Tài liệu motor của Allen-Bradley

Suitable for TEFC or TEFC-XT foot and footless design only not XP or O 28 5.5 inch frame - Aluminum end shield standard enclosure 29 6.3 inch frame - Aluminum end shield standard enclosu

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Allen-Bradley offers the broadest selection of drive and motor packages designed for optimum variable-speed

performance, service life and value These Control-Matched drive and motor packages are a result of the

practi-cal application of advanced electripracti-cal/electronic technology – backed by decades of application experience in

virtually every industry

For additional information refer to our web site: www.controlmatched.com

For Optimum Variable-Speed Value

www.rockwellautomation.com

Corporate Headquarters

Rockwell Automation, 777 East Wisconsin Avenue, Suite 1400, Milwaukee, WI, 53202-5302 USA, Tel: (1) 414.212.5200, Fax: (1) 414.212.5201

Headquarters for Dodge and Reliance Electric Products

Americas: Rockwell Automation, 6040 Ponders Court, Greenville, SC 29615-4617 USA, Tel: (1) 864.297.4800, Fax: (1) 864.281.2433

Europe/Middle East/Africa: Rockwell Automation, Herman-Heinrich-Gossen-Strasse 3, 50858 Köln, Germany, Tel: 49 (0) 2234 37941252, Fax: 49 (0) 2234 3794164

Asia Paciﬁ c: Rockwell Automation, Level 14, Core F, Cyberport 3, 100 Cyberport Road, Hong Kong, Tel: (852) 2887.4788, Fax: (852) 2508.1846

Headquarters for Allen-Bradley Products, Rockwell Software Products and Global Manufacturing Solutions

Americas: Rockwell Automation, 1201 South Second Street, Milwaukee, WI 53204-2496 USA, Tel: (1) 414.382.2000, Fax: (1) 414.382.4444

Europe/Middle East/Africa: Rockwell Automation SA/NV, Vorstlaan/Boulevard du Souverain 36, 1170 Brussels, Belgium, Tel: (32) 2 663 0600, Fax: (32) 2 663 0640

Allen-Bradley Control Matched

Motor Catalog

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3 Not suitable for use on motors with model number with a, b, or c sufﬁ xes

4 Wye start, Delta run

5 Belted duty only, roller bearing

6 F-2 mounting

7 Companion voltages not available

8 TENV motors are capable of 20:1 speed range operation on drives with no back diode

9 Motors are not NAFTA qualiﬁ ed

10 These motors meet the hardware requirements of IEEE 45/ABS and are not provided with Marine Plan Documentation

11 Price includes XT features and explosion proof prices include drain on drive end

12 Does not meet NEMA BA for C-Face Footed Motors

13 Furnished without conduit box Order kit P/N K56G3230

14 Type CH

15 Motors rated 208 - 230/460 are operable to minimum 200 volts

16 Standard TENV motor with standard lead length

17 Class B insulation, 1.0 service factor

20 Class F insulation

21 Double bolt

22 Base used for NEMA & above NEMA frames, 445T

23 Two piece slide rails

24 Includes terminal board

25 Production only after stock depleted To be superseded by V*S Master Motor

26 See OMS

27 Kits include textile fan cover with drip cover mounted Suitable for TEFC or TEFC-XT foot and footless design only (not XP or O

28 5.5 inch frame - Aluminum end shield standard enclosure

29 6.3 inch frame - Aluminum end shield standard enclosure

30 Motors usable on 208 volts @ speciﬁ ed amps

31 Suitable for 230/460, 60Hz and 190-220/380-440 volts, 50Hz

32 Stearns brake

33 Reliance AC brake

34 Dodge D series brake

35 Design A, also meets Design E inrush limits

36 1.0 Service factor when operated at 50Hz

37 Derate horsepower 20% when operated at 50hz

38 Consists of sleeve and key to convert 1/2 shaft to 5/8 shaft

39 Coupled Duty only, TS shaft

40 Includes tachometer, stab shaft and mounting hardware

41 Will mount any tachometer having standard NEMA 56 C-face and shaft extension

42 DODGE Short Series Brake

43 Cannot be mounted vertically

44 Scrambler drive - DC integrated control and motor product

45 Maximum value

46 No key - 1.25 long ﬂ at

47 BA dimension does not meet NEMA standards

48 Includes phase insulation Suitable for inverter duty

49 Includes vertical lifting provision

54 For single phase ratings: O = 7.31: Z = 12.80

55 Refer to previous dimension pages

56 48 through 140T frame ratings are typical full load efﬁ ciency, not nominal efﬁ ciency

57 56 through 140T frame performance data is valid for TENV or TEFC 180T and larger frame performance data is valid for TEFC ONLY

59 FLA includes harmonic content from PWM power supply

61 TENV motors have a constant torque speed range from 0 to base speed

62 TENV motors have provisions for tachometer mounting as standard

65 Will ﬁ t standard efﬁ cient F model numbers ONLY

71 Nominal efﬁ ciency is base at the 1800 RPM (High RPM) and low speed efﬁ ciency is available just not published

72 Orders shipped from a Rockwell Automation facility in 5 working days Motor is returnable for a restocking charge of $100 plus

73 Can only be used on motors 1800 RPM and slower with ball bearings

75 Availability limited to current stock

77 Buying motors not manufactured by Rockwell Automation may cause loss of sleep

79 Motor mounted blower is located on drive end

80 Motor has thermostat and provisions for adding ﬂ ange mtd tach

81 Motor has thermostat and provisions for adding adapter mtd tach

82 Motor is force ventilated and supplied with blower, and ﬁ lter

83 May be operated on 50 Hz rectiﬁ ed power supply with full nameplate rating AC supply voltage must be same as 60 Hz supply; i.e

84 May be operated on 50 Hz rectiﬁ ed power supply with full nameplate rating only when motor is force ventilated with motor mount

85 Cannot be operated at full nameplate rating on 50 Hz rectiﬁ ed power supply

86 Winder Duty - 100% load for 1 minute at 3000 RPM, straight shunt design Includes blower without ﬁ lter Tachometer is rated at

87 Motor has thermostat and provision for adding integral AC or DC tachometer or adapter mounted tachometer

88 Motor is force ventilated and supplied with blower

89 Motor is force ventilated and supplied with single-phase blower motor rated 1/3 HP, 3450/2850 RPM, 115/230 volts, 60/50 Hz

90 Includes thermostat

91 Includes Dynapar H20 1024 PPR encoder with mating 10 pin MS connector Requires 2-7 business days

92 Blower is piggyback mounted on L440 frames

93 180TC NEMA ﬂ ange size, see appropriate dimension sheet

96 See appropriate dimension sheet for ﬂ ange size

99 Highlighted for Marketing Review

100 Ball bearing only

101 Not available for Easy Clean product line

102 Not available for XT enclosures

103 Not available for Non-NAFTA motors

104 Not available for 841 XL motors

105 Not available on SABRE and CALIBRE product lines

106 Finned aluminum frame construction

107 Not available on belted duty motors and/or motors with roller bearings

121 Motor is rated for F rise 1000:1 Constant Torque Range, and F Rise 4:1 Constant Torque Range

122 Motor rated for only F rise 4:1 Constant Torque Range

V Version Note- Controlled by Passport See V

Component Class - Inverter Duty Architecture Class - V

ODP - Open Drip-Proof TEAO - T

Base Speed As noted - ﬁ

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Table of Contents

GENERAL INFORMATION

Efficiency Abbreviations

Agency Approvals/Certifications/Approvals

Cancellation Charges

Freight Policy

Warranty Policy

Motor Selection and Application

Conduit Box Location Chart

Evaluation of Motor Efficiency

Rush/Breakdown Order Procedures

Sales Order Change Charges

Rockwell Automation Motor Service Centers

Documentation

Return Policies

RAISE Software File Information

COMPONENT CLASS For use on inverter for variable torque and constant torque (less than 10:1) applications, no encoder capability, 3 NC thermostats included INVERTER DUTY GENERAL PURPOSE SERIES CM101 – Enclosed Energy Efficient Rolled Steel

Most Economical Inverter Capable, Totally Enclosed Motor 10:1 VT and 2:1 CT Capability CM102 – Enclosed Energy Efficient Cast Iron

Most Economical Inverter Capable, Cast Iron Totally Enclosed Motor 10:1 VT and 2:1 CT Capability CM103 – Totally Enclosed Energy Efficient, Premium Efficient, and NEMA Premium

Designed for General Purpose Applications 10:1 VT and varying CT Capability CM106 – Open Energy Efficient Rolled Steel

Most Economical Inverter Capable, Open Motor Available, 10:1 VT and 2:1 CT Capability CM107 – Open Energy Efficient, Premium Efficient, NEMA Premium

General Purpose Open motors

10:1 VT and 2:1 CT Capability

1 1 3 3 4 5 9 10 12 12 12 13 13 13

14

18

22

32

35

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HARSH DUTY HARSH ENVIRONMENT SERIES

CM111 – Severe Duty

Designed with features for long life in severe environments such as chemical plants, petroleum refineries, and paper mills 10:1 VT and varying CT Capability

CM112 – IEEE 841 XL

Exceeds IEEE841 mechanical requirements Built extra tough for durability in harsh environments 10:1 VT and varying CT Capability

CM113 – Aggregate Duty

Designed with high starting torque and break down torque for heavily loaded conveyor and crusher applications 10:1 VT and varying CT Capability

CM115 – Wash Down Duty

Designed for service in wash down applications subject to sanitary codes, IP55 10:1 VT and varying CT Capability

For use on inverter only for high performance applications, encoder capable, 3 NC thermostats included

INDUSTRIAL ENVIRONMENT SERIES

CM201 – Vector Duty Enclosed Small AC Motors

1000:1 CT Capable, TENV and TEFC Enclosures

CM202 – Vector Duty Totally Enclosed Cast Iron NEMA AC Motors

1000:1 Capable, TEFC and TENV Enclosures

CM202 KITS CM203 – Vector Duty Laminated AC Motors

1000:1 Capable; DPFV, TEBC, TENV, and TEFC Enclosures

CM203 KITS CM205 – DC Motors

Designed with laminated square frame for more performance in smaller frames DPG-FV and TEFC enclosures

CM205 KITS CM206 – Small DC Motors

Designed for reliability and long life in variable speed applications TEFC and TENV Enclosures

120 123

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SINE WAVE CLASS

For use on sine wave power for fixed speed applications such as conveyors, blowers, pumps or fans

GENERAL PURPOSE SERIES

CM301 – Enclosed Energy Efficient Rolled Steel

Most Economical Totally Enclosed Motor

CM302 – Enclosed Energy Efficient Cast Iron

Most Economical Cast Iron Totally Enclosed Motor

CM303 – Totally Enclosed Energy Efficient, Premium Efficient, and NEMA Premium

Designed for General Purpose Applications

CM306 – Open Energy Efficient Rolled Steel

Most Economical Open Motor Available

CM307 – Open Energy Efficient, Premium Efficient, NEMA Premium

General Purpose Open motors

HARSH ENVIRONMENT SERIES

CM311 – Severe Duty

Designed with features for long life in severe environments

such as chemical plants, petroleum refineries, and paper mills

CM312 – IEEE 841 XL

Exceeds IEEE841 mechanical requirements

Built extra tough for durability in harsh environments

CM313 – Aggregate Duty

Designed with high starting torque and break down torque

for heavily loaded conveyor and crusher applications

CM315 – Wash Down Duty

Designed for service in wash down applications subject to sanitary codes, IP55

153

163

168

171 176

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For additional product information refer to Proposal Builder.

General Information

Efficiency Abbreviations

Agency Approvals/Certifications/Definitions

NEMA PREMIUM/CEE

The Consortium for Energy Efficiency

(CEE) a non-profit, public-benefit

corporation helps find ways that consumers, businesses

and manufacturers can save energy CEE members

include electric and gas utilities, public interest groups,

research and development organizations, state energy

offices and regional programs Both the U.S

Environmental Protection Agency (EPA) and the

Department of Energy (DOE) are major partners.

CEE coordinates market research, facilitates the exchange of information and provides interface with national manufacturers, such as Rockwell Automation by establishing specifications for energy-efficient products and services The tables below can be used to determine which Allen-Bradley motors meet or exceed the NEMA Premium/CEE specifications.

CSA

Canadian Standards Association is the clearinghouse and coordinating body for standards activity on a national level Products covered by CSA are either “Certified” or

“Labeled” depending on the standards involved

CSA NRTL/C MARK

Hazardous Location Report: LR 6771,

LR 19467, LR 46877, LR 53258, LR60344 Ordinary Location Report: LR 7861, LR 40567, LR52580, LR 62409

This monogram indicates the product complies with both USA (UL) and CSA standards This marking should be accepted by all localities in the USA and Canada.

Division II atmosphere is normally not explosive, but

under unusual conditions can become explosive Rockwell Automation has a defined Division II product line and received CSA certification on the following:

180T - 449T AC 1080T - 9600 AC 169AT - 1610AT DC 7MG - 80MG The standard Division II enclosure is TEFC with Severe Duty features However, other enclosures are available

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C390

C390 is the Canadian efficiency equivalent of

EPAct File number: EEV79350

Requires at least an Energy Efficient electrical design

motor to meet C390.

CENELEC

The European Committee for Electrotechnical

Standardization defines compliance standards for CE

mark required on motors shipping to Europe.

This mark signifies the motor complies with all applicable

European Directives.

REL-4496-001 (Kings Mountain DC Motors)

REL-0296-001 (AC Induction Motors)

REL-4596-001 (Gainesville DC Motors)

For hazardous locations in Europe or for ATEX

certification or “EX” mark or flame proof enclosure, contact

your local Rockwell Automation sales representative.

Compliance Certification (CC049A and CC019A) Numbers

This symbol and certification numbers indicate that certain

Allen-Bradley catalog numbers meet or exceed the energy

efficiency requirements contained in title 10 of the Code of

Federal Regulations Part 431 (10 CFR Part 431), Energy

Conservation Program for Certain Commercial and

Indus-trial Equipment and Part C of the Energy Policy and

Conservation Act, 42 U.S.C 6311 et seq Allen-Bradley

motors covered by the certification (Energy Efficient "EE",

Premium Efficient "PE", and NEMA Premium “NP”) are

footnoted in the catalog with CC049A and CC019A

com-pliance certification numbers.

Basic guidelines:

• 1-200 hp (.75-150 kw)

• Open, Enclosed, or Explosion Proof

• 2, 4, or 6 pole (single speed)

• Continuous duty

• Squirrel cage rotor (NEMA) or cage rotor (IEC)

• Foot mounted, including foot mounted with flanges or

detachable feet

• NEMA T frame or IEC metric equivalent

• NEMA Design A or B, IEC Design N

• 60 hz

• 230 or 460 volt or both

These are general guidelines and not intended to be used

as the final determination of compliance For specific

questions pertaining to this compliance, please contact

your Rockwell Automation sales representative.

IEEE

Institute of Electrical and Electronic Engineers is a Technical Organization that publishes various recommended practices, which have been adopted as Industry Standards Recommended practices do not require approval action or special testing.

Rockwell Automation may furnish specialized equipment

in accordance with this specification.

representative for additional information on the ISO 9000 standards and Rockwell Automation compliance.

NEC

National Electrical Code is an ASA Standard “NFPA-70” sponsored by the National Fire Protection Association for the purpose of safeguarding persons and buildings from electrical hazard arising from the use of electricity for light, heat, power, and other purposes.

NEMA

National Electrical Manufacturers Association Standards are voluntary standards that represent general practices in the industry They define a product, process or procedure with reference to nomenclature, composition, construction, dimensions, tolerances, operating characteristics,

performance, quality, rating and testing Specifically, they cover such matters as frame sizes, torque classifications, and basis of rating.

NRCAN Natural Resources Canada

For Canadian customers, NRCAN regulations require registration and energy efficiency reporting of certain 1-200HP and 0.75-150KW rated motors The following website address will lead to the NRCAN website and Rockwell Automation forms for both NEMA and IEC motors as well as UMI codes The address is www.reliance.com/mtr/orgreg.htm Just click on NRCAN from the column on the left side of this website page.

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UL & UR

Underwriters’ Laboratories,

Inc is chartered as a

non-profit organization to establish, maintain, and operate

laboratories for the examination and testing of devices,

systems, and materials The UL presently publishes more

than 250 Standards for Safety for materials, devices,

constructions and methods UL also undertakes

numerous research projects in areas of

safety.

/Description

Description

Division I atmosphere is considered potentially explosive

under normal conditions.

For hazardous locations in Europe or for ATEX

certification or “EX” mark or flame proof enclosure, contact

your local Rockwell Automation sales representative.

Temperature Codes (“T” Codes)

NEC requires explosion-proof motors to indicate the maximum operating surface temperature A “T” Code is used as the temperature identification value and it is taken from the National Electric Code The “T” Code is based on the minimum ignition temperature of the substances to be found in the hazardous location (Ignition temperature is when substance will start to burn or explode) The code, when marked on a motor nameplate, represents the highest temperature that could be obtained on the motor surface under any normal or abnormal operating

conditions including locked rotor, single phasing or overloading, and is chosen to be below the ignition temperature of the substance in the hazardous area The

“T” Code designations apply to motors and other types of electrical equipment subject to hazardous location classification For further information, consult the Motor Technical Reference (MTR) on the Web at http://

www.reliance.com/mtr.

Cancellation Charges

Non-Stock Motors

A minimum charge of $100 will apply to any order

cancellation Cancellation charges for orders received and

entered on the manufacturing facility will be determined

based on cost incurred.

Completion of order includes consideration of the

following:

• order edit and acknowledgment

• capacity allocation

• engineering and specification

• material commitment (raw, finished, and purchased)

Completion progress to be determined by producing plant

180AT - 500AT DC Hazardous E10822

Thermal Protectors Recognized E22031

Motor Components Recognized E54825

Insulation Materials Recognized E39972

Conduit Boxes Hazardous E30225, E40711

Hermetic Recognized SA5484

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Limited Warranty Policy

All Allen-Bradley Brand Products are warranted against

defects in workmanship and materials Most are covered

for 12 months from date of installation or 18 months from

date of manufacture, whichever occurs first Some

products carry a longer warranty period.

If within the warranty period, Rockwell Automation

receives from the Buyer written notice of any alleged

defects in any such Product and if the apparatus is not

found to be in conformity with this warranty (the Buyer

having provided Rockwell Automation a reasonable

oppor-tunity to perform any appropriate tests thereon) Rockwell

Automation will, at its option, either repair the same or

supply a replacement therefor.

Rockwell Automation under either option shall have the

right to require the Buyer to deliver the apparatus for this

purpose to its designated service center or manufacturing

facility and the Buyer shall pay all charges for in-bound

and out-bound transportation and for services of any kind,

diagnostic or otherwise, excepting only direct and actual

costs of apparatus repair or replacement as provided

above Rockwell Automation is not responsible for

inciden-tal or consequential charges to include, but not limited to,

removal, installation, downtime, etc.

This limited warranty does not apply to normal wear items

or any product which has been subject to misuse,

misap-plication, neglect (including without limitation, inadequate

maintenance or failure on the part of the Buyer to ensure

proper storage), accident or improper installation, cation, adjustment, or repair This constitutes Rockwell Automation's only warranty in connection with this sale

modifi-THE ABOVE WARRANTIES ARE IN LIEU OF ALL OTHER WARRANTIES WHETHER EXPRESSED, IMPLIED OR STATUTORY, INCLUDING IMPLIED WARRANTIES OR MERCHANTABILITY OR FITNESS FOR A PARTICULAR USE, OR PERFORMANCE OR APPLICATION WARRANTIES, AND EXTEND ONLY TO CUSTOMERS PURCHASING FROM SELLER OR ITS APPOINTED DISTRIBUTOR.

No employee, agent, dealer or other person is authorized

to give any warranties on behalf of Rockwell Automation nor to assume for Rockwell Automation any other liability

in connection with any of its Products, unless otherwise agreed in writing by Rockwell Automation's Headquarters.

Warranty Administration and Processing

Warranty claims can be processed using the Motor Warranty Administration form available on the Control-

Matched web-site at www.controlmatched.com

Select the radial button for “Warranty Request Form” All required fields MUST be filled in for a warranty request

Standard efficient motors (SE) 12 months 24 months

Energy Efficient motors (EE) 12 months 24 months

Premium Efficient motors (PE) 24 months 36 months

NEMA Premium Efficient motors (NP) 24 months 36 months

DC Motors – CM205, CM206 12 months 24 months

Vector Duty AC motors – CM201, CM202, CM203 24 months 36 months

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Motor Selection and Application

Safety

The use of electric motors, like that of all other utilization

of concentrated power, is potentially hazardous The

degree of hazard can be greatly reduced by proper

design, selection, installation and use, but hazards cannot

be completely eliminated.

Some of the factors that must be considered for the safe

application of motors are as follows:

1 Enclosure

2 Service conditions

3 Proper matching of the motor to the load

4 Proper sizing and connection to an inverter by qualified

technicians

Information on these factors is presented in this section.

Enclosure

The selection of the proper enclosure is vital to the

successful safe operation of AC motors Machine

performance and life can be materially reduced by using

an enclosure inappropriate for the application The

customer must recognize the specific environmental

conditions and specify the correct enclosure Rockwell

Automation can provide application assistance, but must

depend on the customer to provide accurate information

on the operating conditions.

Rockwell Automation offers motors in the following

enclosures:

• Open Drip-Proof

• Totally Enclosed (Non-Ventilated, Fan Cooled, Air Over)

• Explosion Proof

• Dust Ignition Proof

Open Drip-Proof Motor (ODP)

An ODP motor is an open machine having all openings

limited in size to prevent accidental contact with

hazardous parts Internal parts are protected from drip,

splash and falling objects on all horizontal and vertical

mounted motors ODP motors are suitable for general

industrial use in indoor locations with relatively clean

atmospheres.

Totally Enclosed Motor

A totally enclosed motor is one so enclosed as to prevent the free exchange of air between the inside and the outside of the case but not sufficiently enclosed to be termed air-tight Totally enclosed motors are suitable for use in dusty dirty locations and in humid environments.

Totally Enclosed Non-Ventilated - Not equipped for

cooling by means external to the enclosing parts

Generally limited to low horsepower ratings or short-time rated motors.

Totally Enclosed Fan-Cooled - Exterior surface cooled

by external fan on motor shaft Motor cooling is dependent

on motor speed.

Totally Enclosed Air-Over - Exterior surface cooled by a

ventilating means external to the motor Customer must provide sufficient air flow to cool motor.

Additional protection for motors used in extremely dirty or humid conditions is offered by Rockwell Automation Severe Duty features.

(IP) Classification of Enclosures

The classification system consists of the letters IP (Ingress protection) followed by two numbers The first number indicates the degree of protection against entry of solid material into the enclosure The second number indicates the degree of protection against entry of liquids

Table 1: Degree of protection against solid material and

personal injury indicated by the 1st number

Numberal Definition

0

No special protection of persons against accidental or inadvertent contact with live or moving parts or against the ingress of solid material

1

Protection against accidental inadvertent contact with live or moving parts by large surface of a body such as a hand or similar object exceeding 50 mm

2

Protection against accidental or inadvertent contact with live or moving parts by a finger or similar object exceeding 12 mm

3 Entry prevented of tools, wires or other solid objects of a diameter or thickness greater than 2.5 mm

4 Entry prevented of wires, strips or solid objects of a diameter or thickness greater than 1.0 mm

5

Complete protection against contact with live or moving parts inside the enclosure The entry of dust is not totally prevented, but dust cannot enter in sufficient quantity to interfere with the satisfactory operation of the motor

6

No ingress of dust Per IEC 34-5 this degree of protection

is not applicable to rotating equipment such as motors and generators but applicable to electrical enclosures

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(IP) Classification of Enclosures (con’t)

Abbreviations for Enclosure Types

DPG - Drip-Proof Guarded

DPG-FV - Drip-Proof Guarded - Force Vent

DPSV - Drip-Proof, Separately Vented

FC - Fan Cooled

FCXP - Fan Cooled, Explosion Proof

IP-22 - Open Drip-Proof (IEC Standard)

IP-23 - Splash Proof (IEC Standard)

IP-44 - Totally Enclosed (IEC Standard)

IP-54 - Splash Proof (IEC Standard)

IP-55 - Washdown (IEC Standard)

NV - Non-Ventilated

NVXP - Non-Ventilated, Explosion Proof

ODP - Open Drip-Proof

SPG - Splash Proof Guarded

TEAO - Totally Enclosed, Air Over

TEBC - Totally Enclosed, Blower Cooled

TEDC-AA - Totally Enclosed, Dual Cooled, Air to Air

TEDC-AW - Totally Enclosed, Dual Cooled, Air to Water

TEFC - Totally Enclosed, Fan Cooled

TENV - Totally Enclosed, Non-Ventilated

WPI - Weather Protected, Type I

WPII - Weather Protected, Type II

Explosion Proof and Dust Ignition Proof Motors For Hazardous Locations

Explosion Proof - An Explosion Proof motor is a totally

enclosed machine designed to operate safely in an environment in which flammable gas or vapor is present This is accomplished by limiting the external surface temperature of the motor below the ignition temperature of the hazardous gas or vapor surrounding the motor Hence

it is very important that the end user order a motor with the proper temperature code Also the enclosure is designed

to contain an explosion on the inside of the motor which may be caused by arcing, sparking, or abnormal heat A flame caused by such an explosion will not propagate the motor fits and ignite the gas or vapor surrounding the motor An explosion proof motor is suitable for operation in Class I hazardous environment.

Dust Ignition Proof - A Dust Ignition Proof motor is a

totally enclosed machine designed to operate safely in a flammable dust environment The motor enclosure pre- vents the admittance of dust inside the motor Also the motor is designed to operate cool enough so as not to ignite any dust which might accumulate on the external surface of the motor Should the motor become blanketed with dust and reduce its normal cooling, winding

thermostats will take the motor off line before the motor’s external surface temperature reaches the ignition temperature of the hazardous dust A dust-ignition-proof motor is suitable for operation in a Class II hazardous location The specific dust or gas present in the hazardous location

is identified by the group listing for each Class Certain Allen-Bradley AC motors are listed for use in Class I Groups C and D and Class II Groups E, F and G locations depending on the horsepower rating, frame size and enclosure as indicated on the price pages The user customer is responsible for insuring that the proper UL listed motor is used in a specific hazardous location.

For hazardous locations in Europe or for ATEX certification or “EX” mark or flame proof enclosure, contact your local Rockwell Automation sales representative.

Table 2: Degree of protection of motors against the

harmful ingress of water by the 2nd number

Numberal Definition

0 No special protection

1 Vertically falling drops

2 Drops falling at any angle up to 15° off of vertical

3 Spray at any angle up to 60° off of vertical

4 Splashed from any direction

5 Projected by nozzle from any direction has no harmful

effect

6 Water from heavy seas or projected from powerful water

jets has no harmful effect

7

Entry of water in a harmful quantity is prevented when the unit is immersed in water under stated conditions of pressure and time

8 Immersed under water specified pressure for an

indefinite time

ATTENTION: Misapplication of a motor in a hazardous environment can cause a fire or an explosion and result

in serious injury Only the end user and/

or insurance underwriter are qualified

to identify the appropriate class(es), group(s), division and temperature code Rockwell Automation personnel should not render any assistance in identifying the type of environment.

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Standard motors listed in this catalog are designed to

operate under the following service conditions Service

conditions exceeding these conditions may require special

motor selection or re-rating of standard motors.

Altitude - Sea Level to 3300 feet.

Ambient Temperature - -25° C to 40° C.

Mounting - The standard motors listed in this catalog are

either foot mounted or have a C-face as indicated on the

price pages The motor must be mounted on a rigid

mounting surface for satisfactory operation.

Installation - Motor must be in areas or in supplementary

enclosures which do not seriously interfere with the

ventilation of the motor.

Power Supply

Phase - Motors are designed for either single-phase or

three-phase operation as indicated on the price pages

Single-phase motors may be operated on one-phase of a

three-phase power supply with the rated voltage

Operation of a three-phase motor on a single-phase

supply will result in motor damage.

Voltage

Single Phase Motors - standard voltages are 115/230.

Three Phase Motors - standard voltage are 190/380,

200, 200/400, 230/460, 208-230/460, 460 and 575 as

indicated on the price pages Specific Definite Purpose

motors may have other voltages indicated Motors rated at

230 or 230/460 volts will operate on a 208 volt supply

except that starting and peak running torques at 208 volts

will be 20-25% less than at the 230 volt rating Motors

nameplated 208-230/460 will operate satisfactorily at 208

volts.

Voltage Variation - In accordance with NEMA standards,

Allen-Bradley motors will operate with +10% variation in

rated voltage with rated frequency Performance within this

voltage variation will not necessarily be in accordance with

performance at rated voltage.

Dual Voltage Motors are easily reconnectable by

referring to the information on the motor nameplate.

60 Hz as specified on the price pages Many motors designed for operation on 60 Hz power may be operated

on 50 Hz power of a lower voltage rating with resulting decrease in speed and horsepower Refer to Rockwell Automation for details In accordance with NEMA standards Allen-Bradley motors will operate with +5%

variation in rated frequency with rated voltage

Performance with this frequency variation will not necessarily be in accordance with performance at rated frequency.

Insulation Class & Temperature Rise

Motor Insulation systems are classified by the maximum total temperature at which the system can be operated without adversely affecting design life This maximum total temperature has three components.

Four classes of insulation systems are used in motors In general, the temperature values are as follows:

Proper Matching of the Motors to the Load

General information on the torque/speed characteristics of the various NEMA design classes is given under

“TORQUE/NEMA DESIGN CLASSES” on the following page.

The equipment manufacturer and/or user is responsible for selecting the correct motor rating to drive the load.

Ambient Temperature = The temperature of the atmosphere in which the

motor is operated 40° C is considered a standard for design purposes

Temperature Rise = The number of degrees which the insulated motor

windings heat up during motor operation

Hot Spot Allowance= The value that takes into account the additional

temperature variations within the inaccessible spots of

a motor winding These spots are located in the stator slots or coil heads 10° C is considered a standard for design purposes

InsulationClass

Max Total Temperature

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Torque/NEMA Design Classes

The full load torque of a motor is expressed as follows:

Since different loads present different torque requirements

at starting (breakaway), minimum (pull-up), breakdown

(pull-out) and full load, the National Electrical

Manufacturers Association (NEMA) has defined four

standard design classes A,B,C and D of squirrel cage

polyphase induction motors These design classes are

summarized in Table I.

The general torque/speed relationship with the four torque

points defined is shown in Figure 1 The NEMA design

class is indicated on each price page in this catalog Most

motors are Design B with a few Design A, C & D For

motors having different characteristics than listed, contact

Rockwell Automation.

Speed/Slip

The synchronous speed of an AC motor is as follows:

The number of poles is a function of motor design Standard 60 Hz motors are available with synchronous speeds of 3600, 1800, 1200 or 900 rpm.

The actual operating speed of an AC induction motor is determined by the synchronous speed and the slip Slip is the difference between the speed of the rotating magnetic field (which is always synchronous) and the rotor speed Slip generally increases with an increase in motor torque; therefore, actual operating speed generally decreases with an increase in the driven load torque.

Service Factor

The service factor of a motor is a multiplier which, when applied to the rated horsepower, indicates a permissible horsepower loading which may be carried under the conditions specified for the service factor.

Table I Characteristics of NEMA design classes for squirrel-cage polyphase induction motors

NEMA

Design

Starting Torque

Starting Current

Breakdown Torque

Full Load Slip Typical Applications

A Normal High High Low Mach Tools, Fans

B Normal Normal Normal Normal General Industrial

C High Normal Normal Normal

LoadedCompressor,Loaded Conveyor

D Very High Low - High Punch Press or Hoists

Full load speed (rpm)

Figure 1 - General Speed/Torque relationship for squirrel-cage polyphase induction motors.

Motor torque is deﬁned at four points as shown.

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Evaluating Motor Efficiency

Analyze, Compare and Calculate Your Energy Savings

The graphs below show how the Allen-Bradley PE motor

efficiency and watts loss curves compare to standard

industrial averages The table below shows the results of

these comparisons in terms of annual energy savings.

Based on $.08 per kilowatt hour, 7200 hours of full load

operation per year Allen-Bradley PE TEFC motors and

Industry Averages - 4-pole, 1800 RPM Designs.

As you can see, a 150 HP PE motor could save you

$2,831 a year in power costs over standard 150 HP designs, based on electrical costs of $.08 per kilowatt hour and 7200 hours of full load operation per year The table also shows comparable savings for other motors in the PE motor line Your actual savings may vary, depending on the electrical rates, load conditions and annual operating hours of your application.

In the long term, the decision to invest in an energy efficient Allen-Bradley PE motor depends on the energy savings it can provide Actual energy savings depend upon many variables including operating hours, cost of power, duty cycles, and line voltages to name a few Tax rates and the future cost of money will also influence the decision.

However, a very simple energy savings calculation can be made to estimate the yearly energy savings with a PE motor.

Simple Energy Savings Calculation

This simple payback analysis will assume constant full load operation Note that this calculation ignores the effects of taxes and the time value of money Later, we’ll take partial load and variable duty cycles into account Information you need to know.

If actual motor efficiency is unknown, a Rockwell Automation sales engineer can help you estimate standard motor efficiencies.

First, calculate the kilowatts saved by using the PE motor:

Kilowatts Saved = HP x.746

Then, calculate the yearly energy savings:

Yearly Savings = Kilowatts Saved x Hrs/Yr x $/KWH

HP PE NOMINAL EFF IND AVE EFF WATTS SAVED MONEY SAVED

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Example

Assume that a 25 horsepower motor is going to operate

for three 8-hour shifts per day, on a 6-day work week, for

50 weeks per year Thus, total hours per year are 7200

Also, assume the cost of electricity at $.08 per kilowatt

hour The savings, using the PE motor with an efficiency of

93%, compared to the 88% which is the industry average

for a standard efficient motor, is calculated as follows:

Yearly Savings = Kilowatts Saved x Hrs/Yr x $/KWH

In this case, the yearly savings is $656.36 In other words,

if you wanted a one-year payback on your investment, you

could afford to spend $656 more for the PE energy

efficient motor than for a standard efficient motor.

Duty Cycles

Many people question the energy savings of partial load or

variable duty cycle applications The energy saving

equations are the same However, when evaluating a

partial load operation, remember to use the horsepower,

efficiency, and appropriate hours of operation at the

desired load point A variable duty cycle calculation is

simply the summation of several partial load calculations.

Additional Savings

This payback analysis also does not take into account

many additional savings you should consider.

• Longer motor life as a result of cooler operating

temperatures

• Additional cost savings from improved power factor

• Improved partial load efficiencies of the PE motor

• Improved reliability with a more forgiving electrical

design

• Quieter operation

• Greater flexibility for use on adjustable frequency power

supplies

This is why so many companies specify Allen-Bradley PE

energy efficient motors for all their applications.

Useful Formulas

Electrical

I = Amperes: E = Volts; Eff = Efficiency; pf = Power factor;

Kva = Kilovolt-amperes; Kw = Kilowatts

HP/Torque/Speed

For Rotary Objects

For Objects In Linear Motion

Speed

Inertia Loads

Temperature Conversion - Centigrade / Fahrenheit

Temp F = (9/5 Temp C) +32 Temp C = 5/9 (Temp F – 32)

Kilowatts Saved = HP x.746 1 1STDEFF PE - EFF

To Find Alternating Current

Single Phase Three Phase

Amperes when horsepower

is known

HP x 746

E x Eff x pf

HP x 7461.73 x E x Eff x pfAmperes when kilowatts are

known

Kw x 1000

E x pf

Kw x 10001.73 x E x pfAmperes when kva are

known

Kva x 1000E

Kva x 10001.73 x EKilowatts I x E x pf1000 1.73 x I x E x pf1000

Kva 1000I x E 1.73 x I x E1000Horsepower =

(Output)

I x E x Eff x pf746

1.73 x I x E x Eff x pf746

°C °F °C °F °C °F

-30 -22 50 122 95 203-20 -4 55 131 100 212-10 14 60 140 110 230

rpm 5250

FV Where F = Force (lbs.)

HP = 33,000 V = Velocity (FPM)

RPM = 120 Frequency

No of Poles

t = WKWK2 x rpm 2 = Inertia in lb ft 2

308 x T

t = accelerating time in sec

T = Avg accelerating torque lb ft

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Stock motors can be shipped same day or next day

Same day ship orders MUST be entered prior to 10:00 AM

(central time zone) and require customers to approve next

day freight charges All rush orders are subject to stock

availability

Sales Order Change Charges

A minimum change order charge of $100 net will apply to

orders changed more than 24 hours after order entry All

sales order changes, regardless of their nature, must be

processed through the initiation of a Sales Order Change

Request on the Passport system This includes ship-to

address changes, carrier or shipping class changes, etc

Rockwell Automation Motor

Service Centers

The following list includes all Rockwell Automation Service

Centers within the continental United States Many

inde-pendent approved service shops do exist Contact your

local Allen-Bradley distributor or sales office if one of

these service shops is not in your area.

Birmingham Regional Service Center

3100 Pinson Valley Parkway

Chicago Regional Service Center

17001 South Vincennes Road

Thorton, IL 60476

Phone: 708.877.5310

FAX: 708.877.6516

Ohio Valley Regional Service Center

2175-A Schlicter Drive

Houston Regional Service Center

1500 East Main Street LaPorte, TX 77571 Phone: 281.471.4611 FAX: 281.471.3120

Philadelphia Regional Service Center

3240 South 78th Street Philadelphia, PA 19153 Phone: 215.365.1500 FAX: 215.365.1530

Portland Regional Service Center

2315 N.W 21st Place Portland, OR 97210 Phone: 503.226.4951 FAX: 503.226.7340

Rock Springs Regional Service Center

839 Elk Street Rock Springs, WY 82901 Phone: 307.362.6697 FAX: 307.382.2618

Shreveport Regional Service Center

1245 North Hearne Avenue Shreveport, LA 71107 Phone: 318.222.9431 or (24 Hour Emergency Service - 800.366.6030) FAX: 318.424.1702

Washington Regional Service Center

320 Reliance Drive Washington, PA 15301-6196 Phone: 724.225.2900 FAX: 724.225.4309

Parts Administration

Replacement and spare parts are available for all motors offered in this catalog Spare parts not included in this catalog are available through Rockwell Automation Global Technical Support (GTS) To access parts information, record the catalog number and motor ID (identification) number from the motor nameplate and call the GTS Parts Hub.

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Documentation

The following table indicates motor documentation and

reports that can be ordered with your Allen-Bradley motor

These catalog numbers must be ordered at the same time

the motors are ordered.

Return Requests

Stock Motors and accessories are able to be returned for

credit in many cases In cases where a return has been

authorized, the minimum re-stock charges will be 25% of

the original net price Equipment must be in original

pack-aging, un-used, have been stored per storage

require-ments identified in publication MOTOR-5.0, be a product

currently maintained in stock inventory, and must be no

more than 90 days old (reference original date of

ship-ment) Modified and build to order motors are not able to

be returned for credit Return freight charges are the

responsibility of the party returning the equipment for

on DISK

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CM101 - Enclosed EE Rolled Steel AC Motors

Enclosure HP Synch Voltage Efficiency Inverter Norm Frame Catalog String Notes US List

TEFC 1.5 1200 230/460 EE CT 10:1 Yes 182T FC1F512AEHHA 9 $578

TEFC 2 1200 230/460 EE CT 10:1 Yes 184T FC00212AEHHA 9 $630

TEFC 3600 230/460 EE CT 10:1 Yes 182T FC00336AEHHA 9 $575

TEFC 3600 230/460 EE CT 10:1 Yes 213T FC7F536AEHHA 9 $782

TEFC 1800 230/460 EE CT 10:1 Yes 213T FC7F518AEHHA 9 $688

TEFC 1200 230/460 EE CT 4:1 Yes 254T FC7F512AEKHA 9 $1,197

TEFC 1200 230/460 EE CT 4:1 Yes 256T FC01012AEKHA 9 $1,454

TEFC 1200 230/460 EE CT 2:1 Yes 284T FC01512AEJHA 9 $1,741

TEFC 3600 230/460 EE CT 2:1 Yes 284TS FC02536AEJHA 9,39 $1,561

TEFC 3600 230/460 EE CT 2:1 Yes 286TS FC03036AEJHA 9,39 $1,826

TEFC 1.5 1200 230/460 EE CT 10:1 Yes 182TCY FC1F512AEHCA 9 $647

TEFC 2 1200 230/460 EE CT 10:1 Yes 184TCY FC00212AEHCA 9 $699

TEFC 3600 230/460 EE CT 10:1 Yes 182TCY FC00336AEHCA 9 $643

TEFC 1200 230/460 EE CT 10:1 Yes 215TCY FC00512AEHCA 9 $1,023

TEFC 3600 230/460 EE CT 10:1 Yes 213TCY FC7F536AEHCA 9 $851

TEFC 1800 230/460 EE CT 10:1 Yes 213TCY FC7F518AEHCA 9 $757

TEFC 1200 230/460 EE CT 4:1 Yes 254TCY FC7F512AEKCA 9 $1,287

TEFC 1200 230/460 EE CT 4:1 Yes 256TCY FC01012AEKCA 9 $1,543

TEFC 1200 230/460 EE CT 2:1 Yes 284TC FC01512AEJCA 9 $1,865

TEFC 3600 230/460 EE CT 2:1 Yes 284TSC FC02536AEJCA 9,39 $1,685

TEFC 3600 230/460 EE CT 2:1 Yes 286TSC FC03036AEJCA 9,39 $1,950

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TEFC 1.5 1200 230/460 EE CT 10:1 Yes 182TC FC1F512AEHFA 9 $663TEFC 2 1200 230/460 EE CT 10:1 Yes 184TC FC00212AEHFA 9 $715TEFC 3600 230/460 EE CT 10:1 Yes 182TC FC00336AEHFA 9 $659TEFC 1800 230/460 EE CT 10:1 Yes 182TC FC00318AEHFA 9 $592TEFC 1200 230/460 EE CT 10:1 Yes 213TC FC00312AEHFA 9 $787TEFC 3600 230/460 EE CT 10:1 Yes 184TC FC00536AEHFA 9 $742TEFC 1800 230/460 EE CT 10:1 Yes 184TC FC00518AEHFA 9 $655TEFC 1200 230/460 EE CT 10:1 Yes 215TC FC00512AEHFA 9 $1,039TEFC 3600 230/460 EE CT 10:1 Yes 213TC FC7F536AEHFA 9 $867TEFC 1800 230/460 EE CT 10:1 Yes 213TC FC7F518AEHFA 9 $773TEFC 1200 230/460 EE CT 4:1 Yes 254TC FC7F512AEKFA 9 $1,326TEFC 3600 230/460 EE CT 10:1 Yes 215TC FC01036AEHFA 9 $986TEFC 1800 230/460 EE CT 10:1 Yes 215TC FC01018AEHFA 9 $840TEFC 1200 230/460 EE CT 4:1 Yes 256TC FC01012AEKFA 9 $1,582TEFC 3600 230/460 EE CT 4:1 Yes 254TC FC01536AEKFA 9 $1,287TEFC 1800 230/460 EE CT 4:1 Yes 254TC FC01518AEKFA 9 $1,190TEFC 1200 230/460 EE CT 2:1 Yes 284TC FC01512AEJFA 9 $1,923TEFC 3600 230/460 EE CT 4:1 Yes 256TCY FC02036AEKFA 9 $1,511TEFC 1800 230/460 EE CT 4:1 Yes 256TCY FC02018AEKFA 9 $1,384TEFC 1200 230/460 EE CT 2:1 Yes 286TC FC02012AEJFA 9 $2,297TEFC 3600 230/460 EE CT 2:1 Yes 284TSC FC02536AEJFA 9,39 $1,743TEFC 1800 230/460 EE CT 2:1 Yes 284TC FC02518AEJFA 9 $1,680TEFC 3600 230/460 EE CT 2:1 Yes 286TSC FC03036AEJFA 9,39 $2,008TEFC 1800 230/460 EE CT 2:1 Yes 286TC FC03018AEJFA 9 $1,923

15

202530

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Modifications Available to CM101 Motors

CONNECTIONS: Final connect dual to single voltage.

DRIP COVERS: Mounting of stock canopy kits (price includes kit).

116 Install canopy kit to allow for vertical shaft down operation 180-210 $216

Note: This modification does not provide vertical lifting provisions 250-280 $270

LEAD TERMINALS: Addition of lead terminals to wires in conduit box.

135 Compression type (Burndy, etc.) lead lugs All $270

MOUNTING: Move conduit box to allow different mounting configurations.

SEALS: Addition of shaft seal.

148 Additon of V-ring rubber slinger on drive end All $216

THERMAL PROTECTION: Addition of thermostats.

Standard in Component Class Motors All incl

160 Removal of standard thermostats from motor (deduct from List Price) 48-280 -$208

Note: User must insure that NEC 2005 is met for inverter duty motor 320-449 -$313

To cancel an order for a motor after it is modified, but before it ships - a cancellation charge of double the

modification charge will be invoiced to the customer Any MOD order cancelled before modification is completed is

subject to 25% cancellation charge.

The delivery cycle will be subject to the availability of stock motors and parts The Modification Center is designed

to process and ship units as quickly as possible; therefore, “Hold for Approval” and other similar conditions are not

available on Modification Center orders Typically, modifications will require 1 to 4 business days, once the order is

entered Orders for more than 5 units may require additional delivery time The lead time shown on a Passport

screen is for the base motor only, modifications will add to actual lead time.

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Component Class

Inverter Duty General Purpose Series

CM102 Family - Enclosed EE Cast Iron AC Motors

Application Information

Cast Iron general purpose CM102 AC motors are an ideal choice for applications such as: Fans,

Blowers, Compressors, Pumps and Conveyors.

(24 / 12)

Nameplate Agency Approvals:

CE, CSA, UR

180T - 360T Frames

and fan cover (180T - 210T frames), Cast Iron frame, end shields, conduit box and fan cover (320T - 360T frames).

Drain Type & Location: Weep holes both ends

requirements by staying corona free at up to 1600V peaks, and 10,000V/µSec dV/dT.

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CM102 - Enclosed EE Cast Iron AC Motors

RPM Class Torque/Spd Stock CM102- Price

TEFC 3 3600 575 EE CT 10:1 Yes 182T FC00336CEHHA 9 $605

TEFC 5 3600 230/460 EE CT 4:1 Yes 184T FC00536AEKHA 9 $693

TEFC 5 3600 575 EE CT 4:1 Yes 184T FC00536CEKHA 9 $693

TEFC 5 1800 230/460 EE CT 4:1 Yes 184T FC00518AEKHA 9 $651

TEFC 5 1800 575 EE CT 4:1 Yes 184T FC00518CEKHA 9 $651

TEFC 5 1200 230/460 EE CT 10:1 Yes 215T FC00512AEHHA 9 $1,015

TEFC 5 1200 575 EE CT 10:1 Yes 215T FC00512CEHHA 9 $1,015

TEFC 7.5 3600 230/460 EE CT 4:1 Yes 213T FC7F536AEKHA 9 $828

TEFC 7.5 3600 575 EE CT 4:1 Yes 213T FC7F536CEKHA 9 $828

TEFC 7.5 1800 230/460 EE CT 4:1 Yes 213T FC7F518AEKHA 9 $797

TEFC 7.5 1800 575 EE CT 4:1 Yes 213T FC7F518CEKHA 9 $797

TEFC 7.5 1200 230/460 EE CT 10:1 Yes 254T FC7F512AEHHA 9 $1,372

TEFC 7.5 1200 575 EE CT 10:1 Yes 254T FC7F512CEHHA 9 $1,372

TEFC 10 3600 230/460 EE CT 2:1 Yes 215T FC01036AEJHA 9 $956

TEFC 10 3600 575 EE CT 2:1 Yes 215T FC01036CEJHA 9 $956

TEFC 10 1800 230/460 EE CT 2:1 Yes 215T FC01018AEJHA 9 $878

TEFC 10 1800 575 EE CT 2:1 Yes 215T FC01018CEJHA 9 $878

TEFC 10 1200 230/460 EE CT 4:1 Yes 256T FC01012AEKHA 9 $1,674

TEFC 10 1200 575 EE CT 4:1 Yes 256T FC01012CEKHA 9 $1,674

TEFC 15 1800 230/460 EE CT 2:1 Yes 254T FC01518AEJHA 9 $1,213

TEFC 15 1800 575 EE CT 2:1 Yes 254T FC01518CEJHA 9 $1,213

TEFC 15 1200 230/460 EE CT 10:1 Yes 284T FC01512AEHHA 9 $2,011

TEFC 15 1200 575 EE CT 10:1 Yes 284T FC01512CEHHA 9 $2,011

TEFC 25 3600 230/460 EE CT 4:1 Yes 284TS FC02536AEKHA 9 $1,801

TEFC 25 3600 575 EE CT 4:1 Yes 284TS FC02536CEKHA 9 $1,801

TEFC 30 3600 230/460 EE CT 10:1 Yes 286TS FC03036AEHHA 9 $2,112

TEFC 30 3600 575 EE CT 10:1 Yes 286TS FC03036CEHHA 9 $2,112

TEFC 40 3600 230/460 EE CT 4:1 Yes 324TS FC04036AEKHA 9 $2,692

TEFC 40 3600 575 EE CT 4:1 Yes 324TS FC04036CEKHA 9 $2,692

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107 High Voltage Connection (price by frame size) 180-320 $162

108 Low Voltage Connection (price by frame size) 360 $216

135 Compression type (Burndy, etc.) lead lugs All $270

Standard in Component Class Motors All incl

To cancel an order for a motor after it is modified, but before it ships - a cancellation charge of double the

modification charge will be invoiced to the customer Any MOD order cancelled before modification is

completed is subject to 25% cancellation charge.

The delivery cycle will be subject to the availability of stock motors and parts The Modification Center is

designed to process and ship units as quickly as possible; therefore, “Hold for Approval” and other similar

conditions are not available on Modification Center orders Typically, modifications will require 1 to 4

business days, once the order is entered Orders for more than 5 units may require additional delivery time

The lead time shown on a Passport screen is for the base motor only, modifications will add to actual lead

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Component Class

CM103 Family - Enclosed EE/PE/NP AC Motors

Construction Features

EPAct efficiency levels

exceed EPAct efficiency levels

NP = NEMA Premium efficient motors

Designed for all general purpose industrial applications in a dusty, dirty, and/or humid

environment Enclosed motors reduce the exchange of air between the inside and the

outside of the motor.

Warranty (From Date Of Manufacture /

Drain Type & Location: Weep hole in both end shields

MG1 Part 31.4.4.2 requirements by staying corona free at up to 1600V peaks, and 10,000V/µSec dV/dT.

180T - 449T Frames

360T frames); regreasable, open ball bearings with PLS (400T - 449T frames)

Drain Type & Location: Weep holes in both end shields

MG1 Part 31.4.4.2 requirements by staying corona free at up to 1600V peaks, and 10,000V/µSec dV/dT.

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CM103 - Enclosed SE/EE/PE/NP AC Motors

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(2) Note: VT 10:1 (2) = Variable Torque 10:1 Speed Range (capable of 2:1 CT with fan change), must add modification code 126

(10) Note: CT 2:1 (10) = Constant Torque 2:1 Speed Range (capable of 10:1 CT with fan change), must add modification code 126

(10) Note: CT 4 :1 (10) = Constant Torque 4:1 Speed Range (capable of 10:1 CT with fan change), must add modification code 126

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CONDUIT BOX: Mounting of stock box kits (price includes box).

DRAINS: Install one automatic breather drain in each motor end bracket Note: Mounting position must be specified.

DRIP COVERS: Mounting of stock canopy kits (price includes kit).

Note: This modification does not provide vertical lifting provisions 180-210 $251

END BRACKET: Modify a foot mounted motor to include a C-Face end bracket.

Note: Please add seal modification seperately if required

Non-Nafta motors are non-NEMA BA

FAN CHANGE: Install larger fan.

126 Convert to larger fan for increased Constant Torque speed range on inverter 180-280 $314 103

GREASE FITTINGS: Install a grease fitting on each bearing.

MILL AND CHEMICAL DUTY: Add features for additional reliability in Mill and Chem duty applications.

To cancel an order for a motor after it is modified, but before it ships - a cancellation charge of double the modification charge will be invoiced to the customer Any MOD order cancelled before modification is completed is subject to 25% cancellation charge.

The delivery cycle will be subject to the availability of stock motors and parts The Modification Center is designed to process and ship units as quickly as possible; therefore, “Hold for Approval” and other similar conditions are not available on

Modification Center orders Typically, modifications will require 1 to 4 business days, once the order is entered Orders for more than 5 units may require additional delivery time The lead time shown on a Passport screen is for the base motor only, modifications will add to actual lead time.

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SEALS: Addition of shaft seal.

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Component Class

CM106 Family - Open EE Rolled Steel AC Motors

Rolled steel general purpose CM106 AC motors are an ideal choice for applications such as: Fans,

Blowers, Compressors, Pumps & Conveyors.

(24 / 12)

Nameplate Agency Approvals:

CE, CSA, UR

180T - 280T Frames

shields with steel bearing inserts (180T - 210T frames), Cast Iron end shields (250T - 280T frames) All C-face brackets are Cast Iron.

Drain Type & Location: Weep holes on both end shields

requirements by staying corona free at up to 1600V peaks, and 10,000V/µSec dV/dT.

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CM106 - Open EE Rolled Steel AC Motors

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