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©B
U M
achi
nes
-1-
Indu
ctio
n m
otor
s pr
oduc
t pre
sent
atio
n3-
2007
Product Presentation, Induction Machines
©B
U M
achi
nes
-2-
Indu
ctio
n m
otor
s pr
oduc
t pre
sent
atio
n3-
2007
Induction machinesHV Induction
Motors
� Cast iron� M3BM/M3GM, standard motors
� HXR, engineered motors
� Modular� AMA
� AMI
� AMK/AML, slipring
� Flameproof� AMD
©B
U M
achi
nes
-3-
Indu
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n m
otor
s pr
oduc
t pre
sent
atio
n3-
2007
DCDC ACAC SynchronousSynchronous4&6 p4&6 p >>8 p8 pEExEEx--dd
SCIMSCIMModularModular
SCIM / WRIMSCIM / WRIM
InductionInduction
TEFCTEFC
DMI
LAN AMD
AMA AMK
AMIAML
AMC
AMZAMS
Trac
tion
1
10
100
1000
10000
100000
kW : motor application,kVA : generator application
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M3 HXR
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terå
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Ca b
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wi n
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BU Machines Product PlatformsHV Induction
Motors
©B
U M
achi
nes
-4-
Indu
ctio
n m
otor
s pr
oduc
t pre
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atio
n3-
2007
High Voltage Cast Iron Motors
Product presentation
©B
U M
achi
nes
-5-
Indu
ctio
n m
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s pr
oduc
t pre
sent
atio
n3-
2007
HV cast iron, product strategy
� Standard cast iron motor:� Utilization of proven low voltage
M3BP platform
� Standardized, cost efficient motor
� Best fit for serial OEM’s
� Reliable, with 3 years warranty time
� Marketing and sales through Machines sales channels
� Engineered cast iron motor HXR� According to customer specifications
HV Cast Iron Motors
©B
U M
achi
nes
-6-
Indu
ctio
n m
otor
s pr
oduc
t pre
sent
atio
n3-
2007
HV Cast Iron Motors Wide product range
Product strategy: HXR engineered motorM3BM standard catalogue productU / V
Frame size
1 kV
280 400 450
6,6 kV
315 355 500 560
10 kV
M3BM (HV)
3 kV
M3BP (LV)
HXR
©B
U M
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Indu
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otor
s pr
oduc
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n3-
2007
� Built up from non-standardized or partly modularized parts based on customer’s requirements
� Price add
� Longer delivery time
HV Cast Iron Motors – Product Concept
� Catalogue data� Electrical performance� Mechanical construction
and features� Standard accessories� Limited optional features
and accessories
� Can be customized electrically andmechanically for selected serial OEMs.
Standard Motor M3BMStandard Motor M3BM Engineered Motor HXREngineered Motor HXR
HV Cast Iron Motors
©B
U M
achi
nes
-8-
Indu
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oduc
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2007
Availability
� Standard motors M3BM� Own production line
� Max capacity 1000 pcs/year
� Lead time 40 working days
� Possibility for shorter delivery time with agreement (serial OEM’s)
� Engineered motors HXR� Lead time 10 – 16 weeks
HV Process Performance Cast
Iron Motor
©B
U M
achi
nes
-9-
Indu
ctio
n m
otor
s pr
oduc
t pre
sent
atio
n3-
2007
Cast Iron MotorsHV Cast
Iron Motors
High Voltage Process Performance Cast Iron Motor
High Voltage Cast Iron Motor, HXR
©B
U M
achi
nes
-10
-In
duct
ion
mot
ors
prod
uct p
rese
ntat
ion
3-20
07
M3BM standard motor
� Selection and dimensioning by using ABB standard tools
� Ordering concept similar to LV process performance motors
� Catalogue data, dimension drawings and other documentation available on web-pages.
HV Process Performance Cast
Iron Motor
©B
U M
achi
nes
-11
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ion
mot
ors
prod
uct p
rese
ntat
ion
3-20
07
Product Range
� M3BM
� 110 - 750 kW at 50 Hz
� 150 - 950 HP (SF 1.15) at 60 Hz
� 2.3 - 10.0 kV
� Shaft heights: IEC 315 – 450NEMA 506AT – 728
� 50/60 Hz
� 2 to 8 poles
� IM 1001, IM 3011, IM 2001
� IC 411 / IP 55
� Horizontal, vertical, foot & flange
� IEC, NEMA, CSA
IEC
NEMA
HV Process Performance Cast
Iron Motor
©B
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mot
ors
prod
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3-20
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Motors for Hazardous Areas
� M3GM� Fulfils the latest Ex-standard
(IEC/EN 60079-15 (2005), IEC/EN 61241-1 (2004))
� IEC� Non-sparking: Ex nA II T3� Dust ignition proof:
� Ex tD A22 IP55 / IP65 T125°C (for zone 22)� Ex tD A21 IP65 T125°C (for zone 21)
� ATEX� Non-sparking: Ex nA II T3 (category 3 G)� Dust ignition proof:
� Ex tD A22 IP55 / IP65 T125°C (for zone 22)� Ex tD A21 IP65 T125°C (for zone 21)
� NEMA, CSA certificate� Non-sparking: Class I Division 2 Group ABCD T3 or Class I Zone 2
Ex nA II T3 � Dust ignition proof: Class II Division 2 Group FG or Class III
� GOST, CQST
Zone 2 /Category 3in abnormal conditions
Zone 1/Category 2Occasionally
Zone 0 Category 1
Continuously
HV Process Performance Cast
Iron Motor
©B
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prod
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3-20
07
Simplicity with Performance
� High quality with simplicity
� Low noise
� Low vibration
� Excellent starting properties
� Low starting current
� 50°C ambient temperature design available
� High efficiency
HV Process Performance Cast
Iron Motor
©B
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mot
ors
prod
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3-20
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Simplicity with Reliability
� Long life bearings
� Tested for IP 65
� Labyrinth seal as standard
HV Process Performance Cast
Iron Motor
©B
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mot
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3-20
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Frame
� Simple and rigid construction
� Fixing holes near bearing housing
� Minimized thermal resistance
� Large cooling ribs
� Corrosion proof surface treatment for any environment
HV Process Performance Cast
Iron Motor
©B
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mot
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prod
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Stator
� Reliable form wound windings
� Firmly supported coil ends
� The complete stator impregnated using VPI (Vacuum Pressure Impregnation)
� Tight fit by heat shrinking the frame on stator core
� High thermal capacity
HV Process Performance Cast
Iron Motor
©B
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mot
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prod
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3-20
07
Insulation System
� Micadur® - Compact Industry insulation system� Both turn and main insulation
applied using dry mica tapes� VPI gives the insulation final
electrical, thermal and mechanical properties
� Insulation exceeds the requirements of class F
� Excellent mechanical strength� High moisture resistance� Basic impulse level exceeds
IEC requirements� VPI method used since 1977
HV Process Performance Cast
Iron Motor
©B
U M
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nes
-18
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mot
ors
prod
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3-20
07
Rotor
� Pressure die-cast aluminum rotor
� ABB’s component factory with long experience
� Balancing with half key according to ISO 1940/1 G2.5.
HV Process Performance Cast
Iron Motor
©B
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mot
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3-20
07
Flexible Terminal Box
� IEC: 6.6 & 11 kV, 400 A as standard
� NEMA:� type I as standard
� type II as option, with star point (excl. foot & flange)
� Easy to rotate even on site� Left-hand side, right-hand side
� Separate star point box available as option
� Separate terminal boxes for auxiliary connections
� Delivery without main terminal box available
IEC
NEMA,type I
HV Process Performance Cast
Iron Motor
©B
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mot
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3-20
07
Bearings and Lubrication
� Antifriction bearings as standard
� Long lifetime� L10h up to 100 000 h
� SPM-nipples and grease valves as standard
� Tested for IP 65
� Labyrinth seal as standard
� Optional:� roller bearings for radial loads
D-end close
D-end open
HV Process Performance Cast
Iron Motor
©B
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mot
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prod
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3-20
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Standard Accessories
� Grease nipples for bearings� Grease relief valves
� SPM nipples for bearings� 1 pcs/bearing
� Dowel holes
� Pt 100s (6 pieces) inside stator slots
� Aluminum auxiliary box - 1 pcs� Cable glands M20×1.5 (2 pcs)
� External earthing bolt
� Jacking screws
HV Process Performance Cast
Iron Motor
©B
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Other Optional Features
� 12 pcs Pt100s for stator winding
� Bearing RTDs(100 Ohm plat., 1/bearing)
� Space heater with separate terminal box
� Roller bearing at D-end
� Motor designed for ambient temperatures -20°C to -40°C
� Protection classes IP 56 and IP 65
� Dial type thermometer for bearings
� Provision for vibration sensors
� Additional tag no. plate
HV Process Performance Cast
Iron Motor
©B
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mot
ors
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Applications
� Standard optimized designs for� Pumps
� Fans
� Compressors
� Customer specific modifications available for serial OEM’s
Photo: Atlas Copco
HV Process Performance Cast
Iron Motor
©B
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mot
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prod
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3-20
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Sum-up
� Standard motor
� Simplicity – straightforward design
� Significantly lower price
� Best of two good motors combined
� Short lead times
� Simple ordering process
HV Process Performance Cast
Iron Motor
©B
U M
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mot
ors
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High Voltage Process Performance Motor
Simplicity on Request!
HV Process Performance Cast
Iron Motor
©B
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Cast Iron Motors,HXR
©B
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3-20
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Wide Range of Designs
� 100 - 2250 kW at 50 Hz
� 150 - 3000 HP at 60 Hz
� Low voltage to high voltage up to 11.5 kV
� Shaft heights: 355 mm - 560 mm 14.5 '' - 22 ''
� Horizontal or vertical
� IEC, NEMA, CSA
HV Cast Iron Motor, HXR
©B
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The first HV ATEX motor in the world from ABB Helsinki factory, certified by VTT Technical Research Center of Finland
Motors and generators for classified areas
� Certified motor for hazardous areas- IEC/EN, ATEX:
E(E)x nA, E(E)x e, E(E)x p, DIP- NEC, CEC:
Class I Div 2, Class II Div 2, Class III
� Marine approved designs, e.g. DnV, ABS, LRS
HV Cast Iron Motor, HXR
©B
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3-20
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High efficiency and low noise
� Each motor and generator individually optimized for customers application
� Copper bar rotor for highest efficiency
� High efficiency
� Low noise
0
10000
20000
30000
40000
50000
60000
70000
80000
1 2 3 4 5 6 7 8 9 10
Operating years
$
Microsoft PowerPoint
SlideShow
HV Cast Iron Motor, HXR
©B
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-30
-In
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mot
ors
prod
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ntat
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3-20
07
Rigid cast iron frame
� Simple and rigid construction
� Fixing holes near bearing housing
� Minimized thermal resistance
� Large cooling ribs
� Adaptable mounting dimensions
� Corrosion proof surface treatment for any environment
HV Cast Iron Motor, HXR
©B
U M
achi
nes
-31
-In
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mot
ors
prod
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3-20
07
Optimized stator design
� Specific design for each application
� Reliable form wound windings
� Firmly supported coil ends
� The complete stator impregnated using VPI (Vacuum Pressure Impregnation)
� Tight fit by heat shrinking the frame on stator core
� High thermal capacity
HV Cast Iron Motor, HXR
©B
U M
achi
nes
-32
-In
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mot
ors
prod
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3-20
07
� Micadur® - Compact Industry insulation system� Both turn and main insulation
applied using dry mica tapes� VPI gives the insulation final
electrical, thermal and mechanical properties
� Insulation exceeds the requirements of class F
� Excellent mechanical strength� High moisture resistance� Basic impulse level exceeds
IEC requirements� VPI method used since 1977
Insulation systemHV Cast
Iron Motor, HXR
©B
U M
achi
nes
-33
-In
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mot
ors
prod
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3-20
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Advanced rotor design
� Cage designed for each application
� Copper cage (4 or more poles)
� Aluminium cage (2 poles)
� Copper alloys for high starting torque
� Copper rings silver brazed
� Aluminium rings continuously welded
� Bars swedged to the slot
� High thermal capacity
� Full speed dynamic balancing
HV Cast Iron Motor, HXR
©B
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-34
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mot
ors
prod
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3-20
07
Flexible terminal box arrangements
� IEC or NEMA
� Easy to rotate even on site
� Optional designs available:star point box, phase insulated, separated or segregated…
� Separate terminal boxes for auxiliary connections
HV Cast Iron Motor, HXR
©B
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mot
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3-20
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Bearing and lubrication designs
� Antifriction bearings as standard� Long lifetime� SPM-nipples and grease valves as
standard� Insulated N-end bearing shield as
standard� Tested for IP 56 � Optional:
� sleeve bearings, self or force lubricated� roller bearings for radial loads� bearing arrangements for high axial thrust
applications
HV Cast Iron Motor, HXR
©B
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Variable Speed Drives
� Large number of different applications
� Choice of field weakening point
� Optimal design for converter drive
� Sufficient insulation level for IGBT converter even without output chokes or dU/dt filters
� Insulated N-end bearing
� Rating plates for converter drive
HV Cast Iron Motor, HXR
©B
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Suitable for various applications
� Generators
� Pumps
� Fans
� Compressors
� Conveyors
� Crushers
� Cranes
HV Cast Iron Motor, HXR
©B
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mot
ors
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The HXR Cage Induction MotorHV Cast
Iron Motor, HXR
©B
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Different applicationsHV Cast
Iron Motor, HXR
©B
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HXR keeps your operation runningHV Cast
Iron Motor, HXR
©B
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High Voltage Modular Induction Motors
Product presentation
©B
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General
� Reliable, high efficiency motors for constant and adjustable speed drives in demanding operating conditions
� Modular platform
� Engineered according to each individual customer requirement and application
� Wide range of applications including compressors, pumps, fans, blowers, conveyors, mills, crushers, refiners and ship thrusters
©B
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General
� Comprehensive range of motors ranging up to 15 kV and 22 000 kW / 30 000 HP
� Motor types AMA, AMI and AMC� Shaft heights 400 to 1120 mm� Poles 2 to 24� 50 and 60 Hz� Ambient -50°C to +60°C
Ambient -58°F to +140°F� Suitable for IEC and NEMA
standards� Motors for safe and hazardous
areas� Motors for onshore and offshore
applications� Horizontally or vertically mounted
Examples of output for AMI900
Power
02468
1012141618202224
4p 6p 8p 10p 12p 14p 16p
Pole number
MW
©B
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Advantages
� Optimized electrical design� Vacuum pressure impregnated
stator winding� Reliable and rugged heavy-duty
construction� Low vibration and noise levels� Fit for frequency converter
supply� Designed for tough ambient
conditions� Easy installation and
maintenance� Wide range of accessories� Local worldwide customer
support
©B
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Rotor
� Copper, copper alloy or aluminum bars
� Robust construction
� Dynamically balanced up to full operating speed
� Swaged rotor bars provide additional stiffness enabling motors to withstand long periods of heavy use
©B
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Stator
� Welded stator core
� Radial air ducts ensure uniform and efficient cooling
� Complete stator is vacuum-pressure impregnated (Micadur® Compact Industry insulation system)
©B
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Terminal boxes
� Can be mounted on either side of the motor
� Designed to facilitate cable connection and shorten installation time
� Provided with a pressure relief device as an added safety feature
� Optional design available:� Oversized main terminal box
� Separate star point box
� Phase insulated, phase separated or phase segregated design
©B
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Frame
� Compact, rigid, welded frame construction
� Provides high lateral and torsional stability
� Ensures low vibration levels in all operating conditions
©B
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Bearings
� Designed for reliable, continuous operation and ease of maintenance
� Antifriction bearings � Predicted service life over
100 000 hours� SPM-nipples and grease
valves as standard� Tested for IP 56 protection
� Sleeve bearings� Self contained or circulating
oil lubricated� Oil ring as standard
� Special bearings available as option
©B
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Accessories
� ABB offers an extensive accessories program for different industrial segments, applications and environments
� Typical accessories are e.g.� PT100 for bearings and
cooling air� Separate auxiliary boxes for
heater etc.� Water leakage detectors� Temperature transmitters� Surge voltage arresters� Digital pulse encoder� Vibration monitoring
(Bently Nevada, SPM)
©B
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Cooling system
� Efficient cooling has to be achieved in all industrial ambient conditions. Therefore ABB includes a range of alternative cooling systems.
©B
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Slot wedge
Epoxy mica slot insulation
Insulatedconductor
Fill and/or R.T.D.
Slot cross section
Micadur® Compact Industry insulation system
� Uniform system within ABB� More than 25 years experience
of VPI
� Service proven design
� Voidless insulation construction
� Tight fit in the slots
� Very low partial discharge intensity
� High thermal conductivity
� Good moisture resistance
©B
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Motors for Variable Speed Drives
� Converters provide rapid, accurate and stepless control from zero to full speed
� Optimal design for DTC (Direct Torque Control)
� Easy to adapt to any industrial process
©B
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Motors for every application
� Blowers
� Chippers
� Compressors
� Conveyors
� Extruders
� Fans
� Hoists
� Mill stands
� Mixers
� Pulpers
� Pumps
� Refiners
� Shredders
� Thrusters
� etc.
©B
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� Air separation
� Cement
� Chemical, oil and gas
� Industrial gas and steam turbines
� Marine
� Metals and minerals
� OEM’s
� Power utilities (excluding generators)
� Pulp and paper
� Water and wastewater
Industries served
©B
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-56
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mot
ors
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3-20
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Product designition code
� Example: AMA450L4A BATH� AM = AC Machines� A Indicates the type of machine and generation� A = squirrel cage induction machine with modular
construction, shaft heights 315, 355, 400, 450, 500
� C = squirrel cage induction machine with modular construction, shaft heights 1000 and
1120� I = squirrel cage induction machine with modular
construction, shaft heights 560, 630, 710, 800, 900
� K = wound rotor induction machine with modular construction, shaft heights 400, 450 and 500
� L = wound rotor induction machine with modular construction, shaft heights 560, 630 and 710
©B
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Product designition code
� Example: AMA450L4A BATH� 450
� Shaft centre height in mm; 315, 355, 400, 450, 500, 560, 630, 710, 800, 900, 1000, 1120, 1250,
� L� Frame length; S = small, M = medium or L = long
� 4� Number of poles; for 2-speed machines pole numbers separated
with a slash, e.g. 4/6
©B
U M
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-58
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3-20
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� Example: AMA450L4A BATH� A Stands for the IC/IP combination;
� A = IC611 / IP54 (55) [TEAAC] air-to-air cooled
� D = IC01 / IP23 [WP I] open (“drip proof”)
� L = IC81W / IP54 (55) [TEWAC] air-to-water cooled
� P = IC11, 21, 31 / IP23, 54, (55) [OPV, TEPV] pipe ventilated
� R = IC411 / IP54 (55) [TEFC] rib cooled
� T = IC511 / IP54 (55) tube cooled
� W = IC01 / IPW24 [WP II] weather protected
Product designition code
©B
U M
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-59
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3-20
07
� Example: AMA450L4A BATH� B Mounting arrangement
� B = IM1001 (Horizontal) [F1or F2] V = IM4011 (Vertical)
� A Bearing type;� A = antifriction S = sleeve
� T Indication of special construction (1 or more digits, not obligatory)� E = Exe T = separate ventilation X = electrically
special� N = Exn F = frequency converter drive Y =
mechanically special� P = Exp M = marine application Z = special
material
� H Location of manufacture� C = Champagne (France) H = Helsinki (Finland)� I = India M = Vittuone (Milan, Italy)� V = Västerås (Sweden)
Product designition code
©B
U M
achi
nes
-60
-In
duct
ion
mot
ors
prod
uct p
rese
ntat
ion
3-20
07