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Type Code: AECK/AEVE TOP
Standard 3-Phase Induction Motors
TEAAC High Voltage Crown Type Motors
Output 400~15,000HP (298 ~ 11,200 KW)
Pole (Speed) 2~ 12
Voltage 2200 ~ 6900V
Frequency (Hz) 50, 60
Frame Size 355 ~900
Protection Enclosure IP 55
Design Standards: IEC, BS, NEMA, CNS
Environment: non-hazardous
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H-compact
Maximum power - minimum size
The increasing significance of energy-saving, environmental legislation, the desire for even smaller dimensions and the demands of domestic and international markets have led to the further development of the H-compact series that has proven itself over the years.
H-compact motors are used in the widest range of industry sectors - such as oil & gas, paper, chemical industry or steel. In these sectors, they are used to drive compressors, blowers, refiners, crushers and air separation systems.
H-compact is available in a version for direct connection to the line supply and in a version for converter operation.
H-compact is also available in an explosion-proof version.
As a result of its innovative technology, H-compact sets new standards for high-voltage motors.
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SMI series is made up of single and three-phase asynchronous electric motors with integrated frequency converter. Power range is between 0,37 kW and 7.5 kW (frame size from 71 up to 132). Unit is made up of a high-efficiency three-phase asynchronous electric motor and a compact frequency inverter placed at the non drive end. The SMI series motors are TEFC, IP 55 (available IP56), class F (class H available). SMI motors offer a wide range of overload capacity and a high thermal reserve. The frame consists of aluminium alloy. Shields and flanges are aluminium up to axis height 90 and cast iron from 100 up to 132 frame size . The inverter housing is isolated from the motor in order to avoid heat transmission (patented system); inverter dissipator is self-ventilated. The frequency converter electronics is very reliable as it has been developed in cooperation with the main inverter manufacturer companies; control can be V/F type (frequency voltage control) or SLV type (sensorless vector control). SMI motor can be easily programmed using only three buttons. On request, motor can be arranged for main Bus fields (Profibus, Interbus-S, Device, etc.):
SMI motors are projected as built-in inverter motors and not just as simple assembly of a standard motor with an inverter.
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Here at ABM the electric drives, drive mechanism, brakes and control electronics form a perfectly coordinated drive unit.
Just tell us what you want from your drive (speed, torque, speed variability from/to): We make sure that what comes out of the drive shaft is what you need.
the combination of inverter and drive (reduction ratios)
interaction of inverter and motor (configuration of winding, cut-off frequency etc.)
brake configuration (type, drive etc.)
choice of sensor
interconnection between control system and frequency converter
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Type Code: AEHEVS
3-Phase Inverter Duty Induction Motor
Low Voltage, TEFC, NEMA T-Frame, Design B or C
Output 1 ~ 300 HP
Pole (Speed) 2 ~ 6
Voltage below 600V
Frequency (Hz) 50, 60
Frame Size 143 ~ 449
Protection Enclosure IP 54
Design Standard: NEMA MG-1, MG-13
Environment: non-hazardous
Stator Insulation: Class F Insulation
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The Imperial AC Hoist Motor is renowned for providing enduring dependability and is configured for foot mounting with all currently popular machine designs. Additionally, NEMA C or D, Titan I flanges, and special mounts are available. A range of high and low slip single speed designs for the VVVF drive applications are offered, RPM from 1800 to 600.
NOTE: Consult your sales engineer for Class F and TEFC designs.
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GE Motors has been manufacturing rotating electric machinery for over 100 years. Power ratings in this series range from approximately 1000 HP to 100,000 HP. Over 600 MW of variable-speed AC experience alone has resulted in GE Motors building a rich tradition of technical excellence, quality and reliability.
Industries: Oil&Gas, Power& Energy, Mining, Cement, Metal, Marine, Pulp & Paper, Water & Wastewater, Other Process Industries
Features and Benefits
- Adaptability: Each large synchronous machine is custom-designed to meet your specific application.
- Quality: GE Motors ISO 9001 certified. This ensures that high international standards of quality are met in every aspect of the business - from the initial marketing contact through to design, manufacturing,installation and servicing.
- Global Presence: GE Motors and GE Industrial Systems have locations to serve you throughout the world.
- Performance: Synchronous motors can be designed to operate with leading power factor. This feature helps balance out your plant's power system, thus lowering your energy costs. GE Synchronous motors offer you the benefits of high efficiency which reduce operating costs. An added benefit is low inrush current for minimum system disturbance during starting. GE Synchronous motors are designed to match the starting torque requirements of the driven equipment without sacrificing running performance.
Applications:
- Fans
- Pumps
- Compressors
- Metal rolling mills
- Grinding mills
- Mine hoists
- Pulp & paper refiners
- Small hydro generators
- Marine propulsion
- Gas & steam turbine generators
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Our range of products in these areas of competence consists of liquid-cooled three-phase induction engines/low voltage range from 37 kW to 2,500 kW, available with any standard number of poles, construction types and protection up to IP67. Our totally enclosed cooling system has proven itself a thousand times even under the most demanding circumstances and is continually under further development.
We offer standard solutions for industry as well as special-purpose design that more than deserves the title "designed by the customer". The compact design of our products saves space and weight. They are low in noise and resistant to outside forces. Hence, expensive inlet and outlet air systems are unnecessary. We also consult with our customers in solving problems concerning conventional air-cooling systems in order to reduce overall system costs.
Low voltage three-phase asynchronous motors with liquid cooling are mostly used for tunnelboring or mining applications as well as in the extruder branch. In a power range between 37 kW and 2.500 kW, ELIN EBG Motoren GmbH offers machines in all common pole numbers, designs and protection stages up to IP67.
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Series: K... 63 bis 355
Output range: 0.12 kW bis 440 kW
Speeds: 3,000; 1,500; 1,000; 750 rpm, pole-changeable versions available on request
Features: Approved by GL, BV, DNV, LRS, ABS, RS, energy-efficient and environment-friendly, designed to DIN EN 60034 (IEC 72), mounting dimensions and assignment of output ratings to DIN 42673, 42677 or progressive, robust low-vibration grey cast iron design, degree of protection IP 55, higher degrees up to IP 65 on request, class F insulation with thermal reserve, class H available as an option, terminal box optionally top-mounted, RHS or LHS, various modifications possible
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MC Series aluminum housing single-phase capacitor-run asynchronous motors, with latest design in entirety, is made of selected quality materials and conform to the IEC standard.
MC motors have good performance, safety and reliable operation, nice appearance and, can be maintained very conveniently, while with low noises, little vibration and at the same time of lightweight and simple construction. The multiple of the starting torque can up to more than 2.5times.
These series motors are suitable for the occasion where big starting and small starting current, such as air-compressors, pumps ,refrigerators. medical apparatus, and many other machines needing full-load start.
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Shaded pole motors up to 30 W
Heidolph shaded pole motors are asynchronous squirrelcage motors for connection to a single-phase accurrent. Their simple, robust and maintenance-free design makes them universally usable drive elements. Furthermore, they are characterized by excellent reliability, long operating life and no need for maintenance. Electronic speed control, motor brakes, gears and cooling vanes make shaded pole motors even more versatile.
Overview
Type 123 110 110
Power P1[W] 10 - 97 12,5 - 45 15 - 30,5
Power P2[W] 0,7 - 29,4 1,0 - 7,5 1,1 - 4,7
Nominal torque [Ncm] 0,26 - 10,8 0,45 - 3,85 0,5 - 2,05
Starting torque [Ncm] 0,7 - 8,0 0,4 - 1,84 0,4 - 1,24
Nominal speed [U/min] 2600 2200 2200
Protection class IP 00 IP 00 IP 40
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FRAME SIZE:
56 to 100
OUTPUT:
0.09 to 2.2 kW
POLARITY:
single - 2, 4, 6 poles
RATED FREQUENCY:
50 or 60 Hz
MOUNTING:
IM B3, IM B5, IM B35, IM B14, IM B34
DEGREE OF PROTECTION:
IP55
MAIN FEATURES:
motors comply with IEC requirements
TEFC construction
temperature rise to class B
aluminium design
with starting capacitor (series AMME)
dual-voltage 115/230 V (series AMD)
dual-voltage with starting capacitor (series AMDE)
OPTIONS:
cURus certification
CSA certification
wide range of special mechanical and electrical executions
special electrical design for low noise and vibration level
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Type Code: BECY TOP
Single Phase Induction Motors
TEFC Low Voltage Squirrel Cage
Output 1 ~ 10 HP
Pole (Speed) 2, 4
Voltage 110/220V, 220V
Frequency (Hz) 50, 60
Frame Size 90S ~ 132M
Protection Enclosure IP 44
Environment: indoor
Cast Iron Frame and End Bracket.
Stator Insulation: 1 ~ 3HP Class E or B Insulation.
5 ~ 10HP Class F Insulation
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Voltage: 230 V
Frequency: 50 or 60 Hz
Power: 50 - 370 Watt
Number of Poles: 2-pole, 4-pole
Type of protection: IP 54
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APPLICATIONS:
Air compressors, pumps, conveyors, blowers and general industrial equipment.
FEATURES:
Double Shielded Ball Bearings
Rigid Base Standard
Resilient Mount (Note 35)
Class B Insulation, Continuous Duty, 40C Ambient
F1 Assembly
Reversible Rotation
Protection:
Note 23 = Manual Reset Thermal Overload Protection
Note 24 = Automatic Reset Thermal Overload Protector
Note 25 = No Thermal Overload Protector
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400 through 4000 Horsepower
50 and 60 Hertz
Low and medium voltage
5000 through 9600 frame
Open Dripproof, Weather Protected Types I and II
Direct connected applications
Product Overview
Recognized by engineers and industrial users for their long life, sleeve bearings are offered as an available option on all TITANÒ horizontal ODP, WP-I and WP-II enclosures. Sleeve bearings operate on a
thin film of oil supplied by oil ring or flood lubrication and are frequently applied to high(er) speed direct connected loads. Sleeve bearings have a very limited capacity for any external radial loads, but when applied and maintained correctly, they offer an infinite (theoretical) life.
U.S. Motors offers a unique sleeve bearing product when evaluated against the typical competitive design. The USEM two piece, spherically seated bearing has become an industry benchmark which provides significant advantages over the fixed seated bearing.
A USEM spherically seated bearing (left) illustrating the tin babbitted thrust face(s). The fixed seated design is from a competitive product of the same rating.
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Slip ring motors S..R 132 to 315, duty S1, continuous operation S..H 132 to 315, duty S3, intermittent duty
Output range 2.2 kW to 315 kW
Speeds 3,000; 1,500; 1,000; 750; 600; 500; 375 rpm
Features Designed to DIN EN 60034 (IEC 72), mounting dimensions and assignment of output ratings to DIN 42679 (S..R) and DIN 42681 (S..H), robust, low-vibration grey-cast iron design, degree of protection IP 54 / IP 55, higher degrees available on request, class F insulation, class H available as an option, energy-efficient and environment-friendly, various modifications possible
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YH Series (IP44) High Slip Three-Phase Induction Motors
YH series (IP44) motors are derived from the Y series (IP44). Not only having the advantages of Y series motors but also designed with high slip performance, the motors have high stall torque, small stall current and shock-resistance in loading.
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As a result of their modular design, the 1R.5 slipring rotor motors (US: wound-rotor motors) can be produced with various cooling systems. This means that the motors can be flexibly adapted to the customers's application.
The enclosed slipring compartment – located inside the NDE bearings – guarantees a high degree of protection for the complete motor, i.e. for the motor and slipring compartment.
Brief overview
Motor type: Slipring rotor
Water-cooled motors: 1RU5 type series
Air-cooled motors: 1RR5 type series
Shaft heights: 400, 450, 500, 560, 630, 710, 800, 900 mm
Power range: 0.3 to 8 MW
Rated voltages: 3.3 - 11 kV
Degree of protection: IP55
Cooling type: IC 611, IC 81 W, IC 01
Type of construction: IM B3 (IM 1001)
Bearings: Roller bearings (up to SH 710), sleeve bearings (from SH 800)
Regulations/Standards: IEC, EN
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As a specialist for customer-designed solutions we are able to achieve optimised customer-specific solutions at an extremely competitive price for turbo, spiral lobe-type, piston and rotary-piston compressors. They can be used for induction engines with squirrel-cage rotors or slip-ring rotors within a voltage range between 380 V and 13.8 kV (20 kV) with up to 25 MW output and all standard cooling types.
The extraordinary strength of our products lies in their reliability, efficiency and optimal start-up performance. In addition to their longevity and high availability, our extremely low-maintenance products offer the customer the benefits of energy-saving operation and easy start-up time.
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Main features of Iskra AC Induction motors:
* High efficiency.
* High specific power.
* Small size.
* Low noise operation.
* Long life without maintenance.
* Precise control.
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Type
0RK1A-AW2J
Series
Reversible motors (1 W)
Technical data
Type
0RK1A-AW2J
Frame size [mm]
42
Output power [W]
1
Shaft type
round
Gear ratios [1:x]
no gear
Rated speed for 50 Hz/60Hz [r/min]
1000/1200
Max. permissible torque for 50 Hz/60 Hz [Nm]
0.01/0.008
Protection class
IP20
Power supply
single-phase 100 VAC
RoHS-compliant
yes
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Series: B... 63 to 355
Output range: 0.12 kW to 500 kW, higher output ratings available on request
Speeds: 3,000; 1,500; 1,000; 750 rpm, pole-changeable versions available on request
Brake types: Lenze BFK458, KEB .08.210, Mayr 800.410.3, Stromag BZFM
Features: Energy-efficient and environment-friendly, designed to DIN EN 60034 (IEC 72), mounting dimensions and assignment of output ratings to DIN 42673, 42677 or progressive, robust low-vibration grey-cast iron design, degree of protection IP 55, higher degrees up to IP 65 on request, class F insulation with thermal reserve, class H available as an option, terminal box optionally top-mounted, RHS or LHS up to frame size 315, various modifications possible
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Three-phase AC motors
Standard three-phase AC motors; 0.25 to 22.0 kW 3 x 230/400 V; enclosure IP 54; mountings B3, B5 or B14; these motors are optimised for operation with a frequency inverter
Detailed information
Three-phase AC motors with motec
Standard three-phase AC motors; 0.25 to 7.5 kW 3 x 230/400 V; enclosure IP 54; mountings B3, B5 or B14; the 8200 motec inverter is integrated
Detailed information
Three-phase AC motors with starttec
Standard three-phase AC motors; 0.25 to 4.0 kW 3 x 230/400 V; enclosure IP 54; mountings B3, B5 or B14; the starttec motor starter is integrated
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FRAME SIZE:
56 to 160 - aluminium deign
180 to 315 - cast iron design
OUTPUT:
0.09 to 200 kW
POLARITY:
single - 2, 4, 6, 8 poles (series AM)
pole-changing - 4/2, 8/4, 4/6, 6/8 poles (series AM and AMV for fan drives)
RATED FREQUENCY:
50 - 60 Hz
MOUNTING:
IM B3, IM B5, IM B35, IM B14, IM B34
DEGREE OF PROTECTION:
IP55 or higher
MAIN FEATURES:
motors comply with IEC requirements
TEFC construction
temperature rise to class B
standard rating comply with IE1 code; efficiency values according to IEC 60034-30;2008; efficiency testing method IEC 60034-2-1;2007
IE2 efficiency code as standard from 180 frame
progressive motors on request
63 bearings from 160 frame
regreasing facility as standard from 200 frame
OPTIONS:
cURus certification
CSA certification
from frame size 90 operate on static frequency converters
encoder
forced ventilation
mechanical and electrical design on specific demand
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NEMA Three Phase Continuous Duty Motors
FEATURES：
60Hz
208．230／460 Voltage
NEMA Service Factor 1.15
Continuous Duty 40℃Ambient
Class B Insulation
High Efficiency
NEMA Design B
Ball Bearings
R0lled Steel C0nst ruction
lP5 5 Protection o r IP44 Protection
Stainless Steel Nameplate
APPLlCATl0NS：
Pumps
Compressors
Fans
Conveyors
Machine Tools
0ther General Purpose
Three Phase Applications
Petro-Chemical Plants
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G2.. 132 bis 355
Output range 4.3 kVA bis 500 kVA
Speeds 1,500; 1,000; 750; 600; 500 rpm, lower speeds available on request
Features Designed to DIN EN 60034 (IEC 72), mounting dimensions and output assignment to DIN 42673, 42677 or progressive, robust, low-vibration grey-cast iron design, degree of protection IP 55, higher degrees up to IP 65 available on request, class F insulation, class H available as an option, terminal box optionally top-mounted, RHS, or LHS, various modifications possible
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WATT EUSAS motors are top quality three-phase AC industrial models from Watt Drive’s customer-oriented modular WATT MAS 2000 motor system.
EUSAS stands for EUROPA - USA - ASIEN and means that the wide voltage range and simple voltage selector in the terminal box enable the motor to be operated with virtually any supply voltage and frequency worldwide.
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Construction
Mechanical protection: IP55
Insulation: Class F
Temperature rise: 80 K
Frames: are in cast iron, (except frames 180 - 225 which are in steel)
Terminal boxes: are in cast iron
Endshields/flanges: are in cast iron
Fans:
- Up to frame size 315 are in polypropylene, (except frames 180 - 225 which are in steel)
- On frames 355 and above, are in polypropylene or aluminium alloy.
Fan cover: in cast iron or pressed steel, capable to withstand impact of 7 Joule.
Finish: Industrial paint system, standard color RAL 5010.
Motor series BFGC (IIC): kW RPM
0.37 up to 450 kW 3000 RPM
0.25 up to 500 kW 1500 RPM
0.18 up to 450 kW 1000 RPM
0.12 up to 400 kW 750 RPM
Motor series BFG (IIB): kW RPM
250 up to 710 kW 3000 RPM
250 up to 900 kW 1500 RPM
200 up to 710 kW 1000 RPM
160 up to 630 kW 750 RPM
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Three-phase short circuit asynchronous motor, frame-cooled.
- high efficiency reserve
- high switching frequency
- Solid construction and high reliability
- quiet and maintenance-free
- different mounting types to choose
- suitable for operation of a frequency converter
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