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MarelliMotori
ASI.CT.028.2 GB
D5 SERIES
Motors forHazardous Areas
MarelliMotori is part of the FKI group of companies serving the worldin the sectors of power generation, transmission and distribution.With over one hundred years of experience, MarelliMotori is a namesynonymous with Quality and Manufacturing Excellence in theproduction of rotating machines.
MarelliMotori is recognised as a leading supplier to the Industrial,Petrochemical and Marine sectors, offering a complete range ofstandard and custom solutions for low and medium voltage motorsand generators.
Our products are backed by an organisation of skilled people dedicated toproviding the high standard of design, sales, service and technical supportdemanded by our customers. Our ability to offer flexible and rapid solutions isan integral part of achieving MarelliMotori’s goal of Total Customer Satisfaction.
1
INDEX Page
GENERAL ASPECTS OF THE ATEX DIRECTIVE
DEFINITIONS
MARKINGS
STANDARDS
NOMENCLATURE OF D5 SERIES MOTORS
EXAMPLES OF MARKINGS
PRODUCT CODE STRUCTURE
MOUNTINGS AND POSITIONS
MATERIALS
BALANCING AND VIBRATION GRADES
NOISE
BEARINGS
LUBRICATION INTERVALS
TERMINAL BOX AND CABLE ENTRANCE
PROTECTIVE TREATMENTS
THERMAL PROTECTIONS
GROUNDING
COUPLING
ANTICONDENSATION HEATERS
CONDENSATION DRAINAGE
CONNECTION DIAGRAMS
VOLTAGE AND FREQUENCY
OUTPUTS AND DERATINGS
EFFICIENCY AND POWER FACTOR
ELECTRICAL AND MECHANICAL TOLERANCES
STANDARD AND SPECIAL TESTS
MOTORS FED BY FREQUENCY CONVERTER
SELF-VENTILATED MOTORS
MOTORS WITH FORCED VENTILATION
TECHNICAL DATA – MAINS OPERATION – GROUP IIB – SINGLE SPEED
TECHNICAL DATA – FREQUENCY CONVERTER OPERATION
TECHNICAL DATA – MAINS OPERATION – GROUP IIB – DOUBLE SPEED
TECHNICAL DATA – MAINS OPERATION – GROUP IIC – SINGLE SPEED
TECHNICAL DATA – MAINS OPERATION – GROUP IIC – DOUBLE SPEED
DIMENSIONS 71 - 132
DIMENSIONS 160 - 315
DIMENSIONS 355 - 400
2
3
4
5
5
6
6
7
8
8
8
9
10
10
11
11
11
12
12
12
13
14
15
15
16
16
17
18
18
19
26
34
37
38
39
43
46
GROUPS
The electrical apparatus is subdivided into two groups (EN 50014), according to the environments in which the equipment will operate.
CATEGORIES
Each group is classified into categories, according to the level of protection the apparatus must have:
Level of ProtectionGroupI
Category M1
Very high
M2
High
In the presence of explosiveatmosphere The apparatus must remain operative The electrical supply to the equipment
must be interrupted
Level of Protection
GroupII
Category 1
Very high
2
High
3
Presence of explosiveatmosphere
Zones in which theequipment may be fed
and may operate
High probability(always, often, forextended periods)
0, 1, 2and/or 20, 21, 22
Probable
only 1, 2and/or 21, 22
Normal
Low probability(rare and for a short time)
only 2and/or 22
Environment
Group I II
Used in subterranean mines and on the surface of mines in thepresence of firedump and/or combustible dust.
Explosive atmospheres other than mines; surface industries.
2
GENERAL ASPECTS OF THE ATEX DIRECTIVE
The directive 94/9/EC, better known as ATEX from the French term ATmosphères EXplosibles, is a European Community Directive, which defines the minimum healthand safety requirements for apparatus intended for use in potentially dangerous environments. The directive is adopted by the European Union (EU) to facilitate freetrade in the EU of products to which the Directive applies.It conforms to the safety demands in essence by:• The application of harmonised specific standards,• The EC-type examination of products from a notified body, resulting in the appropriate certification,• The manufacture of the product under a quality management system approved by a notified body.
In order to use electrical equipment in a potentially explosive atmosphere, such as combustible air – gas mixtures or combustible or conductive dust, the environmentmust first be classified in accordance with standard EN 60079-10 and with its related guide.The classification, carried out by qualified competent professionals, identifying:• the group of equipment,• the category,• the protection method,• the temperature class, or the maximum surface temperaturecharacteristics of the electrical motors to be used in this application.
DANGEROUS AREAS
The dangerous environments are classified into zones, shown in the following scheme:
Zone 0
Zone 1
Zone 2
Gas Dust Presence of potentially explosive atmosphere
Zone 20
Zone 21
Zone 22
Always present, frequent or lasting long periods during normal operation.The use of electric motors is not allowed.
Incidental presence: likely to occur during normal operation of the equipment.
Accidental presence: unlikely to occur during normal operation of the equipment.
The equipment belonging to group II is also specified by the nature of the atmosphere and can be arranged into the following categories:
G = mixture of air and gas, vapour or mist D = mixture of air and combustible dust
Gas atmospheres are further divided into three sub – groups, according to the nature of the gas:
A motor belonging to a particular group is also suitable for use in a lower group (e.g. a motor used in group IIB is also suitable for group IIA).
TYPES OF PROTECTION
The EN 60079-10 standard classifies the dangerous areas, while the standard EN 60079-14 defines the compatibility between the protection method with theaforementioned dangerous zones. The types of protection are defined as follows:
Examples of some substancesGroup
acetone, acetic acid, methanol, ethanol, benzene, ethane, methane, propane, toluene, xylene,combustible oil, kerosene, acetaldehyde, ethylbenzene, isoprene.
coke-oven gas, ethylene, ethylene oxide, ethyl ether, formic aldehyde.
hydrogen, acetylene, water gas, carbon sulphur.
II A
II B
II C
TEMPERATURE CLASS
See definition on page 4: “Maximum surface temperature”.
DEGREE OF PROTECTION IP56
Motors of Category 2G operating at a maximum ambient temperature of 40°C can be supplied on request with IP56 protection degree under the following temperature class:• 2 pole motors: temperature class T3• ≥ 4 pole motors: temperature class T3, T4
DEFINITIONS
The present catalogue lists motors for use in potentially explosive atmosphere, relative to:• Group I - Category M2, for motor sizes 160-315;• Group II - Category 2G, 2D.
EXPLOSIVE ATMOSPHERE
Is a mixture of flammable substances in the state of gas, vapour, mist and dust:• with air,• in which, after ignition, combustion spreads throughout the unconsumed mixture.
POTENTIALLY EXPLOSIVE ATMOSPHERE
It is an atmosphere which could become explosive either as a result of local and/or operating environmental conditions.The ATEX directive applies to products for use in this environment.
TYPE OF PROTECTION “d”
The electrical equipment has an enclosure suitable to:• resist the internal pressure arising from the ignition of an explosive mixture within the equipment.• avoid the transmission of the explosion to the external atmosphere in which the equipment is being used.• ensure that the maximum external surface temperature is maintained within the limits specified by the temperature class of the equipment.
TYPE OF PROTECTION – INCREASED SAFETY “e”
A type of protection in which additional measures are applied so as to give increased security against the possibility of• excessive temperature,• the occurrence of arcs and sparks both inside and on external parts of electrical apparatus which does not produce arcs or sparks in normal service.
For mixtures of air and dustFor mixtures of air and gas, vapour or fog
“d” - Flameproof enclosures (EN 50018)
“e” - Increased safety (EN 50019)
“n” - in accordance with standard EN 50021
IP y5 + maximum permitted surface temperature(y=6 for category 2D; y=5 for category 3D).Electrical apparatus intended for use in environments with the presence of combustibledust. (EN 50281-1-1). When only this method of protection is requested, it is notnecessary for the motors to be explosion proof, but in addition to the grade ofprotection mentioned above, they must have a maximum surface temperature limitedto a specified value.
3
COMBINED TYPE OF PROTECTION “de”
Combines the essential requirements of protection types “d“ and “e” (in accordance with standards EN 50018 and EN 50019) specifically:• motor enclosures with protection “d” (in accordance with standard EN50018);• terminal boxes with increased safety “e” (in accordance with standard EN 50019).
COMBINED CATEGORY 2G/2D
Combines the essential safety requirements:• of protection type “d” (in accordance with standard EN50018),• of the protection mode for electrical apparatus intended for use in environments with the presence of combustible dust, protection degree IP65 (EN50281-1-1).
MAXIMUM SURFACE TEMPERATURE
It is the maximum operating temperature reached in the most unfavourable conditions (but within relative limits) on the surface of the electrical apparatus.For equipment of group I, the maximum surface temperature must not exceed 150°C.The following table is relevant to apparatus of category 2G, which is based on a predetermined temperature classification:
The maximum surface temperature is:• the temperature of the external surfaces, for motors with protection mode “d”,• the temperature of the external surfaces and of the internal points of the terminal box, for motors with protection mode “de”
In a potentially explosive atmosphere, the maximum surface temperature of the equipment must remain lower than the lowest possible spontaneous ignition temperatureof the atmosphere surrounding it.Electrical apparatus of category 2D are classified based the on maximum surface temperature. This catalogue applies to motors having either of the following three maximumsurface temperatures: T 150°C, T 135°C and T 100°C. In the case of atmospheres with combustible dust, the maximum permitted surface temperature depends on: thetype of dust, the thickness of the layer of dust and on a safety factor used according to (EN 50281-1-2).Motors of category 2G can also be used in installations requiring apparatus in category 3G, provided that they comply with the specified temperature class. Likewise,category 2D motors can be used in category 3D installations requiring the same or a higher maximum surface temperature.
MARKINGS
According to the 94/4/EC Directive, motors come with 3 markings giving the indispensable indications to safely use the product. These indications let the user check thecompatibility between the protection mode of the motor and the classification of the area of its installation.The data shown on the nameplate must therefore contain, in addition to the functional information, the 3 markings described below in sequence (CE, specific andsupplementary) and the reference to the notified body in charge of the certification.
CE MARKING
The CE marking indicates that the D5 series motor conforms to all the applicable directives (and specifically to the ATEX directive).It is a declaration of the manufacturer that the product conforms to the applicable directives and that the product conforms to the prototype on the basis of the qualitycheck procedures it was submitted to.The conformity procedure for the apparatus with respect to categories M2 and 2 demands for:• EC-type examination released by a notified body (that issues the relative certification);• product quality assurance (the product must be manufactured under a quality system which was valued and approved by a notified body).
MARKING SPECIFIC TO THE PROTECTION FROM EXPLOSIONS
In accordance with the 94/4/EC directive and EN 50014 standard, the apparatus must be supplied with the markings specific to protection from explosions:
Simbol + GROUP (I or II) + CATEGORY (M2 or 2) + (only for group II) letter G (Gas) and/or D (dust)
Temperature class
Maximum Surface Temperature (°C)
T1
450
T2
300
T3
200
T4
135
T5
100
T6
85
4
SUPPLEMENTARY MARKING
The supplementary marking, in accordance with the 94/4/EC directive and to the EN 50014 standard, uses the following symbols:
EEx indicating that the product conforms to one or more protection types, subject to the specific European standards;d, e, type of protection;I, II, equipment group with sub-group of gas for group IIT3, temperature class (for category 2G) or maximum surface temperature (for category 2D).IP65 protection degree of the motor enclosure for category 2D.T xxx°C maximum surface temperature for motors of category 2D and 3D.
NOMENCLATURE OF THE D5 SERIES MOTORSThe D5 series motors are divided into the following types:
1: Series name of combined category 2G/2D motors = Series name of category 2G motors.2: The D5A motors can be supplied on request for frequency converter application with maximum surface temperature of T135°C or T150°C.3: Motors available with Temperature Class T3 (D5D, D5E) and Maximum Surface Temperature T150°C (D5B).4: The D5T motors can be supplied on request for frequency converter application with temperature Class T3.
5
(*) Exist as IEC standards.
STANDARDSStandards relevant to electrical apparatus for potentially explosive atmospheres
Title Standard
EN 60034-1 (*)
EN 60034-2 (*)
EN 60034-5 (*)
EN 60034-6 (*)
EN 60034-7 (*)
EN 60034-8 (*)
EN 60034-9 (*)
IEC 60034-11
EN 60034-12 (*)
EN 60034-14 (*)
IEC 38
EN 60072-1 (*)
EN 50347
Rating and Performance
Methods for determining losses and efficiency
Classification of degrees of protection (IP code)
Methods of cooling (IC code)
Classification of type of construction and mounting arrangement (IM code)
Terminal markings and direction of rotation
Noise limits
Built-in thermal protections
Starting performance of rotating electrical machines
Mechanical vibration
Standard Voltages
Dimensions and outputs for electrical machines
General purpose three-phase induction motors having standard dimensions and outputs
General standards for electric motors
Title Standard
EN 50014
EN 50018
EN 50019
EN 50281-1-1Electrical apparatus for use in the presence of combustible dust –Electrical apparatus protected by enclosures – Construction and testing
General requirements
Flameproof enclosure “d”
Increased safety “e”
x
x
xxx
x
xxx
x
D5CD5D (3)
D5XD5E (3)
D5FD5S
D5RD5VD5TD5UD5AD5B (3)
Specific Marking Supplementary Marking
Series (1) Ex Group Category Protection Group Temperature Class(Maximum surface
temperature)
Polarity Supply
single doublet mains inverter
II
II
II
II
II
II
I
II
2G
2G
2G
2G
2G
2G
M2
2D
EEx d
EEx de
EEx dEEx de
EEx d
EEx de
IP 65
II B
II B
II B
II C
II C
II C
I
T3, T4, T5
T3, T4, T5
T3, T4
T3, T4
T3, T4
T3, T4
(T 150°C) (T 135°C)(T 100°C)
x
x
x
x
x
x
xxxx
xxxx
xxxx
xx
xx(4)
(2)
Frame sizewhere
applicable
71 - 400
71 - 400
71 - 400
160 - 315
160 - 315
160 - 315
160 - 315
71 - 400
D5K
D5Y
EEx dEEx deEEx d,EEx de
1: Series name of combined category 2G/2D motors = Series name of category 2G motors.2: The D5A motors can be supplied on request for frequency converter application with maximum surface temperature of T135°C or T150°C.3: Motors available with Temperature Class T3 (D5D, D5E) and Maximum Surface Temperature T150°C (D5B).4: The D5T motors can be supplied on request for frequency converter application with temperature Class T3.
EXAMPLES OF MARKINGS
The following indicates some examples of markings for D5 series motors
D5X series. SpecificMarking
SupplementaryMarkingCE Marking
- EN 50014 GeneralRequirements
- EN 50018Protection “d”
Category2G
Marking of conformity withRelevant directives
European Commission mark for Ex - product
Equipment GroupEquipment CategoryAtmosphere
TemperatureClass
Sub group of GasGroupType of protectionConformity with standardEN 50014, …
Identification of Notified body(0722 CESI)
0722 II 2 G EEx de II B T3
D5X series.
- EN 50014General requirements
- EN 50018Protection “d”
- EN 50019Increased safety ”e”
0722 II 2 G EEx de II B T3Category
2G
D5T and D5U series.
- EN 50014General requirements
- EN 50018Protection “d”
0722 I M2EEx d ICategory
M2 EEx de I
D5C series - Combined category
- EN 50014General requirements
- EN 50018Protection “d”
- EN 50281-1-1Protection from dust
Category2D
Category2G
IP 65
0722 II 2 G- EEx d II B T3- IP 65 T 150° C
II 2 D
D5A and D5B series.
- EN 50014General requirements
- EN 50281-1-1Protection from dust
0722Category
2DIP 65 IP 65 T 150° CII 2 D
PRODUCT CODE STRUCTUREMarelliMotori products are identified by 13 digit code show on the nameplate.The code is constructed as follows.
Series Housing lengthcode
Mountingarrangement code
Voltagecode
D 5 C 1 6 7 2 A 0 0 0 1 0Frame size
codePolaritycode
Option code given byMarelliMotori
6
MOUNTINGS AND POSITIONS
Motors are supplied according to type of construction B3, B5, B3B5, B14, B3B14 and V1 compatible with the mounting arrangements shown in table below as definedin IEC 60034-7. Nameplates are marked with the abovementioned type of construction.
7
IM
Code II (Complete)
Mounting category(1-9)
Type of shaft extension(1-9)
Mounting arrangement
B: Horizontal - V: Vertical Mounting code
Code I (Semplified)
IM
IM V1
IM V15
IM V3
IM V36
IM V5
IM V6
IM V18
IM V19
IM 3011
IM 2011
IM 3031
IM2031
IM 1011
IM 1031
IM 3611
IM 3631
Code I Code II
IM B3
IM B35
IM B34
IM B5
IM B6
IM B7
IM B8
IM B14
IM 1001
IM 2001
IM 2101
IM 3001
IM 1051
IM 1061
IM 1071
IM 3601
1)
1) 2)
1) 3)
2)
1)
1)
1)
3)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
x
x
x
x
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
x
x
x
x
•
•
71 -
112
132
160
- 25
0
280
- 31
5
355
- 40
0
71 -
112
132
160
- 25
0
280
- 31
5
355
- 40
0
2)
1) 2)
2)
1) 2)
1)
1)
3)
3)
Code I Code II
1) Motors with feet2) Flanged motors: unthreaded through holes3) Flanged motors: threaded dead holes
• StandardX Consults MarelliMotori
Motors from frame size 71 and above are supplied with lifting eye bolts displaced according to type of construction B3 whereas they will be displaced according to type of construction V1only if provided with antirain canopy.
8
BALANCING AND VIBRATION GRADES
The motors are dynamically balanced with a half key applied to the shaft extension in accordance with standard EN 60034-14 to vibration grade normal (N) in standardconfiguration.Larger vibrations may occur on motors installed at site, due to various factors such as unsuitable foundations or resonance with the driven system. In such casesadditional checks should also be carried out on each element of the installation.Motors can be supplied with reduced (R) or special (S) vibration level on request.The following table indicates the maximum vibration limits with respect to the different shaft heights
Nnormal 600 - 3600
600 - 1800
> 1800 - 3600
600 - 1800
> 1800 - 3600
Vibration grade Rated speed(min -1)
Maximum rms value of vibration speed for shaft height H in mm.[mm/s].
Rreduced
Sspecial
71 ≤ H ≤ 132
1,8
0,71
1,12
0,45
0,71
132 < H ≤ 225
2,8
1,12
1,8
0,71
1,12
250 < H ≤ 400
3,5
1,8
2,8
1,12
1,8
The instrumentation can have a measurement tolerance of ±10%.
NOISE
The following table shows the medium values of A-sound pressure level (LpA) for group IIB motors, measured at a one-metre distance according to standard ISO R1680. The sound levels are measured with the motor running at 50 Hz, in no-load conditions and have a tolerance of 3 dB(A). At 60 Hz the values of sound pressureincrease by approximately 4 dB(A).
718090100112132160
180 M180 L200225250280
315 SM315 M355400
Frame size A-sound pressure level (LpA) [dB(A)]2 poles 4 poles 6 poles 8 poles
LpA LpA LpA LpA6067737776787878-
8084848483838282
5353536158666565696974747778787981
-535661586262-
636366667274747576
-535661586061-
626263637274747073
MATERIALS
The mechanical components used in D5 series motors are made of the materials shown in the table below:
Frame
Aluminium
Alloy
Size
Components
Endshields
Fan cowl
Fan
Terminal Box
71 - 132 160 - 2802 - 6 poles ≥ 8 poles 2 - 4 poles ≥ 6 poles
315 355 - 400
Steel
Cast Iron Steel
Thermoplastic (**) Metal
SteelCast Iron
(*) Steel for EEx d IIC motors.(**) Metal is used for motors of M2 category.
Cast Iron (*)
9
D-End N-End
Frame Size
6202-2Z6204-2Z6205-2Z6206-2Z6206-2Z6308-2Z
6202-2Z6204-2Z6205-2Z6206-2Z6206-2Z6308-2Z
D-End (*) N-End (*)
718090100112132
(*) Different types can be supplied on D5A and D5B series motors.
Motors from 355 to 400 frame size in standard configuration are equipped with regreasable rolling bearings.The supports are equipped with grease nipples. In standard configuration, the rotor is axially fixed on the N-End side.
For different bearing configurations contact MarelliMotori.
MOUNTING ARRANGEMENT V1 - IM3011Frame Size Poles
355 ÷ 400355400
6217 - C3NU 222 - C3NU 222 - C3
D-End
7217 B6217 - C3 + 7217 B6222 - C3 + 7222 B
N-End
2≥ 4≥ 4
MOUNTING ARRANGEMENT B3 - IM1001Frame Size Poles
355 ÷ 400355400
6217 - C3NU 222 - C3NU 222 - C3
D-End
6217 - C36217 - C36222 - C3
N-End
2≥ 4≥ 4
Frame Size Horizontal
6310-Z-C36310-Z-C36312-Z-C36313-Z-C36314-Z-C36314-Z-C3
NU2217-EC-C36316-C3
NU2219-EC-C3
(*) Different types can be fitted with series D5A and D5B motors.
6209-Z-C36210-Z-C36210-Z-C36213-Z-C36213-Z-C36314-Z-C36314-Z-C36316-C36316-C3
D-End (*) N-End (*)
Vertical Horizontal Vertical
160-180M180 L200225250
280 - 2 poles280 ≥ 4 poles315 - 2 poles315 ≥ 4 poles
Horizontal
NU 210 E-C3NU 210 E-C3NU 212 E-C3NU 213 E-C3NU 214 E-C3
6314-C3NU2217-EC-C3
6316-C3NU2219-EC-C3
6209-2Z-C36210-2Z-C36210-2Z-C36213-2Z-C36213-2Z-C3
6314 C36314-C36316-C36316-C3
D-End (*) N-End (*)
Vertical Horizontal Vertical
Group I M2 and IIB Group IIC
Category 2G group IIB motors from 160 to 315 frame size in standard configuration are equipped with:• single screen prelubricated ball bearings (160 - 250 without regreasing system; 280 - 315 with regreasing system) for group IIB; 160 - 250 frame motorscan be supplied with regreasing system and the relative grease exhausts on request. The N-end bearing is axially preloaded by means of a preload washer.• D-end roller bearing (except for 2 pole motors) and N-end ball bearing for group IIC motors.
BEARINGS
The theoretical lifetime of bearings, L10h according to ISO 281/1 standard, of standard horizontal construction motors, without external forces (radial and/or axial)is in excess of 50,000 hours.The lifetime of bearings is determined by multiple factors and specifically by:• the external loads and level of vibration• the lifetime of the grease (mainly on double screen bearings),• the environmental conditions and working temperature.
Motors with frame sizes from 71 to 132 in standard configuration have doublescreen prelubricated ball bearings.The correspondent grease life under normal operating conditions for a motorwith horizontal shaft, running at 50 Hz and at maximum ambient temperatureof 40°C is:• 10,000 hours in continuous duty for 2 pole motors,• 20,000 hours in continuous duty for 4 pole motors.The axial positioning of the rotor is carried out by means of a preload washerat the N-end, as shown in the diagram to the right.The following table describes the bearing types used on the different framesizes.
10
TERMINAL BOX AND CABLE ENTRANCE
Motors from 71 to 132 frame size have main terminal box on the right side (when seen from D-end, B3 mounting) and are normally equipped with 6 terminals.The terminal box can be rotated in steps of 90°.
Frame Size
71 ÷ 90100 ÷ 132
Type of terminal
Threaded terminalsThreaded terminals
Terminal thread
M6M6
Cable entrance holes
M25 x 1,5M32 x 1,5
Motors from 160 to 400 frame size have the main terminal box on top (B3 mounting) and are normally equipped with 6 terminals.The terminal box can be rotated in steps of 90°.
The following table indicates the lubrication intervals of motors without regreasing system in standard configuration and the relubrication intervals of motors withregreasing system in standard configuration.The shown values refer to normal operating conditions at a maximum ambient temperature of 40°C.
LUBRICATION INTERVALS
160 - 180200225250
3600 min-1
7000550055005000
Motors without regreasing system - Group IIB
Lubrication Interval (H)
750 min-1900 min-13000 min-1 1800 min-1 1500 min-1 1200 min-1 1000 min-1
7500700070005500
1200011000100009500
14000120001100011000
16000140001400013000
18000160001600014000
21000180001800017000
26000230002200020000
Frame Size
280315
355 - 400 (B3)355 - 400 (V1)
3600 min-1
3200280034002000
Motors with regreasing system - Group IIB
Relubrication Interval (H)
750 min-1900 min-13000 min-1 1800 min-1 1500 min-1 1200 min-1 1000 min-1
4000340040002200
2000170015001500
2200200018001800
2800260022002200
3400300028002800
3800340030003000
4600420036003600
Frame Size
160 - 180200225250280315
3600 min-1
170014001300120032002800
Motors with regreasing system - Group IIC
Relubrication Interval (H)
750 min-1900 min-13000 min-1 1800 min-1 1500 min-1 1200 min-1 1000 min-1
200017001500150040003400
400032003000280022002000
500042003800360028002600
600050004500440034003000
650055005000450038003400
800066006000550046004200
Frame Size
Frame Size
160 - 200225 - 250280 - 315355 - 400
Type of terminal
Threaded terminalsThreaded terminalsThreaded terminalsThreaded terminals
Terminal thread
M6M8
M12M20
Cable entrance holes
(1) Closed with a certified plug, in accordance with Directive 94/4/EC, when not used.
M40x1,5 + M40x1,5 (1)
M50x1,5 + M50x1,5 (1) + M20x1,5 (1)
M75x1,5 + M75x1,5 (1) + M20x1,5 (1)
M75x1,5 + M75x1,5
340028002600240020001700
PROTECTIVE TREATMENTS
EXTERNAL SURFACES
The standard painting process consists of the application of epoxy-vinyl/polyurethane paint: the surface treatment, material and paint thickness make D5 series motorssuitable for use in standard industrial environments.
A special painting process, consisting of epoxy-vinyl paint followed by polyacrilic paint is available on request. This process is particularly recommended for:• aggressive environments;• outdoor installations where salt is present or environments with the presence of anhydridic gases;• marine installations;The standard finishing colour is RAL 5010. Other RAL and MUNSELL colours are available on request.
Additional built-in thermal protections
(Positive Temperature Coefficient)Thermistors PTC
Platinum resistance thermometersPT100
Motoprotectors with contacts Normally Closed.The disc opens when the winding temperature reaches limits dangerousto the insulation system of the motor.
Type Operating principle Frame sizes where applicable
Bimetallic devices
At the active temperature this device quickly changes its resistancevalue.
Variable linear resistance with the winding temperature, particularlysuitable for a continuous winding temperature monitoring.
90÷400
160÷400
90÷400
INTERNAL SURFACES
The internal parts of the motors are treated with an insulating enamel to prevent motor corrosion due to humidity and agressive substances. Such treatment added tothe impregnation of active parts is an essential requirement for motors intended for use in industrial, tropical-humid environments.
THERMAL PROTECTIONS
The motors must be protected against overload by setting the omnipolar timer to time inversion (EN 60079-14) (timer not scope of MarelliMotori supply). The motorscan however be equipped with additional thermal protections which characteristics are given in the following table.
The intervention temperature of the thermal protection to be selected is dependent on the temperature class and/or on the allowed maximum surface temperature.D5 series motors from frame size 160 and above in standard configuration have 3 PTC with terminals in the main terminal box.All motors for frequency converter application must be equipped with PTC having suitable intervention temperature.In this case, the connection between the temperature-sensitive element to the dedicated protection equipment (not scope of MarelliMotori supply) is mandatory andthe control must be set, so that the motor can be used only when the thermal protection equipment is operative.The use of the motor is dependent on the state of the thermal protections.
GROUNDING
All motors are equipped with two grounding terminals, one inside the terminal box and one outside. Both are dimensioned for connection to suitable earthing wiresconforming to EN 50014 standard.
11
Characteristics ThicknessDescription
Painting
Process
Finishing paint
Standard
On request
Two-component paint formulated with solid epoxy resins modified withvinyl polyamide catalysers ≥ 50 µm
≥ 200 µm
RAL 5010
RAL & MUNSELL colours
Std + additional polyacrilic coat formulated with an aromaticsemialiphatic catalyser
Standard
On request
COUPLING
Elastic or flexible couplings must be properly done to avoid the transmission of axial and/or radial loads to the motor shaft and bearings.For possible external axial and/or radial loads contact MarelliMotori.
ANTICONDENSATION HEATERS
Motors subject to atmospheric condensation, either through standing idle in damp environments or because of wide ambient temperature variations, may be fitted withanticondensation heaters. They are normally switched on when the supply to the motor is interrupted, heating the motor to avoid water condensation. Normal feedingvoltage is 230V.Motors from frame size 100 and above can be supplied with anticondensation heaters with terminals in main terminal box or, from 160 frame size and above of category2G and of category 2D, with terminals in a separate terminal box. The power values normally used are shown in the table below.
CONDENSATION DRAINAGE
Motors of category 2G from frame size 160 and above can be supplied on request with condensation drainage holes. This option is advisable, for example, in environmentswith high humidity levels and large ambient temperature variations.
Frame Size Power (W)
8
25
50
65
100
200
300
400
100 - 112
132
160 - 180
200 - 250
280
315
355
400
The following table shows some possible configurations of D5 series motors.
std: standard configuration opt: optional(1) Terminals in separate terminal box only. Option not available oncategory M2 motors.
For combination of more than one option contact MarelliMotori.
12
Type ofProtectionFrame Size
opt
opt
opt
std
std
std
std
std
std
90
100 - 132
160 -250
280 - 315
355 - 400
d
de
d
de
d
de
d
de
d
de
PTC (n°3) PT100 (n°3) AnticondensationHeaters PTC+Heaters PT100+Heaters
opt
opt (1)
opt
opt (1)
opt
opt
opt
opt
opt
opt
opt (1)
opt
opt
opt
opt
opt (1)
opt
opt (1)
opt
opt
CONNECTION DIAGRAMS
Manually OperatedExternal Connection
Diagram
OutlineDiagram
Internal ConnectionDiagram
L31W
2W1U
2U
1V2V
L1
L2L3
1W 1V
L2
1U
L1
L32W
2U
2V
L1
L2
L3
2W 2V
L2
2U
L1
2U 2V 2W
1U 1V 1W
L1 L2 L3
Low Speed
High Speed
2U 2V 2W
1U 1V 1W
L1 L2 L3
L3
W1
W2
V1
V2
L2
U2
U1
L1
L3 W1
W2U1
U2
V1V2
L1
L2
W1V1U1
W2V2U2
W2 U2 V2
U1 V1 W1
L1 L2 L3
W2 U2 V2
U1 V1 W1
L1 L2 L3
13
MOTORS WITH 6TERMINALS
Y / ∆ CONNECTION
TWO SPEED MOTORSWITH 6 TERMINALS
Y/Y AND ∆ / ∆CONNECTIONS
SeparateWindings
14
CONNECTION DIAGRAMS
Manually OperatedExternal Connection
Diagram
OutlineDiagram
Internal ConnectionDiagram
MOTORI A 6 MORSETTIDOPPIA POLARITÀ
COLLEGAMENTI Y Y / ∆
(Avvolgimento unico)
Low Speed
High Speed
1W1V1U
2W 2V2U
L3
2W
1U
2V
1W
L2
2U
L1
L3
1W
2W
1U
1V
2U
2V
L1
L2
1V
2U 2V 2W
1U 1V 1W
L1 L2 L3
2U 2V 2W
1U 1V 1W
L1 L2 L3
VOLTAGE AND FREQUENCY
The motors described in this catalogue, if not otherwise specified, are designed to operate under feeding voltage of 230V/400V 10% - 50Hz. They are thereforesuitable for use on the following supply voltages:- 220/380V 5%, 50Hz- 230/400V 5% , 50Hz- 240/415V 5%, 50Hzaccording to standard 60034-1, zone A.
The motors can be supplied with different voltages and frequencies on request.
OUTPUTS AND DERATINGS
The output ratings listed in this catalogue refer to continuous duty S1, rated voltage and frequency, ambient temperature between -20°C and +40°C and altitude upto 1000 m. a.s.l. In different environmental conditions the output ratings of temperature-class-T3 motors can be obtained by applying the derating factors given in thefollowing table:
EFFICIENCY AND POWER FACTOR
The efficiency (η) and power factor (cos ϕ) values referred to rated output are given in the technical data tables for each motor. The values for other loads can beestimated from the following tables.
4/4
cos ϕϕηη ηη cos ϕϕ ηη cos ϕϕ ηη cos ϕϕ
3/4 2/4 1/4
Efficiency (ηη%) and power factor (cos ϕϕ)
979695
93,59392919089888786858483828180797877767574737271706968
65,563,561,559,5
97969594939291908988878685848382818079787776757473727170696866646260
0,910,900,890,880,870,860,850,840,830,820,810,800,790,780,770,760,750,740,730,720,710,700,690,680,670,660,650,640,630,620,610,600,590,58
0,880,870,860,850,840,830,820,810,800,780,760,750,730,730,720,700,690,670,660,650,640,630,620,610,600,580,570,560,550,540,530,520,510,50
929088868584829079
78,578
77,5777674737270
69,569686766646361595857
55,553,55249
47,5
9694,593,5929190898786
85,585
84,5848381
80,5807978767574737271696867666563615957
0,820,800,790,780,770,750,730,720,700,670,660,650,630,600,590,580,560,540,520,510,500,480,470,450,430,410,400,390,380,370,360,350,340,33
0,640,630,600,580,570,550,530,510,490,470,450,430,420,410,400,380,360,360,350,340,340,330,330,320,300,280,270,260,250,240,230,220,210,20
15
Altitude
1,000,970,970,900,860,820,77
1000150020002500300035004000
40 45 50 550,920,890,860,830,790,750,71
0,870,840,820,780,750,710,67
Ambient temperature (°C)
0,960,930,900,860,820,790,74
600,820,790,770,740,700,670,63
ELECTRICAL TOLERANCES
Electrical tolerances in accordance with standard IEC 60034-1.
Powerfactor
Speed
-1/6 of (1-cosϕ)
Efficiency -15% of (1-η)-10% of (1-η)
± 20%± 30% of guaranteed slip
min. 0,02max. 0,07
Pn ≤ 50 kWPn > 50 kW
Pn ≥ 1 kWPn < 1 kW
Locked rotor torque
Locked rotor current
Pull out torque
+20%
-15%+20%
-10%
of guaranteedvalue
of guaranteedvalue
of guaranteedvalue
MECHANICAL TOLERANCES
Tolerances according to IEC 60072-1 are shown in the following table.The second shaft extension is built only on request.
Part Dimension Tolerance
Shaft Extension
Key
Flange Concentricity
Shaft Height
D-DA
F-FA
N
H
from 11 to 28mm ø j6 / 38 to 48mm ø k6 / 55 to 100mm øm6
h9
up to frame size 132 j6 / greater than 132 h6
up to frame size 250 - 0,5mm / greater than 250 - 1mm
STANDARD AND SPECIAL TESTS
All MarelliMotori products are subject to routine tests carried out in accordance with CEI/IEC standards. The following additional tests can also be carried out on request
Ad
dit
iona
l Tes
t
Basic
• Measurement of winding resistance (cold).• High voltage test plus insulation resistances immediately before and after the test.• Dielectric test.• No load test.
Ext
ra T
est • On-load test with variable voltage.
• Measurement of curve C = f(n).• Measurement of vibration in accordance with IEC 60034-14.• Measurement of noise level, (no load).• Verification of IP protection in accordance with IEC 60034-5.
Complete (= Basic +)
• Locked rotor test.• Full load winding temperature with method by resistance variation.• Determination of efficiency and power factor at , and of load.
16
14
24
34
MOTORS FED BY FREQUENCY CONVERTER
The operating characteristics of the motors described in this section of the catalogue refer to the electrical supply by frequency converter with a commutating frequencyhigher than 3kHz.Motors fed by inverter and intended for use in installations in potentially explosive atmospheres must be:• explicitly requested for this type of supply,• specifically chosen considering the load and speed range,• using appropriate passive thermal protection (thermistors, PT100), with connection to suitable supply system protection apparatus.• given a nameplate identifying: supply characteristics of the frequency converter, torque and speed range.
The maximum supply frequency value is dependent on the frame and polarity of the motor, as shown in the following table.
For motors ≥ 4 poles and supply frequency between 75-100 Hz contact MarelliMotori.The performances of motors fed by frequency converter are given in the specific tables.
EFFECTS OF INVERTER SUPPLY ON THE MOTOR
A motor supplied by a frequency converter (inverter) does not receive a purely sinusoidal feed (voltage, current), which leads to an increase in:• additional losses,• noise and vibrations,• stresses on the electrical insulation,As well as:• the production of voltages and currents in the bearings,• the need to provide additional solutions to satisfy the EMC requirements for the installation.
ADDITIONAL LOSSES
Additional losses increase the heat of the motor, which may lead to an increase in the temperature of the bearings.These effects must be considered (by using appropriate derating with respect to the supply by the mains), in particular for potentially explosive environments where limitsto the maximum surface temperature are applied.
NOISE VIBRATION
The increase in magnetic noise depends mainly on the commutating frequency of the inverter and as well as the harmonic content.Self-ventilated motors, when running at frequencies higher than the rated value, give an increased noise level due to the increased ventilation. For speed values higherthan the rated one, the maximum speed reachable by the motor or the critical speed of the system must not be exceeded.In this case, the use of separate ventilation is recommended to reduce any possible excessive noise.
EFFECTS ON ELECTRICAL INSULATION
The insulation system in a motor is subjected to an increased dielectric effect when fed by an inverter. Depending on the supply system characteristics, the indicationsgiven in the paragraph “Instructions for the correct use of motors fed by frequency converter” must be considered.
GENERATION OF VOLTAGE AND CURRENT IN THE BEARINGS
The inverter induces high frequency voltages into the shaft, possibly causing bearing currents which must be avoided in all motors for potentially explosive atmospheres.
The paragraph “Instructions for the correct use of motors fed by frequency converter” gives the indications which must be followed for the use of insulatedbearings / supports or of appropriate filters between the inverter and motor to avoid the risk of current circulation in the bearings.D5 seiries motors from 280 to 400 frame size when designed for inverter application, are supplied with insulated N-End bearings.
17
Frame Size N° poles Temperature class T3 Temperature class T4
2
≥ 4
71 to 400
71 to 400
60 Hz
75 Hz
60 Hz
100 Hz
EMC REQUIREMENTS FOR THE INSTALLATION
The use of cables and connections conforming to EMC (electromagnetic compatibility) recommendations is necessary.Supply cables to the motor must be both shielded and symmetrical.The motor and the driven system must be properly earthed, to avoid possible voltages and currents in the bearings of the motor.The additional instructions given by the inverter manufacturer must also be followed.
INSTRUCTIONS FOR THE CORRECT USE OF MOTORS FED BY FREQUENCY CONVERTER
The type of the inverter and of the filters must be properly selected to guarantee a peak voltage at the motor terminals of less than 1060V.
The following table indicates the solutions to be applied on motors fed by frequency converters. They are classified with respect to the input voltage of the inverter.
(*) Not scope of MarelliMotori supply.
SELF-VENTILATED MOTORS
The ventilation in a self-ventilated motor is a function of the speed of the motor itself (and therefore also of the feeding frequency). Consequently the cooling and noiselevel vary according to the inverter output frequency, thus:• in the frequency range lower than the rated value, a further power derating must be considered (see the relevant graphs in the dedicated section)• in the frequency range higher than the rated value, the noise increases approximately by the values given in the following table:
Voltage UN ≤ 500V UN ≤ 690V
≤ 250 Standard insulation
Reinforced insulation+ Insulated bearing
+ filter dU/dt (*)
Frame Size
Reinforced insulation+ insulated bearing
Reinforced insulation
+ insulated bearing
Standard insulation+ filter dU/dt (*)
Reinforced insulation+ Insulated bearing
+ filter dU/dt (*)+ common mode filter (*)
280 ÷ 315
355 ÷ 400
Frequency [Hz]
Additional noise [dB(A)]
60
4 - 5
75
9
MOTORS WITH FORCED VENTILATION
Forced ventilated motors are equipped with an auxiliary motor which must have a classification compatible with the main one.The use of forced ventilation is recommended in the presence of wide range of speed variation and when constant torques are requested.The operation of the main motor must be made dependent to the correct operation of the forced ventilation unit.
For the correct selection of motors fed by inverters, refer to the corresponding specific tables.
18
160-250280-315S
315M355400
∆I B3 [mm]236
180-220310256325
Forced Ventilated Motor
∆I V1 [mm] ∆p [kg] Type268
255-315---
D5_71 MB4D5_80 MA4D5_80 MA4D5_80 MB4D5_112 M4
Frame size23-3035-45
404095
Force Ventilation Unit
ASI.CT.027.0 19ASI.CT.027.0
400V 50Hz / 440V 60Hz
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.• Motor not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
3000/3600 min-1 = 2 poles - 50/60 Hz
EEx d IIB, EEx de IIB, IP65
280 S2280 M2
93,694,2
133157
242290
6,87,2
2,32,3
2,72,7
0,3500,416
484517
0,870,88
29602960
35603560
250 M2 93,0 98 177 6,7 2,4 3,0 0,250 3360,872960 3560
225 M2 92,5 80 145 6,6 2,4 3,0 0,225 3040,882960 3560
200 LA2200 LB2
92,092,2
5467
97120
6,86,9
2,32,4
2,93,0
0,1650,180
189209
0,870,87
29452945
35453545
180 M2 90,5 41,8 72 7,0 2,5 3,0 0,048 1540,842930 3530
71 MA271 MB2
69,572,3
1,01,4
1,31,9
4,44,6
2,83,0
--
0,00040,0005
15,317,3
0,780,79
132 SA2132 SB2132 MB2
85,787,087,2
10,914,317,1
18,124,729,5
7,57,87,8
2,52,62,9
2,83,23,6
0,01600,01900,0230
75,881,891,8
0,850,870,87
112 M2 84,4 8,1 13,1 7,2 2,5 2,9 0,0063 55,80,85
80 MA280 MB2
74,177,5
1,82,4
2,63,7
5,65,9
2,42,6
2,32,6
0,00080,0010
20,822,8
0,830,84
90 S290 L2
78,781,1
3,34,7
5,17,4
6,16,4
2,52,7
2,62,8
0,00160,0022
26,832,3
0,840,83
100 LA2 83,0 6,2 9,9 6,8 2,1 2,6 0,0050 48,30,84
27302730
291529152915
2910
28002830
28102850
2900
33303330
351535153515
3510
34003430
34103450
3500
160 MA2160 MB2160 L2
88,489,890,0
21,929,036,7
364960
6,26,67,1
2,12,42,6
2,83,03,0
0,0300,0350,040
115129143
0,820,830,81
292029252925
352035253525
315 SM2315 MA2315 MC2315 MD2
94,394,394,494,7
194235281351
353424513640
6,46,56,56,5
2,42,52,52,5
2,42,52,52,5
0,950,951,121,30
760760827887
0,870,860,870,87
2975297029752980
3575357035753580
•
•
•••
83100
60
50
3340
24
0,370,55
68
9,5
4,2
0,751,1
1,62,3
3,2
1216,520
121158192240
7590
55
45
3037
22
0,370,55
5,57,59
4
0,751,1
1,52,2
3
1115
18,5
110132160200
T1 ÷ T4, T 135°C
T1 ÷ T3, T 150°C230280330
355 LX2355 LW2355 LY2
298029802980
94,595,495,8
0,900,900,91
390471547
736896
1056
6,56,56,8
2,02,02,1
2,83,03,0
4,45,16,0
177019502145
280330400
358035803580
•••
375450560
450540630
400 LX2400 LW2400 LY2
•••
298029802980
358035803580
94,595,095,0
0,910,910,91
630752936
120114411793
7,07,07,2
2,22,22,2
2,83,03,0
7,98,9
10,0
278029403150
200250280
355 LX2355 LW2355 LY2
298029802980
94,595,495,8
0,900,900,91
339420464
640800896
6,56,56,8
2,02,02,1
2,83,03,0
4,45,16,0
177019502145
200250280
358035803580
•••
330400500
330400500
400 LX2400 LW2400 LY2
•••
298029802980
358035803580
94,595,095,0
0,910,910,91
555669936
105612811601
7,07,07,2
2,22,22,2
2,83,03,0
7,98,9
10,0
278029403150
T4, T 135°C
20
400V 50Hz / 440V 60HzEEx d IIB, EEx de IIB, IP65
T1 ÷ T4, T 135°C1500/1800 min-1 = 4 poles - 50/60 Hz
280 S4280 M4
93,793,9
134157
483580
7,07,1
2,52,7
2,32,4
0,8851,060
525584
0,860,88
14801480
17801780
250 M4 93,0 98 356 6,4 2,3 2,6 0,520 3700,871475 1775
225 M4 92,5 82 291 6,5 2,4 2,8 0,410 3320,861475 1775
200 L4
225 S4
91,6
92,5
56
67
195
239
6,4
6,5
2,4
2,3
2,8
2,8
0,180
0,320
205
302
0,84
0,86
1470
1475
1765
1770
180 L4 90,5 41,8 143 6,3 2,4 2,5 0,110 1770,841465 1765
71 MA471 MB4
67,669,5
0,81,1
1,732,6
3,83,8
2,32,5
2,32,5
0,00050,0006
16,317,3
0,680,68
100 LB4 83,0 6,4 20,2 5,5 2,1 2,5 0,0090 50,80,81
80 MA480 MB4
72,073,0
1,52,0
3,85,2
4,64,75
2,62,75
2,42,5
0,00130,0016
21,322,8
0,740,74
90 S490 L4
76,579,1
2,63,4
7,610,3
4,54,7
2,52,7
2,42,5
0,00330,0040
27,331,8
0,790,82
100 LA4 81,1 4,9 14,8 5,3 2,0 2,3 0,0073 46,80,81
13801380
1420
13801385
13901390
1420
16801680
1720
16801685
16901690
1720
160 M4160 L4180 M4
88,689,490,0
22,129,936,2
7298
121
5,25,86,2
2,02,22,3
2,12,42,5
0,0340,0750,090
123135148
0,810,810,82
145514601460
176017601765
315 SM4315 MA4315 MC4315 MD4
93,694,594,895,3
200237287353
705848
10281285
6,56,26,26,5
2,62,52,52,5
2,62,52,52,6
2,102,102,503,10
780780859965
0,850,850,850,86
1488148514851485
1780178517851785
•
•••
7590
55
45
30
37
22
0,250,37
3
0,550,75
1,11,5
2,2
1115
18,5
110132160200
4
5,57,5
83100
60
50
33
40
24
0,250,37
3,2
0,550,75
1,21,6
2,3
121620
121158192240
4,4
5,87,9
112 M4
132 SA4132 MA4
84,2
85,787,4
8,3
11,414,8
0,83
0,820,84
26,8
36,549,4
5,7
6,56,7
2,4
2,02,2
2,7
2,62,75
0,0115
0,02380,0300
59,3
78,391,3
1425
14401450
1720
17401750
210270300
355 LX4355 LW4355 LY4
149014901490
95,395,595,5
0,860,870,87
370469521
134517291921
6,86,86,8
2,22,22,2
2,42,42,5
7,59,3
11,2
173019602180
210270300
179017901790
330400500
330400500
400 LX4400 LW4400 LY4
149014901490
179017901790
95,195,595,5
0,880,880,88
569687859
211325613201
6,86,87,2
2,32,31,2
2,22,32,5
15,818,820,7
288030303240
•••
•••
T4, T 135°C
250300330
355 LX4355 LW4355 LY4
149014901490
95,495,495,7
0,870,870,87
435522572
160119212113
6,86,86,8
2,22,22,2
2,12,42,5
7,59,3
11,2
173019602180
300350400
179017901790
375450560
450540630
400 LX4400 LW4400 LY4
149014901490
179017901790
95,595,595,5
0,880,880,88
644773962
240128813586
6,86,86,8
2,32,32,3
2,12,42,5
15,818,820,7
288030303240
T1 ÷ T3, T 150°C••••••
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.• Motor not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
21
400V 50Hz / 440V 60HzEEx d IIB, EEx de IIB, IP65
1000/1200 min-1 = 6 poles - 50/60 Hz
280 S6280 M6
92,593,0
85102
438535
6,06,0
2,52,5
2,52,5
0,8501,075
479518
0,830,84
980980
11801180
250 M6 91,0 70 362 6,5 2,6 2,6 0,570 3420,84975 1175
225 M6 90,5 57 294 6,2 2,4 2,4 0,470 3090,84975 1175
200 LA6200 LB6
88,289,0
3643
182216
5,25,5
2,12,4
2,32,4
0,1700,220
185203
0,830,83
970972
11701170
180 L6 88,2 30,0 147 5,2 2,3 2,2 0,130 1650,82970 1170
80 MA680 MB6
65,268,0
1,11,6
3,85,6
3,63,9
1,92,1
2,252,4
0,00240,0028
21,323,3
0,720,73
132 SA6132 MA6132 MB6
80,181,082,0
7,19,1
12,4
30,240,255,3
5,55,76,2
2,12,32,5
2,42,62,8
0,03000,03800,0460
72,883,893,8
0,760,780,78
90 S690 L6
71,174,5
2,13,0
7,711,3
4,64,8
2,12,5
2,32,6
0,00380,0050
27,834,3
0,730,71
100 LA6 75,3 3,8 15,2 5,1 2,0 2,3 0,0100 47,30,75
112 M6 78,2 5,4 22,3 5,3 2,0 2,5 0,0150 56,30,75
930930
950950950
930930
940
940
11301130
115011501150
11301130
1140
1140
160 M6160 L6
86,088,0
15,422,0
74108
5,05,5
2,02,3
2,32,5
0,0870,110
131147
0,820,82
965967
11651165
315 SM6315 MA6315 MB6315 MC6315 MD6
94,094,094,093,394,8
139165201240283
726872106512781550
6,36,06,06,36,3
2,62,52,52,52,7
2,62,52,52,52,5
2,602,603,003,604,40
748748799889994
0,830,840,840,850,86
985985985985985
11851185118511851185
5466
44
36
2226
18
0,440,66
3,64,86,6
0,91,3
1,8
2,6
913,2
90108132158192
4555
37
30
18,522
15
0,370,55
34
5,5
0,751,1
1,5
2,2
7,511
7590
110132160
T1 ÷ T4, T 135°C
T1 ÷ T3, T 150°C200250280
355 LX6355 LW6355 LY6
990990990
95,095,095,0
0,860,860,86
354442493
192724092698
6,26,56,5
2,22,22,2
2,32,52,2
11,214,015,5
182020602190
240300330
119011901190
315355400
380420480
400 LX6400 LW6400 LY6
995995995
119011901190
95,095,095,0
0,870,870,87
551621699
302034043835
6,56,56,5
2,12,12,1
2,32,52,2
22,725,529,0
286030403300
160230250
355 LX6355 LW6355 LY6
990990990
95,095,095,0
0,860,860,86
283407440
154222162409
6,87,07,0
2,32,32,3
2,52,62,4
11,214,015,5
182020602190
160230250
119011901190
280315350
280315350
400 LX6400 LW6400 LY6
995995995
119411941194
95,095,095,0
0,870,870,87
490551612
268530203356
6,86,87,0
2,22,22,2
2,42,42,4
22,725,529,0
286030403300
T4, T 135°C
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.The motors shown on this page are not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
22
400V 50Hz / 440V 60HzEEx d IIB, EEx de IIB, IP65
T1 ÷ T4, T 135°C
225 S8225 M8250 M8
89,090,091,0
404763
242288392
5,25,35,5
2,22,22,3
2,42,42,5
0,4200,5200,620
294326356
0,760,760,76
730730730
880880880
222636
18,52230
750/900 min-1 = 8 poles - 50/60 Hz
280 S8280 M8
92,593,0
7287
480584
6,06,0
2,52,5
2,52,5
1,0501,250
520553
0,800,80
735735
885885
200 L8 88,0 33 197 5,0 2,1 2,3 0,220 2160,75725 875
180 L8 86,7 24,4 145 4,5 2,0 2,2 0,160 1880,75725 875
80 MA880 MB8
53,056,3
0,71,0
2,63,5
3,53,5
2,02,0
1,81,8
0,00240,0027
21,822,8
0,720,67
90 S890 L8
59,363,3
1,42,0
5,27,6
3,53,5
2,02,0
1,81,8
0,00370,0050
27,335,8
0,660,64
100 LA8100 LB8
70,571,5
2,23,2
10,515,1
4,04,1
2,12,3
2,02,3
0,00930,0123
45,350,3
0,690,69
112 M8 73,0 4,2 20,5 4,4 2,4 2,4 0,0168 58,80,70
660690
675695
680695
700
810860
825845
830845
850
132 SA8132 MA8
75,077,0
5,77,4
29,640,6
4,44,6
2,02,1
2,22,3
0,03800,0460
78,892,8
0,740,76
710705
840845
315 SM8315 MA8315 MC8315 MD8315 ME8
93,593,894,494,594,6
105141166202243
709967
116014181702
6,56,06,26,26,2
2,32,12,22,22,2
2,42,22,32,32,3
2,802,803,504,004,30
776776886924993
0,810,820,830,830,83
740740740740740
890890890890890
4454
18
13,2
0,220,3
0,440,66
0,91,32
1,8
2,63,6
6690
108132158
3745
15
11
0,180,25
0,370,55
0,751,1
1,5
2,23
557590
110132
160 MA8160 MB8160 L8
81,582,484,7
9,713,017,3
547399
4,24,24,2
1,91,92,0
2,12,12,1
0,0800,0920,110
115123133
0,730,740,74
710720720
860870870
4,86,69
45,57,5
T1 ÷ T3, T 150°C160200220
355 LX8355 LW8355 LY8
740743744
94,895,395,6
0,840,840,85
290361391
206325682821
6,06,26,7
1,41,41,8
2,22,32,5
13,216,218,0
184020402170
180240270
890890893
250280315
300330380
400 LX8400 LW8400 LY8
745745745
893894894
95,695,595,6
0,800,800,80
472530595
320135864034
6,26,26,2
2,02,02,0
2,12,12,1
25,029,733,2
276029403200
T4, T 135°C150180200
355 LX8355 LW8355 LY8
740743744
94,895,395,6
0,840,840,85
272325356
193423112565
6,66,87,2
1,51,52,0
2,42,52,6
13,216,218,0
184020402170
150180200
890893894
230250280
230250280
400 LX8400 LW8400 LY8
745745745
895895895
95,695,595,6
0,810,820,83
429461510
294532013586
6,66,86,8
2,12,22,2
2,22,32,2
25,029,733,2
276029403200
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.The motors shown on this page are not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
23
400V 50Hz / 440V 60HzEEx d IIB, EEx de IIB, IP65
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
600/720 min-1 = 10 poles - 50/60 Hz
315 MC10 1,2 2,5 4,70 856590 7109075315 MD10 1,1 2,3 5,50 924590 71011090
315 SM10315 MA10
1,41,4
1,62,6
4,004,00
776776
590590
710710
5466
4555
0,790,79
0,790,78
92,193,0
91,992,0
12131455
728889
4,84,5
5,05,0
149177
89111
T1 ÷ T3, T 150°C
110132160
355 LX10355 LW10355 LY10
590590590
94,094,595,0
0,780,780,78
217259312
177921342587
6,26,26,2
1,91,91,9
2,12,12,1
14,517,520,7
190021002230
132160180
710710710
180200225
210240270
400 LX10400 LW10400 LY10
595595595
713713713
95,095,095,0
0,780,780,78
351390439
288632073608
6,26,26,2
1,81,81,8
2,02,02,0
28,033,036,0
285029503220
T1 ÷ T3, T 150°C
T4, T 135°C100120140
355 LX10355 LW10355 LY10
590590590
94,094,595,0
0,780,780,78
197235273
161719402264
6,86,86,2
2,02,02,0
2,32,32,3
14,517,520,7
190021002230
100120140
710710710
160180200
160180200
400 LX10400 LW10400 LY10
595595595
715715715
95,095,095,0
0,780,780,78
312351390
256528863207
6,86,86,8
1,91,91,9
2,22,22,2
28,033,036,0
285029503220
37455575
315 SM12315 MA12315 MC12315 MD12
490490490490
0,770,760,770,77
7694
112153
720876
10711460
4,84,85,24,3
1,51,51,41,2
2,42,42,52,1
4,004,004,705,50
776776856924
500/600 min-1 = 12 poles - 50/60 Hz90,790,792,092,0
45546690
590590590590
T1 ÷ T3, T 150°C
90110132
355 LX12355 LW12355 LY12
490491491
93,093,593,5
0,760,760,77
184224265
175221372565
5,75,75,8
1,41,41,5
2,72,72,8
14,517,520,7
190021002230
110132160
590590590
160180200
180210240
400 LX12400 LW12400 LY12
495495495
583594594
94,094,594,5
0,780,780,78
315353392
308434693855
6,06,06,0
1,61,61,6
1,91,91,9
28,033,036,0
285029503220
T1 ÷ T3, T 150°C
80100110
355 LX12355 LW12355 LY12
490491491
93,093,593,5
0,760,760,77
164203221
155819432137
6,26,26,4
1,51,51,6
2,82,82,8
14,517,520,7
190021002230
80100110
590590590
140160180
140160180
400 LX12400 LW12400 LY12
495495495
595595595
94,094,594,5
0,780,780,78
276314353
269830843469
6,66,66,0
1,71,71,7
2,12,12,1
28,033,036,0
285029503220
T4, T 135°C
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.The motors shown on this page are not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
24
400V 50Hz / 440V 60Hz
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.The motors shown on this page are not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
EEx d IIB, EEx de IIB, IP65
0,250,37
0,550,75
1,11,5
2,23,0
5,57,5
1115
18,522
27
3340,5
50
6175
110115138170
71 MA471 MB4
80 MA480 MB4
90 S490 L4
100 LA4100 LB4
132 SA4132 MA4
160 M4160 L4
180 M4180 L4
200 L4
225 S4225 M4
250 M4
280 S4280 M4
315 SM4315 MA4315 MC4315 MD4
13801380
13801385
13901390
14201420
14401450
14551455
14601465
1470
14751475
1475
14851485
1486148514851485
67,669,5
72,073,0
76,579,1
81,183,0
85,787,4
8787
8890
90
9292
92
93,594
94949494
0,81,1
1,52,0
2,63,4
4,96,4
11,414,8
22,530,7
37,541,5
52
6277
90
111132
204210252307
1,732,6
3,85,2
7,610,3
14,820,2
36,549,4
7298
121143
175
213262
323
392482
7067398871092
3,83,8
4,64,75
4,54,7
5,35,5
6,56,7
5,25,8
6,26,3
6,6
6,76,7
6,4
7,77,7
6,96,56,56,8
2,32,5
2,62,8
2,52,7
2,02,1
2,02,2
2,02,2
2,32,4
2,4
2,42,4
2,4
2,72,7
2,82,62,62,7
2,32,5
2,42,5
2,42,5
2,32,5
2,62,75
2,12,4
2,52,5
2,8
2,82,8
2,5
2,62,6
2,82,62,62,6
0,00050,0006
0,00130,0016
0,00330,0040
0,00730,0090
0,02380,0300
0,0630,075
0,0900,110
0,180
0,3200,410
0,520
0,8851,060
2,1002,1002,5003,100
16,317,3
21,322,8
27,331,8
46,850,8
78,391,3
123135
148177
205
302332
370
525584
780780859965
1500/1800 min-1 = 4 poles - 50/60 Hz0,680,68
0,740,74
0,790,82
0,810,81
0,820,84
0,810,81
0,810,85
0,83
0,830,83
0,87
0,850,87
0,830,840,840,85
0,250,37
0,550,75
1,11,5
2,23,0
5,57,5
12,517
2126
32
3846,5
57,5
7086
110132158195
17001710
16851720
17201705
17251730
17551760
17551755
17601765
1770
17751775
1775
17801780
1790178517851785
T5, T 100°C
T5, T 100°C0,370,55
0,751,1
1,52,2
3,0
5,57,59,0
1115
18,5
22
3037
40,5
50
7084
110120145185
71 MA271 MB2
80 MA280 MB2
90 S290 L2
100 LA2
132 SA2132 SB2132 MB2
160 MA2160 MB2160 L2
180 M2
200 LA2200 LB2
225 M2
250 M2
280 S2280 M2
315 SM2315 MA2315 MC2315 MD2
27302730
28002830
28102850
2900
290529052915
290029102925
2930
29452950
2960
2955
29552955
2975297029752980
69,572,3
74,177,5
78,781,1
83,0
85,787,087,2
868789
88,5
9091
92
90
9292
92,592
93,593,5
1,01,4
1,82,4
3,34,7
6,2
10,914,317,1
22,229,636,2
46,7
5568
72
93
126150
205219261329
1,31,9
2,63,7
5,17,4
9,9
18,124,729,5
364960
72
97120
131
161
226271
353385465592
4,44,6
5,65,9
6,16,4
6,8
7,57,87,8
6,26,46,8
6,8
6,76,5
6,7
6,7
6,87,2
7,56,86,86,8
2,83,0
2,42,6
2,52,7
2,1
2,52,62,9
2,12,22,4
2,4
2,32,4
2,4
2,4
2,32,3
2,42,52,62,6
--
2,32,6
2,62,9
2,6
2,83,23,6
2,83,03,0
3,0
2,93,0
3,0
3,0
2,72,7
2,72,62,62,6
0,00040,0005
0,00080,0010
0,00160,0022
0,0050
0,01600,01900,0230
0,0300,0350,040
0,048
0,1650,180
0,225
0,250
0,3500,416
0,9500,9501,1201,300
15,317,3
20,822,8
26,832,3
48,3
75,881,891,8
115129143
154
189209
304
336
484527
760760827887
3000/3600 min-1 = 2 poles - 50/60 Hz0,780,79
0,830,84
0,840,83
0,84
0,850,870,87
0,830,840,83
0,77
0,870,87
0,88
0,86
0,870,88
0,840,860,860,87
0,370,55
0,751,1
1,52,2
3,0
5,57,59,0
12,51721
25
3642,5
46,5
57,5
80,596,5
125138160213
33503360
34303470
34603480
3510
349035103520
350035103525
3530
35453550
3560
3555
35603560
3570357035753580
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
25
400V 50Hz / 440V 60HzEEx d IIB, EEx de IIB, IP65
0,370,55
0,75
1,5
3,0
7,511
13,5
17,020
26
32
3645
707590
105128
80 MA680 MB6
90 S6
100 LA6
132 SA6
160 M6160 L6
180 L6
200 LA6200 LB6
225 M6
250 M6
280 S6280 M6
315 SM6315 MA6315 MB6315 MC6315 MD6
930930
930
940
950
965975
975
970975
980
975
988988
987985985985985
65,268,0
71,1
75,3
80,1
8686,5
88
8889
90
90
9292
9494949494
1,11,6
2,1
3,8
7,1
15,422,4
27
33,639,1
52
62
6986
130137165192232
3,85,6
7,7
15,2
30,2
74108
132
167196
253
313
348435
677726872
10171240
3,63,9
4,6
5,1
5,5
5,05,5
5,2
5,56,0
6,5
6,5
6,06,0
6,96,36,36,66,6
1,92,1
2,1
2,0
2,1
2,02,3
2,3
2,22,5
2,6
2,6
2,52,5
2,92,62,62,62,8
2,252,4
2,3
2,3
2,4
2,32,5
2,2
2,32,5
2,7
2,6
2,52,5
2,92,62,62,62,6
0,00240,0028
0,0038
0,0100
0,0300
0,0870,110
0,130
0,1700,220
0,470
0,570
0,8501,075
2,6002,6003,0003,6004,400
21,323,3
27,8
47,3
72,8
131147
165
185203
309
342
479518
748748799889994
1000/1200 min-1 = 6 poles - 50/60 Hz0,720,73
0,73
0,75
0,76
0,820,82
0,82
0,830,83
0,81
0,83
0,820,82
0,830,840,840,840,85
0,370,55
0,75
1,5
3,0
913
15,5
19,523
30
36,5
41,551,5
8086
103120147
11301140
1120
1140
1150
11651175
1175
11701175
1180
1185
11801180
11851185118511851185
T5, T 100°C
0,180,25
0,370,55
0,751,1
2,2
4,05,57,0
10,0
13,5
17,020,5
28
3441
60658095
112
80 MA880 MB8
90 S890 L8
100 LA8100 LB8
132 SA8
160 MA8160 MB8160 L8
180 L8
200 L8
225 S8225 M8
250 M8
280 S8280 M8
315 SM8315 MA8315 MC8315 MD8315 ME8
660690
675695
680695
710
720720725
728
728
728730
730
737737
741740740740740
53,056,3
59,363,3
70,571,5
75,0
818283
86
87
8990
91
9292
9393,5949494
0,71,0
1,42,0
2,23,2
5,7
9,813,116,7
22,7
29,9
36,344,5
59
6882
118126152180213
2,63,5
5,27,6
10,515,1
29,6
537392
131
177
227268
366
433527
644838
103112251444
3,53,5
3,53,5
4,04,1
4,4
4,24,24,2
4,5
5,0
5,35,7
5,7
6,06,0
6,86,36,56,56,5
2,02,0
2,02,0
2,12,3
2,0
1,91,92,0
2,0
2,1
2,32,4
2,4
2,52,5
2,42,22,32,32,3
1,81,8
1,81,8
2,02,3
2,2
2,12,12,1
2,2
2,3
2,42,5
2,5
2,72,7
2,52,32,42,42,4
0,00240,0028
0,00380,0050
0,00930,0123
0,0380
0,0800,0920,110
0,160
0,220
0,4200,520
0,620
1,0501,250
2,82,83,54,04,3
21,822,8
27,335,8
45,350,3
78,8
115123133
188
216
294326
356
520553
776776886924993
750/900 min-1 = 8 poles - 50/60 Hz0,720,67
0,660,64
0,690,69
0,74
0,730,740,73
0,74
0,75
0,760,74
0,76
0,790,79
0,790,800,810,810,81
0,180,25
0,370,55
0,751,1
2,2
4,56,08,0
12,0
16,0
19,523,5
32
3947
6574,591,5109128
820835
840850
865865
860
870870875
880
880
880880
880
885885
891890890890890
T5, T 100°C
Is = Starting current, Ts = Starting torque, TMAX = Breakdown torque.Detailed data for 440V/60Hz on request.The motors shown on this page are not multivoltage. Output values at 440V/60Hz refer to motors with dedicated winding.
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
Jkgm2
Approx.kg
kW BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.Ts / Tn
SPEED
n
EFFICIENCY
ηη
%RATED
CURRENT
IA
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
PERFORMANCE AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In50Hz
60Hz
50Hz
60Hz
400V 50Hz
1/min
26
1,1
1
0,9
Kc 0,8
0,7
0,6
0,55
71 - 132 IC 411
f [Hz]
Curve 2: 2 poles - T4, T135°C
10 15 20 25 30 35 40 45 50 55 60
160 - 400 IC 416160 - 400 IC 411
1,1
1
0,9
Kc 0,8
0,7
0,6
0,5105 15 20 25 30 35 40 45 50 55 60 65 70 75
71 - 400 IC 411
f [Hz]
Curve 1: 2 poles - T3, T150°C
160 - 400 IC 416
2 poles
Table 1
0,370,55
0,751,1
1,52,2
2,9
4
5,57,59
1115
18,5
22
3037
45
55
7590
110132160185
220270315
355430530
1: Not available with EEx de type of protection-: Not available
71 MA2 1
71 MB2 1
80 MA2 1
80 MB2 1
90 S2 1
90 L2 1
100 LA2
112 M2
132 SA2132 SB2132 MB2
160 MA2160 MB2160 L2
180 M2
200 LA2200 LB2
225 M2
250 M2
280 S2280 M2
315 SM2315 MA2315 MC2315 MD2
355 LX2355 LW2355 LY2
400 LX2400 LW2400 LY2
1,291,92
2,63,7
5,17,4
9,5
13,1
18,024,629,5
364960
72
97120
145
177
242290
353424514593
705865
1009
113813781698
0,991,39
1,762,4
3,34,7
6,0
8,0
10,914,317,1
21,929,037
42
5467
80
98
133157
194235281324
373454522
596718885
0,260,39
0,530,77
1,051,54
1,89
2,6
3,95,36,3
8,011,012,2
14,6
21,924,3
33
40
5059
8087105120
146176205
231280345
0,911,35
1,792,6
3,65,2
6,2
8,5
12,617,220,6
26,33640
48
7179
106
130
160191
258279337385
468562656
7398961104
0,690,97
1,231,71
2,33,3
3,9
5,2
7,610,012,0
16,021,024,0
28,0
3944
58
72
88103
141155185211
248295339
387467575
0,260,39
0,530,77
1,051,54
1,89
2,6
3,95,36,3
8,011,012,2
14,6
21,924,3
33
40
5059
8087
105120
146176205
231280345
0,911,35
1,792,6
3,65,2
6,2
8,5
12,617,220,6
26,33640
48
7179
106
130
160191
258279337385
468562656
739896
1104
0,690,97
1,231,71
2,33,3
3,9
5,2
7,610,012,0
16,021,024,0
28,0
3944
58
72
88103
141155185211
248295339
387467575
--
--
--
-
-
---
1115
18,5
22
3037
45
55
7590
110132160185
220270315
355430530
--
--
--
-
-
---
364960
72
97120
145
177
242290
353424514593
7058651009
113813781698
--
--
--
-
-
---
21,929,037
42
5467
80
98
133157
194235281324
373454522
596718885
--
--
--
-
-
---
9,012,315,2
18,0
24,630
37
45
6174
90108131152
180221258
291352434
--
--
--
-
-
---
17,923,830
34
4455
65
80
109128
158192230265
306372427
488588725
--
--
--
-
-
---
29,54049
59
8098
119
145
198238
289348421486
577709827
93211291391
400V 50HzSUPPLY FROM FREQUENCY CONVERTEREEx d IIB T3, EEx de IIB T3, EEx d IIC T3, EEx de IIC T3, IP65 T150°C
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 60
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 60
CONSTANT TORQUE10 ÷ 50
400V 50Hz
In case of operating frequencies out from the ranges shown in the table above, please proceed as follow.
Quadratic torqueIf fmax (maximum supply frequency) is ≤50Hz and the minimum supply frequency fmin is ≥5Hz, the available outputs remain those shown in tables 1 and 2 respectively fortemperature class T3 (or maximum surface temperature T150°C) or T4 (T135°C).
Constant torque1. By applying to the curve 1 or 2 given in the previous page, and depending on the class of temperature or the maximum surface temperature, calculate the Kc value
relate to frequency variation’s limits, and take into consideration the lower only in case of IC411, or that one at the max frequency as for IC416.2. In order to get the Tm value (maximum torque of the motor), multiply the Kc value by the Tn value of the quadratic torque’s column within the class of temperature
and/or max surface temperature (table 1 or table 2).3. The following formulas are to be applied to calculate the nominal power Pn and current In at 400V 50Hz.
P’n = Pn xTm
Tn
[kW] I’n = In xTm
Tn
[A]
27
SUPPLY FROM FREQUENCY CONVERTEREEx d IIB T4, EEx de IIB T4, IP65 T135°C
0,370,55
0,751,1
1,52,2
2,7
3,6
5,57,59
1115
16,7
20
3033
45
55
6881
110119144160
200230250
315380450
71 MA2 1
71 MB2 1
80 MA2 1
80 MB2 1
90 S2 1
90 L2 1
100 LA2
112 M2
132 SA2132 SB2132 MB2
160 MA2160 MB2160 L2
180 M2
200 LA2200 LB2
225 M2
250 M2
280 S2280 M2
315 SM2315 MA2315 MC2315 MD2
355 LX2355 LW2355 LY2
400 LX2400 LW2400 LY2
1,291,92
2,63,7
5,17,4
8,9
11,8
18,024,629,5
364955
65
97108
145
177
219261
353383462513
641737801
100912181442
0,991,39
1,762,4
3,34,7
5,6
7,2
10,914,317,1
21,929,033
38
5460
80
98
121141
194212253280
339387414
529634751
0,260,39
0,530,77
1,051,54
1,89
2,5
3,95,36,3
8,011,012,2
14,6
21,924,3
33
40
5059
8087105117
146168183
230277329
0,911,35
1,792,6
3,65,2
6,2
8,3
12,617,220,6
26,33640
48
7179
106
130
160191
258279337385
468538585
737889
1053
0,690,97
1,231,71
2,33,3
3,9
5,1
7,610,012,0
16,021,024,0
28,0
3944
58
72
88103
141155185211
248282302
386463548
0,260,39
0,530,77
1,051,54
1,89
2,5
3,95,36,3
8,011,012,2
14,6
21,924,3
33
40
5059
8087
105120
146168183
230277329
0,911,35
1,792,6
3,65,2
6,2
8,3
12,617,220,6
26,33640
48
7179
106
130
160191
258279337385
468538585
737889
1053
0,690,97
1,231,71
2,33,3
3,9
5,1
7,610,012,0
16,021,024,0
28,0
3944
58
72
88103
141155185211
248282302
386463548
--
--
--
-
-
---
1115
16,7
20
3033
45
55
6881
110119144160
200230250
315380450
--
--
--
-
-
---
364955
65
97108
145
177
219261
353383462513
641737801
100912181442
--
--
--
-
-
---
21,929,033
38
5460
80
98
121141
194212253280
339387414
529634751
--
--
--
-
-
---
9,012,313,7
16,4
24,627,3
37
45
5666
9098
118131
164189205
258312369
--
--
--
-
-
---
17,923,821,1
31
4449
65
80
99116
159174208230
278317339
434520616
--
--
--
-
-
---
29,54045
53
8089
119
145
180214
290314379420
526604657
8289991182
2 poles
Table 21: Not available with EEx de type of protection-: Not available
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 60
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 60
CONSTANT TORQUE10 ÷ 50
400V 50Hz
1,1
1
0,9
Kc 0,8
0,7
0,6
0,55 15 25 35 45 55 65 75 85 95
71 - 400 IC411
f [Hz]
Curve 3: 4 poles - T3, T150°C
160 - 400 IC416
1,1
1
0,9
Kc 0,8
0,7
0,6
0,571 - 132 IC411
f [Hz]
Curve 4: 4 poles - T4, T135°C
160 - 400 IC411
105 15 20 25 30 35 40 45 50 55 75 80 95 100908560 65 70
160 - 400 IC416
SUPPLY FROM FREQUENCY CONVERTEREEx d IIB T3, EEx de IIB T3, EEx d IIC T3, EEx de IIC T3, IP65 T150°C
For maximum frequency between 75Hz and 100Hz, please contact MarelliMotori.
Table 31: Not available with EEx de type of protection-: Not available
0,250,37
0,550,75
1,11,5
2,23
4
5,57,5
1115
17,622
30
3745
55
7590
110132160185
240285315
355430530
71 MA4 1
71 MB4 1
80 MA4 1
80 MB4 1
90 S4 1
90 L4 1
100 LA4100 LB4
112 M4
132 SA4132 MA4
160 M4160 L4
180 M4180 L4
200 L4
225 S4225 M4
250 M4
280 S4280 M4
315 SM4315 MA4315 MC4315 MD4
355 LX4355 LW4355 LY4
400 LX4400 LW4400 LY4
1,732,6
3,85,2
7,610,3
14,820,2
26,8
3649
7298
115143
195
240291
356
484581
706849
10291190
153818272019
227527563397
0,781,13
1,492,0
2,63,3
4,86,4
8,3
11,314,7
22,129,9
3442
56
6782
98
134157
200237287326
417496546
610739910
0,180,26
0,390,53
0,771,05
1,542,1
2,8
3,95,3
8,09,9
12,216,1
21,9
27,033
37
5566
7396105120
156185205
231280345
1,211,79
2,73,6
5,37,2
10,414,1
18,8
25,535
5364
80105
142
175213
236
353424
468620676773
100011871312
147917912208
0,550,79
1,041,40
1,842,3
3,14,5
5,8
7,910,3
16,220
2431
41
4960
65
98115
132173188212
271322355
396480592
0,150,22
0,330,45
0,660,90
1,321,8
2,4
3,34,5
6,68,1
10,013,2
18,0
22,227,0
30
4554
607986
111
144171189
213258318
1,041,54
2,303,1
4,56,2
8,912,1
16,1
21,929,6
43,053
6686
117
144174
194
290348
385509556714
92310961211
136516542038
0,470,68
0,891,20
1,582,0
2,93,9
5,0
6,88,8
13,316,1
19,625,1
34
4049
54
8194
109142155195
250297328
366443546
--
--
--
--
-
--
1115
17,622
30
3745
55
7590
110132160185
240285315
355430530
--
--
--
--
-
--
7298
115143
195
240291
356
484581
706849
10291190
153818272019
227527563397
--
--
--
--
-
--
22,129,9
3442
56
6782
98
134157
200237287326
417496546
610739910
--
--
--
--
-
--
6,69,0
10,613,2
18,0
22,227,0
33
4554
667996
111
144171189
213258318
--
--
--
--
-
--
13,317,9
20,725,1
34
4049
59
8194
120142172195
250297328
366443546
--
--
--
--
-
--
4359
6986
117
144175
214
290348
424509617714
92310961211
136516542038
4 poles
28
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 85
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 85
CONSTANT TORQUE10 ÷ 50
400V 50Hz
P’n = Pn xTm
Tn
[kW] I’n = In xTm
Tn
[A]
SUPPLY FROM FREQUENCY CONVERTEREEx d IIB T4, EEx de IIB T4, IP65 T135°C
4 poles0,250,37
0,550,75
1,11,5
2,23
4
5,57,5
1113,5
16,722
30
3745
50
7590
110132144160
200250270
315380450
71 MA4 1
71 MB4 1
80 MA4 1
80 MB4 1
90 S4 1
90 L4 1
100 LA4100 LB4
112 M4
132 SA4132 MA4
160 M4160 L4
180 M4180 L4
200 L4
225 S4225 M4
250 M4
280 S4280 M4
315 SM4315 MA4315 MC4315 MD4
355 LX4355 LW4355 LY4
400 LX4400 LW4400 LY4
1,732,6
3,85,2
7,610,3
14,820,2
26,8
3649
7288
109143
195
240291
324
484581
7068499261029
128216021730
201924352884
0,781,13
1,492,0
2,63,3
4,86,4
8,3
11,314,7
22,126,9
3342
56
6782
89
134157
200237258282
348435468
541653773
0,180,26
0,390,53
0,771,05
1,542,1
2,8
3,95,3
8,09,9
12,216,1
21,9
27,033
37
5566
7396105117
146183197
230277329
1,211,79
2,73,6
5,37,2
10,414,1
18,8
25,535
5364
80105
142
175213
236
353424
468620676751
93611701263
147417782105
0,550,79
1,041,40
1,842,3
3,44,5
5,8
7,910,3
16,220
2431
41
4960
65
98115
132173188206
254317342
395476564
0,150,22
0,330,45
0,660,90
1,321,80
2,4
3,34,5
6,68,1
10,013,2
18,0
22,227,0
30
4554
60798696
120150162
189228270
1,041,54
2,33,1
4,56,2
8,912,1
16,1
21,929,6
4353
6686
117
144174
194
290348
385509556617
769961
1038
121114611730
0,470,68
0,891,20
1,582,0
2,93,9
5,0
6,88,8
13,316,1
19,625,1
34
4049
54
8194
109142155169
209261281
325392464
--
--
--
--
-
--
1113,5
16,722
30
3745
50
7590
100132144160
200250270
315380450
--
--
--
--
-
--
7288
109143
195
240291
324
484581
706849926
1029
128216021730
201924352884
--
--
--
--
-
--
22,126,9
3342
56
6782
89
134157
200237258282
348435468
541653773
--
--
--
--
-
--
6,68,1
10,013,2
18,0
22,227,0
30
4554
60798696
120150162
189228270
--
--
--
--
-
--
13,316,1
19,625,1
34
4049
54
8194
109142155169
209261281
325392464
--
--
--
--
-
--
4353
6686
117
144175
194
290348
385509556617
7699611038
121114611730
29
Table 41: Not available with EEx de type of protection-: Not available
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 85
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 85
CONSTANT TORQUE10 ÷ 50
In case of operating frequencies out from the ranges shown in the table above, please proceed as follow.
Quadratic torqueIf fmax (maximum supply frequency) is ≤50Hz and the minimum supply frequency fmin is ≥5Hz, the available outputs remain those shown in tables 3 and 4 respectively fortemperature class T3 (or maximum surface temperature T150°C) or T4 (T135°C).
Constant torque1. By applying to the curve 3 or 4 given in the previous page, and depending on the class of temperature or the maximum surface temperature, calculate the Kc value
relate to frequency variation’s limits, and take into consideration the lower only in case of IC411, or that one at the max frequency as for IC416.2. In order to get the Tm value (maximum torque of the motor), multiply the Kc value by the Tn value of the quadratic torque’s column within the class of temperature
and/or max surface temperature (table 3 or table 4).3. The following formulas are to be applied to calculate the nominal power Pn and current In at 400V 50Hz.
30
400V 50HzSUPPLY FROM FREQUENCY CONVERTEREEx d IIB T3, EEx de IIB T3, EEx d IIC T3, EEx de IIC T3, IP65 T150°C
For maximum frequency between 75Hz and 100Hz, please contact MarelliMotori.
0,370,55
0,751,1
1,5
2,2
33,85,2
7,511
15
18,522
30
37
4555
7190
110132152
190240270
300340380
80 MA6 1
80 MB6 1
90 S6 1
90 L6 1
100 LA6
112 M6
132 SA6132 MA6132 MB6
160 M6160 L6
180 L6
200 LA6200 LB6
225 M6
250 M6
280 S6280 M6
315 SM6315 MA6315 MB6315 MC6315 MD6
355 LX6355 LW6355 LY6
400 LX6400 LW6400 LY6
3,85,6
7,711,3
15,2
22,3
303852
71109
148
182216
294
362
438536
688873
106612801474
183323152604
287932633647
1,141,60
2,13,0
3,8
5,4
7,18,711,7
15,422,0
29,9
3643
57
70
85102
131165201240269
336424477
524594664
0,260,39
0,530,77
1,05
1,54
1,892,53,5
5,58,0
11,0
13,114,6
21,9
27,0
3340
49668096105
124156176
195221247
2,74,0
5,47,9
10,7
15,6
19,025,335
5479
108
129143
214
265
320391
4746377789341019
119115051693
187121212371
0,801,12
1,462,1
2,7
3,8
4,55,87,9
11,216,1
21,9
25,928,5
42
51
6274
90120147175186
218276310
341386431
0,220,33
0,450,66
0,90
1,32
1,802,33,1
4,56,6
9,0
11,113,2
18,0
22,2
27,033
4354667991
114144162
180204228
2,33,4
4,66,8
9,1
13,4
18,122,931
4565
89
109130
176
217
263322
413524640768884
110013891563
172819582188
0,680,96
1,251,80
2,3
3,2
4,35,27,0
9,213,2
18,0
21,925,8
34
42
5161
7999121144161
201254286
314356398
--
--
-
-
---
7,511
15
18,522
30
37
4555
7190
110132152
190240270
300340380
--
--
-
-
---
71109
148
182216
294
362
438536
688873
106612801474
183323152604
287932633647
--
--
-
-
---
15,422,0
29,9
36,043
57
70
85102
131165201240269
336424477
524594664
--
--
-
-
---
4,56,6
9,0
11,113,2
18,0
22,2
27,033,0
4354667991
114144162
180204228
--
--
-
-
---
9,213,2
18,0
21,925,8
34,0
42
5161
7999121144161
201254286
314356398
--
--
-
-
---
4565
89
109130
176
217
263322
413524640768884
110013891563
172819582188
6 poles
1,1
1
0,9
Kc 0,8
0,7
0,6
0,55 15 25 35 45 55 65 75 85 95
71 - 400 IC411
f [Hz]
Curve 5: 6 poles - T3, T150°C
160 - 400 IC416
1,1
1
0,9
Kc 0,8
0,7
0,6
0,571 - 132 IC411
f [Hz]
Curve 6: 6 poles - T4, T135°C
160 - 400 IC411
105 15 20 25 30 35 40 45 50 55 75 80 95 100908560 65 70
160 - 400 IC416
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 85
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 85
CONSTANT TORQUE10 ÷ 50
Table 51: Not available with EEx de type of protection-: Not available
31
400V 50Hz
P’n = Pn xTm
Tn
[kW] I’n = In xTm
Tn
[A]
SUPPLY FROM FREQUENCY CONVERTEREEx d IIB T4, EEx de IIB T4, IP65 T135°C
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 85
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 85
CONSTANT TORQUE10 ÷ 50
0,370,55
0,751,1
1,5
2,2
2,73,65
7,511
15
1820
30
37
4555
6790
110132144
160210230
250280315
80 MA6 1
80 MB6 1
90 S6 1
90 L6 1
100 LA6
112 M6
132 SA6132 MA6132 MB6
160 M6160 L6
180 L6
200 LA6200 LB6
225 M6
250 M6
280 S6280 M6
315 SM6315 MA6315 MB6315 MC6315 MD6
355 LX6355 LW6355 LY6
400 LX6400 LW6400 LY6
3,85,6
7,711,3
15,2
22,3
27,03650
71109
148
177196
294
362
438536
650873
106612801396
154320262219
239926873023
1,141,60
2,13,0
3,8
5,4
6,48,211,3
15,422,0
29,9
3539
57
70
85102
124165201240255
283371406
437489550
0,260,39
0,530,77
1,05
1,54
1,892,53,5
5,58,0
11,0
13,114,6
21,9
27,0
3340
49668096105
117153168
183204230
2,74,0
5,47,9
10,7
15,6
19,025,335
5479
108
129143
214
265
320391
4746377789341019
112714791620
175219622207
0,801,12
1,462,1
2,7
3,8
4,55,87,9
11,216,1
21,9
25,928,5
42
51
6274
90120147175186
206271297
319357402
0,220,33
0,450,66
0,90
1,32
1,622,23,0
4,56,6
9,0
10,812,0
18,0
22,2
27,033
4054667986
96126138
150168189
2,33,4
4,66,8
9,1
13,4
16,321,730
4565
89
106118
176
217
263322
390524640768838
92612151331
144016121814
0,680,96
1,251,80
2,3
3,2
3,84,96,8
9,213,2
18,0
21,323,4
34
42
5161
7499
121144153
160210230
250280315
--
--
-
-
---
7,511
15
1820
30
37
4555
6790
110132144
160210230
250280315
--
--
-
-
---
71109
148
177196
294
362
438536
650873
106612801396
154320262219
239926873023
--
--
-
-
---
15,422,0
29,9
3539
57
70
85102
124165201240255
283371406
437489550
--
--
-
-
---
4,56,6
9,0
10,812,0
18,0
22,2
27,033
4054667986
96126138
150168189
--
--
-
-
---
9,213,2
18,0
21,323,4
34
42
5161
7499121144153
160210230
250280315
--
--
-
-
---
4565
89
106118
176
217
263322
390524640768838
92612151331
144016121814
6 poles
Table 61: Not available with EEx de type of protection-: Not available
In case of operating frequencies out from the ranges shown in the table above, please proceed as follow.
Quadratic torqueIf fmax (maximum supply frequency) is ≤50Hz and the minimum supply frequency fmin is ≥5Hz, the available outputs remain those shown in tables 5 and 6 respectively fortemperature class T3 (or maximum surface temperature T150°C) or T4 (T135°C).
Constant torque1. By applying to the curve 5 or 6 given in the previous page, and depending on the class of temperature or the maximum surface temperature, calculate the Kc value
relate to frequency variation’s limits, and take into consideration the lower only in case of IC411, or that one at the max frequency as for IC416.2. In order to get the Tm value (maximum torque of the motor), multiply the Kc value by the Tn value of the quadratic torque’s column within the class of temperature
and/or max surface temperature (table 5 or table 6).3. The following formulas are to be applied to calculate the nominal power Pn and current In at 400V 50Hz.
32
SUPPLY FROM FREQUENCY CONVERTEREEx d IIB T3, EEx de IIB T3, EEx d IIC T3, EEx de IIC T3, IP65 T150°C 400V 50Hz
0,180,25
0,370,55
0,751,1
1,4
2,23
45,57,5
11
15
18,522
30
3745
558396
110132
160200220
240270300
80 MA8 1
80 MB8 1
90 S8 1
90 L8 1
100 LA8100 LB8
112 M8
132 SA8132 MA8
160 MA8160 MB8160 L8
180 L8
200 L8
225 M8225 L8
250 M8
280 S8280 M8
315 SM8315 MA8315 MC8315 MD8315 ME8
355 LX8355 LW8355 LY8
400 LX8400 LW8400 LY8
2,63,5
5,27,6
10,515,1
19,1
29,641
547399
145
198
242288
392
481585
7101071123914191703
206525702824
307634613845
0,680,96
1,362,0
2,23,2
4,0
5,77,4
9,713,017,3
24,4
33
3946
63
7287
105156177202243
290361395
453510566
0,130,18
0,260,39
0,530,77
0,95
1,542,1
2,94,05,5
8,0
11,0
13,116,1
21,9
27,033
4055668088
110130143
156176195
1,822,4
3,75,3
7,410,6
12,9
20,728,5
395373
106
144
172210
286
351427
51870784810361130
141316711835
200022502499
0,480,67
0,961,37
1,562,3
2,7
4,05,2
7,19,512,6
18
24
2834
46
5364
77103121148161
198234257
294332368
0,110,15
0,220,33
0,450,66
0,81
1,321,80
2,43,34,5
6,6
9,0
10,813,2
18,0
22,227,0
3345546672
90102114
120138150
1,562,1
3,14,5
6,39,1
11,0
17,824,4
324460
87
119
141173
235
288351
426581697852929
116113111463
153817691923
0,410,57
0,821,18
1,341,93
2,4
3,44,4
5,87,8
10,4
14,7
19,7
23,727,9
38
4352
6393
106121146
174216237
272306340
--
--
--
-
--
45,57,5
11
15
18,522
30
3745
558396
110132
160200220
240270300
--
--
--
-
--
547399
145
198
242288
392
481585
7101071123914191703
206525702824
307634613845
--
--
--
-
--
9,713,017,3
24,4
33
3946
63
7287
105156177202243
290361395
453510566
--
--
--
-
--
2,43,34,5
6,6
9,0
10,813,2
18,0
22,227,0
3345546672
90102114
120138150
--
--
--
-
--
5,87,810,4
14,7
19,7
23,727,9
38
4352
6393106121146
174216237
272306340
--
--
--
-
--
324460
87
119
141173
235
288351
426581697852929
116113111463
153817691923
8 poles
1,1
1
0,9
Kc 0,8
0,7
0,6
0,55 15 25 35 45 55 65 75 85 95
71 - 400 IC411
f [Hz]
Curve 7: 8 poles - T3, T150°C
160 - 400 IC416
1,1
1
0,9
Kc 0,8
0,7
0,6
0,571 - 132 IC411
f [Hz]
Curve 8: 8 poles - T4, T135°C
160 - 400 IC411
105 15 20 25 30 35 40 45 50 55 75 80 95 100908560 65 70
160 - 400 IC416
For maximum frequency between 75Hz and 100Hz, please contact MarelliMotori.
Table 71: Not available with EEx de type of protection-: Not available
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 85
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 85
CONSTANT TORQUE10 ÷ 50
33
400V 50HzSUPPLY FROM FREQUENCY CONVERTEREEx d IIB T4, EEx de IIB T4, IP65 T135°C
P’n = Pn xTm
Tn
[kW] I’n = In xTm
Tn
[A]
Table 8
0,180,25
0,370,55
0,751,1
1,35
2,23
45,57,5
11
15
1822
30
3745
557590
110120
150170190
200230250
80 MA8 1
80 MB8 1
90 S8 1
90 L8 1
100 LA8100 LB8
112 M8
132 SA8132 MA8
160 MA8160 MB8160 L8
180 L8
200 L8
225 M8225 L8
250 M8
280 S8280 M8
315 SM8315 MA8315 MC8315 MD8315 ME8
355 LX8355 LW8355 LY8
400 LX8400 LW8400 LY8
2,63,5
5,27,6
10,515,1
18,4
29,641
547399
145
198
235288
392
481585
710968
116114191549
193621852439
256429483204
0,680,96
1,362,0
2,23,2
3,8
5,77,4
9,713,017,3
24,4
33
3846
63
7287
105141166202221
272307342
377435472
0,130,18
0,260,39
0,530,77
0,95
1,542,1
2,94,05,5
8,0
11,0
13,116,1
21,9
27,033
4055668088
110124139
146168183
1,822,4
3,75,3
7,410,6
12,9
20,728,5
395373
106
144
172210
286
351427
51870784810361130
141315951780
187121522339
0,480,67
0,961,37
1,562,3
2,7
4,05,2
7,19,512,6
17,8
23,9
28,034
46
5364
77103121148161
198224249
276317344
0,110,15
0,220,33
0,450,66
0,81
1,321,80
2,43,34,5
6,6
9,0
10,813,2
18,0
22,227,0
3345546672
90102114
120138150
1,562,1
3,14,5
6,39,1
11,0
17,824,4
324460
87
119
141173
235
288351
426581697852929
116113111463
153817691923
0,410,57
0,821,18
1,31,9
2,4
3,44,4
5,87,8
10,4
14,7
19,7
23,727,9
38
4352
6393
106121146
163184205
226261283
--
--
--
-
--
45,57,5
11
15
1822
30
3745
557590
110120
150170190
200230250
--
--
--
-
--
547399
145
198
235288
392
481585
710968
116114191549
193621852439
256429483204
--
--
--
-
--
9,713,017,3
24,4
33
3846
63
7287
105141166202221
272307342
377435472
--
--
--
-
--
2,43,34,5
6,6
9,0
10,813,2
18,0
22,227
3345546672
90102114
120138150
--
--
--
-
--
5,87,810,4
14,7
19,7
23,727,9
38
4352
6393106121146
163184205
226261283
--
--
--
-
--
324460
87
119
141173
235
288351
426581697852929
116113111463
153817691923
8 poles
1: Not available with EEx de type of protection-: Not available
QUADRATIC TORQUE5 ÷ 50
MOTORTYPE
Pn [kW] Tn [Nm] In [A]
SELF VENTILATED (IC 411)
CONSTANT TORQUE10 ÷ 50
CONSTANT TORQUE10 ÷ 85
Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A] Pn [kW] Tn [Nm] In [A]
FORCE VENTILATED (IC 416)
CONSTANT TORQUE10 ÷ 85
CONSTANT TORQUE10 ÷ 50
In case of operating frequencies out from the ranges shown in the table above, please proceed as follow.
Quadratic torqueIf fmax (maximum supply frequency) is ≤50Hz and the minimum supply frequency fmin is ≥5Hz, the available outputs remain those shown in tables 7 and 8 respectively fortemperature class T3 (or maximum surface temperature T150°C) or T4 (T135°C).
Constant torque1. By applying to the curve 7 or 8 given in the previous page, and depending on the class of temperature or the maximum surface temperature, calculate the Kc value
relate to frequency variation’s limits, and take into consideration the lower only in case of IC411, or that one at the max frequency as for IC416.2. In order to get the Tm value (maximum torque of the motor), multiply the Kc value by the Tn value of the quadratic torque’s column within the class of temperature
and/or max surface temperature (table 7 or table 8).3. The following formulas are to be applied to calculate the nominal power Pn and current In at 400V 50Hz.
400V 50Hz
343434
PERFORMANCE AT RATED OUTPUT MOMENTOF INERTIA
WEIGHT(IM 1001)
OUTPUT MOTORTYPE
Jkgm2
Approx.kg
kW
SPEED
n
DATA AT RATED VOLTAGE
RATED CURRENT(400 V)
IA p.u.
Ts / Tn
STARTINGTORQUE
p.u.
STARTING CURRENT
Is / Inmin-1
DOUBLE SPEED MOTORSEEx d IIB T3, EEx de IIB T3, IP65
0,310,44
0,620,85
1,181,55
2,053,1
4,4
57
1114
18,52225
30
3745
55
7080
95110130160
71 MA71 MB
80 MA80 MB
90 S90 L
100 LA100 LB
112 M
132 SA132 MA
160 M160 L
180 M180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MC315 MD
0,600,84
1,191,48
2,172,85
3,45,4
7,7
8,311,4
18,523,8
31,435,240,0
49
5667
81
105124
147167190228
3,23,8
3,53,3
3,64,2
4,55,0
6
6,67,3
5,56,0
6,06,56,5
7,0
7,57,5
7,5
7,07,2
7,27,57,57,5
3,03,2
3,43,8
3,94,4
4,64,6
6
6,66,9
5,56,0
6,06,06,0
6,5
6,56,5
6,5
6,36,5
6,56,56,86,8
1,92,4
2,52,6
2,52,9
2,42,5
3,0
2,52,5
1,82,0
2,02,22,2
2,2
2,22,2
2,2
2,02,0
2,02,22,22,2
0,00050,0006
0,00130,0016
0,00330,0040
0,00730,0090
0,0115
0,02380,0300
0,0620,075
0,0900,1100,150
0,190
0,3700,400
0,500
0,9101,050
1,152,102,503,10
16,317,3
21,322,8
27,331,8
4550
60
8090
130145
170190200
215
300320
345
533598
605785860965
2 / 4 poles = 3000 / 1500 min-1 - 50 Hz - single winding YY / ∆ connection0,861,19
1,692,38
2,953,8
4,87,1
9,7
10,515,2
22,827,6
36,142,848,5
58
6882
100
124143
171193223276
0,200,29
0,420,59
0,921,25
1,452,4
3,5
45,6
912
1618,521
26
3137
45
5970
8095
110132
26002640
26002710
27302780
28102850
2985
29102915
28802890
290029202920
2920
29302930
2930
29402940
2940294529452945
2,02,6
2,12,3
2,42,6
2,22,2
3,0
2,32,5
2,02,3
2,32,22,2
2,0
2,22,2
2,2
2,22,2
2,22,42,42,4
13401360
13701380
13801390
14001405
1435
14651475
14501460
146014601465
1465
14651470
1470
14701470
1470147514751475
T1 ÷ T3, T 150°C
0,430,62
0,881,32
1,752,2
2,8
4,05,3
80 MA80 MB
90 S90 L
100 LA100 LB
112 M
132 SA132 MA
920930
930940
940945
945
950960
1,251,52
2,092,90
3,54,7
6,2
8,610,5
3,43,5
3,84,8
4,54,8
5,5
6,77,5
3,13,2
3,34,0
4,13,7
4,3
5,35,5
1,751,8
1,82,0
1,51,7
2,0
2,12,2
2,32,5
2,42,5
2,32,4
2,7
2,42,6
0,00240,0027
0,00370,0050
0,00730,0090
0,0115
0,02380,0300
21,323,3
27,834,3
4550
60
8090
4 / 6 poles = 1500 / 1000 min-1 - 50 Hz - single winding YY / ∆ connection1,621,90
2,663,90
4,55,3
6,5
9,111,8
0,310,45
0,660,95
1,01,4
1,85
2,93,7
14001410
14151420
14201420
1430
14401445
T1 ÷ T3, T 150°C
Is = Starting current; Ts = Starting torque.The motors shown on this page are not multivoltage.
6,68,8
111315
18,5
2530
40
5163
7085
103118140
160 M160 L
180 M180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MB315 MC315 MD
965970
970970970
970
970970
975
980980
980980980980980
9,012,4
15,218,120,0
25
2836
50
6276
86100124143162
6,06,5
6,87,07,0
7,0
6,57,0
7,0
6,56,5
6,56,56,56,56,5
5,05,5
5,86,56,5
6,5
6,57,0
7,0
6,06,0
6,26,06,06,06,0
1,92,2
2,22,22,0
2,0
2,02,0
2,0
2,02,0
2,01,61,81,81,8
2,02,2
2,22,22,2
2,2
2,22,2
2,2
2,22,2
2,22,02,02,02,0
0,0630,075
0,0900,1600,220
0,270
0,4200,520
0,670
1,0501,250
1,432,603,003,604,45
135145
165190195
215
390315
360
483523
5757558059001000
4 / 6 poles = 1500 / 1000 min-1 - 50 Hz - two separate windings12,817,1
20,924,728,5
35
4352
73
93114
124147181209247
4,46
7,59
10
12,5
1620
27
3442
4755708090
14701475
147514751475
1475
14751475
1480
14801480
14801480148014801480
T1 ÷ T3, T 150°C
400V 50Hz
35
Is = Starting current; Ts = Starting torque.The motors shown on this page are not multivoltage.
DOUBLE SPEED MOTORSEEx d IIB T3, EEx de IIB T3, IP65
3,74,46
7,59
10,5
1519
25
3543
48607077
100
160 MA160 MB160 L
180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MB315 MC315 MD
710715725
730730
735
735735
735
740740
740740740740740
5,77,39,5
11,913,8
17
2320
41
5162
7187
100114143
5,56,06,0
6,06,0
6,0
6,06,0
6,0
6,06,0
6,06,06,06,06,0
4,54,85,0
5,05,0
5,8
6,06,0
6,0
5,55,5
5,55,55,55,55,5
1,71,81,8
1,81,8
1,8
1,81,8
1,8
1,81,8
1,81,81,81,81,8
1,71,71,8
1,81,8
1,8
1,81,8
1,8
1,81,8
1,81,81,81,81,8
0,0870,0920,110
0,1600,220
0,270
0,4200,520
0,670
1,0501,250
2,812,623,003,604,40
130135145
190195
215
290315
360
523553
6057558059001000
6 / 8 poles = 1000 / 750 min-1 - 50 Hz - two separate windings7,69,0
11,9
14,317,1
20
2835
51
6578
87109128141181
2,63,34,4
5,56,5
8
1115
18,5
2632
3745526075
965965970
970970
970
975975
975
975975
980980980980980
T1 ÷ T3, T 150°C
0,350,62
0,92
1,221,9
2,4
3,74,6
78
11
1518,5
21
2332
40
5163
668095110132
80 MA80 MB
90 L
100 LA100 LB
112 M
123 SA132 MA
160 MA160 MB160 L
180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MB315 MC315 MD
710690
665
705705
700
705705
710715725
730730
735
735735
735
740740
735740740740740
0,831,45
1,71
2,093,3
4,2
6,58,1
10,012,416,2
2125
29
3349
57
6778
95105125147171
2,83,5
3,5
4,44,8
5,5
6,06,0
6,06,06,0
6,06,0
6,5
7,07,0
7,0
6,56,5
6,86,56,56,56,5
2,32,7
2,3
3,73,8
4,1
4,14,2
4,54,54,5
5,05,0
6,0
6,06,0
6,0
5,55,5
5,75,55,55,55,5
1,31,7
1,9
1,92,0
2,0
2,82,5
1,81,81,8
2,02,0
2,0
2,22,2
2,2
2,02,0
2,02,02,02,02,0
1,62,1
2,4
2,22,4
2,5
2,22,2
1,81,81,8
2,02,0
2,2
2,22,2
2,2
2,02,0
2,22,02,02,02,0
0,00240,0027
0,0040
0,00930,012
0,017
0,0380,046
0,0870,0930,110
0,1600,220
0,270
0,4200,570
0,620
1,051,25
1,372,623,003,604,40
2123
32
4750
60
8095
130135145
190195
215
390315
360
523553
6057558058951000
4 / 8 poles = 1500 / 750 min-1 - 50 Hz - single winding YY / ∆ connection1,191,66
2,04
2,854,6
5,5
8,610,1
13,315,221
2936
41
4457
71
90107
114140163185223
0,180,31
0,42
0,600,95
1,2
2,12,6
45
6,5
911
13
1522
26
3137
4552637588
12701300
1300
13801410
1420
14201430
146014601460
14651465
1465
14701470
1470
14751475
14801480148014801480
T1 ÷ T3, T 150°C
PERFORMANCE AT RATED OUTPUT MOMENTOF INERTIA
WEIGHT(IM 1001)
OUTPUT MOTORTYPE
Jkgm2
Approx.kg
kW
SPEED
n
DATA AT RATED VOLTAGE
RATED CURRENT(400 V)
IA p.u.
Ts / Tn
STARTINGTORQUE
p.u.
STARTING CURRENT
Is / Inmin-1
6,37,510
1517,5
20
2332
38
4863
667690
105118
160 MA160 MB160 L
180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MB315 MC315 MD
710710725
730730
735
735735
735
740740
735740740740740
9,010,914,7
2123
25
3349
57
6278
95100119139154
6,76,46,6
6,06,3
6,8
7,07,0
7,4
6,96,5
6,86,86,96,87,3
4,54,54,5
5,05,0
6,0
6,06,0
6,0
5,55,5
5,75,55,55,55,5
2,01,92,0
2,02,1
2,1
2,22,2
2,3
2,12,0
2,02,12,12,12,2
2,02,02,0
2,02,1
2,6
2,22,2
2,2
2,12,0
2,22,12,12,12,2
0,0870,0930,110
0,1600,220
0,270
0,4200,570
0,620
1,051,25
1,372,623,003,604,40
130135145
190195
215
275300
345
510540
6057558058951000
4 / 8 poles = 1500 / 750 min-1 - 50 Hz - single winding YY / ∆ connection12,014,319,0
2934
39
4457
68
85107
114133155177200
3,64,45,9
910,3
11
1522
26
2937
4550607179
146014601460
14651465
1465
14701470
1470
14751475
14801480148014801480
T4, T 135°C
400V 50Hz
36
DOUBLE SPEED MOTORSEEx d IIB T4, EEx de IIB T4, IP65
1113
172224
27
3443
50
6572
8593
110132
160 M160 L
180 M180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MC315 MD
18,524
303740
47
5367
77
104117
139150170200
5,56,5
6,56,56,8
7,8
8,27,8
8,3
7,58,0
8,08,98,99,1
5,56,3
6,66,06,3
7,2
7 26,9
7,1
6,67,2
7,27,68,08,2
1,82,2
2,22,22,3
2,4
2,42,3
2,4
2,22,2
2,22,62,62,7
0,0620,075
0,0900,1100,150
0,190
0,3700,400
0,500
0,9101,05
1,152,102,503,10
135145
170190200
215
285305
330
520585
605785860965
2 / 4 poles = 3000 / 1500 min-1 - 50 Hz - single winding YY / ∆ connection2327
354549
55
6682
95
120135
161171198239
911,5
14,518,520
23,5
2835
41
5663
728194
110
28802890
290029202920
2920
29302930
2930
29402940
2940294529452945
2,02,4
2,52,22,3
2,2
2,42,3
2,4
2,32,4
2,42,82,82,9
14501460
146014601465
1465
14651470
1470
14701470
1470147514751475
T4, T 135°C
6,37,9
9,912,314,2
17,5
2528,5
36
4454
637085
103112
160 M160 L
180 M180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MB315 MC315 MD
970975
975975975
970
970970
980
980980
980985980980985
11,013,0
16,318,320
24
3437
53
6372
918698
126138
6,37,6
7,87,47,4
7,4
7,07,4
7,8
7,57,6
6,57,97,97,48,1
5,26,1
6,56,86,8
6,8
6,57,4
7,9
6,26,8
6,27,07,66,97,1
2,02,5
2,42,32,1
2,1
2,02,1
2,2
2,32,3
2,01,92,22,12,3
2,12,4
2,52,32,3
2,3
2,22,3
2,5
2,32,5
2,22,32,52,32,4
0,0630,075
0,0900,1600,220
0,270
0,4200,520
0,670
1,051,25
1,432,603,003,604,45
135145
165190195
215
275300
345
470510
575755805895
1000
4 / 6 poles = 1500 / 1000 min-1 - 50 Hz - two separate windings13,717,2
212427
34
4655
67
8199
125123151184200
4,25,4
6,78,69,5
11,9
1619
24
3037
4247557076
14751480
148014801480
1480
14751475
1480
14801480
14851485148514851485
T4, T 135°C
3,74,46
6,79
10
1417
23
3543
4860667188
160 MA160 MB160 L
180 LA180 LB
200 L
225 S225 M
250 M
280 S280 M
315 SM315 MA315 MB315 MC315 MD
710715725
730730
735
735735
735
740740
740740740740740
5,77,39,5
10,813,8
17,1
2227
35
5162
7187
100114143
5,56,06,0
6,76,0
6,3
6,47,4
6,5
6,06,0
6,06,06,46,56,8
4,54,85,0
5,55,0
6,2
6,36,7
6,9
5,55,5
5,55,55,85,86,3
1,71,81,8
2,01,8
1,9
1,92,0
2,0
1,81,8
1,81,81,92,02,0
1,71,71,8
2,01,8
1,9
1,92,0
2,1
1,81,8
1,81,81,91,92,0
0,0870,0920,110
0,1600,220
0,270
0,4200,520
0,670
1,051,25
2,812,623,003,604,40
130135145
190195
215
275300
345
510540
6057558058951000
6 / 8 poles = 1000 / 750 min-1 - 50 Hz - two separate windings7,69,011,9
12,717,1
19,0
2731
47
6578
87109128141181
2,63,34,4
56,5
7,5
10,513,5
16
2632
3745495766
965965970
970970
970
975975
975
975975
980980980980980
T4, T 135°C
PERFORMANCE AT RATED OUTPUT MOMENTOF INERTIA
WEIGHT(IM 1001)
OUTPUT MOTORTYPE
Jkgm2
Approx.kg
kW
SPEED
n
DATA AT RATED VOLTAGE
RATED CURRENT(400 V)
IA p.u.
Ts / Tn
STARTINGTORQUE
p.u.
STARTING CURRENT
Is / Inmin-1
Is = Starting current; Ts = Starting torque.The motors shown on this page are not multivoltage.
PERFORMANCE AT RATED OUTPUT
MOMENTOF INERTIA
WEIGHTIM 1001
RATEDOUTPUT
MOTORTYPE
J
kgm2
Approx.
kg
kW
BREAKDOWNTORQUE
TMAX / Tn
p.u.p.u. p.u.
Ts / Tn
SPEED
1/min
n
EFFICIENCY
ηη
%
RATEDCURRENT
(400V)
I
A
RATEDTORQUE
Tn
Nm
POWERFACTOR
COS COS ϕϕ
DATA AT RATED VOLTAGE
STARTINGCURRENT
STARTINGTORQUE
Is / In
400V 50HzEEx d IIC, EEx de IIC, IP65
37
7590
280 S2280 M2
29602960
93,694,2
133157
242290
6,87,2
2,32,3
2,72,7
0,3500,416
575630
0,870,88
225 M245 2960 92,5 80 145 6,6 2,4 3,0 0,225 3200,88
250 M255 2960 93,0 98 177 6,7 2,4 3,0 0,250 3600,87
110132160200
3037
160 MA2160 MB2160 L2
292029252925
88,489,890,0
21,929,036,7
180 M2
364960
6,26,46,8
2,22,22,3
2,83,03,0
0,0300,0350,040
155160165
1115
18,5
22
3000 min-1 = 2 poles - 50 Hz0,820,830,81
2930 90,5 41,8 72 6,8 2,4 3,0 0,048 1880,84
200 LA2200 LB2
29452945
92,092,2
5467
97120
6,76,9
2,32,4
2,93,0
0,1650,180
250260
0,870,87
315 SM2315 MA2315 MC2315 MD2
2975297029752980
94,394,394,494,7
194235281351
353424513640
6,46,56,56,5
2,42,52,52,5
2,42,52,52,5
0,950,951,121,30
1050105011151195
0,870,860,870,87
T1 ÷ T4, T 135°C
18,522
180 M4180 L4
14601465
90,090,5
36,241,8
121143
6,26,3
2,32,4
2,52,5
0,0900,110
190240
0,820,84
1115
160 M4160 L4
14551460
88,689,4
22,129,9
7298
5,25,8
2,02,2
2,12,4
0,0340,075
165182
0,810,81
200 L430 1470 91,6 56 195 6,4 2,4 2,8 0,180 2700,84
3745
225 S4225 M4
14751475
92,592,5
6782
239291
6,56,5
2,32,4
2,82,8
0,3200,410
325342
0,860,86
7590
280 S4280 M4
14801480
93,793,9
134157
483580
7,07,1
2,52,7
2,32,4
0,8851,060
608665
0,860,88
250 M455 1475 93,0 98 356 6,4 2,3 2,6 0,520 4100,87
110132160200
1500 min-1 = 4 poles - 50 Hz
315 SM4315 MA4315 MC4315 MD4
1488148514851485
93,694,594,895,3
200237287353
70584810281285
6,56,26,26,5
2,62,52,52,5
2,62,52,52,6
2,102,102,503,10
1080108012101370
0,850,850,850,86
T1 ÷ T4, T 135°C
7590110132143
315 SM6315 MA6315 MB6315 MC6315 MD6
985985985985985
94,094,094,093,394,8
136163199238253
730872106512781385
6,36,06,06,36,3
2,62,52,52,52,5
2,62,52,52,52,5
2,602,603,003,604,40
10001000107011801310
0,830,850,840,850,86
180 L615 970 88,2 30,0 147 5,2 2,3 2,2 0,130 2310,82
18,522
200 LA6200 LB6
970972
88,289,0
36,543
182216
5,25,5
2,12,4
2,32,4
0,1700,220
250270
0,830,83
7,511
160 M6160 L6
965967
86,088,0
15,422,0
74108
5,05,5
2,22,3
2,32,5
0,0870,110
175182
0,820,82
225 M630 975 90,5 58 294 6,2 2,4 2,4 0,470 3300,84
4555
280 S6280 M6
980980
92,593,0
84103
440535
6,06,0
2,52,5
2,52,5
0,8501,075
560665
0,840,83
250 M637 975 91,0 70 362 6,5 2,6 2,6 0,570 4000,84
1000 min-1 = 6 poles - 50 Hz T1 ÷ T4, T 135°C
750 min-1 = 8 poles - 50 Hz T1 ÷ T4, T 135°C
18,522
3745
30
557590110132
15
45,57,5
11
225 S8225 M8
280 S8280 M8
250 M8
160 MA8160 MB8160 L8
180 L8
200 L8
315 SM8315 MA8315 MC8315 MD8315 ME8
735735
730730
730
710720720
725
725
740740740740740
92,593,0
89,090,0
91,0
81,082,484,7
86,7
88,0
93,593,894,494,594,6
0,800,80
0,760,76
0,76
0,730,740,74
0,75
0,75
0,820,820,830,830,83
7287
39,546,4
63
9,813,017,3
24,4
32,8
104139166202243
480569
242288
392
547399
145
197
709967116014181702
6,06,0
5,25,3
5,5
4,24,24,2
4,5
5,0
6,56,06,26,26,2
2,52,5
2,22,2
2,3
1,91,92,0
2,0
2,1
2,32,12,22,22,2
2,52,5
2,42,4
2,5
2,12,12,1
2,2
2,3
2,42,22,32,32,3
1,051,25
0,4200,520
0,620
0,0800,0920,110
0,160
0,220
2,82,83,54,04,3
505640
324340
405
140151184
255
280
10501050128013701440
Is = Starting current, Ts = Starting torque, Tmax = Breakdown torque.
The motors shown on this page are not multivoltage.
38
400V 50Hz
PERFORMANCE AT RATED OUTPUT
RATEDOUTPUT
MOTORTYPE
kW
SPEED
min-1
n
DATA AT RATED VOLTAGE
RATEDCURRENT
(400V)
A
STARTINGCURRENT
Is / In
p.u. p.u.
Ts / Tn
STARTINGTORQUE
WEIGHTIM 1001
Approx.
kg
MOMENTOF INERTIA
J
kgm2
I
2 / 4 poles = 3000 / 1500 min-1 - 50 Hz - single winding YY / ∆ connection
3745
55
7080
30
18,52225
1114
95110130160
3137
45
5970
26
1618,521
912
8095110132
29302930
2930
29402940
2920
290029202920
28802890
2940294529452945
14651470
1470
14701470
1465
146014601465
14501460
1470147514751475
6882
100
124143
58
36,142,848,5
22,827,6
171193223276
5667
81
105124
49
31,435,240,0
18,523,8
147167190228
7,57,5
7,5
7,07,2
7,0
6,06,56,5
5,56,0
7,27,57,57,5
6,56,5
6,5
6,36,5
6,5
6,06,06,0
5,56,0
6,56,56,86,8
2,22,2
2,2
2,02,0
2,2
2,02,22,2
1,82,0
2,02,22,22,2
2,22,2
2,2
2,22,2
2,0
2,32,22,2
2,02,3
2,22,42,42,4
0,3700,400
0,500
0,9101,050
0,190
0,0900,1100,150
0,0620,075
1,152,102,503,10
325340
360
615675
270
190240250
165180
1080108512101375
225 S225 M
250 M
280 S280 M
200 L
180 M180 LA180 LB
160 M160 L
315 SM315 MA315 MC315 MD
T1 ÷ T3, T 150°C
4 / 6 poles = 1500 / 1000 min-1 - 50 Hz - two separate windings
2530
40
5163
18,5
111315
6,68,8
7085
103118140
1620
27
3442
12,5
7,59
10
4,46
4755708090
14751475
1480
14801480
1475
147514751475
14701475
14801480148014801480
970970
975
980980
970
970970970
965970
980980980980980
4352
73
93114
35
20,924,728,5
12,817,1
124147181209247
2836
50
6276
25
15,218,120,0
9,012,4
86100124143162
6,57,0
7,0
6,56,5
7,0
6,87,07,0
6,06,5
6,56,56,56,56,5
6,57,0
7,0
6,06,0
6,5
5,86,56,5
5,05,5
6,26,06,06,06,0
2,02,0
2,0
2,02,0
2,0
2,22,22,0
1,92,2
2,01,61,81,81,8
2,22,2
2,2
2,22,2
2,2
2,22,22,2
2,02,2
2,22,02,02,02,0
0,4200,520
0,670
1,0501,250
0,270
0,0900,1600,220
0,0630,075
1,432,603,003,604,45
310335
410
565600
245
190215225
165180
10001005107011801310
225 S225 M
250 M
280 S280 M
200 L
180 M180 LA180 LB
160 M160 L
315 SM315 MA315 MB315 MC315 MD
T1 ÷ T3, T 150°C
1518,5
911
14651465
730730
28,536,1
20,924,7
6,06,0
5,05,0
2,02,0
2,02,0
0,1600,220
255260
180 LA180 LB
21
2332
13
1522
1465
14701470
735
735735
41
4457
29
3349
6,5
7,07,0
6,0
6,06,0
2,0
2,22,2
2,2
2,22,2
0,270
0,4200,570
285
325340
200 L
225 S225 M
40
5163
26
3137
1470
14751475
735
740740
71
90107
57
6778
7,0
6,56,5
6,0
5,55,5
2,2
2,02,0
2,2
2,02,0
0,620
1,0501,250
405
610645
250 M
280 S280 M
78
11
45
6,5
146014601460
710715725
13,315,220,9
10,012,416,2
6,06,06,0
4,54,54,5
1,81,81,8
1,81,81,8
0,0870,0930,110
175175195
160 MA160 MB160 L
4 / 8 poles = 1500 / 750 min-1 - 50 Hz - single winding YY / ∆ connection
668095
110132
4552637588
14801480148014801480
735740740740740
114140163185223
95105125147171
6,86,56,56,56,5
5,75,55,55,55,5
2,02,02,02,02,0
2,22,02,02,02,0
1,372,623,003,604,40
10401040107011851315
315 SM315 MA315 MB315 MC315 MD
T1 ÷ T3, T 150°C
7,59
5,56,5
970970
730730
14,317,1
11,913,8
6,06,0
5,05,0
1,81,8
1,81,8
0,1600,220
255260
180 LA180 LB
10,5
1519
8
1115
970
975975
735
735735
20
2835
17
2320
6,0
6,06,0
5,8
6,06,0
1,8
1,81,8
1,8
1,81,8
0,270
0,4200,520
285
325340
200 L
225 S225 M
25
3543
18,5
2632
975
975975
735
740740
51
6578
41
5162
6,0
6,06,0
6,0
5,55,5
1,8
1,81,8
1,8
1,81,8
0,670
1,0501,250
405
610645
250 M
280 S280 M
3,74,46
2,63,34,4
965965970
710715725
7,69,0
11,9
5,77,39,5
5,56,06,0
4,54,85,0
1,71,81,8
1,71,71,8
0,0870,0920,110
175180195
160 MA160 MB160 L
6 / 8 poles = 1000 / 750 min-1 - 50 Hz - two separate windings T1 ÷ T3, T 150°C
48607077
100
3745526075
980980980980980
740740740740740
87109128141181
7187
100114143
6,06,06,06,06,0
5,55,55,55,55,5
1,81,81,81,81,8
1,81,81,81,81,8
2,812,623,003,604,40
10401040107011851315
315 SM315 MA315 MB315 MC315 MD
Is = Starting current; Ts = Starting torque.The motors shown o this page are not multivoltage.
DOUBLE SPEED MOTORSEEx d IIC, EEx de IIC, IP65
39
DIMENSIONS D5 71-132 IM B3
AA
112
125
140
140
160
190
216
216
AB AC B BB BC CAD CA H KFRAME SIZE
SLLMSM
71
80
90
132
A
7
9
9
9
12
12
12
12
71
80
90
90
100
112
132
132
104
112
111
126
138
171
168
168
45
50
56
56
63
70
89
89
10
12,5
12,5
12,5
15
15
22,5
22,5
110
125
125
150
170
170
185
223
90
100
100
125
140
140
140
178
175
185
192
192
214
214
236
236
255
275
312
302
336
336
386
386
135
150
175
175
195
225
255
255
26
25
30
30
31
39
41
41
HD
161
180
206
206
240
252
273
273
100112
HA
8
8
10
10
12
12
15
15
LD
266
299
314
354
397
437
473
511
LC WD E F GA DA EA FA GC
FRAME SIZE
SLLMSM
71
80
90
132
L
16
21,5
27
27
31
31
41
41
5
6
8
8
8
8
10
10
30
40
50
50
60
60
80
80
14
19
24
24
28
28
38
38
16
21,5
27
27
31
31
41
41
5
6
8
8
8
8
10
10
30
40
50
50
60
60
80
80
14
19
24
24
28
28
38
38
120
130
142
142
162
172
202
202
299
342
367
407
461
501
557
595
297
330
345
385
425
468
504
542
100112
SHAFT EXTENSION
40
DIMENSIONS D5 71-132 IM B5 AND IM V1
N130
165
165
165
215
215
265
265
P LA TKFFRAME SIZE
SLLMSM
71
80
90
132
M3,5
3,5
3,5
3,5
4
4
4
4
9,5
11,5
11,5
11,5
14,0
14,0
14,0
14,0
6
9
9
9
14
14
14
14
160
200
200
200
250
250
300
300
110
130
130
130
180
180
230
230
100112
FLANGE B5
AD
255
275
304
304
336
336
386
386
AE L LC LD W LED
LBE F GA GC
FRAME SIZE
SLLMSM
71
80
90
132
AC
16
21,5
27
27
31
31
41
41
16
21,5
27
27
31
31
41
41
5
6
8
8
8
8
10
10
30
40
50
50
60
60
80
80
14
19
24
24
28
28
38
38
267
290
295
335
368
408
424
462
120
130
142
142
172
172
202
202
297
330
345
328
428
468
504
542
299
342
367
407
461
501
557
595
239
262
267
307
341
381
397
435
266
299
314
354
397
437
473
511
125
182
182
182
212
212
264
264
175
185
192
192
214
214
236
236
EA30
40
50
50
60
60
80
80
100112
DA14
19
24
24
28
28
38
38
FA5
6
8
8
8
8
10
10
SHAFT EXTENSION
41
DIMENSIONS D5 71-132 IM B35
LD
266
299
314
354
397
437
473
511
LC WM
FRAME SIZE
SLLMSM
71
80
90
132
L
130
165
165
165
215
215
265
265
120
130
142
142
162
172
202
202
299
342
367
407
461
501
557
595
297
330
345
385
425
468
504
542
100112
FLANGE B5 SHAFT EXTENSIONN
110
130
130
130
180
180
230
230
P160
200
200
200
250
250
300
300
LA6
9
9
9
14
14
14
14
KF9,5
11,5
11,5
11,5
14,0
14,0
14,0
14,0
T3,5
3,5
3,5
3,5
4
4
4
4
D14
19
24
24
28
28
38
38
E30
40
50
50
60
60
80
80
F5
6
8
8
8
8
10
10
GA16
21,5
27
27
31
31
41
41
DA14
19
24
24
28
28
38
38
EA30
40
50
50
60
60
80
80
FA5
6
8
8
8
8
10
10
GC16
21,5
27
27
31
31
41
41
AA
112
125
140
140
160
190
216
216
AB AC B BB BC CAD CA HFRAME SIZE
SLLMSM
71
80
90
132
A
71
80
90
90
100
112
132
132
104
112
111
126
138
171
168
168
45
50
56
56
63
70
89
89
10
12,5
12,5
12,5
15
15
22,5
22,5
110
125
125
150
170
170
185
223
90
100
100
125
140
140
140
178
175
185
192
192
214
214
236
236
255
275
312
302
336
336
386
386
135
150
175
175
195
225
255
255
26
25
30
30
31
39
41
41
HD
161
180
206
206
240
252
273
273
100112
HA
8
8
10
10
12
12
15
15
K
7
9
9
9
12
12
12
12
DIMENSIONS D5 71-112 IM B14 AND IM V18
42
SHAFT EXTENSIONE
14
19
24
24
28
28
F GA GADAFRAME SIZE
SLLM
71
80
90
D16
21,5
27
27
31
31
14
19
24
24
28
28
16
21,5
27
27
31
31
5
6
8
8
8
8
30
40
50
50
60
60100112
DA14
19
24
24
28
28
EA30
40
50
50
60
60
FA5
6
8
8
8
8
GC16
21,5
27
27
31
31
AD
255
275
304
304
336
336
AE L LC LD WM
LBN P KF
FRAME SIZE
SLLM
71
80
90
AC
M6
M6
M8
M8
M8
M8
105
120
140
140
160
160
70
80
95
95
110
110
85
100
115
115
130
130
120
130
142
142
172
172
297
330
345
328
428
468
299
342
367
407
461
501
239
262
267
307
341
381
266
299
314
354
397
437
125
182
182
182
212
212
175
185
192
192
214
214100112
T2,5
3,0
3,0
3,0
3,5
3,5
FLANGE B14
DIMENSIONS D5 160-315 IM B3
43
AA
254
254
279
279
318
356
356
356
406
406
457
457
457
457
508
508
508
508
508
508
AB AC BA BB BC C CAB H HA HD LFRAME SIZE
2-8
POLES
MLMLLS
SMSMMA
MA-MCMD
MD-ME
M
D5_160
D5_180
D5_200
D5_225
D5_250
2-4
4-8
2-8
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
D5_315
S
M
D5_280M
A
648
648
648
723
723
830
800
830
830
830
960
960
960
960
1102
1132
1102
1132
1102
1132
446
446
466
488
508
593
593
593
618
618
710
710
710
710
820
820
820
820
820
820
22
22
24
24
24
28
28
28
28
28
40
40
40
40
45
45
45
45
45
45
160
160
180
180
200
225
225
225
250
250
280
280
280
280
315
315
315
315
315
315
223
179
179
216
178
260
235
235
178
178
272
272
221
221
299
299
299
299
299
299
108
108
121
121
133
149
149
149
168
168
190
190
190
190
216
216
216
216
216
216
21
21
21
21
22,5
24,5
24,5
24,5
28,5
28,5
30,5
30,5
30,5
30,5
32
32
32
32
32
32
296
296
283
321
350
360
360
360
406
406
480
480
480
480
520
520
520
520
520
520
95
95
65
90
75
100
100
100
95
95
110
110
110
110
165
165
165
165
165
165
210
254
241
279
305
286
311
311
349
349
368
368
419
419
457
457
457
457
457
457
314
314
314
354
354
411
411
411
411
411
490
490
490
490
604
604
604
604
604
604
300
300
324
324
368
406
406
406
465
465
540
540
540
540
590
590
590
590
590
590
55
55
58
58
63
76
76
76
90
90
90
90
90
90
110
110
110
110
110
110
K
14
14
14
14
18
18
18
18
22
22
22
22
22
22
27
27
27
27
27
27
W
761
761
761
836
836
945
915
945
945
945
1110
1110
1110
1110
1252
1282
1252
1282
1252
1282
D E GA DA EA FA GCFFRAME SIZE
2-8
POLES
MLMLLS
SMSMMA
MA-MCMD
MD-ME
M
D5_160
D5_180
D5_200
D5_225
D5_250
2-4
4-8
2-8
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
D5_315
S
M
D5_280M
LC
45
45
45
45
45
59
59
59
59
59
64
64
64
64
64
69
64
69
64
69
12
12
12
12
12
16
16
16
16
16
18
18
18
18
18
18
18
18
18
18
110
110
110
110
110
110
110
110
110
110
140
140
140
140
140
140
140
140
140
140
42
42
42
42
42
55
55
55
55
55
60
60
60
60
60
65
60
65
60
65
45
45
51,5
51,5
59
64
59
64
64
69
69
79,5
69
79,5
69
85
69
85
74,5
95
12
12
14
14
16
18
16
18
18
18
18
20
18
20
18
22
18
22
20
25
110
110
110
110
110
140
110
140
140
140
140
140
140
140
140
170
140
170
140
170
42
42
48
48
55
60
55
60
60
65
65
75
65
75
65
80
65
80
70
90
279
279
279
296
296
318
288
318
318
318
350
350
350
350
387
417
387
417
387
417
SHAFT EXTENSION
Dimensions not valid for IIC motors.
Z = n u m b e r o f h o l e s
DIMENSIONS D5 160-315 IM B5 AND IM V1
44
AD
314
314
314
354
354
411
411
411
411
411
490
490
490
490
604
604
604
604
604
604
L LC WD E F GA
LDDA EA FA GC
FRAME SIZE
2-8
POLES
MLMLLS
SMSMMA
MA-MCMD
MD-ME
M
D5_160
D5_180
D5_200
D5_225
D5_250
2-4
4-8
2-8
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
D5_315
S
M
D5_280M
AC
45
45
45
45
45
59
59
59
59
59
64
64
64
64
64
69
64
69
64
69
12
12
12
12
12
16
16
16
16
16
18
18
18
18
18
18
18
18
18
18
110
110
110
110
110
110
110
110
110
110
140
140
140
140
140
140
140
140
140
140
42
42
42
42
42
55
55
55
55
55
60
60
60
60
60
65
60
65
60
65
45
45
51,5
51,5
59
64
59
64
64
69
69
79,5
69
79,5
69
85
69
85
74,5
95
12
12
14
14
16
18
16
18
18
18
18
20
18
20
18
22
18
22
20
25
110
110
110
110
110
140
110
140
140
140
140
140
140
140
140
170
140
170
140
170
42
42
48
48
55
60
55
60
60
65
65
75
65
75
65
80
65
80
70
90
279
279
279
296
296
318
288
318
318
318
350
350
350
350
387
417
387
417
387
417
710
710
710
790
790
895
865
895
895
895
1045
1045
1045
1045
1177
1207
1177
1207
1177
1207
761
761
761
836
836
945
915
945
945
945
1110
1110
1110
1110
1252
1282
1252
1282
1252
1282
648
648
648
723
723
830
800
830
830
830
960
960
960
960
1102
1132
1102
1132
1102
1132
286
286
286
308
308
368
368
368
368
368
430
430
430
430
505
505
505
505
505
505
SHAFT EXTENSION
Dimensions not valid for IIC motors.
M15
15
15
15
18
16
16
16
18
18
18
18
18
18
22
22
22
22
22
22
N P T ZSFRAME SIZE
2-8
POLES
MLMLLS
SMSMMA
MA-MCMD
MD-ME
M
D5_160
D5_180
D5_200
D5_225
D5_250
2-4
4-8
2-8
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
D5_315
S
M
D5_280M
LA4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
5
5
5
5
5
5
5
5
5
5
5
5
5
5
6
6
6
6
6
6
18
18
18
18
18
18
18
18
18
18
18
18
18
18
22
22
22
22
22
22
350
350
350
350
400
450
450
450
550
550
550
550
550
550
660
660
660
660
660
660
250
250
250
250
300
350
350
350
450
450
450
450
450
450
550
550
550
550
550
550
300
300
300
300
350
400
400
400
500
500
500
500
500
500
600
600
600
600
600
600
FLANGE
Z = n u m b e r o f h o l e s
DIMENSIONS D5 160-315 IM B35
45
Dimensions not valid for IIC motors.
D279
279
279
296
296
318
288
318
318
318
350
350
350
350
387
417
387
417
387
417
E F DA EA FA GC LAGA M N P ZFRAME SIZE
2-8
POLES
MLMLLS
SMSMMA
MA-MCMD
MD-ME
M
D5_160
D5_180
D5_200
D5_225
D5_250
2-4
4-8
2-8
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
D5_315
S
M
D5_280M
W
4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
350
350
350
350
400
450
450
450
550
550
550
550
550
550
660
660
660
660
660
660
250
250
250
250
300
350
350
350
450
450
450
450
450
450
550
550
550
550
550
550
300
300
300
300
350
400
400
400
500
500
500
500
500
500
600
600
600
600
600
600
15
15
15
15
18
16
16
16
18
18
18
18
18
18
22
22
22
22
22
22
45
45
45
45
45
59
59
59
59
59
64
64
64
64
64
69
64
69
64
69
12
12
12
12
12
16
16
16
16
16
18
18
18
18
18
18
18
18
18
18
110
110
110
110
110
110
110
110
110
110
140
140
140
140
140
140
140
140
140
140
42
42
42
42
42
55
55
55
55
55
60
60
60
60
60
65
60
65
60
65
45
45
51,5
51,5
59
64
59
64
64
69
69
79,5
69
79,5
69
85
69
85
74,5
95
12
12
14
14
16
18
16
18
18
18
18
20
18
20
18
22
18
22
20
25
110
110
110
110
110
140
110
140
140
140
140
140
140
140
140
170
140
170
140
170
42
42
48
48
55
60
55
60
60
65
65
75
65
75
65
80
65
80
70
90
S18
18
18
18
18
18
18
18
18
18
18
18
18
18
22
22
22
22
22
22
T5
5
5
5
5
5
5
5
5
5
5
5
5
5
6
6
6
6
6
6
SHAFT EXTENSION FLANGE
AA
254
254
279
279
318
356
356
356
406
406
457
457
457
457
508
508
508
508
508
508
AB AC BA BB BC C CAB H HA HD LCFRAME SIZE
2-8
POLES
MLMLLS
SMSMMA
MA-MCMD
MD-ME
M
D5_160
D5_180
D5_200
D5_225
D5_250
2-4
4-8
2-8
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
2
4-8
D5_315
S
M
D5_280M
A
761
761
761
836
836
945
915
945
945
945
1110
1110
1110
1110
1252
1282
1252
1282
1252
1282
446
446
466
488
508
593
593
593
618
618
710
710
710
710
820
820
820
820
820
820
22
22
24
24
24
28
28
28
28
28
40
40
40
40
45
45
45
45
45
45
160
160
180
180
200
225
225
225
250
250
280
280
280
280
315
315
315
315
315
315
223
179
179
216
178
260
235
235
178
178
272
272
221
221
299
299
299
299
299
299
108
108
121
121
133
149
149
149
168
168
190
190
190
190
216
216
216
216
216
216
21
21
21
21
22,5
24,5
24,5
24,5
28,5
28,5
30,5
30,5
30,5
30,5
32
32
32
32
32
32
296
296
283
321
350
360
360
360
406
406
480
480
480
480
520
520
520
520
520
520
95
95
65
90
75
100
100
100
95
95
110
110
110
110
165
165
165
165
165
165
210
254
241
279
305
286
311
311
349
349
368
368
419
419
457
457
457
457
457
457
314
314
314
354
354
411
411
411
411
411
490
490
490
490
604
604
604
604
604
604
300
300
324
324
368
406
406
406
465
465
540
540
540
540
590
590
590
590
590
590
55
55
58
58
63
76
76
76
90
90
90
90
90
90
110
110
110
110
110
110
K
14
14
14
14
18
18
18
18
22
22
22
22
22
22
27
27
27
27
27
27
L
648
648
648
723
723
830
800
830
830
830
960
960
960
960
1102
1132
1102
1132
1102
1132
46
DIMENSIONS D5 355-400 IM B3
2
4-8
FRAME SIZE
D5_355
D5_400
L75
100
75
100
D140
210
140
210
E20
29
20
28
F79,5
106
79,5
106
GA75
75
75
75
DA140
140
140
140
EA20
20
20
20
FA79,5
79,5
79,5
79,5
GCPOLES
SHAFT EXTENSION
L 2
4-8
2
4-8
FRAME SIZE
LX - LW - LY
D5_355
D5_400
L
LZLX - LW - LY
LZ
610
610
686
686
686
686
A
130
130
150
150
150
150
AA
740
740
836
836
836
836
AB
750
750
805
805
805
805
AC
695
695
730
730
730
730
AD
755
755
820
820
820
820
AE
630
630
710
710
710
710
B
706
706
880
1025
880
1025
BB
38
38
85
85
85
85
BC
254
254
280
280
280
280
C
526
596
655
755
655
755
CA
355
355
400
400
400
400
H
26
26
35
35
35
35
HA
1050
1050
1130
1130
1130
1130
HD
27
27
33
33
33
33
K
1550
1620
1780
1880
1850
1950
L
1695
1765
1925
2025
1995
2095
LC
550
620
580
580
650
650
WPOLES
2
4-8
47
DIMENSIONS D5 355-400 IM V1
2
4-8
FRAME SIZE
D5_355
D5_400
L740
740
940
940
M680
680
880
880
N800
800
1000
1000
P25
25
26
26
LAn°8x24
n°8x24
n°8x28
n°8x28
KF6
6
6
6
TPOLES
FLANGE
L 2
4-8
2
4-8
FRAME SIZE
LX - LW - LY
D5_355
D5_400
L
LZLX - LW - LY
LZ
755
755
820
820
820
820
AB
695
695
730
730
730
730
AD
1655
1725
1880
1980
1950
2000
LD
618
618
618
618
618
618
m
528
528
578
578
578
578
Z
550
620
580
580
650
650
W
75
100
75
75
100
100
D140
210
140
140
210
210
E20
29
20
20
28
28
F79,5
106
79,5
79,5
106
106
GAPOLES
2
4-8
SHAFT EXTENSION
NOTES
48
NOTES
45
Gra
fich
e M
arco
lin S
chio
20
56
ASI.CT.028.2 GB MARELLI MOTORI reserves the right to change the design, technical specification and dimensions in order to update or improve its products, without prior notice.
Marelli Motori S.p.A.
Via Sabbionara, 1
36071 Arzignano (VI) Italy
(T) +39.0444.479711
(F) +39.0444.479888
www.fki-et.com/mm
Branches
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MarelliMotori S.p.A.
PART OF THE FKI GROUP OF COMPANIES
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