnish and install as shown on the plans Model TBA Turbo Pressure Air Handling Blower of the arrangement indicated, as manufactured by Twin City Fan & Blower, Minneapolis, Minnesota. HOUSING Model TBA Turbo Blower housings are to be constructed with frames of continuously welded heavy gauge steel with reinforcement as required to maintain shape and prevent vibration at operating pressures. Turbo blowers feature a solidly welded steel motor pedestal with heavy plate and angle bracing for positive alignment and smooth operation. The housing design provides for wheel removal on the inlet side. The TBA housing is adjustable to 6 discharge positions. Positions BHD and DBD require an extended discharge. An inlet venturi for smooth air entry on non-ducted fans is included. Flanges match the hole pattern and diameters of ASA 5# flanges. Model TBA Turbo Blowers are available in Arrangement 4 and Arrangement. WHEEL TBA wheels with backward-inclined blades are designed for high efficiency air handling at relatively high volume and pressures. Wheels shall be all welded construction from high strength steel. Heavy gauge blades shall be welded to a spun cone and heavy gauge backplate. Wheels shall be precision balanced for trouble-free operation. Hubs shall be taperlock for easy removal and accurate, self-centering reinstallation. Aluminum and stainless steel construction is available. Model TBA Blowers are generally suitable for clean air applications. FAN PERFORMANCE Fan performance shall be tested in accordance with industry accepted test codes, and is guaranteed by Twin City Fan & Blower to deliver rated performance. All blower units shall be run tested and trim balanced prior to shipment. Typical Specifications Model TBR Furnish and install as shown on the plans Model TBR Turbo Pressure Radial Blade Blower of the arrangement indicated, as manufactured by Twin City Fan & Blower, Minneapolis, Minnesota. HOUSING Model TBR Turbo Blower housings are to be constructed with frames of continuously welded heavy gauge steel with reinforcement as required for pulsation-free operation and to maintain shape at operating pressures. Model TBR Blowers shall be constructed with a non-rotatable housing design. An inlet venturi for smooth air entry on non-ducted fans is included. The housing design provides for wheel removal on the inlet side. The turbo blower features a solidly welded steel motor pedestal with heavy plate and angle bracing for positive and smooth operation. Model TBR Turbo Blowers are available in Arrangement 4 and Arrangement and are available in all discharge positions. WHEEL TBR radial wheels are designed for high efficiency air handling at relatively low volume and high pressures. Wheels shall be all welded construction from high strength steel. Heavy gauge blades shall be welded to heavy gauge front and back plates. Wheels shall be precision balanced for trouble-free operation. Hubs shall be taperlock for easy removal and accurate, self-centering reinstallation. Aluminum and stainless steel construction is available. Model TBR Blowers are generally suitable for clean air applications. FAN PERFORMANCE Fan performance shall be tested in accordance with industry accepted test codes, and is guaranteed by Twin City Fan & Blower to deliver rated performance. All blower units shall be run tested and trim balanced prior to shipment. 27 Twin City Catalog

Industrial & Commercial Fans Centrifugal Fans Utility Sets Plenum & Plug Fans Inline Centrifugal Fans Mixed Flow Fans Tubeaxial & Vaneaxial Fans Propeller Wall Fans Propeller Roof Ventilators Centrifugal Roof & Wall Exhausters Ceiling Ventilators Gravity Ventilators Duct Blowers Radial Bladed Fans Radial Tip Fans High Efficiency Industrial Fans Pressure Blowers Laboratory Exhaust Fans Filtered Supply Fans Mancoolers Fiberglass Fans Custom Fans A Twin City Fan Company Twin city fan & blower www.tcf.com 5959 Trenton Lane N Minneapolis, MN 55442 Phone: 763-551-70 Fax: 763-551-71.25MWG11/