Tuthill 1200 Operator'S Manual Download Page 21

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Manual 2003 Rev D p/n 2003

Installation

Figure 5-2 – Oil Fill, Drain and Level Plugs, and Level Gauges

(C-FLANGE SHOWN)

HORIZONTAL FLOW

(EACH END PLATE)

(EACH COVER)

COOLING WATER INLET/OUTLET

MAGNETIC OIL DRAIN

OIL LEVEL GAUGE

OIL FILL PLUG

(EACH END PLATE)

TUTHILL CORPORATION. THE INFORMATION

SCALE

WEIGHT

REV

DWG NO.

SHEET

SIZE

TITLE

APPROVALS

DATE

CHECKED

DRAWN

THIRD ANGLE PROJECTION

1 OF 1

9:16

CONNECTION DWG

126.35 LB

3204 BOOSTER

SHALL NOT BE USED OR DISCLOSED BY THE

US CUSTOMARY IN

SYSTEMS

INTERPRET PER ASME Y14.5-2009

UNLESS OTHERWISE SPECIFIED

VACUUM & BLOWER

RECIPIENT FOR ANY OTHER PURPOSE

CONFIDENTIAL AND IS THE PROPERTY OF THE

WHATSOEVER.

NOTICE OF CONFIDENTIAL INFORMATION
INFORMATION CONTAINED HEREIN IS

.XX 0.25

BREAK ALL SHARP EDGES, CORNERS,

DEBURR AND CLEAN

(BARESHAFT SHOWN)

VERTICAL FLOW

OIL FILL PLUG

MAGNETIC

(EACH END PLATE)

(EACH COVER)

COOLING WATER
INLET/OUTLET

OIL LEVEL GAUGE

OIL DRAIN

Summary of Contents for 1200

Page 1: ...els 150 540 1200 2700 240 720 1600 400 850 2000 Mechanical Splash Lube Slinger Splash Lube C Flange Operator s Manual Tuthill Mechanical Vacuum Boosters Copyright 2020 Tuthill Vacuum Blower Systems All rights reserved Product information and specifications subject to change Tuthill Vacuum Blower Systems tuthillvacuumblower com 800 825 6937 Original Instructions ...

Page 2: ...specifications to explain and or exemplify a product service or maintenance improvement may be changed at any time without notice Rights Reserved Statement No part of this publication may be reproduced or used in any form by any means graphic electronic or mechanical including photocopying recording taping or information storage and retrieval systems without the written permission of Tuthill Vacuu...

Page 3: ...tions Used in this Manual 2 Data Plate 3 Lifting 5 Description 6 Flow by Direction 7 Specifications 8 Installation 10 General 10 Booster Air Intake 11 Foundation 12 Location 12 Soft Foot 12 Safety 13 Lubrication 14 Filling Procedure 14 Frequently Asked Questions Regarding Lubrication 16 Hazards Associated With Breakdown or Ignition of Lubrication 16 ...

Page 4: ...s 18 Direct Coupled 18 V Belts 19 Setting V Belt Tension 19 V Belt Troubleshooting 20 Motor and Electrical Connections 21 Operation 22 General 22 Start Up Checklist 23 Starting 24 Operating 24 Stopping 24 Recommended Shutdown Procedure to Minimize Risk of Freezing or Corrosion 25 Maintenance 26 General 26 Regular Maintenance 27 Spare Parts 27 Factory Service and Repair 28 Long Term Storage 28 Trou...

Page 5: ...50 to 400 C flange Cutaway View 46 Models 150 to 400 C flange Dimensions 47 Models 540 to 720 Cutaway View 48 Models 540 to 720 Dimensions 49 Models 540 to 720 C flange Cutaway View 50 Models 540 to 720 C flange Dimensions 51 Models 850 to 2700 Cutaway View 52 Models 850 to 2700 Dimensions 53 Models 850 to 2700 C flange Cutaway View 54 Models 850 to 2700 C flange Dimensions 55 Warranty Blower Prod...

Page 6: ...Manual 2003 Rev D p n 2003 iv Table of Contents ...

Page 7: ...alling and maintaining your booster Tuthill has tried to make these instructions as straightforward as possible Tuthill realizes getting any new piece of equipment up and running in as little time as possible is imperative to production OTE N Record the booster model and serial numbers of the machine in the OPERATING DATA form on the inside back cover of this manual Use this identification on any ...

Page 8: ...that if not avoided could result in death or serious injury CAUTION Indicates a hazardous situation that if not avoided could result in minor or moderate injury Indicates a situation that can cause damage to the engine personal property and or the environment or cause the equipment to operate improperly OTE N Indicates a procedure practice or condition that should be followed in order for the equi...

Page 9: ...est Kearney Street Springfield Missouri USA 65803 YEAR MAWP MAX RPM Figure 2 1 General Operation and Symbols on Data Plate The following information is contained on the data plate WARNING Keep body clothing away from machine During operation keep body and clothing away from inlet and outlet of the booster WARNING Do not operate without guards in place CAUTION Hearing protection is required while t...

Page 10: ... Rev D p n 2003 4 02 Conventions and Data Plate MODEL NUMBER The specific model of the booster SERIAL NUMBER Unique to each booster YEAR Year of manufacture RPM The maximum RPM at which the booster can be operated ...

Page 11: ...G The booster must be handled using an appropriate device such as a fork truck or appropriate lifting device See Table 4 1 on page 8 for approximate weights Care should be taken to assure booster does not over turn during handling and installation ...

Page 12: ... Compression occurs not internal to the booster but by the amount of restriction either downstream of the booster discharge port or upstream of the booster inlet port Figure 4 1 illustrates the air movement within the machine In addition the machine can operate in either direction Never attempt to control capacity by means of a throttle valve in the intake or discharge piping This will increase th...

Page 13: ...tion in inlet and discharge INTAKE INTAKE DISCHARGE INTAKE DISCHARGE HORIZONTAL FLOW VERTICAL FLOW DISCHARGE INTAKE DISCHARGE INTAKE DISCHARGE RIGHT DRIVE CW ROTATION LEFT DRIVE CW ROTATION LEFT DRIVE CCW ROTATION RIGHT DRIVE CCW ROTATION TOP DRIVE CW ROTATION TOP DRIVE CCW ROTATION BOTTOM DRIVE CW ROTATION BOTTOM DRIVE CCW ROTATION DISCHARGE INTAKE INTAKE INTAKE DISCHARGE DISCHARGE Figure 4 2 Flo...

Page 14: ...oster should also never exceed 305 F 170 C Table 4 1 Specifications To permit continued satisfactory performance a vacuum booster must be operated within certain approved limiting conditions The manufacturer s warranty is of course also contingent on such operation Maximum limits for pressure temperature and speed are specified in Table 4 1 Specifications on page 8 for various booster sizes when o...

Page 15: ...priate information Deep vacuum requires instrumentation much more sensitive than standard thermometers and mercury type pressure or vacuum gauges At operation pressures less than 100 Torr mmHg use low deadband cut in switches and low mass thermocouples positioned so the sensor is connected to the inlet and discharge connections of the vacuum booster NPT connections are provided at each of the inle...

Page 16: ...stomers are warned to provide adequate protection warning and safety equipment necessary to protect personnel against hazards in the installation and operation of this equipment in the system or facility WARNING Table 4 1 on page 8 states the maximum operating speed in RPM rotations per minute and maximum temperature Do not exceed these limits The installation of the booster shall take these criti...

Page 17: ...r booster base or mounting plate rather than directly under the feet alone Make sure piping is accurately squared with the booster and supported independently Stress imparted from incorrectly aligned piping or mounting will create problems with bearing and seal life possibly leading to internal contact The booster should sit stress free and evenly on its supporting surface Take care to evenly tigh...

Page 18: ...tures can result in nuisance overload or temperature shutdowns An unprotected outdoor installation is satisfactory only when correct lubrication for the expected temperatures is provided See Assembly Clearances on page 4133 Soft Foot Soft foot is a condition in which one of the booster feet does not sit flat on the base Soft foot is usually due to irregularities in the surface to which the booster...

Page 19: ...elts be absolutely sure that all power to the motor controls has been shut off the motor controls are locked out and properly tagged before proceeding DANGER Assure that properly sized vacuum breaks relief valves are used on the inlet side of the booster Also assure that properly sized pressure relief valves are used on the outlet of the booster The sizing shall be such to assure that the proper f...

Page 20: ...e or add lubrication while the booster is running Failure to heed this warning could result in damage to the equipment or personal injury Oil must be checked when the booster is NOT running WARNING Properly dispose of the spent lubricants Refer to the manufacturer of the lubricant and any regulations to assure proper and safe disposal WARNING Do not start the booster until you are sure oil has bee...

Page 21: ...E CHECKED DRAWN THIRD ANGLE PROJECTION D 1 OF 1 9 16 CONNECTION DWG 126 35 LB 3204 BOOSTER SHALL NOT BE USED OR DISCLOSED BY THE US CUSTOMARY IN SYSTEMS INTERPRET PER ASME Y14 5 2009 UNLESS OTHERWISE SPECIFIED VACUUM BLOWER RECIPIENT FOR ANY OTHER PURPOSE CONFIDENTIAL AND IS THE PROPERTY OF THE WHATSOEVER NOTICE OF CONFIDENTIAL INFORMATION INFORMATION CONTAINED HEREIN IS XX 0 25 BREAK ALL SHARP ED...

Page 22: ...ll begin to thicken because of the shorter molecular chains and the drop out of additive packages The thickened lubricant will cause more drag increasing the friction and heat and further degrading the lubricant Operation of the booster environment run time speed and pressure has a direct effect on duty cycles The published cycles are based on worst case conditions Hazards Associated With Breakdow...

Page 23: ...at would be hazardous Refer to the manufacturer of the process media to assure that proper safety precautions are in place Blockage or Restriction WARNING Damage to the booster could occur if there is blockage in the inlet or outlet ports or piping Care should be taken when installing the booster to assure that there are no foreign objects or restrictions in the ports or piping WATER COOLING INSTR...

Page 24: ...it the booster and drive shafts so that only light tapping is required to install each half The two shafts must be accurately aligned A direct coupled booster and motor must be aligned with the two shafts Establish proper gap between coupling halves according to the coupling manufacturer s instructions with the motor Proper gap will minimize the change for end thrust on the booster shaft V Belts I...

Page 25: ...of the V belt drive should yield the appearance shown in Figure 5 4 Factors outside the control of the belt tensioning system used on an individual booster package assembly such as environmental factors and quality of the belts installed may contribute to decreased belt life Such factors can cause wear of the belts beyond the ability of the tensioning system to compensate As such it is recommended...

Page 26: ...e grooves Replace sheaves Excessive belt vibration Check drive design Check equipment for solid mounting Consider use of banded belts Mismatched belts New belts installed with old belts Replace belts in matched sets only Breakage of belt s Shock loads Apply proper tension recheck drive Heavy starting loads Apply proper tension recheck drive Use compensator starting Belt pried over sheaves Replace ...

Page 27: ... are performed per IEC 60204 1 this includes overcurrent protection Wire the motor and other electrical devices such as solenoid valves and temperature switch to the proper voltage and amperage as indicated on the nameplate of the component being wired Turn the booster by hand after wiring is completed to determine that there are no obstructions and that the booster turns freely Then momentarily s...

Page 28: ...n left in booster 2 Be certain that inlet piping is free of debris If an open outdoor air intake is used be sure the opening is clean and protected by an inlet filter This also applies to indoor use 3 If installation is not recent check booster leveling drive alignment belt tension and tightness of all mounting bolts 4 Be certain the proper volume of oil is in the oil reservoir chambers 5 Be certa...

Page 29: ...cedures be followed in sequence and checked off in the boxes provided in any of the following cases During initial installation After any shutdown period After maintenance work has been performed After booster has been moved to a new location DATES CHECKED Check the unit for proper lubrication Proper oil level is critical See Lubrication on page 14 See Recommended Lubricants on page 33 for informa...

Page 30: ...g of the temperature switch DANGER The booster is not intended to be used with explosive products or in explosive environments The blower is not intended to be used in applications that include hazardous and toxic gases Consult the factory for support WARNING Physical harm may occur if human body parts are in contact or exposed to the process vacuum Assure that all connections are protected from h...

Page 31: ...owing the booster to heat within safe limits The heat generated by the booster will quickly evaporate residual moisture 2 For carpet cleaning applications after the work is completed allow the booster to run 3 5 minutes with the suction hose and wand attached The suction hose and wand will provide enough load to the booster to evaporate the moisture quickly 3 For extended shutdown inject a small a...

Page 32: ... prior to maintenance of booster Apply appropriate procedures to assure piping and product is isolated and that inadvertent opening of valves cannot occur during maintenance CAUTION During routine maintenance inspect and assure that guards are in place and secure When changing oil be sure to reseal the drain and fill plugs This is especially important on Slinger Splash Lube Series models which hav...

Page 33: ...f necessary Oil levels should be checked every 24 hours of operation Proper oil drain schedules require oil be changed before the contaminant load becomes so great that the lubricating function of the oil is impaired or heavy disposition of suspended contaminants occurs To check the condition of the oil drain a sample into a clean container and check for the presence of water or solids Slight disc...

Page 34: ...wing these steps 1 Spray the interior lobes housing and end plates with rust preventative Repeat as conditions dictate and at least on a yearly basis 2 Fill both end covers completely full of oil 3 Firmly attach a prominent tag stating that the end covers are full of oil and must be drained and refilled to proper levels before start up 4 Apply a rust preventative grease to the drive shaft 5 Spray ...

Page 35: ...ation on page 14 Excessive belt tension Check belt manufacturer s specifications for tension and adjust accordingly Coupling misalignment Check carefully Re align if necessary Lack of volume Slipping belts Check belt manufacturer s specifications for tension and adjust accordingly Worn lobe clearances Check for proper clearances See Assembly Clearances on page 31 Speed too low Increase booster spe...

Page 36: ...sembly Clearances on page 31 Case or frame distortion Check mounting and pipe strain Excessive operating pressure Reduce pressure differential Excessive operating temperature Reduce pressure differential or reduce inlet temperature Vibration Belt or coupling misalignment Check carefully Re align if necessary Lobes rubbing Check cylinder for hot spots and then check for lobe contact at these points...

Page 37: ...022 in 0 43 0 56 mm 720 0 004 0 007 in 0 10 0 18 mm 0 011 0 016 in 0 28 0 41 mm 0 017 0 022 in 0 43 0 56 mm 0 017 0 022 in 0 43 0 56 mm 850 0 004 0 007 in 0 10 0 18 mm 0 011 0 016 in 0 28 0 41 mm CENTER TIMED 0 007 0 012 in 0 18 0 30 mm 0 011 0 016 in 0 28 0 41 mm 1200 0 004 0 007 in 0 10 0 18 mm 0 014 0 019 in 0 36 0 48 mm 0 007 0 012 in 0 18 0 30 mm 0 011 0 016 in 0 28 0 41 mm 1600 0 004 0 007 i...

Page 38: ...E CAP SCREW 10 32UNF 3 ft lb 4 N m CAP SCREW 1 4 20UNC GR5 6 ft lb 8 N m CAP SCREW 5 16 18UNC GR5 13 ft lb 18 N m CAP SCREW 3 8 16UNC GR5 23 ft lb 31 N m CAP SCREW 1 2 13UNC GR5 57 ft lb 77 N m CAP SCREW 5 8 14UNC GR5 113 ft lb 153 N m CAP SCREW 3 4 10UNC GR5 200 ft lb 271 N m TORQUE CHART 10 ...

Page 39: ...aximum protection and extend the life of your product over mineral oils or semi synthetic lubricants WARNING Do not overfill the oil sumps Overfilling can result in gear damage or oil leaks CAUTION Units are shipped without oil in the sumps Ensure adequate oil has been added before operating Tuthill offers oils that are suitable for a wide range of operating temperatures that are based on model op...

Page 40: ... 16444 MD2 Q C MD MAX 16444 MD3 Q 16444 MD3 G 16444 MD3 5G 16444 MD3 B 16444 MD3 Q C MD FG 16444 MD1 Q FG 16444 MD1 G FG 16444 MD1 5G FG 16444 MD1 B FG 16444 MD1 Q C FG MD BLOWER BOOSTER LUBRICANTS SPECIFICATIONS PRODUCTS MD ONE MD PLUS MD MAX MD FG VISCOSITY INDEX 150 154 157 141 40 C CST 99 1 231 7 340 9 99 3 100 C CST 14 4 27 6 37 2 13 9 FLASH POINT F C 510 266 480 249 491 255 515 268 POUR POIN...

Page 41: ...ROW 1 51 SEAL LAB 4 54 SEAL MECH 4 57 SPACER 2 66 SCREW CAP SOCKET HEAD 5 16 2 67 SPACER 2 74 SPACER 1 75 O RING VITON 1 76 SEAL MECH 1 77 SPACER 1 Item No PART DESCRIPTION QTY 82 WASHER DUST 1 83 LOCKNUT 1 85 PLUG PIPE 1 4 HEX STEEL 9 94 COIL COOLING COPPER 2 95 O RING FKM 2 96 O RING VITON A 2 97 BUSH COOLING COIL BRASS 2 98 PLUG PIPE 1 8 SQUARE STEEL 9 118 SHIM 010 THICK 2 121 PLUG PIPE 3 8 SQU...

Page 42: ...ET HEAD 5 16 2 67 SPACER 2 74 SPACER 1 75 O RING VITON 1 76 SEAL MECH 1 77 SPACER 1 79 SLINGER SEAL STATOR 4 82 WASHER DUST 1 83 LOCKNUT 1 ITEM NO PART DESCRIPTION QTY 85 PLUG PIPE 1 4 HEX STEEL 4 94 COIL COOLING COPPER 2 95 O RING FKM 4 96 O RING VITON A 4 97 BUSH COOLING COIL BRASS 4 98 PLUG PIPE 1 8 SQUARE STEEL 2 118 SHIM 010 THICK 2 123 BEARING SPACER 2 166 CONNECTOR HOSE 1 4 X 1 8 MPT BRASS ...

Page 43: ... FLANGE 1 51 SEAL LAB 4 54 SEAL MECH 4 57 SPACER 2 66 SCREW CAP SOCKET HEAD 5 16 2 67 SPACER 2 76 SEAL MECH 1 85 PLUG PIPE 1 4 HEX STEEL 4 94 COIL COOLING COPPER 2 95 O RING FKM 4 96 O RING VITON A 4 97 BUSH COOLING COIL BRASS 4 ITEM NO PART DESCRIPTION QTY 98 PLUG PIPE 1 8 SQUARE STEEL 4 121 PLUG PIPE 3 8 SQUARE STEEL 2 123 BEARING SPACER 2 166 CONNECTOR HOSE 1 4 X 1 8 MPT BRASS 2 174 PLUG PIPE 1...

Page 44: ...EW CAP HEX HEAD 4 68 PIN DOWEL 1 8 X 1 1 4 1 69 SCREW CAP SOCKET HEAD 3 8 1 74 SPACER 1 75 O RING VITON 1 76 SEAL MECH 1 77 SPACER DRIVE SHAFT 1 82 WASHER DUST 1 ITEM NO PART DESCRIPTION QTY 83 LOCKNUT 1 85 PLUG PIPE 1 4 HEX STEEL 5 86 SHIM 010 THICK 2 94 COOLING COIL BRASS COPPER 2 95 O RING VITON A 4 96 O RING VITON A 4 97 BUSH MANIFOLD BRASS 4 98 PLUG PIPE 1 8 SQUARE STEEL 6 118 SHIM 003 THICK ...

Page 45: ...EW CAP SOCKET HEAD 3 8 1 74 SPACER 1 75 O RING VITON 1 76 SEAL MECH 1 77 SPACER DRIVE SHAFT 1 79 SLINGER SEAL STATOR 4 82 WASHER DUST 1 ITEM NO PART DESCRIPTION QTY 83 LOCKNUT 1 85 PLUG PIPE 1 4 HEX STEEL 4 86 SHIM 010 THICK 1 93 SCREW CAP SOCKET HEAD 1 4 20 4 94 COOLING COIL BRASS COPPER 2 95 O RING VITON A 4 96 O RING VITON A 4 97 BUSH MANIFOLD BRASS 4 98 PLUG PIPE 1 8 SQUARE STEEL 2 118 SHIM 00...

Page 46: ...LOCK DRIVE SHAFT 2 66 SCREW CAP HEX HEAD 4 68 PIN DOWEL 1 8 X 1 1 4 1 69 SCREW CAP SOCKET HEAD 3 8 1 76 SEAL MECH 1 85 PLUG PIPE 1 4 HEX STEEL 4 ITEM NO PART DESCRIPTION QTY 94 COOLING COIL BRASS COPPER 2 95 O RING VITON A 4 96 O RING VITON A 4 97 BUSH MANIFOLD BRASS 4 98 PLUG PIPE 1 8 SQUARE STEEL 4 121 PLUG PIPE 3 8 SQUARE STEEL 2 123 SPACER 2 166 CONNECTOR HOSE 1 4 X 1 8 MPT BRASS 2 174 PLUG PI...

Page 47: ...LAB 4 54 SEAL MECH 4 57 BEARING SPACER 1 65 PLATE LOCK DRIVE SHAFT 2 66 SCREW CAP HEX HEAD 1 2 X 1 3 4 4 68 PIN ROLL 1 4 X 1 1 69 SCREW CAP SOCKET HEAD CS 1 2X1 3 4 1 74 SPACER 1 ITEM NO PART DESCRIPTION QTY 75 O RING VITON A 1 76 SEAL MECH 1 77 SPACER 1 82 WASHER DUST 1 83 LOCKNUT DRIVE SHAFT N 08 W NYLON 1 85 PLUG PIPE 1 4 HEX STEEL 9 94 COOLING COILS COPPER 2 95 O RING VITON A 4 96 O RING VITON...

Page 48: ... HEX HEAD 1 2 X 1 3 4 4 68 PIN ROLL 1 4 X 1 1 69 SCREW CAP SOCKET HEAD CS 1 2X1 3 4 1 74 SPACER 1 75 O RING VITON A 1 76 SEAL MECH 1 ITEM NO PART DESCRIPTION QTY 77 SPACER 1 79 SLINGER SEAL STATOR 4 82 WASHER DUST 1 83 LOCKNUT DRIVE SHAFT N 08 W NYLON 1 85 PLUG PIPE 1 4 HEX STEEL 9 86 SHIM TIMING 2 93 SCREW CAP SOCKET HEAD 1 4 20 4 94 COOLING COILS COPPER 2 95 O RING VITON A 4 96 O RING VITON A 4 ...

Page 49: ...51 SEAL LAB 4 54 SEAL MECH 4 57 BEARING SPACER 1 65 PLATE LOCK DRIVE SHAFT 2 66 SCREW CAP HEX HEAD 1 2 X 1 3 4 4 68 PIN ROLL 1 4 X 1 1 69 SCREW CAP SOCKET HEAD CS 1 2X1 3 4 1 76 SEAL MECH 1 85 PLUG PIPE 1 4 HEX STEEL 6 ITEM NO PART DESCRIPTION QTY 94 COOLING COILS COPPER 2 95 O RING VITON A 4 96 O RING VITON A 4 97 BUSH MANIFOLD BRASS 4 123 BEARING SPACER 2 166 CONNECTOR HOSE 1 4 X 1 8 MPT BRASS 2...

Page 50: ...R MANUAL 2003 A LB BOOSTER ASSEMBLY SYSTEMS INTERPRET PER ASME Y14 5 2009 MS MS 09 28 2020 11 11 2020 UNLESS OTHERWISE SPECIFIED WHATSOEVER SHALL NOT BE USED OR DISCLOSED BY THE US CUSTOMARY IN NOTICE OF CONFIDENTIAL INFORMATION INFORMATION CONTAINED HEREIN IS XX 0 25 BREAK ALL SHARP EDGES CORNERS DEBURR AND CLEAN 94 96 95 B 57 123 51 29 03 45 07 30 54 09 16 14 16 16 04 24 08 06 21 25 22 67 22 17 ...

Page 51: ...N THE INFORMATION SHALL NOT BE USED OR DISCLOSED BY THE RECIPIENT FOR ANY OTHER PURPOSE WHATSOEVER XX 0 25 BREAK ALL SHARP EDGES CORNERS DEBURR AND CLEAN 3 81 5 50 1 1019 0005 2 74 9 23 1 63 5 49 10 71 3 75 7 50 REV ECN DESCRIPTION DA G B A C E F F D 41 150 TO 400 DIMENSIONS MODEL A B C D E F G 150 18 66 in 474 mm 12 04 in 306 mm 6 62 in 168 mm 5 62 in 143 mm 2 FLG 50 DN 5 82 in 148 mm 12 13 in 30...

Page 52: ...Manual 2003 Rev D p n 2003 46 Assembly Drawings Models 150 to 400 C flange Cutaway View Left Side Double Envelope Right Side Slinger Seal ...

Page 53: ...41 150 TO 400 DIMENSIONS MODEL A B C D E F G 150 20 93 in 532 mm 14 31 in 363 mm 6 62 in 168 mm 6 62 in 168 mm 2 FLG 50 DN 5 82 in 148 mm 12 13 in 308 mm 240 22 93 in 582 mm 15 31 in 389 mm 7 62 in 193 mm 7 62 in 193 mm 3 FLG 80 DN 7 44 in 189 mm 12 94 in 329 mm 400 26 93 in 684 mm 17 31 in 440 mm 9 62 in 244 mm 11 62 in 295 mm 4 FLG 100 DN 7 44 in 189 mm 12 94 in 329 mm 5 50 8 20 1 94 8656 0005 3...

Page 54: ...LS DATE CHECKED DRAWN D CONFIDENTIAL AND IS THE PROPERTY OF THE THIRD ANGLE PROJECTION 09 30 2020 US CUSTOMARY IN 1 OF 2 1 1 5 BLOWER ASSEMBLY 540 720 manual 2003 booster SYSTEMS INTERPRET PER ASME Y14 5 2009 UNLESS OTHERWISE SPECIFIED MS NOTICE OF CONFIDENTIAL INFORMATION INFORMATION CONTAINED HEREIN IS XX 0 25 BREAK ALL SHARP EDGES CORNERS DEBURR AND CLEAN 40 85 LH DRIVE 121 195 98 A A C C REV E...

Page 55: ...TION INFORMATION CONTAINED HEREIN IS CONFIDENTIAL AND IS THE PROPERTY OF THE TUTHILL CORPORATION THE INFORMATION SHALL NOT BE USED OR DISCLOSED BY THE RECIPIENT FOR ANY OTHER PURPOSE WHATSOEVER XX 0 25 BREAK ALL SHARP EDGES CORNERS DEBURR AND CLEAN 6 63 0 13 02 10 50 A C E F F D 53 B G 540 TO 720 DIMENSIONS MODEL A B C D E F G 540 27 76 in 705 mm 16 51 in 419 mm 11 25 in 286 mm 11 50 in 292 mm 4 F...

Page 56: ...Manual 2003 Rev D p n 2003 50 Assembly Drawings Models 540 to 720 C flange Cutaway View Left Side Double Envelope Right Side Slinger Seal ...

Page 57: ...RMATION CONTAINED HEREIN IS CONFIDENTIAL AND IS THE PROPERTY OF THE TUTHILL CORPORATION THE INFORMATION SHALL NOT BE USED OR DISCLOSED BY THE RECIPIENT FOR ANY OTHER PURPOSE WHATSOEVER XX 0 25 BREAK ALL SHARP EDGES CORNERS DEBURR AND CLEAN 2 17 7 88 8 00 50 B A C E F F D G 53 540 TO 720 DIMENSIONS MODEL A B C D E F G 540 29 24 in 743 mm 13 63 in 346 mm 11 25 in 286 mm 11 50 in 292 mm 4 FLG 100 DN ...

Page 58: ...OTHER PURPOSE BLOWER ASSEMBLY TUTHILL CORPORATION THE INFORMATION SCALE WEIGHT REV DWG NO SHEET SIZE TITLE APPROVALS DATE CHECKED DRAWN CONFIDENTIAL AND IS THE PROPERTY OF THE 1 1 850 2700 MANUAL 2003 THIRD ANGLE PROJECTION US CUSTOMARY IN SYSTEMS LB 1 OF 1 D MS INTERPRET PER ASME Y14 5 2009 UNLESS OTHERWISE SPECIFIED WHATSOEVER 10 01 2020 NOTICE OF CONFIDENTIAL INFORMATION INFORMATION CONTAINED H...

Page 59: ...S XX 0 25 BREAK ALL SHARP EDGES CORNERS DEBURR AND CLEAN DN 150 PN 10 FLANGE ON 241 30 9 500 B C 11 000 279 40 8X 22 23 0 875 THRU EQUALLY SPACED 22 5 50 86 17 152 435 66 368 30 14 500 218 81 8 615 G B A C E F F D 850 TO 2700 DIMENSIONS MODEL A B C D E F G 850 29 51 in 750 mm 17 83 in 453 mm 11 69 in 297 mm 10 50 in 267 mm 6 FLG 150 DN 10 00 in 254 mm 20 50 in 521 mm 1200 33 01 in 838 mm 19 58 in ...

Page 60: ... DATE CHECKED DRAWN CONFIDENTIAL AND IS THE PROPERTY OF THE THIRD ANGLE PROJECTION 1 1 5 850 2700 MANUAL 2003 C FACE 1 OF 1 D 471 90 LB UNLESS OTHERWISE SPECIFIED WHATSOEVER MS 10 02 2020 US CUSTOMARY IN SYSTEMS SHALL NOT BE USED OR DISCLOSED BY THE VACUUM BLOWER INTERPRET PER ASME Y14 5 2009 NOTICE OF CONFIDENTIAL INFORMATION INFORMATION CONTAINED HEREIN IS XX 0 25 BREAK ALL SHARP EDGES CORNERS D...

Page 61: ... DN 10 00 in 254 mm 20 50 in 521 mm 1600 35 73 in 908 mm 17 39 in 535 mm 14 85 in 377 mm 17 00 in 445 mm 6 FLG 150 DN 10 00 in 254 mm 20 50 in 521 mm 2000 39 73 in 1009 mm 21 39 in 543 mm 16 85 in 428 mm 21 50 in 546 mm 8 FLG 200 DN 10 00 in 254 mm 20 50 in 521 mm 2700 45 73 in 1143 mm 27 39 in 696 mm 19 85 in 504 mm 27 50 in 699 mm 10 FLG 250 DN 10 00 in 254 mm 20 50 in 521 mm 17 23 8 62 56 14 50...

Page 62: ...y Seller Unless done with prior written consent of Seller any repairs alterations or disassembly of Seller s equipment shall void warranty Installation and transportation costs are not included and defective items must be held for Seller s inspection and returned to Seller s Ex works point upon request THERE ARE NO WARRANTIES EXPRESSED IMPLIED OR STATUTORY WHICH EXTEND BEYOND THE DESCRIPTION ON TH...

Page 63: ...mblower com OPERATING DATA FORM PRODUCT REGISTRATION It is to the user s advantage to have the requested data filled in below and available in the event a problem should develop in the blower or the system This information is also helpful when ordering spare parts Model No V Belt Size Length Serial No Type of Lubrication Startup Date Pump RPM Operating Vacuum Pump Sheave Diameter Any other Special...

Page 64: ...65 8715 800 825 6937 F 417 865 2950 tuthillvacuumblower com For Service Repair Technical Support or Product Sales contact Copyright 2020 Tuthill Vacuum Blower Systems All rights reserved Product information and specifications subject to change I N T ERNATIONAL QUALITY STAND A R D REGISTERED VACUUM BLOWER SYSTEMS TUTHILL CORPORATION ...

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