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TDI

 T

URBO

T

WIN

 

FROM 

TECH DEVELOPMENT

 

 

 

                                                                                                                   

                           

 

                                                                                                 

                                                      

                                                                                                                                                                      

Page 2 

Publication: T3-790, Rev. 2 
Issued January 9, 2013 

1.0 GENERAL INFORMATION 

 

This manual contains Instructions for installation, 
operation and maintenance of 

TDI

 

T

URBO

T

WIN

 

Model T30-M Air Motors

 used as auxiliary drives for 

Pre & Post Lube Oil Pumps.  These are supplied by 
OEMs and can also be obtained in the aftermarket as 
motor upgrades.    

 

Review this manual before installing or operating

 T30-

M Air Motors. 

For Questions, Contact your Authorized 

TDI

 Distributor, OEM or 

TDI 

directly. 

 

WARNINGS, CAUTIONS AND NOTES

 

Certain types of information are highlighted in this 
manual for your attention:

 

 
WARNINGS:

 - used wherein NON-

COMPLIANCE will likely result in injury to 
personnel or damage to the equipment. 

 

CAUTIONS:

 

used where there is possibility 

of damage to the equipment. 

 

NOTES/IMPORTANT:

 - used to cite special 

information for “optimum” use & care. 

 

1.1 DESCRIPTION & ADVANTAGES 

 

T30-M

 Air Motors are similar to the design used in T30 

Air Starters. T30-M features various interfaces allowing 
the motors to be fitted with couplings or directly to 
different model mechanical (oil) pumps.  T30-M Air 
Motors are superior to other types of drive motors in: 

o

 

Durability-

 Very tolerant of contamination 

(liquid or fine solids) in the air/gas supply. 

o

 

Cost Effectiveness –

 costly supply air/gas 

filtration, drying, lubrication are generally not 
required. 

o

 

Efficiency -

 Low air/gas consumption per 

unit of power produced. 

o

 

Cooler Running –

 greater expansion allows 

motor to run cooler on extended duty cycles. 

o

 

Application Flexibility –

 Variable operation 

(output power & RPM).  Suitability for use at 
much lower air/gas supplies to 10 psig. 

o

 

Ownership Cost -

 Sealed bearings and 

gear train require no maintenance or 
external lubrication. 

o

 

Ease of Compliance - 

Exhaust is cleaner, 

since motor produces no (fugitive) oily mist 
emissions. 

 
 

NOTE 

THIS MOTOR IS TO BE SERVICED ONLY BY AUTHORIZED TDI 
TURBOTWIN™ DISTRIBUTORS, DEALERS, AND REPAIR 
CENTERS.  DO NOT OPERATE THIS MOTOR UNLESS IT IS 
PROPERLY ATTACHED TO AN ENGINE. 

 

o

 

T

URBO

T

WIN

 T30-M Air Motors

 are designed 

for operation on either compressed air or 
natural gas. 

o

 

T

URBO

T

WIN

 T30-M Air Motor 

materials are 

compatible with “sour” natural gas and marine 
environments. 

o

 

T

URBO

T

WIN

 

T30-M Air Motors

 are ATEX 

certified (where indicated in certain OEM 
applications).  

o

 

T

URBO

T

WIN

 Air Motors 

do NOT require mist-

type or injection-type lubrication of the air/gas 
supply. These are not fitted on OEM 
applications and should be removed when 
upgrading from vane-type air motors. 

 

NOTE 

Throughout this manual, the term “air” designates the 
Motor drive medium.  Unless otherwise stated, "air" 
means either compressed air or natural gas

UNITS 

WITH INTEGRATED CONTROLS as SUPPLIED BY 
TDI, ARE NOT OPERABLE ON NATURAL GAS

.  

OEM applications, may be supplied with gas 
compatible controls, and which meet various 
agency requirements as specified.

 

 

1.2 

 

BASIC OPERATION 

 

NOTE 

T30-M Air Motors are designed for intermittent duty 
cycles, 

NOT

 continuous duty cycles.

 

 
T

URBO

T

WIN

 

T30-M Air Motors

 are two-stage turbine 

driven, 

gear reduced

 air motors, with the following key 

differences vs. other types of motors commonly used in 
similar (pump) drive applications: 

 

Unlike

 electric Motors, power output and 

operating speed can vary greatly depending 
on the dynamic operating pressures supplied 
to the motor inlet and the loads imposed.  
(See performance data).   

 

Unlike

 vane-type (positive displacement) or 

electric motors, 

turbine-type

 air motors, if 

unloaded/under-loaded, will operate at much 
higher free-speeds (or over-speed). 

  Turbine type motors should be properly 

selected

 and 

regulated t

o operate efficiently at 

a required load & speed… rather than over a 

Summary of Contents for TurboTwin T30-M

Page 1: ...t 6800 Poe Ave Dayton OH 45414 Tel 937 898 9600 Fax 937 898 8431 Website www tdi turbotwin com Publication T3 790 Rev 2 Issued January 9 2013 INSTALLATION AND OPERATING MANUAL TURBOTWIN Model T30 M Au...

Page 2: ...2 2 Supply Exhaust Line Installation 5 2 3 Motor Controls 6 2 4 Inlet Pressure Check Port 6 2 5 Matching Motor Output to Load 7 2 6 Adjusting Motor Output Speed 8 3 0 Motor Operation 7 4 0 Trouble Sho...

Page 3: ...al lubrication o Ease of Compliance Exhaust is cleaner since motor produces no fugitive oily mist emissions NOTE THIS MOTOR IS TO BE SERVICED ONLY BY AUTHORIZED TDI TURBOTWIN DISTRIBUTORS DEALERS AND...

Page 4: ...n either left hand LH CCW or right hand RH CW is designated from output shaft end of the Motor CAUTION Exceeding the Maximum Operating Pressure rating shown on Motor nameplate or continued operation a...

Page 5: ...35 40 45 50 55 0 0 1 0 2 0 3 0 4 0 5 0 6 0 Inlet Flow Pressure SCFM Nm3 Hr 150 Psig 100 170 120 Psig 80 135 90 Psig 62 105 60 Psig 43 74 150 Psig 120 Psig 90 Psig 60 Psig 0 5 10 15 20 25 30 0 5 10 15...

Page 6: ...output will drive the mechanical oil pump to a speed higher than recommended most are rated at 1200 1750 RPM for maximum life Oil pump over speed does not always produce excessive or higher indicated...

Page 7: ...ure fine contamination Motor life can be increased by use of a coarse 40 mesh strainer upstream in the motor supply line NOTE Expensive moisture abatement air gas drying is not required as this has no...

Page 8: ...site conditions temperatures etc Varying oil pressure cycle times required 2 6 ADJUSTING MOTOR OUTPUT SPEED Set multi meter to measure frequency Hz Connect the two multi meter leads to the speed pick...

Page 9: ...regulator to one that matches pressure flow requirements E Inlet supply line valve ball gate relay plug too small E Check dynamic operating pressure at Motor inlet Install valve that matches flow pre...

Page 10: ...properly maintained by user d the defect is not the result of normal wear and tear e the starter has been repaired with parts manufactured or authorized by TDI and f TDI installation and repair proced...

Page 11: ...TDI TURBOTWIN FROM TECH DEVELOPMENT Page 10 Publication T3 790 Rev 2 Issued January 9 2013 Figure 1 T30 M Lube Pump Motor...

Page 12: ...TDI TURBOTWIN FROM TECH DEVELOPMENT Publication T3 790 Rev 2 Issued January 9 2013 Page 11 Figure 2 T30 M Lube Pump Motor w Integral Relay Valve Pneumatic...

Page 13: ...TDI TURBOTWIN FROM TECH DEVELOPMENT Page 12 Publication T3 790 Rev 2 Issued January 9 2013 Figure 3 T30 M Lube Pump Motor w Integral Relay Valve Solenoid for Air Only Operation...

Page 14: ...TDI TURBOTWIN FROM TECH DEVELOPMENT Publication T3 790 Rev 2 Issued January 9 2013 Page 13 Figure 4 T30 M Lube Pump Motor w Modified NEMA 56C Mounting Flange...

Page 15: ...TDI TURBOTWIN FROM TECH DEVELOPMENT Page 14 Publication T3 790 Rev 2 Issued January 9 2013 Figure 5 T30 M Lube Pump Motor w NEMA 56C Mounting Flange...

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