Twin ity an INUSTRIL PROSS N OMMRIL VNTILTION SYSTMS I PRSSUR RIL PRSSUR LOWRS MOL RO MOL RS TLO 10 MY 12 WWW.T.OM
I PRSSUR LOWRS OVRVIW RO I RS Model RO and RS fans from Twin ity an & lower are specifically designed to provide low flow and high static pressure for industrial applications. The wheel design offers maximum strength and reliability. vailable in three (3) designs, the RO and RS allow for flexibility in selection depending upon the application. The design allows for a low flow reducing or even eliminating the requirement for recirculating or exhausting excess air. esign 1 has the lowest flow, followed by esign 2, and then esign 3. Typical pplications ir pollution control systems ombustion air xhausting as boosting lass blowing and cooling Liquid agitation Mist elimination Pneumatic conveying Pressure and vacuum drying Primary air supply to ejectors Product cooling Selective catalytic recovery Sulfur recovery Vapor recovery Water blow-off rrangement 4 esign eatures esigned for continuous duty in high pressure, low flow applications Uniform pressures throughout the operating range Model RO Wheel: radial bladed with backplate and no front shroud Two (2) designs (esign 1 and 3) apable of handling low particulate or vapor Volumes to 8,0 M Pressures to 3" w.g. Twin ity an Model RS Wheel: radial bladed with backplate and shroud Three (3) designs (esign 1, 2 and 3) apable of handling low particulate or vapor Volumes to,000 M Pressures to 1" w.g. 2 TWIN ITY N - TLO 10
RIV RRNMNTS rrangement 4 rrangement 4 is a direct drive fan with the wheel mounted directly on the motor shaft. This drive arrangement is the most compact and requires minimum maintenance and service. Standard rrangement 4 fans are suitable to 0 operating temperature. Maximum rotational speeds for arrangement 4 fans can be found on page 6. rrangement 8 rrangement 8 is a direct-drive unit with the wheel mounted on a separate fan shaft that is mounted to the fan pedestal with pillow block bearings (minimum L-,000 hours). The fan shaft is connected to the motor shaft with a flexible coupling. rrangement 8 blowers offer the ability to remove the motor for service without disturbing the fan assembly. rrangement 8 units are limited to 0 as standard. igh temperature packages are available for up to 600. Maximum rotational speeds for arrangement 8 fans can be found on page 6. rrangement 1 V-belt drive fans are available in arrangement 1 only. rrangement 1 units are limited to 0 as standard. igh temperature packages are available for up to 600. Maximum rotational speeds for arrangement 1 fans can be found on page 6. rrangement 1 WL SIN Wheel onstruction ll wheels are constructed to insure maximum strength and reliability. Wheels are statically and dynamically balanced on the most modern electronic equipment. very blower unit is given a final running mechanical test and trim balance before shipment. RO (Radial, Open Wheel) The RO wheel features a full back plate with radial blades that are constructed of steel. The RO is ideal for light particulate- or vapor-laden gas streams. The RO is only available in esigns 1 and 3. RS (Radial, Shrouded Wheel) The RS wheel features a full backplate and a fully shrouded frontplate. The RS design develops the most pressure for a given speed and offers the highest efficiency. The RS is available in esigns 1, 2, and 3. RO Wheel RS Wheel WWW.T.OM 3
ONSTRUTION TURS langed Inlet Shaft Seal langed Outlet ousing rain with Plug Shaft Seal Standard 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. This shaft seal does not make the fan gas tight. onsult factory for other available shaft seal options. langed Inlet The standard flanged inlet enables attachment of rigid pipe connections on the blower inlet. The flange is drilled to match 1/1# NSI pipe flange. langed Outlet The standard flanged outlet enables attachment of rigid pipe connections on the blower outlet. The flange is drilled to match 1/1# NSI pipe flange. ousing rain with Plug The standard housing drain consists of a 3/4" NPT halfcoupling welded to the fan housing in the lowest point allowing for drainage of condensate from fan housing. plug is included. SSORIS Inlet ell Installations with an open inlet, an inlet bell (venturi) is required to achieve the catalog performance. Inlet screen is available. elt uard n OS belt guard protects personnel from the moving drive parts. quick access guard is available. ccess Port Shaft and earing uard Outlet last ate manually actuated blast gate for mounting to the fan outlet flange allows for controlling flow to full shutoff. vailable for automatic control. Maximum temperature 2. ccess Port eavy duty access port provides access for wheel inspection. epending on the fan size, access port may be NPT coupling and plug or a panel. Shaft and earing uard Solid sheet metal guards cover shaft and bearings and come with extended lube lines to a common point out either side of the guard. guard spanning the shaft between the bearings is also available to provide easy access to bearings for lubrication and vibration monitoring. Optional painted safety yellow is available. Split ousing ll sizes are designed to permit wheel removal through the fan inlet. Sizes and larger are available with a horizontal, pie-shaped, or 3-way split housing, which allows removal of the wheel and shaft without disconnecting ductwork. 4 TWIN ITY N - TLO 10
OPTIONL ONSTRUTION Spark Resistant onstruction an applications may involve the handling of fumes or vapors. Such applications require careful consideration by the system designer to insure the safe handling of such gases. Twin ity an & lower offers the following classifications of spark resistant construction per M Standard 99-01. It is the specifier s or the user s responsibility to specify the type of spark resistant construction with full recognition of the potential hazards and the degree of protection required. onstruction Type : ll parts of the fan in contact with the airstream must be made of nonferrous material usually an aluminum and limited to 0. Type : The fan shall have a nonferrous wheel and nonferrous rub ring about the opening through which the shaft passes usually an aluminum wheel and rub ring and limited to 0. Type : onsult factory. Nominally Leak-Tight onstruction When leakage is a concern, nominally leak-tight construction should be considered. or fans with positive pressure conditions at the inlet, please consult the factory. Nominally leak-tight is available for arrangement 1 and arrangement 8 fans. onstruction modifications may include, but are not limited to (depending on the application) continuously welded inlet and outlet flanges, closecentered bolts on all flanges, access doors, cover plates, una-n rubber shaft seal as standard (other mechanical seals available). earing with Shaft ooler & Shaft Seal Table 1: erating actors for Safe Wheel Speed Temperature ( ) lloy Steel Stainless Steel 70 1.00 0.99 0 0.99 0.9 2 0.98 0.93 0 0.97 0.91 0 0.9 0.87 0 0.93 0.83 600 0.90 0.80 700 0.80 0.77 800 0.60 0.7 igh Temperature Package an Standard designs are suitable to 0 for rr. 4 and 0 for rr. 1 and rr. 8 fans. Units in rr. 1 and rr. 8 fans can be modified to suit applications to 600. pply to Twin ity an for applications above 600. 1 to 0 : Package includes shaft cooler with guard, high temperature grease, and T blue enamel paint. 1 to 600 : Package includes the 1 to 0 package modifications plus the addition of high-temp aluminum paint. Special materials of construction are available. onsult factory for availability and pricing. WWW.T.OM
NINRIN T Table 2. Wheel Weights, WR 2 N SIZ SIN 1 SIN 2 SIN 3 WR 2 WL WR L-T 2 WIT 2 WL L-T (LS) 2 WIT (LS) WL WIT (LS) WR 2 L-T 2 3 13.6 34 12.4 31 9.6 1 27.2 1.3 46 19.8 3 89 66.7 87 61.1 79 48.0 111 111 1 3 0 81.1 4 180 223 174 2 18 19 21 332 9 189 2 332 626 321 68 291 449 60 3 879 393 806 37 6 6 482 13 471 11 428 904 70 48 1664 38 1 488 1213 Table 3. Maximum RPM, Shaft & earings N SIZ RRNMNT I RRNMNT 8 MX RPM MX P ST I. RIN TYP MX RPM MX P ST I. RIN TYP 3600 1-3/16-3600 1-3/16 S- 3600 2-3/16-3600 1-3/16 S- 3 2700 1-1/16 R- & R- 3600 1-7/16 S- 20 0 2-7/16 R- & R- 3600 0 1-11/16-4 20 0 2-7/16 R- & R- 3600 0 2-3/16-1800 1-1/16 R- & R- 1800 1-11/16 1800 60 2-3/16 R- & R- 1800 60 1-1/16 60 1800 0 2-11/16 R- & R- 1800 0 2-7/16 6 1800 1 3-7/16 R- & R- 1800 1 2-3/16 R- & R- 70 1800 2 3-7/16 R- & R- 1800 2 2-11/16 R- & R- Note: The "" in the bearing type denotes a concentric locking-type bearing. Table 4. Minimum and Maximum Motor rame Sizes for rrangement 4 fans MINIMUM MXIMUM 1800 RPM 3600 RPM 1800 RPM 3600 RPM OUSIN MXIMUM (4-POL MOTOR) (2-POL MOTOR) (4-POL MOTOR) (2-POL MOTOR) SIZ RPM RM RM RM RM P P P P SIZ SIZ SIZ SIZ 3600 1 143T 3 14T 184T 21T 3600 1-1/2 14T 7-1/2 213T 21T 284TS 3 3600 3 182T 1 21T 284T 326TS 3600 7-1/2 213T 286TS 326T 0 TS 4 3600 1 4T 326TS 7 36T 0 TS 1800 6T N/ N/ 324T N/ N/ 1800 324T N/ N/ 60 364T N/ N/ 60 1800 60 364T N/ N/ 0 T N/ N/ 6 1800 0 T N/ N/ 1 44T N/ N/ 70 1800 1 444T N/ N/ 2 449T N/ N/ Table. are an Weights OUSIN RRNMNT 1 RRNMNT 4 SIN SIN SIN SIN SIN SIN SIZ 1 2 3 1 2 3 238 238 233 216 21 9 39 393 382 37 33 342 3 4 42 3 47 3 702 69 684 777 768 74 4 882 939 93 8 1142 1139 87 79 2 49 38 970 1464 1449 17 1366 1348 12 60 174 1719 1678 1649 1619 172 6 64 38 1971 1941 1880 143 70 2431 2396 20 19 2477 2371 Note: rrangement 1 weights do not include the weight of drives or motors. rrangement 4 weights do not include the weight of the motor. 6 TWIN ITY N - TLO 10
N SLTION The performance curves in this catalog are based on fans handling standard air at a density of 0.07 pounds per cubic foot. This is equivalent to air at 70 at sea level (29.92" g. barometric pressure). Thus, when specified performance is at a density other than standard, it must be converted to the equivalent standard conditions before entering the performance curves. The equivalent standard conditions can be calculated by using the Twin ity an & lower an Selector Program. The fan selection curves on the following pages show performance at nominal diameter as well as 80% and 0% of nominal. Variation in wheel width is not available. Performance curves utilize a logarithmic scale for the axes. Typical Selection urve an Size orsepower 34 7 0 Performance at 0% iameter Performance at 80% iameter % of Peak Static fficiency low (M) MOL NOMNLTUR RS - 3-4 Model RO = Open ront Wheel RS = Shrouded Wheel esign esign 1 (RO & RS) esign 2 (RS Only) esign 3 (RO & RS) ousing Size (,, 3,, 4,,, 60, 6, 70) WWW.T.OM 7
N SLTION RO esign 1, 3 RPM 0 0 80 8 2 1 RO esign 1-3 RPM 13 1 14 1 1 7-1/2 1 7 3 7-1/2 1-1/2 2 3 80 0 0 0 800 1,000 2,000 low (M) 8 TWIN ITY N - TLO 10
RO esign 3, 3 RPM N SLTION 0 80 8 RO esign 3-3 RPM 34 3 33 3 3 1 1 7-1/2 3 7-1/2 7 0 2 1-1/2 3 1 80 0 0 0 800 1,000 2,000,000 low (M) WWW.T.OM 9
N SLTION RS esign 1, 3 RPM 0 0 80 RS esign 1-3 RPM 14 1 1 13 1 1 7-1/2 1 7-1/2 1-1/2 2 3 0 0 0 800 1,000 2,000 low (M) 7 TWIN ITY N - TLO 10
RS esign 2, 3 RPM N SLTION 0 0 80 RS esign 2-3 RPM 24 2 23 7 0 2 1 2 7-1/2 2 3 0 0 800 1,000 2,000,000 low (M) WWW.T.OM 11
N SLTION RS esign 3, 3 RPM 0 0 80 2 3 RS esign 3-3 RPM 34 3 33 7 0 3 1 7-1/2 1 3 0 800 1,000 2,000,000 low (M) 12 TWIN ITY N - TLO 10
RO esign 1, Sizes 1-1, 1780 RPM N SLTION 8 2 1 0.8 0. RO esign 1, Sizes 1-1 - 1780 RPM 1 13 1 2 3 1 1-1/2 1 2 1/2 1/4 3/4 1 1/2 3 80 0 0 0 800 1,000 low (M) WWW.T.OM 13
N SLTION RO esign 1, Sizes 14-1, 1780 RPM 8 RO esign 1, Sizes 160-170 - 1780 RPM 16 170 160 1 7 0 0 800 1,000 2,000,000 low (M) 14 TWIN ITY N - TLO 10
RO esign 1, Sizes 160-170, 1780 RPM N SLTION 80 8 RO - esign 1, Sizes 160-170, 1780 RPM 170 16 160 1 7 0 0 800 1,000 2,000,000 low (M) WWW.T.OM 1
N SLTION RO esign 3, Sizes 3-3, 1780 RPM 8 2 1 RO esign 3, Sizes 3-3 - 1780 RPM 3 33 2 3 3 1-1/2 1 2 3 3 7-1/2 3/4 1/2 1 1-1/2 1/4 1/2 3/4 80 0 0 0 800 1,000 2,000 low (M) 16 TWIN ITY N - TLO 10
RO esign 3, Sizes 34-3, 1780 RPM N SLTION 8 RO esign 3, Sizes 34-3 - 1780 RPM 3 3 1 34 7-1/2 1 3 7-1/2 0 0 800 1,000 2,000,000 low (M) WWW.T.OM 17
N SLTION RO esign 3, Sizes 360-370, 1780 RPM RO esign 3, Sizes 360-370 - 1780 RPM 370 36 360 7 1 0 7 0 800 1,000 2,000,000 8,000 low (M) 18 TWIN ITY N - TLO 10
RS esign 1, Sizes 1-1, 1780 RPM N SLTION 8 2 RS esign 1, Sizes 1-1 - 1780 RPM 1 13 2 3 1 2 1 1-1/2 1 1/2 3/4 1 1/4 1/2 80 0 0 0 800 1,000 low (M) WWW.T.OM 19
N SLTION RS esign 1, Sizes 14-1, 1780 RPM 8 RS esign 1, Sizes 14-1 - 1780 RPM 1 1 14 1 7-1/2 7-1/2 1 3 0 800 1,000 2,000 low (M) TWIN ITY N - TLO 10
RS esign 1, Sizes 160-170, 1780 RPM N SLTION 80 RS esign 1, Sizes 160-170 - 1780 RPM 170 16 160 7 1 1,000 2,000,000 low (M) WWW.T.OM 21
N SLTION RS esign 2, Sizes 2-2, 1780 RPM 8 RS esign 2, Sizes 2-2 - 1780 RPM 2 23 3 2 1-1/2 2 3 2 3/4 1 1-1/2 1/4 1/2 3/4 0 0 0 800 1,000 2,000 low (M) 22 TWIN ITY N - TLO 10
RS esign 2, Sizes 24-, 1780 RPM N SLTION RS esign 2, Sizes 24- - 1780 RPM 2 24 1 1 7-1/2 7-1/2 800 1,000 2,000 low (M) WWW.T.OM 23
N SLTION RS esign 2, Sizes 260-270, 1780 RPM 80 RS esign 2, Sizes 260-270 - 1780 RPM 270 26 260 7 0 7 1,000 2,000,000 8,000 low (M) 24 TWIN ITY N - TLO 10
RS esign 3, Sizes 3-3, 1780 RPM N SLTION 8 2 RS esign 3, Sizes 3-3 - 1780 RPM 3 33 3 7-1/2 3 1-1/2 2 3 3 3/4 1 1-1/2 2 1/2 1/4 3/4 0 0 0 800 1,000 2,000 low (M) WWW.T.OM
N SLTION RS esign 3, Sizes 34-3, 1780 RPM 8 RS esign 3, Sizes 34-3 - 1780 RPM 3 3 34 1 1 7-1/2 7-1/2 1 1,000 2,000,000 low (M) 26 TWIN ITY N - TLO 10
RS esign 3, Sizes 360-370, 1780 RPM N SLTION RS esign 3, Sizes 360-370 - 1780 RPM 370 36 360 7 0 7 2,000,000 8,000,000 low (M) WWW.T.OM 27
IMNSIONL T rrangement 1, esign 1 K J Ø N, TYP KK, KY Ø JJ L S LL T R P oundation M T U U T TU LL IS- N RS SIZ T T TU U U T T TU U U T T TU U U XPT 1 1 14.06 1.81 12.74.82 32.01 1.39 4.06 27.70 17.9 13.63 1.33 17.9 4.06 11.76 13.63 27.07 29.7 34.66 26.4 27.62 26. 1 16.88 18.13 1.29.98 38.42 18.47 4.02 33.23 21.4 16.36 1.9 21.4 4.02 14.11 16.36 32.80 3.48 41.07 31.89 33.36 31.6 13 19.69 21.19 17.83 36.1 44.82 21.4 4.73 38.77.13 19.09 1.86.13 4.73 16.46 19.08 38.72.93 48.00 37.73 39.46 37.46 1 22. 24.13.38 41.31 1.22 24.62.31 44.31 28.72 21.81 2.12 28.72.31 18.81 21.81 43.31 46.31 4.76 42.32 44.19 42.07 14.31 26.6 22.93 46.48 7.62 27.70. 49.8 32.31 24.4 2.39 32.31. 21.16 24.4 49.78 1.69 61.16 48.6.09 48.23 1 28.13 29.38.48 1.64 64.03.78.86.39 3.90 27.27 2.6 3.90.86 23.2 27.26 4.88 7.14 67.91 3.3.24 3.16 1.94 32.94 28.02 6.80 70.43 33.8 7.07 60.93 39.49 29.99 2.92 39.49 7.07.87 29.99 60.21 63.46 74.32 8.66 61.02 8.24 160 33.7 3..7 61.97 76.83 36.93 7.03 66.47 43.08 32.72 3.18 43.08 7.03 28.22 32.72 64.97 68.84 81.60 63.48 66.29 63.11 16 36.6 37.69 33.12 67.13 83.23.01 7.12 72.01 46.67 3.44 3.4 46.67 7.12.7 3.44 70.38 74.23 88.01 68.77 71.81 68.37 170 39.38 41. 3.67 72. 89.64 43.09 8.33 77..26 38.17 3.71.26 8.33 32.92 38.17 76.23 80.61 94.41 74.24 77.34 73.71 N SIZ T T TU U U T T TU U U J K L LL M N P R S T 1 12.70 12.8 13.01.60 12.23 1.1.60 13.63 12.39 12.70 12.8 12. 1.88 4.6.86 11.00 2.24 0.69 19.4 6.76 4.82 2.41 1 1.24 1.42 1.61 24.19 14.68 17.86 24.19 16.36 14.87 1.24 1.42 1.0 1.6.21 23. 11.19 2.07 0.81 21.11 9.27 6.27 3.14 13 17.78 17.99 18.21 28.31 17.13.96 28.31 19.08 17.34 17.78 17.99 17.6 1.69 6.13 24. 12.31 2.70 0.81.87 9.86 6.86 3.43 1.32.6.81 32.26 19.7 23.81 32.26 21.81 19.82.32.6.07 1.81 6.94 26.68 13.6 3.26 0.81 27..38 7.38 3.69 14 22.86 23.13 23.41 3.8 22.02 26.16 3.8 24.4 22. 22.86 23.13 22.8 1.81 7.80 29.66 16.69 3.86 0.81 21.66.89 7.89 3.9 1..70 26.02 39.79 24.47 29.02 39.79 27.26 24.78..70.09 2.13 8.68 28.92 16. 4.4 0.81 23.96 11.47 8.47 4.24 1 27.94 28.27 28.62 43.38 26.91 31.37 43.38 29.99 27. 27.94 28.27 27.60 2.13 9.4 31. 16.88 4. 1.06.69 13.99 9.99 4.99 160.48.84 31.22 47.8 29.36 34.97 47.8 32.72 29.73.48.84.11 2.38.36 33.01 17.62.11 1.06 41.02 14... 16 33.02 33.41 33.82 1.44 31.80 37.32 1.44 3.44 32.21 33.02 33.41 32.62 2.38 11.22 34.93 18.62 9.31.71 1.06 36.32 1.02 11.02.1 170 3.6 3.98 36.42.03 34. 39.67.03 38.17 34.69 3.6 3.98 3.13 2.38 12.03 37.31 18.81 9.41.80 1.06 38.69 17.3 12.47 6.24 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. 28 TWIN ITY N - TLO 10
rrangement 1, esign 2 IMNSIONL T K J Ø N, TYP KK, KY Ø JJ L S LL T R P oundation M T U U T TU LL IS- N RS SIZ T T TU U U T T TU U U T T TU U U XPT 1 2 13.94 16.06 12.4. 31.38 1.28 4.68 27.23 17.47 13.32 1.37 17.47 4.68 11.39 13.32 26.9 29.8 34.38 26.02 27.78.79 2 16.69 18.94 1.0.3 37.6 18.33.27 32.67.96 1.98 1.64.96.27 13.67 1.98 32.9 3.43 41.19 31.62 34.18 31. 23 19.44 21.19 17. 3.41 43.93 21.39. 38.12 24.46 18.6 1.92 24.46. 1.94 18.6 38.78.84 47.46 37.32 39. 36.91 2 22. 24.00.06.47. 24.44.78 43.6 27.9 21.31 2.19 27.9.78 18.22 21.31 43.12 46. 4.09 41.63 43.7 41.26 24.00 27. 22.7 4.3 6.48 27. 7.00 49.01 31.4 23.98 2.47 31.4 7.00. 23.97 49.74 2. 61. 47.93.84 47.43 2 27.81 29.81.08.9 62.7. 7.04 4.4 34.94 26.64 2.74 34.94 7.04 22.78 26.64 4.86 7.34 67.2 2.84.31 2.29.63 33.38 27.8.6 69.03 33.61 8.32 9.90 38.43 29. 3.01 38.43 8.32.0 29. 60.33 63.41 73.80 8.04 61.32 7.41 260 33.38 3.63.09 60.71 7. 36.66 8. 6.34 41.93 31.97 3.29 41.93 8. 27.33 31.97 64.68 68.7 80.96 62.4 6.63 61.89 26 36.13 37.88 32.60 6.77 81.8 39.72 8.27 70.79 4.42 34.63 3.6 4.42 8.27 29.61 34.63 70.24 74.09 87.23 67.6 71. 67.0 270 38.94 41.69 3.11 70.83 87.8 42.77 9.80 76.23 48.92 37. 3.84 48.92 9.80 31.89 37.29 76.34 80. 94.7 73. 76.83 72.60 N SIZ T T TU U U T T TU U U J K L LL M N P R S T 2 12.8 12.81 13.0.48 11.88 1.64.48 13.32 12.11 12.8 12.81 12.3 1.6 4.80 21.01 11.00 2.24 0.69 18.92 7.07.13 2.7 2 1. 1.38 1.66 24. 14.26 18.67 24. 1.98 14.3 1. 1.38 14.81 1.69.09 23.99 11.19 1.77 0.81.48 9.6 6.6 3.32 23 17.62 17.94 18.27 27.99 16.64.94 27.99 18.6 16.9 17.62 17.94 17.28 1.69.2.33 12.31 1.88 0.81.16. 7. 3.6 2.13..88 31.84 19.01 23.72 31.84 21.31 19.37.13. 19.7 1.81.81 28.31 13.6 1.88 0.81 26.41.87 7.87 3.94 24 22.6 23.06 23.49 36.22 21.39 27. 36.22 23.97 21.79 22.6 23.06 22.22 2.13 6.29 31.79 16.69 2.04 0.81 21.04 11.1 8.1 4.26 2.17.63 26. 39.71 23.77 29.3 39.71 26.64 24.22.17.63 24.69 2.13 6.9 31.27 16. 2.41 0.81 23.34 12.09 9.09 4. 27.68 28.19 28.71 43.21 26.14 31.80 43.21 29. 26.64 27.68 28.19 27.16 2.38 7.62 33.80 16.88 2.29 1.06 29.74 14.67.67.34 260..7 31.32 47.9 28.2 3.33 47.9 31.97 29.06..7 29.63 2.38 8.28 3.84 17.62 2.66 1.06 39.86 1. 11..62 26 32.71 33.31 33.93 1.08.89 37.61 1.08 34.63 31.48 32.71 33.31 32. 2.38 8.9 38.00 18.62 9.31 3.04 1.06 3.21 1.83 11.83.91 270 3.23 3.88 36.4.63 33.27 41.39.63 37.29 33.90 3.23 3.88 34.7 2.38 9.61.61 18.81 9.41 2.94 1.06 37.8 18. 13.34 6.67 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. WWW.T.OM 29
IMNSIONL T rrangement 1, esign 3 K J Ø N, TYP KK, KY Ø JJ L S LL T R P oundation M T U U T TU LL IS- N RS SIZ T T TU U U T T TU U U T T TU U U XPT 1 3 13.7 16.38 12. 24.8.80 1.11.28 26.76 17.0 13.01 1.36 17.0.28 11. 13.01 26.88 29.8 34.33.9 28.37.28 3 16. 18.63 14.87 29.81 36.9 18.13.31 32.11.4 1.61 1.63.4.31 13.31 1.61 33. 3.38.49 31.8 34. 31.11 33 19. 21.38 17.3 34.78 43.11 21.1.84 37.46 23.86 18.21 1.90 23.86.84 1.3 18.21 37.68.82 47.00 3.82 38.67 3. 3 22.00 24.7 19.83 39.7 49.27 24.17 7.00 42.81 27.27.81 2.17 27.27 7.00 17.7.81 43.27 46. 4.0.97 44..4 34 24.7 27.00 22.31 44.72.43 27.19 7.03 48.16.68 23.41 2.44.68 7.03 19.97 23.41 48.31 1. 60. 46.06 49.72 4.1 3 27.. 24.79 49.69 61.9.22 8.31 3.2 34.09 26.02 2.72 34.09 8.31 22.19 26.02 4.96 7.69 67. 2.31.91 1.8 3. 32.7 27.27 4.66 67.7 33.24 8.34 8.87 37. 28.62 2.99 37. 8.34 24.41 28.62 60.7 63.29 73.41 7.8 60.76 6.7 360 33.00 36. 29.7 9.63 73.91 36.26 9.87 64.22.91 31.22 3.26.91 9.87 26.63 31.22 64.41 69.13 80.63 61.41 66.29 60.68 36 3.7 38.7 32.23 64.60 80.07 39.28 9.90 69.7 44.32 33.82 3.3 44.32 9.90 28.8 33.82 70.64 74. 86.79 67.08 71.81 66. 370 38. 42.00 34.71 69.7 86.23 42..93 74.92 47.73 36.42 3.80 47.73.93 31.07 36.42 76.73 80.39 93.6 72.90 77.34 71.8 N SIZ T T TU U U T T TU U U J K L LL M N P R S T 3 12.46 12.78 13.09.8 11.3 16..8 13.01 11.83 12.46 12.78 12.1 1.6 4.92 21.13 11.00 2.24 0.69 17.67 7..37 2.68 3 14.96 1.33 1.71 23.99 13.84 18.31 23.99 1.61 14. 14.96 1.33 14.8 1.69.23 24.13 11.19 1.77 0.81 19.03 9.93 6.93 3.46 33 17.4 17.89 18.32 27.7 16.1 21.03 27.7 18.21 16.7 17.4 17.89 17.01 1.81.69. 12.31 1.88 0.81 26.88.63 7.63 3.81 3 19.94.44.94 32.0 18.4 24. 32.0.81 18.93 19.94.44 19.44 2.13 6.00 28. 13.6 1.88 0.81 24.62 11. 8. 4.13 34 22.43 23.00 23.6 3.4.76 26.72 3.4 23.41 21. 22.43 23.00 21.87 2.13 6.44 32.06 16.69 1.97 0.81 27.79 11.94 8.94 4.47 3 24.93. 26.18 39.7 23.07.19 39.7 26.02 23.67 24.93. 24. 2.38 6.7 31.94 16. 1.97 0.81 21.97 12.6 9.6 4.78 3 27.42 28.11 28.79 43.16.37 32.41 43.16 28.62 26.03 27.42 28.11 26.73 2.38 7.06 34.88 16.88 1.47 1.06 27.84 1.19 11.19.9 360 29.91.66 31.41 47.63 27.68 36.13 47.63 31.22 28. 29.91.66 29.16 2.38 7.48 37. 17.62 1.8 1.06 37.3 1.81 11.81.91 36 32. 33.22 34.03 1.04 29.98 38.3 1.04 33.82.76 32. 33.22 31.9 2.38 8.07 39. 18.62 9.31 1.8 1.06 32.83 16.44 12.44 6.22 370 34.90 3.77 36.6.1 32.29 41.7.1 36.42 33.13 34.90 3.77 34.02 2.38 8.67 42.21 18.81 9.41 1.67 1.06 3.04 19.06 14.00 7.00 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. TWIN ITY N - TLO 10
rrangement 4, esign 1 IMNSIONL T J 2X Ø N WN L>18.00 LOT T L/2 S T 6X Ø N P M T oundation U U T TU LL IS- N RS SIZ T T TU U U T T TU U U T T TU U U XPT 1 1 14.06 1.81 12.74.82 32.01 1.39 4.06 27.70 17.9 13.63 1.33 17.9 4.06 11.76 13.63 27.07 29.7 34.66 26.4 27.62 26. 1 16.88 18.13 1.29.98 38.42 18.47 4.02 33.23 21.4 16.36 1.9 21.4 4.02 14.11 16.36 32.80 3.48 41.07 31.89 33.36 31.6 13 19.69 21.19 17.83 36.1 44.82 21.4 4.73 38.77.13 19.09 1.86.13 4.73 16.46 19.08 38.72.93 48.00 37.73 39.46 37.46 1 22. 24.13.38 41.31 1.22 24.62.31 44.31 28.72 21.81 2.12 28.72.31 18.81 21.81 43.31 46.31 4.76 42.32 44.19 42.07 14.31 26.6 22.93 46.48 7.62 27.70. 49.8 32.31 24.4 2.39 32.31. 21.16 24.4 49.78 1.69 61.16 48.6.09 48.23 1 28.13 29.38.48 1.64 64.03.78.86.39 3.90 27.27 2.6 3.90.86 23.2 27.26 4.88 7.14 67.91 3.3.24 3.16 1.94 32.94 28.02 6.80 70.43 33.8 7.07 60.93 39.49 29.99 2.92 39.49 7.07.87 29.99 60.21 63.46 74.32 8.66 61.02 8.24 160 33.7 3..7 61.97 76.83 36.93 7.03 66.47 43.08 32.72 3.18 43.08 7.03 28.22 32.72 64.97 68.84 81.60 63.48 66.29 63.11 16 36.6 37.69 33.12 67.13 83.23.01 7.12 72.01 46.67 3.44 3.4 46.67 7.12.7 3.44 70.38 74.23 88.01 68.77 71.81 68.37 170 39.38 41. 3.67 72. 89.64 43.09 8.33 77..26 38.17 3.71.26 8.33 32.92 38.17 76.23 80.61 94.41 74.24 77.34 73.71 N SIZ T T TU U U T T TU U U J M N P R S T 1 12.70 12.8 13.01.60 12.23 1.1.60 13.63 12.39 12.70 12.8 12. 1.88 4.6 2.24 0.69 19.4 6.76 4.82 2.41 1 1.24 1.42 1.61 24.19 14.68 17.86 24.19 16.36 14.87 1.24 1.42 1.0 1.6.21 2.07 0.81 21.11 9.27 6.27 3.14 13 17.78 17.99 18.21 28.31 17.13.96 28.31 19.08 17.34 17.78 17.99 17.6 1.69 6.13 2.70 0.81.87 9.86 6.86 3.43 1.32.6.81 32.26 19.7 23.81 32.26 21.81 19.82.32.6.07 1.81 6.94 3.26 0.81 27..38 7.38 3.69 14 22.86 23.13 23.41 3.8 22.02 26.16 3.8 24.4 22. 22.86 23.13 22.8 1.81 7.80 3.86 0.81 21.66.89 7.89 3.9 1..70 26.02 39.79 24.47 29.02 39.79 27.26 24.78..70.09 2.13 8.68 4.4 0.81 23.96 11.47 8.47 4.24 1 27.94 28.27 28.62 43.38 26.91 31.37 43.38 29.99 27. 27.94 28.27 27.60 2.13 9.4 4. 1.06.69 13.99 9.99 4.99 160.48.84 31.22 47.8 29.36 34.97 47.8 32.72 29.73.48.84.11 2.38.36.11 1.06 41.02 14... 16 33.02 33.41 33.82 1.44 31.80 37.32 1.44 3.44 32.21 33.02 33.41 32.62 2.38 11.22.71 1.06 36.32 1.02 11.02.1 170 3.6 3.98 36.42.03 34. 39.67.03 38.17 34.69 3.6 3.98 3.13 2.38 12.03.80 1.06 38.69 17.3 12.47 6.24 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. WWW.T.OM 31
IMNSIONL T rrangement 4, esign 2 J 2X Ø N WN L>18.00 LOT T L/2 S T 6X Ø N P M T oundation U U T TU LL IS- N RS SIZ T T TU U U T T TU U U T T TU U U XPT 1 2 13.94 16.06 12.4. 31.38 1.28 4.68 27.23 17.47 13.32 1.37 17.47 4.68 11.39 13.32 26.9 29.8 34.38 26.02 27.78.79 2 16.69 18.94 1.0.3 37.6 18.33.27 32.67.96 1.98 1.64.96.27 13.67 1.98 32.9 3.43 41.19 31.62 34.18 31. 23 19.44 21.19 17. 3.41 43.93 21.39. 38.12 24.46 18.6 1.92 24.46. 1.94 18.6 38.78.84 47.46 37.32 39. 36.91 2 22. 24.00.06.47. 24.44.78 43.6 27.9 21.31 2.19 27.9.78 18.22 21.31 43.12 46. 4.09 41.63 43.7 41.26 24.00 27. 22.7 4.3 6.48 27. 7.00 49.01 31.4 23.98 2.47 31.4 7.00. 23.97 49.74 2. 61. 47.93.84 47.43 2 27.81 29.81.08.9 62.7. 7.04 4.4 34.94 26.64 2.74 34.94 7.04 22.78 26.64 4.86 7.34 67.2 2.84.31 2.29.63 33.38 27.8.6 69.03 33.61 8.32 9.90 38.43 29. 3.01 38.43 8.32.0 29. 60.33 63.41 73.80 8.04 61.32 7.41 260 33.38 3.63.09 60.71 7. 36.66 8. 6.34 41.93 31.97 3.29 41.93 8. 27.33 31.97 64.68 68.7 80.96 62.4 6.63 61.89 26 36.13 37.88 32.60 6.77 81.8 39.72 8.27 70.79 4.42 34.63 3.6 4.42 8.27 29.61 34.63 70.24 74.09 87.23 67.6 71. 67.0 270 38.94 41.69 3.11 70.83 87.8 42.77 9.80 76.23 48.92 37. 3.84 48.92 9.80 31.89 37.29 76.34 80. 94.7 73. 76.83 72.60 N SIZ T T TU U U T T TU U U J M N P R S T 2 12.8 12.81 13.0.48 11.88 1.64.48 13.32 12.11 12.8 12.81 12.3 1.6 4.80 2.24 0.69 18.92 7.07.13 2.7 2 1. 1.38 1.66 24. 14.26 18.67 24. 1.98 14.3 1. 1.38 14.81 1.69.09 1.77 0.81.48 9.6 6.6 3.32 23 17.62 17.94 18.27 27.99 16.64.94 27.99 18.6 16.9 17.62 17.94 17.28 1.69.2 1.88 0.81.16. 7. 3.6 2.13..88 31.84 19.01 23.72 31.84 21.31 19.37.13. 19.7 1.81.81 1.88 0.81 26.41.87 7.87 3.94 24 22.6 23.06 23.49 36.22 21.39 27. 36.22 23.97 21.79 22.6 23.06 22.22 2.13 6.29 2.04 0.81 21.04 11.1 8.1 4.26 2.17.63 26. 39.71 23.77 29.3 39.71 26.64 24.22.17.63 24.69 2.13 6.9 2.41 0.81 23.34 12.09 9.09 4. 27.68 28.19 28.71 43.21 26.14 31.80 43.21 29. 26.64 27.68 28.19 27.16 2.38 7.62 2.29 1.06 29.74 14.67.67.34 260..7 31.32 47.9 28.2 3.33 47.9 31.97 29.06..7 29.63 2.38 8.28 2.66 1.06 39.86 1. 11..62 26 32.71 33.31 33.93 1.08.89 37.61 1.08 34.63 31.48 32.71 33.31 32. 2.38 8.9 3.04 1.06 3.21 1.83 11.83.91 270 3.23 3.88 36.4.63 33.27 41.39.63 37.29 33.90 3.23 3.88 34.7 2.38 9.61 2.94 1.06 37.8 18. 13.34 6.67 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. 32 TWIN ITY N - TLO 10
rrangement 4, esign 3 IMNSIONL T J 2X Ø N WN L>18.00 LOT T L/2 S T 6X Ø N P M T oundation U U T TU LL IS- N RS SIZ T T TU U U T T TU U U T T TU U U XPT 1 3 13.7 16.38 12. 24.8.80 1.11.28 26.76 17.0 13.01 1.36 17.0.28 11. 13.01 26.88 29.8 34.33.9 28.37.28 3 16. 18.63 14.87 29.81 36.9 18.13.31 32.11.4 1.61 1.63.4.31 13.31 1.61 33. 3.38.49 31.8 34. 31.11 33 19. 21.38 17.3 34.78 43.11 21.1.84 37.46 23.86 18.21 1.90 23.86.84 1.3 18.21 37.68.82 47.00 3.82 38.67 3. 3 22.00 24.7 19.83 39.7 49.27 24.17 7.00 42.81 27.27.81 2.17 27.27 7.00 17.7.81 43.27 46. 4.0.97 44..4 34 24.7 27.00 22.31 44.72.43 27.19 7.03 48.16.68 23.41 2.44.68 7.03 19.97 23.41 48.31 1. 60. 46.06 49.72 4.1 3 27.. 24.79 49.69 61.9.22 8.31 3.2 34.09 26.02 2.72 34.09 8.31 22.19 26.02 4.96 7.69 67. 2.31.91 1.8 3. 32.7 27.27 4.66 67.7 33.24 8.34 8.87 37. 28.62 2.99 37. 8.34 24.41 28.62 60.7 63.29 73.41 7.8 60.76 6.7 360 33.00 36. 29.7 9.63 73.91 36.26 9.87 64.22.91 31.22 3.26.91 9.87 26.63 31.22 64.41 69.13 80.63 61.41 66.29 60.68 36 3.7 38.7 32.23 64.60 80.07 39.28 9.90 69.7 44.32 33.82 3.3 44.32 9.90 28.8 33.82 70.64 74. 86.79 67.08 71.81 66. 370 38. 42.00 34.71 69.7 86.23 42..93 74.92 47.73 36.42 3.80 47.73.93 31.07 36.42 76.73 80.39 93.6 72.90 77.34 71.8 N SIZ T T TU U U T T TU U U J M N P R S T 3 12.46 12.78 13.09.8 11.3 16..8 13.01 11.83 12.46 12.78 12.1 1.6 4.92 2.24 0.69 17.67 7..37 2.68 3 14.96 1.33 1.71 23.99 13.84 18.31 23.99 1.61 14. 14.96 1.33 14.8 1.69.23 1.77 0.81 19.03 9.93 6.93 3.46 33 17.4 17.89 18.32 27.7 16.1 21.03 27.7 18.21 16.7 17.4 17.89 17.01 1.81.69 1.88 0.81 26.88.63 7.63 3.81 3 19.94.44.94 32.0 18.4 24. 32.0.81 18.93 19.94.44 19.44 2.13 6.00 1.88 0.81 24.62 11. 8. 4.13 34 22.43 23.00 23.6 3.4.76 26.72 3.4 23.41 21. 22.43 23.00 21.87 2.13 6.44 1.97 0.81 27.79 11.94 8.94 4.47 3 24.93. 26.18 39.7 23.07.19 39.7 26.02 23.67 24.93. 24. 2.38 6.7 1.97 0.81 21.97 12.6 9.6 4.78 3 27.42 28.11 28.79 43.16.37 32.41 43.16 28.62 26.03 27.42 28.11 26.73 2.38 7.06 1.47 1.06 27.84 1.19 11.19.9 360 29.91.66 31.41 47.63 27.68 36.13 47.63 31.22 28. 29.91.66 29.16 2.38 7.48 1.8 1.06 37.3 1.81 11.81.91 36 32. 33.22 34.03 1.04 29.98 38.3 1.04 33.82.76 32. 33.22 31.9 2.38 8.07 1.8 1.06 32.83 16.44 12.44 6.22 370 34.90 3.77 36.6.1 32.29 41.7.1 36.42 33.13 34.90 3.77 34.02 2.38 8.67 1.67 1.06 3.04 19.06 14.00 7.00 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. WWW.T.OM 33
IMNSIONL T rrangement 4, Pedestal imensions esign 1, esign 2 and esign 3 K L oundation N SIZ _3 4 _60 _6 _70 RM SIZ K 143T 11.99 14T 12.74 182T/184T 12.99 213T/21T 14.99 14T 12.4 182T/184T 12.79 213T/21T 14.79 4T/6T 19.42 284TS 21.29 182T/184T 13.08 213T/21T 1.08 4T/6T 19.71 284T 21.8 284TS 21.8 286TS 21.96 324TS 23.8 326TS 24.46 213T/21T 1.46 4T/6T.08 284T 21.96 286T 22.33 286TS 22.33 324T 23.96 326T 24.83 324TS 23.96 326TS 24.83 364TS/36TS.46 4TS/TS 28.8 4T/6T 19.96 284T 21.84 286T 22.21 324T 23.84 326T 24.71 326TS 24.71 364T/36T.34 364TS/36TS.34 4TS/TS 28.46 444TS 32.96 44TS/447TS 32.96 6T 19.77 284T 21.64 286T 22.02 284TS 21.64 286TS 22.02 324T 23.64 324T 23.2 326T 24.39 364T.02 364T/36T 26.07 4T/T 29. T 29.00 444T/44T 33. 444T/44T 33.31 447T/449T 42.06 N SIZ _3 4 _60 _6 _70 RM SIZ L 143T/14T 9.99 12.17 182T/184T 11.74 13.92 213T/21T 13.49 1.67 14T 9.79 11.98 182T/184T 11.4 13.73 213T/21T 13.29 1.48 4T/6T 17.29 19.48 284TS 17.79 19.98 182T/184T 11.83 14.02 213T/21T 13.8 1.77 4T/6T 17.8 19.77 284T 19.33 21.2 284TS/286TS 19.33 21.2 324TS/326TS 21.08 23.27 213T/21T 13.96 16.14 4T/6T 17.96.14 284T/286T 19.71 21.89 286TS 19.71 21.89 324T/326T 21.46 23.64 324TS/326TS 21.46 23.64 364TS/36TS 22.8 24.77 4TS/TS 24.83 27.02 4T/6T 17.84.03 284T/286T 19.9 21.78 324T/326T 21.34 23.3 326TS 21.34 23.3 364T/36T 22.46 24.6 364TS/36TS 22.46 24.6 4TS/TS 24.71 26.90 444TS/44TS 28.34.3 447TS 36.46 38.6 6T 17.64 19.83 284T/286T 19.39 21.8 284TS/286TS 19.39 21.8 324T 19.64 21.83 324T/326T 21.02 23. 364T 21.27 23.4 364T/36T 23..39 4T/T.4 27.64 T. 27.44 444T/44T 28.88 31.07 444T/44T 28.69.87 447T/449T 36.81 39.00 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. 34 TWIN ITY N - TLO 10
Inlet/Outlet imensions IMNSIONL T Ø X, QTY -Y- Q. SP. Ø, QTY -- Q. SP. Ø Ø U Ø V Ø W INLT Ø Z XUST N SIZ U V W X Y Z OUTLT LN TIKNSS 1.00. 8. 0.88 8 7. 6.00 0.7 4 2.22 2.19 0. 1 11.00 6.6 9. 0.88 8 7. 6.00 0.7 4 2.74 2.62 0. 13 13. 7.69 11.7 0.88 8 9.00 7. 0.7 8 3.11 3.06 0. 1 13. 8.7 11.7 0.88 8.00 8. 0.88 8 3.63 3. 0. 14 16.00 9.88 14. 1.00 12.00 8. 0.88 8 4.14 3.94 0. 1 16.00.94 14. 1.00 12 11.00 9. 0.88 8 4.3 4.37 0. 1 19.00 12.06 17.00 1.00 12 11.00 9. 0.88 8.0 4.81 0.31 160 19.00 13.13 17.00 1.00 12 13. 11.7 0.88 8.6. 0.31 16 21.00 14. 18.7 1.13 12 13. 11.7 0.88 8 6.08.69 0.31 170 23. 1.31 21. 1.13 16 13. 11.7 0.88 8 6.60 6.12 0.31 N SIZ U V W X Y Z LN TIKNSS 2.00.42 8. 0.88 8 8. 7.00 0.7 8 2.3 3.16 0.31 2 11.00 6. 9. 0.88 8.00 8. 0.88 8 3.11 3.80 0.31 23 13. 7.8 11.7 0.88 8.00 8. 0.88 8 3. 4.43 0.31 2 13. 8.67 11.7 0.88 8 11.00 9. 0.88 8 4.12.06 0.31 24 16.00 9.7 14. 1.00 12 13. 11.7 0.88 8 4.8.70 0.31 2 16.00.83 14. 1.00 12 13. 11.7 0.88 8.1 6.33 0.31 19.00 11.92 17.00 1.00 12 13. 11.7 0.88 8.73 6.96 0.31 260 19.00 13.00 17.00 1.00 12 16.00 14. 1.00 12 6.31 7.9 0.31 26 21.00 14.08 18.7 1.13 12 16.00 14. 1.00 12 6.89 8.23 0.31 270 23. 1.17 21. 1.13 16 19.00 17.00 1.00 12 7.47 8.86 0.31 N SIZ U V W X Y Z LN TIKNSS 3.00.2 8. 0.88 8.00 8. 0.88 8 2.77 3.98 0.31 3 11.00 6.63 9. 0.88 8.00 8. 0.88 8 3.39 4.78 0.31 33 13. 7.7 11.7 0.88 8 11.00 9. 0.88 8 3.88.8 0.31 3 13. 8.87 11.7 0.88 8 13. 11.7 0.88 8 4. 6.38 0.31 34 16.00 9.98 14. 1.00 12 13. 11.7 0.88 8.00 7.17 0.31 3 16.00 11. 14. 1.00 12 16.00 14. 1.00 12.62 7.97 0.31 3 19.00 12.22 17.00 1.00 12 16.00 14. 1.00 12 6. 8.77 0.31 360 19.00 13.34 17.00 1.00 12 19.00 17.00 1.00 12 6.88 9.6 0.31 36 21.00 14.38 18.7 1.13 12 19.00 17.00 1.00 12 7..36 0.31 370 23. 1. 21. 1.13 16 21.00 18.7 1.13 12 8.13 11.16 0.31 IMNSIONS R SUJT TO N. RTII RWINS VILL ON RQUST. WWW.T.OM 3
LTRNTIV I PRSSUR NS TR Radial bladed with backplate and shroud for low volume, high pressure applications. irflow to 8,000 M Static pressures to 0" w.g. dditional information can be found in atalog. MO / MR / MW Three (3) wheel designs irflow to 19,000 M Static pressures over 1 w.g. MO - Open radial blades for handling hot, stick and abrasive airstreams MR - Radial blades with front and back plate for handling clean, hot, or particulate laden airstreams. The most pressure and highest efficiency at a given speed of any M-Series fan MW - Radial blades with back plate and no front plate to handle long, stringy, or fibrous materials. dditional information can be found in atalog 10. MO Wheel MR Wheel MW Wheel 36 TWIN ITY N - TLO 10
LTRNTIV I PRSSUR NS TN / TNS Turbo Pressure lowers are used for applications requiring lower volumes and higher air pressures. irflow to,0 M Static pressures up to 7 w.g. TNS - Radial steel wheel designed to handle fumes, light particulates, and temperatures up to 600 (31 ) TN - ackward inclined aluminum wheel designed to handle clean-air applications up to 0 dditional information can be found in atalog 12. T ackward inclined blade for clean-air applications. irflow to 28,700 M Static pressures to 70" w.g. dditional information can be found in atalog. N Lower volume, higher pressure fan utilizing a high efficiency, backward curved, non-overloading blade design. Suitable for clean to light particulate-laden air. irflow to 7,000 M Static pressures to 0 w.g. dditional information can be found in atalog 14. WWW.T.OM 37
TYPIL SPIITIONS Model RO urnish and install Model RO igh Pressure Radial Pressure lower as manufactured by Twin ity an & lower, Minneapolis, Minnesota. ans shall be specifically designed to handle specified volume and pressure to ensure rated performance. PRORMN ans shall be tested in accordance with NSI/M Standard 2 (air performance) and M Standard 0 (sound performance) in an M accredited laboratory. OUSIN ousings shall be made of a heavy gauge steel with continuously welded construction and braced with structural members to eliminate any resonant vibration and provide smooth operation. shaft seal, drain with plug, flanged inlet and flanged outlet shall be provided as standard equipment. Inlet and outlet flanges shall be punched to NSI 1/1# pattern. WL Wheels shall be of heavy gauge welded construction; riveted wheels are not acceptable. lade orientation shall be radial in design to handle hot, sticky and abrasive airstreams as well as clean air applications. RO wheels shall be open (no inlet shroud) to allow for particulate and vapor loading. ST (RR 1 & 8 ONLY) Shafts are to be solid material selected for ISI or 4 hot rolled steel, accurately turned, ground, polished, and ring gauged for accuracy. Shaft design shall be of sufficient diameter to allow the first critical speed to be at least 1.43 times the maximum fan operating speed. RINS (RR 1 & 8 ONLY) ans shall be supplied with heavy duty self-aligning grease lubricated anti-friction ball or roller bearings to provide long bearing life. earing support members shall be fabricated of heavy steel designed to insure maximum rigidity. earings shall be selected for a minimum average bearing life (M L-) in excess of 0,000 hours at the maximum fan RPM. INIS N OTIN The entire fan assembly, excluding the shaft, shall be thoroughly degreased and deburred before application of a rust-preventative primer. fter the fan is completely assembled, a finish coat of paint shall be applied to the entire assembly. The fan shaft shall be coated with a petroleum-based rust protectant. TORY RUN TST ll fans prior to shipment shall be completely assembled. ll fans up to 0 P shall be test run as a unit at operating speed or maximum RPM allowed for the particular construction type. ach wheel shall be statically and dynamically balanced in accordance with NSI/M 4-96 alance Quality and Vibration Levels for ans to an pplication ategory V-3, alance Quality rade 6.3. alance readings shall be taken by electronic type equipment in the axial, vertical, and horizontal directions on each of the bearings. Records shall be maintained and a written copy shall be available upon request. URNT Manufacturer shall guarantee the workmanship and materials for its RO fans for at least one year from startup, or eighteen months from shipment, whichever occurs first. Twin ity an 38 TWIN ITY N - TLO 10
TYPIL SPIITIONS Model RS urnish and install Model RS igh Pressure Radial Pressure lower as manufactured by Twin ity an & lower, Minneapolis, Minnesota. ans shall be specifically designed to handle specified volume and pressure to ensure rated performance. PRORMN ans shall be tested in accordance with NSI/M Standard 2 (air performance) and M Standard 0 (sound performance) in an M accredited laboratory. OUSIN ousings shall be made of a heavy gauge steel with continuously welded construction and braced with structural members to eliminate any resonant vibration and provide smooth operation. shaft seal, drain with plug, flanged inlet and flanged outlet shall be provided as standard equipment. Inlet and outlet flanges shall be punched to NSI 1/1# pattern. WL Wheels shall be of heavy gauge welded construction; riveted wheels are not acceptable. lade orientation shall be radial in design to handle hot, sticky and abrasive airstreams as well as clean air applications. Wheel inlet side shall be shrouded providing more efficiency and allow light particulate and vapor loading. ST (RR 1 & 8 ONLY) Shafts are to be solid material selected for ISI or 4 hot rolled steel, accurately turned, ground, polished, and ring gauged for accuracy. Shaft design shall be of sufficient diameter to allow the first critical speed to be at least 1.43 times the maximum fan operating speed. RINS (RR 1 & 8 ONLY) ans shall be supplied with heavy duty self-aligning grease lubricated anti-friction ball or roller bearings to provide long bearing life. earing support members shall be fabricated of heavy steel designed to insure maximum rigidity. earings shall be selected for a minimum average bearing life (M L-) in excess of 0,000 hours at the maximum fan RPM. INIS N OTIN The entire fan assembly, excluding the shaft, shall be thoroughly degreased and deburred before application of a rust-preventative primer. fter the fan is completely assembled, a finish coat of paint shall be applied to the entire assembly. The fan shaft shall be coated with a petroleum-based rust protectant. TORY RUN TST ll fans prior to shipment shall be completely assembled. ll fans up to 0 P shall be test run as a unit at operating speed or maximum RPM allowed for the particular construction type. ach wheel shall be statically and dynamically balanced in accordance with NSI/M 4-96 alance Quality and Vibration Levels for ans to an pplication ategory V-3, alance Quality rade 6.3. alance readings shall be taken by electronic type equipment in the axial, vertical, and horizontal directions on each of the bearings. Records shall be maintained and a written copy shall be available upon request. URNT Manufacturer shall guarantee the workmanship and materials for its RS fans for at least one year from startup, or eighteen months from shipment, whichever occurs first. Twin ity an WWW.T.OM 39
INUSTRIL PROSS N OMMRIL VNTILTION SYSTMS NTRIUL NS UTILITY STS PLNUM & PLU NS INLIN NTRIUL NS MIX LOW NS TUXIL & VNXIL NS PROPLLR WLL NS PROPLLR ROO VNTILTORS NTRIUL ROO & WLL XUSTRS ILIN VNTILTORS RVITY VNTILTORS UT LOWRS RIL L NS RIL TIP NS I IINY INUSTRIL NS PRSSUR LOWRS LORTORY XUST NS ILTR SUPPLY NS MNOOLRS IRLSS NS USTOM NS Twin ity an TWIN ITY N & LOWR WWW.T.OM 99 TRNTON LN N MINNPOLIS, MN 442 PON: 763-1-7600 X: 763-1-7601 18 Twin ity an ompanies, Ltd., Minneapolis, MN. ll rights reserved. atalog illustrations cover the general appearance of Twin ity an & lower products at the time of publication and we reserve the right to make changes in design and construction at any time without notice.