Frame size 63-45055 II 2 G EExd(e) IIC(B) T455

Transcription

ELECTRICAL MACHINES, DRIVE SYSTEMS AND SYSTEM ENGINEERING
IP55
Frame size 63-45055
II 2 G EExd(e) IIC(B) T455
Explosion-protected
Three-Phase Low-Voltage Squirrel-Cage
Motors, flameproof enclosure
from 0.12 to 630 kW
M1.23e · 2001
U2_g.fm Seite 1 Montag, 17. September 2001 9:51 09
Three-phase low-voltage
squirrel-cage motors, IP55
II 2 G EExd(e) IIC(B) T4
Flameproof enclosure “d“
Shaft centre heights 63-450
■ Single speed motors
■ Change pole motors
■ Motors for frequency converter supply
Technical Catalouge M1.23 e ✦ 2001
Supersedes:
■ Technische Liste M1.23 e ✦ 2000
Revisions
All technical data, outputs, dimensions and weights,
stated in this catalogue, are subject to change without notice.
Illustrations do not purport to show constructional details.
08.01
INHALT_G.FM Seite 1 Montag, 17. September 2001 9:41 09
1
Contents
Explosion protection
2
4
Explosion protection types of electrical machines
4
Validity of European standards EN 50...
7
Design Types
Construction types
8
Materials, plates and labelling
9
Installation at normal and low temperatures
10
Protection types, paintwork
11
Terminal boxes
12
Connecting cables
14
Bearings
15
Permissible radial bearing load
16
Permissible axial bearing load
17
Lubrication, shaft ends, running smoothness,
operating noise levels
Special-purpose motors
18
19
Low-noise motors
19
On-deck installation by shipping classification
20
Special attachments, special flanges
22
Electrical Design
Electrical design for motors up to 690 V
Terminal boxes up to 690 V
23
Connection diagram
24
Protective devices, anti-condensation heater
25
Operating characteristics
Operating characteristics of motors up to 690 V
Inverter operation
50 Hz, ns = 750 rpm, 2p = 8
Mains operation
60 Hz, ns = 3600 rpm, 2p = 2
Mains operation
60 Hz, ns = 1800 rpm, 2p = 4
Mains operation
60 Hz, ns = 1200 rpm, 2p = 6
Mains operation
60 Hz, ns = 900 rpm, 2p = 8
Mains operation, increased output
50 Hz, ns = 3000 rpm, 2p = 2
50 Hz, ns = 1500 rpm, 2p = 4
60 Hz, ns = 3600 rpm, 2p = 2
60 Hz, ns = 1800 rpm, 2p = 4
Mains operation, power assignment
Temperature class T6 50 Hz/60 Hz
Mains operation, pole-changing motors
50 Hz, ns = 1500/3000 rpm, 2p = 4/2
50 Hz, ns = 1000/1500 rpm, 2p = 6/4
50 Hz, ns = 750/1500 rpm, 2p = 8/4
Dimensions
Surface-cooled motors,
self-cooling with radial-flow fan, foot-mounted
Surface-cooled motors,
self-cooling with radial-flow fan, flange-mounted
Surface-cooled motors, self-cooling with axial-flow fan
noise classes 2 and 3
Surface-cooled motors, external axial-flow fan
26
Permissible starting times
27
Frequency inverter operation
29
Mains operation
50 Hz, ns = 3000 rpm, 2p = 2
Inverter operation
50 Hz, ns = 3000 rpm, 2p = 2
Mains operation
50 Hz, ns = 1500 rpm, 2p = 4
Inverter operation
50 Hz, ns = 1500 rpm, 2p = 4
Mains operation
50 Hz, ns = 1000 rpm, 2p = 6
Inverter operation
50 Hz, ns = 1000 rpm, 2p = 6
Mains operation
50 Hz, ns = 750 rpm, 2p = 8
32
33
34
35
36
37
38
Page
39
40
41
42
43
44
45
46
47
48
49
50
51
52
54
58
62
66
General information
Page
General Information
Standards of several EU and non-EU countries
Ff01a01g.fm Seite 2 Montag, 17. September 2001 9:41 09
2
General Information
Standards Of Several EU and Non-EU Countries
Country
Title
International
IEC – International
Electrotechnical
Commission
Europe
EN – CENELEC European
Committee
for Electrotechnical
Standardisation
Germany
DIN/VDE –
German Industrial
Standard/Association of
German Electrotechnicians
Great Britain
BS – British Standards
Electrical rotating machines
Rated operation and technical data
IEC 60 034-1,
IEC 60 085
EN 60 034-1
DIN EN 60 034-1/
VDE 0530 Part 1
BS 4999: P1
BS 4999: P69
Protection types of rotating electrical machines
IEC 60 034-5
EN 60 034-5
DIN IEC 34 Part 5/
VDE 0530 Part 5
BS 4999: P20
Cooling methods of rotating electrical machines
IEC 60 034-6
EN 60 034-6
DIN EN 60 034-6/
VDE 0530 Part 6
BS 4999: P21
Construction types of rotating electrical machines
IEC 60 034-7
EN 60 034-7
DIN EN 60 034-7/
VDE 0530 Part 7
BS 4999: P22
Terminal markings and direction of rotation for
electrical machines
IEC 60 034-8
–
DIN/VDE 0530 Part 8
BS 4999: P3
Noise emission, limit values
IEC 60 034-9
EN 60 034-9
DIN EN 60 034-9/
VDE 0530 Part 9
BS 4999: P51
Startup behaviour of squirrel-cage motors
at 50 Hz up to 690 V
IEC 60 034-12
EN 60 034-12
DIN EN 60 034-12
VDE 0530 Part 12
–
Vibration severity of rotating electrical machines
IEC 60 034-14
EN 60 034-14
DIN EN 60 034-14
VDE 0530 Part 14
BS4999: P50
Mounting dimensions and ratings assignment for
IM B3
IEC 60 0721)
–
DIN 42 673 Sh. 32)
BS 4999: P101)
Mounting dimensions and ratings assignment for
IM B5, IM B10 and IM B14
IEC 60 0721)
–
DIN 42 677 Sh. 32)
BS 4999: P101)
Cylindrical shaft ends for electric machines
IEC 60 0721)
–
DIN 748 Part 3
BS 4999: P101)
Electrical apparatus for explosive atmospheres,
general provisions
IEC 60 079-0
EN 50 014
DIN EN 50 014/
VDE 0170/0171 Part 1
BS EN 50 014
flameproof enclosure “d”
IEC 60 079-1
EN 50 018
DIN EN 50 018/
VDE 0170/0171 Part 5
BS EN 50 018
increased safety “e”
IEC 60 079-7
EN 50 019
DIN EN 50 019/
VDE 0171 Part 6
BS EN 50 019
Designation of explosion-proof electrical equipment
IIA – IIC
Part 1 – Part 4
II 2 G EEx d(e) IIA – IIC
T1 – T6
m
m
Certificate, including symbol of inspection authority
–
–
PTB ...ATEX...3)
BVS ...ATEX...
AS No. Ex...3)
Symbol of inspection authority
–
–
PTB
BVS
BASEEFA
Notes
Due to compliance with the IEC publications mentioned above, special adaptation to foreign regulations is
not required in many cases.
1) Applies
only to dimensions and frame sizes
only to single-speed motors of frame sizes 90L to 315M for temperature class T4
3) EU-approved inspection authorities, whose certification is valid and recognized in all EU countries.
2) Applies
France
NF –
Norme Français
Italy
CEI –
Comitato Elettrat
tecnico Italiano
Belgium
NBN –
Norme Belge
Switzerland
SEV –
Schweizerischer
Electrotechnical
Board
Austria
ÖVE –
Austrian
Association for
Electrotechnology
USA
NEMA/NEC –
National MG.... Electric Code
NF C 51-100
NF C 51-111
CEI 2-3355
NBN C 51-101
NBN C 51-102
SEV 3009, 1978
ÖVE-M 10, Part 1
ÖVE-M 10, Part 2
MG 1-1.65
MG 10-10.37
NF C 51-115
CEI 70-1519
NBN C 51-105
UNEL 05515
SEV 3009-6
IEC-34, Part 6
CEI 2-/No. 454
NBN C 51-106
SEV 3009-6
-
MG 1-1.25
MG 1-1.26
NF C 51-117
CEI-UNEL 05513
NBN C 51-107
SEV 3009-7
-
MG 1-4.03
NF C 51-118
CEI 2-8V1
No 5628
NBN C 51-002
SEV 3009-8
ÖVE-M 1, Part 1
MG 1-2.61
NF C 51-119
Italian Standard
draft P 288
NBN C 51-101
M 10, Part 1
SEV 3009-9
ÖVE-M 10, Part 1
MG 3-...
(complete units)
MG 1-1.25
MG 1-1.26
MG 10-2.6.1
MG 1-10.30-10.36
NF C 51-111 addd1
Italian Standard
draft P 288
IEC 721)
CEI-UNEL 13113
NBN 636
VSM 15281; 15285
ÖNORM E 4620
MG1-11...1)
MG 13-1974
IEC 721)
CEI-UNEL 13117
NBN C 23-001
SEV-EN 50014
ÖVE EX/EN 50 014
MG-11...1)
NBN C 23-001
SEV-EN 50014
ÖVE EX/EN 50 014
MG-11...1)
NF C 51-1111)
IEC 34-14
NF EN 50 014
CEI EN 50 014
NBN EN 50 014
SEV-EN 50014
ÖVE EX/EN 50 014
NEC 500; 500-2
NF EN 50 018
CEI EN 50 018
NBN EN 50 018
SEV-EN 50018
ÖVE EX/EN 50 018
NEC 501; 502
ANSI/UL-698
NF EN 50 019
CEI EN 50 019
NBN EN 50 019
SEV-EN 50019
ÖVE EX/EN 50 019
m
m
m
m
m
CI.I Div. I GP.B.C.D.
CI.II Div. II GP.E.F.G
CERCHAR...3)
LCIEE3)
CESI-AD3)
INIEX...3)
SEV.../ASEV...
ASE...
TÜV VIENNA EX...
OM 1 A 3...
UL...
CERCHAR
LCIE
CESI
INIEX
SEV
TÜV/ETVA
FM
UL
General Information
3
4
General Information
Explosion Protection
Explosion Protection Types of Electrical Machines to DIN EN 50 014, VDE 0170/0171 Part 1
Protection type
letter symbol
Constructional requirements
Protection concept
Application for type of electrical
machine
Flameproof enclosure “d”
DIN EN 50 018 VDE 0170/0171 Part 5
All potential ignition sources are housed
inside a flameproof enclosure. Unavoidable sealing surfaces are therefore
designed as flameproof joints, so that,
in case of ignition of an explosive
atmosphere inside the enclosure, the
explosive atmosphere is not transferred
to the potentially explosive atmosphere
surrounding the enclosure.
All types of motors, e.g.
• squirrel-cage motors
• slipring motors
• commutator motors
For all modes of operation (S1 to S9)
for severe starting conditions and
variable-speed drive units, e.g. by
means of frequency inverters.
Here, steps must be taken to ensure that
the creation of sparks, electric arcs and
inadmissible heating processes is prevented during proper operation of the
apparatus.
Only squirrel-cage motors with adapted
motor protection switch.
tE-time is a requirement.
Under normal operating conditions, no
sparks, electric arcs or inadmissible temperatures occur.
Squirrel-cage motors of protection type
IP20 for enclosed areas. For installation
outdoors, protection type IP44 or IPW24
motor protection switch.
All types of motors, e.g.
• slipring motors
• commutator motors
with motor protection switches and
overpressure monitoring.
Apparatus for zones 1 and 21)
Increased safety “e”
DIN EN 50 014, VDE 0170/0171 Part 6
Apparatus for zones 1 and 21)
Non-sparking “n”
IEC 60 079-15
DIN EN 50 021, VDE 0170/0171 Part 16
Electrical apparatus for explosive
atmospheres. Protection type “n”
Apparatus for zone 21)
(zone 2 – apparatus)
Notes
If sparks, electric arcs or inadmissible
temperatures occur during normal
operation, the enclosures, including the
terminal box, must either be constructed
to protection type IP54 (i.e. at an excess
pressure of 4 mbar they must take more
than 30 seconds to drop to 2 mbar
[restricted breathing]) or both housing
and terminal box must be pressurized by
simple means.
Prevention of discharge of sparks
created under normal operating conditions. Manufacturers’ information about
these measures.
1) DIN
EN 60 079-14, VDE 165 Part 1, Electrical Equipment for Hazardous Areas
(except for mines)
Explosion protection of flameproof motors
The motors have been tested and certified in accordance with the new European Directive 94/9/
EC (ATEX 100a) by the German Federal Institute
of Physics and Metrology (PTB). They therefore
already comply with the latest European regulations that will continue to be valid after the year
2003. The Directive regulates the type of devices
and protective systems suitable for use in hazardous areas and will be applicable from the
30.06.2003 throughout Europe for the marketing of apparatus.
The three-phase motors are housed in a flameproof enclosure to DIN EN 50 014 VDE 0170/
0171 for all explosion protection groups and
temperature classes.
The standard version of shaft centre heights
63-400 complies with the requirements of the
highest explosion protection group (IIC) and
temperature class (T4), which also cover all lower groups and temperature classes. Motors with
shaft centre height 450 comply with the
requirements of explosion protection group IIB
and temperature class T4.
• Use with inverter feed and temperature sensor protection
The issued test certification does not contain
electrical data for the tested motor. It merely
confirms that the motor is inherently protected
against explosion due to its flameproof construction. The specification of electrical data is
the sole responsibility of the manufacturer. The
observation of temperature limits is certified by
means of appropriate tests. The certification also
covers design features that differ from the basic
versions:
Motors of temperature class T4 have the same
output as standard, non-explosion-proof motors
of the same size. The rated output of temperature class T5 and T6 motors must be adapted,
taking into account the permissible enclosure
temperatures.
• Maximum coolant temperature ranging from
–20 °C to +60 °C
• Different maximum altitude of installation
• Different rated voltage and rated frequency
• Motor protection through the use of temperature sensors
• Use for operating modes S2 to S9 with temperature sensor protection
The protection rating of the standard terminal
box is “Increased safety” (motor designation
e.g. EEx de IIC T4). To cater for the various installation methods used in different countries, motors can also be supplied with a terminal box
with a flameproof enclosure (motor designation
e.g. EEx d IIC T4). This terminal box is of the
same explosion group as the motor.
5
Due to their high degree of protection, the motors can be used under all operating conditions
in all zone 1, 2 and 22 hazardous areas.
They can be used in hazardous areas in which
the local and operational conditions can cause
gases and vapours to accumulate and mix with
air to form a flammable mixture. Due to their
construction, the motors are protected against
ingress of water and against electrical, chemical,
thermal and mechanical influences to the extent
that their explosion protection remains intact
under normal use.
Information on the introduction of
the 94/9/EC (ATEX 100a) Directive
The regulations concerning the construction and
operation of electrical equipment in hazardous
areas have been laid down for many years in
European standards under the Directive
76/117/EC and several supplements. The transition to the two new Directives 94/9/EC
(ATEX 100a) and 99/92/EC (ATEX 118a) has
involved a thorough revision and harmonising of
the European regulations.
Directive 94/9/EC harmonizes the regulations of
the individual member states with regard to the
previously differing requirements of apparatus
and protective systems. Through these measures
the aims to remove commercial barriers within
the EC and to standardise basic safety features
have been achieved. In specialist circles, the Directive is often referred to by the abbreviation
“ATEX 100a” (abbreviation of the French name
for the Directive).
In future the construction requirements for operation in hazardous areas will be specified by the
Directive 99/92/EC (ATEX 118a).
This was implemented into German national
regulations in 1996 with the same two-part
structure: the Device Safety Law with the explosion protection law (ExVO) for ATEX 100a, and
the revision of the draft for electrical equipment
in hazardous areas (ElexV) for Atex 118a. The
latter regulations therefore directly apply to the
user.
An essential feature of ATEX 100a is its additional classification and identification of devices and
protective systems in categories. These categories were defined according to the zone divisions
of operating areas based on the likelihood of explosive atmospheres. In this way, equipment can
be more easily assigned for use in the appropriate zones of operating areas.
Permissible temperatures for electrical apparatus
DIN EN 50 014; VDE 0170/0171
Explosion protection groups IIA, IIB, IIC
Ignition temperature of
medium relative to
temperature limit
Temperature class
Permissible surface temperature of apparatus incl.
ambient temperature of 40 °C (temperature limit)
above 450 °C
T1
450 °C
above 300 – 450 °C
above 200 – 300 °C
T2
T3
300 °C
200 °C
above 135 – 200 °C
T4
135 °C
100 – 135 °C
85 – 100 °C
T5
T6
100 °C
85 °C
The external CE mark and the device group
specified on the rating plate, such as “II 2G” for
Zone 1 apparatus in explosive atmospheres
consisting of gases, indicate that the motors are
compliant with the requirements of the new
Directive.
The affixing of the CE mark and the issuing of
the relevant declaration of conformity by the
manufacturer are subject to the following
requirements:
• The manufacturer must have a certified
quality assurance system in accordance with
ISO 9000 with an additional certificate for
quality assurance in the production of explosion-proof apparatus in accordance with
ATEX 100a.
• The apparatus concerned must have an
EC type testing certificate from an accredited
test authority (not required for Category 3
apparatus).
During the transition period (up to 30.06.2003)
the manufacturer and the user have the right to
proceed in accordance with both the old and the
new regulations.
From July 1 2003 all new products that are
brought onto the market must comply with the
new ATEX 100a Directive. The supply of spares
for the old designs must be ensured for at least
a further ten years.
Existing equipment may still be operated.
However, this must be upgraded by 30.06.2006
to comply with the minimum requirements of
ATEX 118a.
Permissible use of motors according to their classification by zone division
Group
Category
Zone
classification
Definition acc. to ElexV
Certification compulsory
Flammable
gases, vapours
and mists
II
1G*
0
II
2G
1
II
3G
2
Zone 0 covers areas in which an explosive atmosphere Yes
consisting of a mixture of air and gases, vapours or mist
is present frequently, for long periods of time, or permanently.
Zone 1 covers areas in which an explosive atmosphere Yes
consisting of gases, vapours or mist is likely to occur
from time to time.
Zone 2 covers areas in which an explosive atmosphere No
consisting of gases, vapours or mist is not likely to occur, and if it does, is likely to occur only rarely and for
short periods of time.
Combustible
dust
II
1D*
20
Zone 20 covers areas in which an explosive atmosphere
consisting of a mixture of dust and air is present
frequently, for long periods of time, or permanently.
Yes
II
2D
21
consisting of a mixture of dust and air is likely to occur
from time to time.
Yes
II
3D
22
consisting of airborne dust is not likely to occur, and if
it does, is likely to occur only rarely and for short periods
of time.
No
* Not common for electric motors
General Information
The motor chamber and the terminal compartment of both versions are isolated from each
other to prevent explosion. The winding end
leads are fed into the terminal compartment
through flameproof cable entries.
6
General Information
Flammable gases and vapours are classified by
groups and temperature classes which are designated using short alphanumeric codes. Codes
IIA to IIC refer to the group that defines the nature of the gap in the machines. Codes T1 to T6
indicate the temperature class, i.e. the machine’s permissible external temperature.
The groups and temperature classes assigned to
various gases and vapours are summarized in
the table on the right.
Note about the table:
Additional examples are provided in the publication
“Safety engineering characteristics of combustible gases and vapours” by Nabert/Schön, Deutscher Eichverlag, Berlin.
Examples of the classification of flammable gases and vapours according to temperature class and
explosion group to DIN VDE 0165
Group
T3
T4
Firedamp
protection
I
Methane
(firedamp)
Explosion
protection
IIA
Acetone
Ammonia
Benzol
Acetic acid
Ethane
Ethyl
acetate
Ethyl
chloride
Carbon
monoxide
Methane
Methanol
Methyl
chloride
Propane
Toluene
I amyl
acetate
n butane
n butyl
alcohol
Cyclohexanon
Acetic
anhydride
Natural
gas
Liquefied
gas
Hexane
Petrol
Diesel fuels
Aviation
fuel
Domestic oil
Petroleum1)
Acetaldehyde
Ether
IIB
Coke-oven
gas
Water gas
(carburetted)
1.3-butadiene
Ethyl
alcohol
Ethylene
Ethylene
oxide
Petroleum1)
Isoprene
Hydrogen
sulphide
Ethyl ether
IIC
Hydrogen
Acetylene
Conformity certificate for
protection type “Flameproof enclosure”
and temperature classes T3 to T6
Motors are EU type approved in accordance with
Directive 94/9/EC (ATEX 100a).
This certification for temperature classes up to
T6, covering three-phase asynchronous motors
of protection type “d”, do not contain motor ratings for the tested motor type. They merely confirm that the motor is explosion protected due to
its tested flameproof construction. In addition,
the following ratings, which differ from the
standard versions, are certified. These figures
must be stated on the motor’s rating plate:
• Rated voltages up to 1000 V
• Rated frequency below or above 50 Hz e.g.
60 Hz
• Pole-changing motors e.g. 4/2 or
6/4 poles
• Ambient temperatures from –20 °C to 60 °C
• Installation above 1000 m m.s.l.
• Installation of temperature sensors for protection in addition to the motor protection switch
required by VDE 0165 for operating modes
S1, S2, S3 or S6.
• Installation of temperature sensors as sole
protection against unacceptable temperatures for operating modes S1, S2, S3, S4, S5,
S6, S7, S8, S9 or S10. Only combinations of
temperature sensors tested by the PTB (thermistors to DIN 44081) and tripping devices
with conformity mark PTB 3.53-PTC A are
approved as sole protection.
• Where built-in temperature sensors are the
only means of protection, power supply via
variable frequency inverter for motor speed
control. Operating mode S8 or S9.
Motors can be configured for several of the
above variations (e.g. for operating mode S2
and ambient temperature 60 °C).
Temperature classes
T1
T2
Notes
1)
depending on composition
List of conformity certificates
Height of
axle
ATEX
63
99 ATEX 1143
71
99 ATEX 1143
80
90
99 ATEX 1143
99 ATEX 1143
100
99 ATEX 1143
112
132
99 ATEX 1143
99 ATEX 1143
160
99 ATEX 1143
180
200
99 ATEX 1143
99 ATEX 1143
225
99 ATEX 1143
250
99 ATEX 1143
280
315-450
99 ATEX 1143
on request
T5
T6
Carbon
disulfide
7
Validity of European Standard EN 50 014 and Others by Country
No separate certification from the respective
national testing authorities in addition to the
conformity certificate is required.
Because the European standard is based on IEC
publication 60 079, motors designed in accordance with EN requirements can also be used in
many non-European countries, although some
changes may be necessary, e.g. adaptation of
the terminal box to specific installation
methods.
EU Countries
Approved EU Ex testing authorities
Germany
PTB/BVS/IBExU/...
Greece
Luxembourg
SEE
Portugal
Iceland
Great Britain & Northern Ireland
Belgium
EECS/SCS
ISSEP
France
INERIS/LCIE
Ireland
The Netherlands
KEMA
Italy
CESI
Denmark
Spain
DEMKO
LOM
Finland
VTT
Norway
Austria
NEMKO
TÜV-A/BVFA
Sweden
SP
CENELEC countries
National testing authority
Switzerland
SEV
See also the table of standards and regulations
on page 2, 3.
According to the Treaty of Rome and the Maastricht Treaty, EN
regulations must be valid in all EU member states, and the conformity
certificates issued by EU-approved testing authorities must therefore
be recognized by all EU members. Accordingly, electrical apparatus
approved for use on the basis of conformity and EC type testing
certificates can be supplied without restriction to the countries
mentioned in the first column.
The national regulations of the non-EU CENELEC countries are based
on EN specifications so that the level of explosion protection of
EN-compliant equipment is known in those countries. In many cases,
the national testing authorities recognize the conformity certification
and will issue national certification on its basis. In some cases,
additional national requirements may have to be met, for example
adaptation of the terminal box.
Type approval certification based on Directive 94/9/EC is accepted
without retesting.
General Information
Explosion protection to international
specifications.
The European standards EN 50 014 to 50 020
are accepted without any changes as a CENELEC
standard by all CENELEC member countries.
Conformity certificates awarded by the approved testing authorities (in accordance with
the EU general guideline for Ex apparatus) in the
EU member states are mutually recognized by all
other member countries in accordance with the
provisions of the Treaty of Rome and the Maastricht treaty.
8
Construction Types
Up to frame size 355 – any number of poles –
the motor bearings are designed so that they
can be used as described below without modification.
IM B3 as IM B6, IM B7, IM B8, IM V5*, IM V6*
IM B5 as IM V1*, IM V3*
IM B35 as IM V15*, IM V36*
IM B14 as IM V18, IM V19
Exception: For the vertical design types marked
*, protective devices must be fitted to provide
protection against dripping water and to prevent
foreign bodies from falling into the units.
Design Types
H.V. (high-voltage) motors are available only in
construction types IM B3, B35 and V1.
Available construction types to DIN IEC 34, Part 7 (replaces DIN 42950,04.64)
Other construction types are available on request
IEC Code I
IM B3
IM B35
IM B5
IM B6
IM B7
IEC Code II
Explanation
IM1001
Foot mounting,
feet at bottom
IM2001
Foot mounting,
feet at bottom, with additional flange mounting;
access from housing side
IM3001
Flange bearing plate on
drive side, access from
housing side
IM1051
Foot mounting, feet on left
side (viewed from drive
side)
IM1061
Foot mounting, feet on
right side (viewed from
drive side)
IEC Code I
IEC Code II
IM B8
IM1071
IM V1
IM3011
IM V3
IM3031
IM V5
IM1011
IM V6
IM1031
Explanation
Foot mounting, feet on top Flange mounting on drive
end of flange; access from
housing side, drive shaft at
bottom
Flange mounting on drive Foot mounting, drive shaft Foot mounting, drive shaft
at top
end of flange; access from at bottom
housing side, drive shaft at
top
IEC Code I
IEC Code II
IM B14
IM3601
IM V19
IM3631
IM B34
IM2101
IM V15/IM V36
IM2111/2131
Explanation
Flange mounting on drive Flange mounting on drive
end of flange; no access
from housing side, drive
from housing side
shaft at bottom
Flange mounting on drive
from housing side, drive
shaft at top
Foot mounting, feet at bottom, with additional flange
mounting on drive end of
flange. No access from
housing side
Foot mounting with additional flange mounting on
drive end of flange. Drive
shaft at bottom or top.
With or without access
from housing side.
IM V18
IM3611
9
Design Types
Materials, Plates and Labelling
For Casings, End Shields, Terminal Boxes and Fans
Materials for casings, end shields, terminal boxes and fans
Frame size
63
Housing type
Material
Grey cast iron
71
End shield
Feet
Grey cast iron,
bolted
Grey cast iron
Terminal box
EEx e
EEx d
Grey cast iron,
bolted
Grey cast iron,
bolted
Fan cowl
Radial-flow fan
2-pole
4, 6, 8-pole
n/a
n/a
n/a
Sheet steel
Plastic1)
Plastic1)
Axial-flow fan
80
90
100
112
132
Plastic
160
180
200
225
Cast aluminium alloy
Hub in grey
cast iron 20
250
280
Cast aluminium alloy
Hub in grey
cast iron 20
315
355
Steel, welded
400
Steel, welded
Steel, welded
Steel, welded
Steel, welded
450
Notes
1) For
special operating conditions (e.g. low temperatures) fans made of cast aluminium alloy can also be supplied for frame sizes 63 to 200.
Plates and labels
Rating and test information is contained on a
single plate attached to the housing. A duplicate
is attached to the inside of the EEx e terminal
box lid. The plates are made of stainless steel
(material 1.4300).
10
Design Types
Installation at Normal and Low Temperatures
The standard motors are suitable for installation
outdoors, in humid and dusty atmospheres
(industrial climate) at temperatures of –20 °C to
+40 °C.
Use at low temperatures
Motors suitable for use at extremely low
temperatures are designed in accordance with
Component
–20 °C
–40 °C
–55 °C
Bearing
Normal
Normal
Normal
Bearing grease
Shaft seal
SRI2
Normal
SRI2
Normal
SRI2
Special
Fan
Normal
Aluminium fan
Aluminium fan
Stator winding
Anti-condensation heater
Normal
No
Normal
Required
Normal
Required
Cast parts
Grey cast iron 20
Grey cast iron 20
Grey cast iron 20
Fastening screws
Paintwork
8.8
Normal
8.8
Normal
8.8
Special
The test certification from the German Federal
Institute of Physics and Metrology (PTB) is a
valid for below-zero temperatures down to
–20 °C. At lower temperatures, anti-condensation heaters must be used, for example to heat
the motors from –40 °C to –20 °C.
Designs up to –55 °C without anti-condensation
heating on request.
Motors intended for on-board or offshore
installation conform to the regulations of the
respective classification authorities. To ensure
safe on-deck installation, the motors have a
series of additional design features (see
page 20). These motors are prototype test
certified by Germanischer Lloyd.
11
Protection Types, Paintwork
Temperature class
T4
T4
T6
Frame size
RT F 40 °C
RT > 40 F 60 °C
RT F 40 °C
63 – 450
IP55
IP552)
IP55
63 – 450
63 – 1603)
IP56
IP651)
–
–
–
–
...X 63 – 315
IP55
IP552)
–
Notes
1)
2)
3)
Design Types
Available protection types
to DIN IEC 34 Part 5
IP65 is not specified by DIN IEC 34, Part 5
Output adaptation required
Larger motors available on request
Paintwork
Standard paintwork
Paintwork for normal requirements in
special colours to RAL specifications
Acid protection paintwork for heavyduty applications
Pretreatment
All parts cleaned and degreased, steel cast parts and grey cast iron parts sandblasted in accordance with DIN 18 364
Primer for
cast parts
Primer for
steel parts
Topcoat
1. Synthetic alkyd resin primer, from construction type 160 onwards.
2. Polyvinyl butyral primer, zinc chromate free
One-part polyvinyl butyral metal primer, zinc chromate free
1. As for standard paintwork
Two-part acrylic lacquer
Coat thickness
Two-part polyurethane based Percotex
structure lacquer
approx. 70 mm
2. Two-part polyacrylate/polyester
primer
Two-part acrylic lacquer
approx. 70 mm
approx. 90 mm
Colour
RAL 5009 azure blue
All colours to RAL
RAL 7031 blue-grey
RAL 7032 pebble-grey
Mechanical strength
Corrosion resistance
Non-abrasive, elastic, scratch-resistant, impact-resistant
Resistant to water, steam and saltwater Resistant to water, steam and saltwater
Temperature range
–40 °C to 130 °C
Notes
Other special finishes available on request.
–40 °C to 130 °C
Highly resistant to water, steam and
saltwater
–50 °C to 130 °C
12
Design Types
Terminal Boxes
Protection type
Power line bushings and terminals
Terminal box – standard EEx e version
The terminal boxes are protected to EEx d IIC as
defined by EN 50 018 or to EEx e II (Increased
safety) as defined by EN 50 019 and to IP56 as
defined by DIN EN 60 034 Part 5.
The winding end leads are fed into the terminal
compartment through flameproof cable entries.
the terminal boxes of the L.V. motors have
metric threads to DIN 42 925 with cable entries
to DIN EN 50 262.
The cable entries used on the terminal boxes
conform to the respective protection type and
are fitted with an oil-resistant cover seal. The
cover fixing screws are corrosion-protected and
captive (except on H.V. motors).
Position and rotatability
The terminal box is fitted to the top of the
machine. From frame size 63, they can be
rotated by 4 x 90 degrees to enable connection
from all directions. From frame size 132, this can
be achieved without rotating the connection
plate.
For L.V. motors, a multiple penetration or single
penetration systems are used for AC voltages up
to at least 690 V.
Special versions for 1000 V are also available at
extra cost.
H.V. motors are fitted with single penetration
systems according to the rated voltage.
For frame sizes 315 – 450, the terminals for
connection without cable lugs are placed
directly on the penetration bolts.
Where built-in temperature sensors are fitted,
additional terminals are available in the terminal
box.
H.V. motors have an additional terminal
compartment.
The terminal boxes with version 8 cable glands
are an exception, and can be rotated by 180°.
For frame size 180 and above, the terminal
boxes are equipped with a screw-on plate for
optional installation of screw glands, cable
glands or a split cable entry gland.
From frame size 250, longitudinally split
terminal boxes are also available.
An additional terminal box for thermal
monitoring or anti-condensation heaters is also
available from frame size 180. It is bolted to the
motor connection box or, on frame sizes 355 to
450, fitted to the housing.
The H.V. motor terminal boxes conform to
DIN 42 962. On request, the star point can be
located in a second terminal box. The terminal
box is protected to EEx e II (Increased safety), as
defined by EN 50 019 and are supplied in
version 9.
The various cable entry components (extra-cost
option) and their thread sizes are listed in the
table on page 13.
Frame sizes 63 – 112
Frame size 315 with bolt-type gland
Frame sizes 250 and 280 with connection
plate, as for frame sizes 180 – 280
Version 1
Cable entry
to DIN EN 50 014
(screw gland)
for fixed cables
Version 3
Cable entry glands to
EN 50 014, with strain relief,
anti-rotation and anti-kink devices
for cable of mobile apparatus
Version 8
Split cable entry with internal strain
relief clamp
Version 9
Split terminal box with the internal strain
relief clamp
13
Terminal Boxes
Mains cable entry for EEx e terminal boxes
Frame size
1
Threaded
version
For cable
external
o mm
Threaded
version
3
63
71
9
100
112
132
160
180
200
225
250
280
315
355
400 – 450
Highvoltage
1XM32X1.5
M40X1.5
1XM50X1.5
1XM63X1.5
not available
12 – 21
17 – 28
21 – 35
27 – 48
not available
1XM25X1.5
1XM32X1.5
M40X1.5
1XM50X1.5
1XM63X1.5
1X
M80X2
1X
M95X2
11 – 16
15 – 20
19 – 27
26 – 34
35 – 46
62 – 68
74 – 80
13 – 19
8 – 17
For cable
external
o mm
For cable
external
o mm
Notes
90
1XM25X1.5
For cable
external
o mm
8
80
1Xo 31 – 48
not available
1X o 48 – 70
On request
not available
1X o 48 – 70
2X o 26 – 48
not available
Design Types
Version
1X o 48 – 70
2X o 48 – 70
1X
o 26 – 48
= Standard version
For thermal monitoring with all versions, 1 x screw gland M25 x 1.5.
Possible cross-sections with EEx e for low-voltage motors
Frame size
Rated cross-section, max.
[mm2]
Rated current, max.
[A]
Terminal type
Number of terminals
Thread size
63–112
4
25
U-clamp terminal
6
M5
132, 160
180–225
10 (r)
70
63
100
U-clamp terminal
Saddle terminal
6
6
M6
M8
250–280
120
250
Saddle terminal
6
M12
315
150
250/3151)
Round terminal
6
M12
355–450
300
315/4001)
Round terminal
6
M16
Notes
1) Material:
Cu
A threaded bore to ISO DIN 13 is standard on all
terminal boxes.
On request, the thread types listed in the table
below can also be supplied. Please specify the
required thread dimensions when placing your
order.
Terminal box EEx d IIC
The terminal boxes are protected to EEx d IIC as
defined by EN 50 014 and EN 50 018 and
protection type IP56 as defined by EN 60 034
Part 5.
Note: Cable entry parts in protection type
EEx d IIC housings must also conform and be
certified to EN 50 018.
These components are not part of the package
content.
Flameproof terminal boxes for H.V. motors are
available on request.
Cable entry threads for EEx d terminal boxes for L.V. motors
Frame size
63
71
80
90
100
112
Thread type
ISO DIN 13
M25X1.5
1XM32X1.5
NEMA type
NPT
Mj
Oj
Notes
132
160
180
1XM40X1.5
1j
1Kj
For thermal monitoring on all versions in addition 1xM25x1.5 or 1xMj
200
225
1XM50X1.5
1Mj
2j
250
280
1XM63X1.5
3j
315
355 – 450
1XM80X2
1XM95X2
3Mj
14
Connection Cables
For Motors With Direct Cable Connection
3 ends 400 V, 6 ends 400/690 V – NSSHöu cable
Design Types
Three winding end leads and earth lead
– direct switching system
Frame size
Number of poles
Without temperature
monitoring
With temperature
monitoring
Six winding end leads and earth lead
– Y/D startup
– pole-changing
Without temperature
With temperature
monitoring
monitoring
63
2–4
71
2–8
80
90
2–8
2–8
1 cable
4 strands
Cross-section 1.5 mm2
max. 20 A
Outer o approx. 13 mm
100
2–8
1 cable
7 strands
max. 20 A
Outer o approx.
17.5 mm
1 cable
7 strands
max. 20 A
Outer o approx.
17.5 mm
1 cable
10 strands
max. 20 A
Outer o approx.
19.5 mm
112
132
2–8
2–8
160
2–8
1 cable
4 strands
Cross-section 4 mm2
max. 36 A
Second additional cable
with 4 strands
max. 20 A
2 cables
4 strands each
Cross-section 4 mm2
max. 36 A
Third additional cable
with 4 strands
max. 20 A
180
2–8
200
L1–2
4–8
L2–2
1 cable
4 strands
Cross-section 10 mm2
max. 65 A
1 cable
4 strands
max. 87 A
2 cables
4 strands each
max. 87 A
225
2–4
250
2–4
6–8
280
2–8
Notes
Cables included in package content. Cable length 2 m. Please specify any special length requirements in your order.
for 660 V only
1 cable
4 strands
max. 87 A
15
Bearings
Bearing classification, frame sizes 63 – 450
63
2, 4
6202 2ZR
–
–
6004 2ZR
71
2, 4, 6, 8
6202 2ZR
–
–
6004 2ZR
The motors are fitted with external radial or
axial seals. Vertical construction types with
upward-facing shaft are fitted with a combined
radial and axial seal. The seals prevent ingress of
water along the shaft into the bearing housing.
They have good abrasion resistance and thermal
stability and are also resistant to mineral oils,
saline solutions and diluted acids.
Seals for media not listed above are available on
request.
80
90
2, 4, 6, 8
2, 4, 6, 8
6204 2ZR
6205 2ZR
–
–
–
–
6204 2ZR
6205 2ZR
100
2, 4, 6, 8
6206 2ZR C3
–
–
6206 2ZR C3
Lubrication
112
132
2, 4, 6, 8
2, 4, 6, 8
6306 2ZR C3
6308 2ZR C3
21306 CC/C3
21308 CC/C3
1050
1580
6206 2ZR C3
6308 2ZR C3
160
2, 4, 6, 8
6309 2ZR C3
21309 E/C3
1880
6309 2ZR C3
180
2, 4, 6, 8
6310 2ZR C3
21310 E/C3 Explorer
2660
6310 2ZR C3
200
225
2, 4, 6, 8
2, 4, 6, 8
6312 2ZR C3
6313 2ZR C3
21312 E/C3 Explorer
21313 E/C3 Explorer
3310
3770
6312 2ZR C3
6313 2ZR C3
250
2, 4, 6, 8
6315 2ZR C3
21315 E/C3 Explorer
4860
6313 2ZR C3
280
315
2, 4, 6, 8
2
4, 6, 8
6316 2ZR C4
6316 C4
6318 C4
21316 E/C3 Explorer
21316 E/C3 Explorer
21318 E/C3 Explorer
5470
5450
7470
6315 2ZR C3
6316 C4
6316 C4
355
2
6318 C4
NU 318 C3
3710
6318 C4
355
4, 6, 8
6320 C3
NU 320
4440
6320 C3
Type
Drive-end bearings
All construction types
Non-drive-end bearing
Standard
Reinforced bearings
Min. load
[N]
All construction types
Number of
poles
Relubrication device, relubrication
intervals
ConstrucB3, B5
Construction type
V1, V3
7316 B +
6316 C4
7322 B +
6322 C3
400
2
6318 C4
NU 318 C3
4570
6318 C4
400
4, 6, 8
6322 C3
NU 322
6420
6322 C3
450
4, 6, 8
6324 C3
NU 324
7560
6322 C3
Bearing-type codes:
The bearings of motors up to frame size 280
have lifetime lubrication. The deep-groove ball
bearings, which are sealed on both sides, are
pre-packed with polyurea fibre grease by the
bearing manufacturer. They are therefore
maintenance-free for the time specified in the
upper table on page 18.
7322 B +
6322 C3
Nominal service life
Example: 6315.2ZR.L12.C3
6315 = Bearing size
2 ZR = Non-rubbing double seal
L12 = Polyurea fibre grease
C3 = Bearing clearance
Up to frame size 315, a locating bearing is used
at the drive-end.
In pure coupling operation, the theoretical service life is more than 50,000 operating hours.
In the maximum permissible radial and axial
loads are given in the tables on pages 16 and 17.
The calculations are based on roller bearings
with a service life of 20,000 hours. Drives with a
higher radial load such as belt drives can be
supplied with roller bearings for an additional
charge. The minimum radial load specified must
be maintained in order to ensure that the
bearings roll correctly. For higher axial bearing
loads such as occurring with helical gear, special
solutions are available on request.
From frame size 315, motors are equipped with
relubrication devices with grease distributors.
Relubrication devices are also fitted to motors
from frame size 225 that are equipped with
roller bearings for heavy loads.
Bearings with relubrication devices are packed
with lithium-saponified grease. The relubrication intervals are listed in the middle table on
page 18.
For vertical construction types (V type), halve the
relubrication times.
Always regrease bearings with the same grease
type, i.e. grease with the same saponification
component and the same consistency. We uses
a lithium-saponified anti-friction roller bearing
grease with a drop point above 185 °C (e.g. Esso
Unirex N 3). See also information plate on motor.
The collecting chamber in the bearing cover is
large enough to contain the used grease accumulating during normal service life. Flat grease
nipples to DIN 3404 with thread size M10 X 1
are used for lubrication.
Design Types
Bearing seals
16
Permissible Radial Bearing Load
Permissible radial bearing load FR [N] (Standard)
Design Types
Frame size
The distance of the point of application of force
FR from the shaft collar should be no greater
than the length of the shaft end.
max. radial axle load (e.g. overhung
FR =
belt load + weight of belt pulley) [N]
F=
2×K×M
Belt pull [N] = ----------------------D
M=
9550 × P
Torque [Nm] = -------------------n
P=
n=
D=
K=
Rated motor output [kW]
Rated motor speed [rpm]
Pulley diameter [m]
Pretension factor, dependent on belt
type and approximated as follows:
K=3
for normal flat belts without tensioning
pulley
K = 2 for normal flat belts with tensioning
K = 2.2 for V-belts or special-purpose flat belts
The specified values apply to operation at 50 Hz
mains.
Details for 2-pole motors of frame size 400 apply
only to horizontal shafts.
No. poles 2p =
Permissible radial force FR [N] at
x0
x1
x2
63
2
4
300
370
280
350
260
260
71
2
4
6
8
470
600
680
750
440
550
630
690
400
400
400
400
80
2
4
6
8
2
4
6
8
2
4
6
8
730
930
1060
1160
800
1010
1150
1270
1120
1410
1610
1770
670
850
960
1060
730
920
1050
1150
1010
1270
1450
1600
620
620
620
620
660
660
660
660
920
920
920
920
112
2
4
6
8
1620
2030
2320
2560
1460
1840
2100
2320
1340
1340
1340
1340
132
2
4
6
8
2
4
6
8
2
4
6
8
2330
2920
3340
3700
2790
3520
4020
4430
3810
4750
5450
6000
2100
2630
3010
3010
2490
3150
3600
3600
3380
4220
4840
4840
1910
1910
1910
1910
2260
2260
2260
2260
3040
3040
3040
3040
200
2
4
6
8
4600
5800
6600
7300
4100
5200
6000
6000
3780
3780
3780
3780
225
2
4
6
8
5000
6200
7100
7800
4600
5600
6300
7000
4200
5000
5700
6300
250
2
4
6
8
2
4
6
8
6200
7700
8900
9700
6100
8200
9500
9600
5600
7000
8000
8800
5500
7500
8700
8400
5100
6400
7300
8000
5100
7000
8000
7400
315
2
4
6
8
6100
8900
10100
11200
5700
8200
9200
10300
5400
7600
8500
9500
355
2
4
6
8
6300
9800
11400
12900
6000
9200
10600
12100
5700
8600
10000
11300
400
2
4
6
8
4
6
8
5400
10700
11700
13400
9800
11100
12900
5100
9900
10700
12400
9000
10200
11900
4800
9100
10000
11500
8400
9500
11100
90
100
160
180
280
450
17
Permissible Axial Bearing Load
For construction types
IM B3, IM B5, IM B35
IM V1, IM V5, IM V15
IM V3, IM V6, IM V36
Frame size 3000 rpm
Load to
mN
lN
1500 rpm
Load to
mN
lN
1000 rpm
Load to
mN
lN
750 rpm
Load to
mN
lN
63
170
300
200
350
–
–
–
–
71
160
320
200
400
250
500
320
560
80
700
500
900
700
1000
800
1100
1000
90
700
500
900
800
1100
900
1200
1000
100
900
800
1200
1100
1400
1300
1600
1500
112
1300
1200
1800
1600
2100
1900
2300
2200
132
2100
1600
2600
2200
3100
2700
3500
3000
160
2600
2000
3400
2800
3900
3400
4400
3800
180
1900
2600
2330
3210
2900
3780
3340
4220
200
2500
3300
3150
4100
3850
4800
4350
5350
225
4000
2650
5000
3200
5650
3950
6300
4600
250
4100
5600
5700
7200
6800
8300
7700
9300
280
4700
6500
7100
8900
7200
9000
8100
9900
315
4900
6900
6400
8400
7600
9600
8800
10800
355
8100
4500
10200
6600
11700
8100
13200
9600
400
5000
1800
4700
4700
5400
5400
6300
6300
450
–
–
4500
4500
4800
4800
5500
5500
LN
MN
LN
MN
LN
MN
LN
MN
63
170
320
220
400
–
–
–
–
71
240
360
190
460
250
530
300
570
80
600
500
800
700
1000
900
1100
1000
90
700
600
900
800
1000
1000
1200
1100
100
900
900
1200
1200
1400
1400
1500
1600
112
1300
1300
1600
1800
1900
2100
2200
2300
132
1900
1800
2400
2500
2900
3000
3300
3300
160
2300
2400
3000
3300
3500
3900
3900
4400
180
1650
2900
1890
3780
2390
4410
2840
4930
200
2100
3800
2500
4900
3150
5600
3600
6350
225
3500
3250
4050
4200
4700
5150
5300
5800
250
3200
6700
4500
8800
5500
10100
6200
11300
280
3600
8200
5300
11300
5400
11400
6000
12900
315
2700
9900
2900
13000
3400
15400
4300
16800
355
4000
10200
3900
15000
4900
17400
6300
18800
400
6800
1390
6600
20700
6500
24900
8200
26700
450
–
–
5400
22700
3700
26500
4500
29100
LN
MN
LN
MN
LN
MN
LN
MN
63
300
180
380
230
–
–
–
–
71
340
170
430
220
490
290
540
340
80
500
700
700
900
800
1100
900
1200
90
500
800
700
1000
800
1200
1000
1300
100
800
1000
1000
1300
1200
1600
1400
1700
112
1100
1400
1500
1900
1800
2200
2100
2500
132
1500
2200
2000
2900
2400
3400
2800
3700
160
1800
3000
2500
3800
3000
4500
3400
4900
180
1650
2200
2770
2900
3280
3530
3660
4030
200
2850
3000
3450
3900
4150
4650
4600
5350
225
2100
4650
2250
5600
2950
7050
3600
7550
250
4800
5200
6000
7200
7000
8600
7800
9800
280
5400
6400
7100
9500
7200
9600
7800
11100
315
4700
7900
4900
11000
5400
13400
6300
14800
355
400
13800
300
18600
1300
21000
2700
22400
400
3600
13900
6600
20700
6500
24900
8200
26700
450
–
–
5400
22700
3700
26600
4500
29100
Design Types
Permissible axial bearing load FA [N] (Standard)
18
Lubrication, Shaft Ends, Running Smoothness, Operating Noise Levels
Design Types
Maintenance-free service life with relubrication and coupling operation
Motors with standard output
coupling operation
Frame size
Number of poles
RT 40 °C
Motors with increased output
coupling operation
Frame size
Number of poles
RT 40 °C
63 – 71
2
20000 h
63 – 71
2
20000 h
4, 6, 8
2
40000 h
20000 h
80 – 90
4, 6, 8
2
80 – 90
40000 h
15000 h
4, 6, 8
40000 h
4, 6, 8
30000 h
100 – 132
2
4, 6, 8
20000 h
40000 h
100 – 132
2
4, 6, 8
10000 h
20000 h
160 – 280
2
20000 h
160 – 280
2
4, 6, 8
40000 h
4, 6, 8
7500 h
15000 h
Relubrication intervals for horizontal construction type
Motors with standard output
Relubrication interval
Room temperature
Speed
up to 1800 rpm
up to 3600 rpm
Motors with increased output
Relubrication interval
Speed
up to 1800 rpm
40 °C
5000 h
2500 h
5000 h
2500 h
50 °C
60 °C
2500 h
2000 h
1000 h
500 h
2500 h
-
1000 h
-
up to 3600 rpm
Shaft ends
Balancing, running smoothness
Operating noise levels
The motors normally have a free shaft end
whose dimensions conform to DIN 748 Part 3,
DIN 42 672 and DIN 42 673.
The motors are dynamically balanced to vibration intensity level “N” (normal) with half
featherkeys to DIN VDE 0530 Part 14.
Noise measurements are performed in a dead
room to DIN 45 635.
From frame size 63, the shaft ends have an internal thread to DIN 332 Form “D”. The featherkeys are designed to DIN 6885 Sh. 1.
Special variants, balanced with a full featherkey
are an extra-cost option.
Motors with special shafts and/or a second shaft
end are available on request at extra cost (does
not apply to motors with axial fan and motors
with attachments at the non-drive end, e.g.
tachometer).
In conformance with DIN ISO 8821, the motors’
shaft end faces are marked as follows:
H = Half-featherkey balancing
F = Full-featherkey balancing
Frame size
Level N
63 – 132 160 – 225 250 – 450
veff [mm/s] 1.8
2.8
4.5
For applications requiring exceptional mechanical running smoothness, a low-vibration variant
“R” (reduced) or vibration intensity level “S”
(special) is available at extra cost.
The sound pressure level Lp and the sound power
level Lw in dB(A) for each frame size are listed on
the operating data sheets.
These readings conform to DIN EN 21 680-1 and
were taken at nominal load at 50 Hz plus the
+3 dB(A) tolerance permitted by VDE 0530.
For available variants of low-noise motors, see
page 19.
19
Low-noise motors
Noise class 1
Standard version
Noise class 2
Axial-flow fans, low-noise
As result of extensive experience and intensive
development work in the field of noise reduction
for electrical machines, we have developed
motors that contribute significantly to reducing
noise levels. Focusing on low sound radiation,
this aim has been achieved with design features
such as a solid, low-vibration construction, an
optimized magnetic layout, an effective cooling
system and tight machining tolerances.
In the standard version, bi-directional radialflow fans with broad, shallow blades are used.
They are capable of conveying large volumes of
air efficiently and at low noise levels.
For more exacting requirements, we recommend
the low-noise variant with its unidirectional
axial-flow fan. These fans can be fitted to 2-pole
motors of frame size 132 and above and 4-pole
motors of frame size 180 and above. For 2-pole
motors, the aerodynamic shape and optimized
angle of attack of the fan blades results in a
noise reduction of up to 10 dB(A) compared to
the standard version. At the same time, the
motor’s efficiency is increased due to the fan’s
reduced power consumption.
Design Types
Special-Purpose Motors
Low-Noise Motors
20
On-Deck Installation by Shipping Classification
Design Types
Electrical machines installed on ships –
especially on the top deck, on oil rigs, in port
facilities and in sewage treatment plants, must
be able to withstand a high level of corrosive
attack from the humid, saline atmosphere and
occasional flooding. The same applies to fan
motors in cooling systems and cooling towers.
Humidity is especially damaging to motors
where extreme temperature changes occur, for
example direct sunshine in the day followed by
low temperatures at night.
For these applications, we have developed a
corrosion-protected special-purpose variant. In
addition to the many features of F&G’s industrial
motors, such as
Special variants for on-deck installation
Components
Measures
Protection type of motor
Protection type of terminal box
IP56 tested to DIN EN 60 034, Part 5,
VDE 530, Part 5.
Shafts
The motor shafts are made from high-grade steel.
Shaft area seals,
drive end and non-drive end
For frame sizes up to 160, radial shaft seals to DIN 3760 are
used
From frame size 180, motors are fitted with a combined
sealing system, consisting of a radial and an axial seal
Frame sizes 71 to 160 have reinforced fan cowls,
Material thickness f 2 mm.
From frame size 180 for all construction types
Fan cowls with canopy and baffle plate,
Material thickness F 3 mm.
Fan cowl, canopy
• long service life,
• long maintenance intervals,
• high efficiency and performance,
Fan
Saltwater-resistant aluminium alloy fan with grey-cast iron
cowl
• low noise levels,
Fastening screws
Stainless steel screws (A 2-70) used throughout
these motors incorporate a series of measures
designed to protect the surface, the seals and
the ventilation system from the effects of water
and chemical attack.
Cable entry
Where provided, metal cable entry certified to DIN EN 50 014
are used.
Motors intended for on-board or offshore installation are supplied with the required acceptance
certificates as specified by the relevant classification authorities. They also comply with the
specifications of oil companies (e.g. Shell, Esso,
Elf).
These special-purpose motors are certified for
use in maritime applications by Germanischer
Lloyd.
At standstill, the motors can also be heated by
applying a reduced voltage to the stator winding
via two terminals.
An anti-condensation heater can be fitted to the
motors in order to prevent excessive condensation on the stator winding due to high temperature fluctuations and load changes (e.g. during
intermittent use).
In addition, the windings can be protected by
encapsulating them. This method can be used
instead of an anti-condensation heater.
This heater takes the form of heating strips attached to the winding heads.
21
1. Saltwater-resistant
double seals
2. Corrosion-resistant
shaft bushings
3. High-grade steel
fastening screws
4. Saltwater-resistant
multi-layer special coating
5. Reinforced fan cowl with
canopy and baffle plate to protect
fan in high seas
Bearing seals
Flameproof shaft bushings
Reinforced fan cowl
Effective outer bearing seals made from
saltwater-resistant materials prevent
penetration of water into the bearing area
during downtime and operation. From frame
size 180, a double seal is used, which consists of
a radial seal and an axial seal. The space
between the roller bearing and the outer seal
provides additional protection against ingress of
dirt and moisture.
The shaft is made from high-grade steel. This
prevents corrosion of the shaft in the gap areas
which are a key to maintaining the motor’s
flameproof properties.
The fan cowls are reinforced from frame size 71.
From frame size 180, a canopy and a labyrinth
plate arranged around the air intake are also
fitted to protect the fan from sudden ingress of
large amounts of water, e.g. during high seas.
Screw connections
All screws used on the housing, bearing covers
and the terminal box are made from stainless
steel. Teflon-coated screws are available on
request.
A special-purpose anti-corrosion grease is
applied to all screws before they are fitted.
Design Types
On-Deck Installation by Shipping Classification
22
Design Types
Special Attachments, Special Flanges
Motors with special attachments
and flanges
Available flanges
Motors are designed to cover a wide range of
applications. To meet the special requirements
associated with each of these uses, a series of
special attachments has been developed.
Frame size
These attachments allow inexpensive fitting of
brakes, tachometers, pulse generators and
reverse running locks.
Special-purpose flanges
x = Standard
k = Special flange (extra cost option)
All other versions require an intermediate ring
(extra cost option).
250
300
350
C flanges, o in mm
80
90
105 120
k
63
k
x
k
k
k
k
k
71
80
k
k
k
k
x
k
k
x
k
k
k
k
k
k
k
k
x
k
k
k
k
k
k
x
x
k
k
k
k
k
x
k
k
x
90
100
112
132
To ensure that its motors are suitable for a wide
range of applications, we have a range of special
flanges that goes far beyond of the mounting
dimensions for construction types IM B5 and
IM B14 as defined by DIN 42 677. The flanges
listed can be supplied without any additional
modifications of the motor. See table on the
right. From frame size 180, the standard flanges
(see page 54) are available. Intermediate rings
are used for special mounting dimensions (on
request).
A flanges, o in mm
120 140 160 200
160
140
160
200
x
k
x
k
k
k
k
x
k
x
x
k
k
x
k
k
x
x
k
x
k
x
x
k
Ff01e01g.fm Seite 23 Montag, 17. September 2001 9:46 09
23
Electrical Design
For Motors up to 690 V
The explosion-proof, flameproof three-phase
asynchronous motors are generally available for
standard voltages to DIN IEC 38 (5.87) with the
following rated voltages:
Rated voltage
50 Hz
230/400 V
400/690 V
500 V
500 V
60 Hz
266/460 V
460 V
Voltage tolerance ± 10 %
The high-grade materials used for the insulation
system provide optimum protection against the
influence of aggressive gases, vapours, dust, oil
and air humidity.
Winding end leads
Delta/star
(< 11 kW)
Delta/star
Star
Delta
Delta/star
Delta
Special voltages on request
Each motor has six winding end leads U1, V1,
W1, U2, V2 and W2. Because the connection terminals have a current limit, motors with high
output, delta circuit connection and a rated current of 400 A or higher, require two parallel
mains supply lines each. For delta connection
from 690 A and star connection from 400 A rated current, duplicate winding ends are provided.
The three motor connections to the six terminals
are U, U; V, V; and W, W. Here also, two parallel
mains connections are needed in each case.
Pole-changing motors
Insulation
All materials used for insulation of the winding
and the winding end leads comply with insulation class F.
Utilization of the overtemperature limit in continuous operation S1 corresponds to thermal
class B for constant-speed motors.
Motors with increased performance and poleswitching motors are utilized in accordance with
thermal class F.
The limit temperature thermal class F to
VDE 0530 is 105 °C.
Pole-changing motors have the same design and
dimensions as the constant-speed three-phase
asynchronous motors. The special features of
the pole-changing motors are listed below.
Frame sizes
80 – 355
4/2-pole
90 – 355
8/4-pole
90 – 355
6/4-pole
Other pole combinations are available on
request.
The limit overtemperature for the winding insulated to thermal class F, according to VDE 0530
is 105 K at an ambient temperature of RT 40 °C.
At utilization to thermal class B, the permissible
winding temperature increase according to
VDE 0530 is 80 K at an ambient temperature of
RT 40 °C.
Insulation system
Frame size
Thermal
class to
VDE 0530
Insulation system
Wire/surface insulation
Impregnation
63 – 450
F
Enamelled wires to DIN 46 416
Part 5 grade 2, temperature index
180, polyester and aromatic polyamide surface insulation.
Thermal class F impregnating resins to
VDE 0360 Part 2, applied in continuous
impregnating process, from frame size 225
hardened by rolling.
Power, voltage, frequency
The standard versions of the pole-changing motors are configured for roughly the same torque
ratings (see pp. 49). For motors with a Dahlander circuit, this corresponds to the circuit D/YY.
These motors are supplied for the standard rated
voltages 400, 500 and 690 volts for a rated
frequency of 50 Hz. With special windings, these
motors can also be rated for any voltage within
the voltage range 400 to 690 volts (additional
certification may be required).
Other voltages and frequencies are available on
request.
The thermal utilization of the motors corresponds to thermal class F.
Electrical Layout
Rated voltage
24
Connection Diagram
Electrical Layout
Single-speed
∆ connection
Y-connection
Pole-changing
Low-speed
High-speed
Dahlander pole-changing circuit, normal operation
Low-speed
High-speed
Dahlander pole-changing circuit, fan version
Low-speed
High-speed
10 – 11 PTC thermistor, switch-off1)
12 – 13
PTC thermistor, advance warning
PTC thermistor, switch-off1)
70 – 71 Anti-condensation heater
5– 6
20
Tacho-generator
21
Pt100 RTD
For further information, refer to circuit diagram enclosed with motor
22
23
Note
1)
Tripping device requires PTB number
25
Protective Devices, Anti-Condensation Heater
According to DIN EN 60 079-14 VDE 0165, all
poles of the motors must be protected with
motor protection switches or equivalent
protective equipment against excess heat buildup caused by overload.
“Equivalent protective equipment” means a
winding temperature monitoring system using
PTC thermistor temperature sensors. All motors
from frame size 63 can be equipped with this
protective facility as only or additional motor
protection.
This protection method is especially recommended in operating modes other than S1, such
as intermittent operation, switching operation,
longs starting times, etc. It also provides
protection in case of reduced cooling airflow and
excessive ambient temperature.
Motors certified for operating modes S1 to S7
with PTC thermistor temperature sensors as only
protection are therefore approved for use with
the frequency inverters (see pages 33-39).
Temperature sensor protection consists of three
series-connected PTC thermistors fitted to the
winding head (warmest point) of the three
phases of the stator winding.
In motors with up to three separate windings,
three temperature sensors – all connected in
series – are used on each winding. In the
terminal box, the PTC thermistors are connected
to terminals 10 and 11.
Versions with additional temperature sensors,
e.g. for temperature alarms, are available on
request.
must be used as the transformer rating. For
precise matching, the transformer must contain
voltage taps of ± 10 %. Provisions must be
made to ensure that motor voltage and heating
voltage cannot be applied at the same time.
Optionally, anti-condensation heating can be
implemented in the form of strip-type heaters
fitted to the winding heads (extra cost).
Supply voltage 230 V ± 10 %.
Frequency 45 – 65 Hz.
Supply terminals 70 and 71.
The heating power is shown in the table below.
Anti-condensation heating
The anti-condensation heating consists of an AC
voltage applied via terminals U1 and V1 to the
motor winding. The heating voltage in the table
below applies to 50 and 60 Hz in star or delta
circuit layout and to all frame lengths of the respective frame sizes for pole numbers 2p = 2 to
2p = 8. The stated apparent output is a minimum value, i.e. the next highest-rated output
Anti-condensation heater specifications
Frame
size
For prevention of condensation
For protection at temperatures below –20 °C (down to –50 °C)
with striptype heater
Output
Through motor winding
with striptype heater
Output
Through motor winding
[W]
[VA]
230 V
[V]
400 V
[V]
460 V
[V]
500 V
[V]
690 V
[V]
[W]
[VA]
230 V
[V]
400 V
[V]
460 V
[V]
500 V
[V]
690 V
[V]
63
20
25
45
75
90
100
130
35
65
70
120
140
160
210
71
20
40
35
65
75
85
110
35
100
60
100
120
135
175
80
90
24
24
50
70
30
25
55
45
65
50
75
60
100
80
46
46
125
175
50
40
90
70
100
80
115
95
155
125
100
24
100
25
40
50
55
70
76
250
40
65
75
85
115
112
132
24
46
150
200
20
20
40
35
45
40
50
45
65
60
76
120
375
500
35
30
60
55
70
65
80
70
105
90
160
46
300
17
30
35
40
50
120
750
25
45
55
60
80
180
200
76
76
400
500
15
13
25
20
30
25
35
30
45
40
240
240
1000
1250
25
20
40
35
50
40
55
45
70
60
225
120
650
13
20
25
30
40
350
1650
20
35
40
45
60
250
280
120
240
800
1200
20
20
25
20
30
25
35
30
350
700
2000
3000
35
30
40
35
45
40
60
50
315
240
1600
17
20
25
30
700
4000
30
35
40
50
355
350
2300
15
18
20
25
1000
5700
25
28
30
40
400
450
480
700
3000
4000
12
10
14
12
16
13
20
17
1)
7500
10000
20
15
22
18
25
20
30
25
Notes
Output
Heating voltage
Rated motor voltage
1)
On request
1)
Output
Heating voltage
Rated motor voltage
Electrical Layout
Protective devices
26
Operating Characteristics
For Motors up to 690 V
Voltage, frequency
Normally motors are supplied for the rated
voltages listed on page 23 and for rated
frequency of 50 Hz or 60 Hz. The rated output
values are listed in the technical data tables.
The motors can be operated at their rated output
in three-phase systems whose voltage deviates
by ± 10 % from the rated voltage of the motor
during operation, in accordance with IEC 38 and
VDE 0530.
Efficiency, power factor
The efficiency values and power factors listed in
the tables apply to operation at rated output,
rated voltage and rated frequency. The
efficiency values have been determined in
accordance with VDE 0530 Part 2, Section 9
(lost-summation method), and the tolerances in
accordance with VDE 0530 Part 1, table 8.
Output, operating mode
The output values in the tables apply at rated
voltage and rated speed in continuous operation
S1, a coolant temperature up to 40 °C and an
altitude of up to 1000 m above m.s.l.
If, for installation above 1000 m above m.s.l.,
the coolant temperature is reduced to the values
shown in the table below (from VDE 0530 Part 1
Section 16.3.5 table 4), no power reduction is
necessary.
Height above
m.s.l. [m]
0
1000
1500
to
Max. coolant
temperature [°C]
1000
1500
2000
40
35
30
Additional testing is required (incurring testing
costs) for motors with a coolant temperature
deviating from 40 °C, at an installation altitude
other than 1000 m above sea level and whose
outputs differ from the standard version.
Special acceptance tests are also required for
operating modes other than S1 according to
VDE 0530 Part 1. When making an inquiry,
please provide the relevant information as
required by paragraphs 4 and 11 of these
regulations.
A winding temperature monitoring system
ensures optimum utilization of the motor as well
as overload protection (see page 25).
For higher ambient temperatures and altitudes
above 1000 metres, output reductions become
necessary. These are listed in the tables below:
Overload, startup
Coolant
temperature
[°C]
Reduction of rated output to
about
40
45
50
55
60
100 %
95 %
90 %
85 %
80 %
The motors can be overloaded in accordance
with the requirements of VDE 0530. At
operating temperature, they can run for two
minutes at 1.5 times their rated current without
incurring damage and can take 1.6 times their
rated torque for 15 seconds.
Height above
m.s.l. [m]
Reduction of rated output to
about
1000
1500
2000
100 %
97 %
94 %
see
“Operating data”
see
“Operating data”
Starting current,
Apparent starting output
The starting current values given as multiples of
rated current in the operating data were obtained from a type test sample. The relationship
between apparent starting power and the
motor’s rated output is derived from the starting
current relationship according to the following
equation:
S
1
----A- = I A /I N --------------------η × cos ϕ
P2
Torque
The motors have squirrel-cage rotors. On frame
sizes 63 to 315, the cages are die-cast
aluminium constructions with 2 to 8 poles; on
larger sizes, they are hard-soldered copper deep
bar constructions for direct actuation. The
starting and stalling torques, expressed as
multiples of the rated torques, are listed in the
technical data tables. The figures are type
sample readings.
If the voltage deviates from the rated value, the
torques (starting torque, acceleration torque
and stalling torque) change approximately as a
square function of voltage.
Direction of rotation
The overcurrent relays that must be fitted
according to the code of practice for electrical
apparatus in hazardous areas allow only limited
acceleration times. The resulting limited mass
inertia moments are listed in the table on page
27. This means that up to two consecutive
startups are possible up to frame size 315 and
one startup from frame size 355.
Motors with PTC thermistor winding
temperature monitoring can reach the starting
times listed on page 27.
In general, the motors can rotate in both
directions. Only motors with self-driven axialflow fans are unidirectional, the direction of
rotation being indicated by an arrow on the fan
cowl. Certified circuit diagrams are supplied
with the motors.
Ff01e02g.fm Seite 27 Donnerstag, 20. September 2001 11:42 11
27
Permissible Startup Times for Air-Cooled Motors Without Brake
Temperature Class T4 – Protection By PTC Thermistor Sensors
Permissible startup times
P2
[kW]
2p = 2
Permissible starting time1)
Cold
Warm
t
t
[s]
[s]
2p = 4
Cold
Warm
t
t
[s]
[s]
2p = 6
Cold
Warm
t
t
[s]
[s]
2p = 8
Cold
Warm
t
t
[s]
[s]
0.12
–
–
90
62
–
–
100
59
0.18
60
40
90
62
–
–
100
59
0.25
0.37
60
60
40
40
90
90
62
62
80
79
63
62
100
100
59
59
0.55
60
40
90
62
55
40
100
59
0.75
1.1
50
47
36
31
75
60
50
38
85
80
55
50
95
108
56
69
1.5
45
27
46
26
73
42
108
81
2.2
3.0
45
42
20
20
46
46
25
22
65
51
46
39
104
80
72
50
4.0
35
19
39
23
46
34
85
55
5.5
30
19
43
25
45
29
84
54
7.5
11
35
35
19
19
42
39
22
23
35
38
22
19
87
81
58
45
15
41
21
46
24
43
22
59
41
18.5
22
39
39
20
20
46
52
23
24
46
43
27
21
46
59
29
40
30
39
20
52
25
60
31
57
33
37
45
53
69
21
32
56
62
28
26
57
75
28
45
66
74
45
44
55
74
29
45
25
80
56
77
48
75
90
85
84
39
42
56
59
23
25
64
49
36
22
61
60
40
30
110
97
45
62
23
60
30
60
30
132
103
48
63
26
60
30
60
30
160
200
100
100
50
50
60
60
30
30
60
60
30
30
60
60
30
30
250
100
50
60
30
60
30
60
30
315
355
100
100
50
50
60
60
30
30
60
60
30
30
60
60
30
30
400
100
50
60
30
60
30
60
30
450
–
–
60
30
60
30
–
–
Notes
1)
Rated output
These times can be achieved only with winding temperature monitoring using PTC thermistor temperature sensors.
l
28
Permissible Startups Per Hour for Air-Cooled Motors without Brake
Temperature Class T4
Operating frequency
The number of permissible starts for the
standard motor versions (temperature class T4),
at thermal class F and with PC thermistor
winding temperature monitoring are shown in
A distinction is made between:
1. Number of starts against constant load
torque.
Starts per hour
2p = 2
Rated output Starts per hour,
FI = 1
Load torque
P2
const.
squared
[S/h]
[S/h]
[kW]
2p = 4
Starts per hour,
FI = 1
Load torque
const.
squared
[S/h]
[S/h]
0.12
2p = 6
Starts per hour,
FI = 1
Load torque
const.
squared
[S/h]
[S/h]
2p = 8
Starts per hour,
FI = 1
Load torque
const.
squared
[S/h]
[S/h]
11000
12000
6000
10200
0.18
0.25
8000
8000
11000
11000
11000
11000
12000
12000
10800
11450
6000
6000
10200
10200
0.37
8000
11000
11000
12000
10800
11450
5000
8500
0.55
8000
11000
10800
11550
10800
11450
5000
8500
0.75
1.1
7850
5700
10500
7560
10800
6200
11550
9550
6300
5900
10590
8880
4000
6100
6800
9900
1.5
3260
4410
3420
6480
2950
4580
9200
10500
2.2
3.0
1410
980
1960
1260
2960
1930
4400
2690
2800
2600
4100
3780
4500
3900
6930
5500
4.0
820
1200
2600
3490
2400
3460
2750
4530
5.5
7.5
610
780
880
1040
1520
1000
2050
1360
2300
1340
3150
1800
2420
2190
3480
3180
11
300
400
990
1360
720
1000
1100
1640
15
18.5
240
180
320
240
510
460
750
620
630
540
860
820
1330
770
1850
1040
22
130
170
130
180
400
540
1080
1430
30
65
100
300
400
290
380
410
560
37
45
55
50
75
65
230
110
310
170
170
200
240
280
370
205
560
305
55
40
55
95
130
220
310
270
305
75
90
30
25
45
35
70
40
100
65
100
90
170
150
220
120
330
180
110
18
27
23
30
80
125
170
230
132
160
16
12
25
22
30
30
55
45
70
55
100
85
150
150
190
190
The resulting relationship is:
200
8
20
22
35
50
75
150
190
8
8
18
18
18
18
30
30
40
60
S Liste [S/h]
S = --------------------Fl × K
250
315
Notes
2. Number of starts against load torque rising to
rated torque as a square of the speed.
The values given apply to inertia factor Fl = 1,
i.e. they do not take the external moment of
inertia into account. External moments of inertia
can be included using the Fl factor according to
the equation
S Liste
S = ------------ [S/h]
Fl
J Zus. + J Mot.
mit Fl = -------------------------J Mot.
The operating frequencies listed for motors
under load are only accelerations, in contrast to
the no-load operating frequencies. If the motors
are decelerated with reverse current, these
values must be divided by the K factor.
This K-factor is:
K = 2.5 for constant load torque
K = 3.2 for quadratic rising load torque
[S/h] Operations per hour
Frame sizes 355 to 450 available on request
Operating duty is possible only with winding temperature monitoring
using PTC thermistor temperature sensors.
29
Frequency Inverter Operation
Noise generation of three-phase motors
in frequency inverter operation
If the frequency continues to increase beyond
the drive’s rated value, the speed increases
accordingly.
Due to the harmonic oscillations, noise levels are
higher in frequency inverter operation than they
are at mains frequency. Without the use of a
sinusoidal phase filter, the increase on the
U-type inverter is about 7 – 15 dB(A); on the
I-type inverter, it is about 3 dB(A).
The speeds corresponding with the maximum
frequencies must not exceed the motor’s speed
limit. If a motor is operated above its rated
frequency, its noise generation will increase.
To prevent excessive noise generation, the use
of a motor with a separately driven external fan
is recommended.
Two basic operating methods can be used for
operation above the rated frequency (50 Hz):
If a filter is used with the U-type inverter, the
noise levels at frequencies at or below 50 Hz do
not exceed the values at mains operation.
The noise increase from self-ventilated motors at
frequencies above 50 Hz is:
Three-phase motors, operated with a
frequency inverter at constant flux up to
87 Hz
f
[Hz]
D LP
If the motor is operated above its rated
frequency at a voltage that increases in linear
proportion with frequency, the magnetic flux
remains constant.
50
60
70
80
87
0
F5
F9
F 12
F 15
Because the iron losses increase out of
proportion to the frequency, the maximum
torque is lower than it is at 50 Hz (figure 1,
page 30).
The technical data tables list the output at 87 Hz
or at the maximum frequency for 2-pole motors.
If voltage increase with frequency is linear, make
sure that the voltage limits are not exceeded
(see maximum permissible voltage load).
Three-phase motors, operated with a
frequency inverter at constant voltage
above 50 Hz
If the motor is operated above mains frequency
at a constant voltage, the magnetic field is
weakened.
The motor’s flux drops in inverse proportion to
the frequency. In the range above the rated
frequency (50 Hz to 87 Hz), the motor’s output
remains approximately constant, i.e. the torque
drops in inverse proportion to the frequency
(figure 2, page 30).
The maximum frequency for two-pole motors is
listed in the technical data tables.
[dB(A)]
Guideline values for noise level increase due to
increased fan noise.
Special motors are available for low-noise drives
with inverter. These are listed on page 19.
Motors with separately driven external
fans
Motors with separately driven external fans are
recommended for drives with larger control
ranges and constant load torque. These motors
are also well-suited to operation above 50 Hz
due to their low increase in noise generation at
this frequency range.
The fan motor is housed in a flameproof
enclosure.
The motor’s electrical control system must
ensure that the main motor can only operate
while the external fan is running.
Installation note
If the current-limited inverter power output is
not isolated from the mains, one of the following
measures must be implemented to protect the
earth conductor from overload as specified in
DIN EN 50178, VDE 0160 (equipment of heavycurrent installations with electrical apparatus).
The dimensioning of the protective device in the
main poles must take into account that, in the
event of a fault, the PE conductor current can be
greater than the main pole current. The
protective conductor must therefore be
dimensioned for the fault current accordingly.
All the specifications of the inverter manufacturer with regard to this fault must be
observed.
Frequencies above the
rated frequency 50 Hz
30
Frequency Inverter Operation
Maximum permissible voltage load
During operation with a static frequency
inverter, periodic voltage peaks are created by
the switching operations. This can require values
that are twice the link voltage of the inverter.
The winding insulation can absorb 1600 V
without incurring damage.
Flameproof cable bushings for the winding end
leads and power terminals are dimensioned for
a mains voltage of 750 V on the standard Ex d
motors. Taking into account a voltage tolerance
of 10 %, the permissible peak voltage is 1160 V.
Operating point
on power system
Higher voltage peaks require the use of cable
bushings and supply terminals for 1000 V with
an appropriate Ex approval (extra charge). The
maximum permissible peak voltage level is then
1600 V (additional charge incurred).
If periodic voltage peaks above 1600 V occur,
high-voltage insulation systems must be used
(extra charge).
Figure 1
Power and torque values
The output values for inverter operation listed in
the tables apply to continuous S1 operation at
an ambient temperature of up to 40 °C and an
altitude of up to 1000 metres. (Values for higher
room temperatures and altitudes available on
request.)
The output figures apply for an inverter with
Operating point
on power system
• a direct-current intermediate circuit (I-type
inverter)
• a direct-voltage intermediate circuit with
block or pulsed voltage (U-type inverter)
The thermal utilization of the motors
corresponds to thermal class F.
Figure 2
31
Notes
32
Mains Operation; Operating Data, 50 Hz
Temperature Class T4, ns = 3000 rpm, 2p = 2
Type3)
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass
inertia
moment
Weight2)
Noise
values with
radial-flow
fan
Noise values
with axialflow fan
Type ...A
500 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/
MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(
A)]
Lw
[dB(
A)]
Lp
[dB(
A)]
Lw
[dB(
A)]
0.58
0.67
0.46
0.54
2905
2860
66
70
0.68
0.77
0.59
0.83
4.6
3.4
6.8
5.8
6.5
4.7
0.00028
0.00028
16
16
49
49
61
61
0.37
0.89
0.71
2800
71.5
0.84
1.26
2.7
5.2
3.5
0.00028
16
51
63
0.55
1.29
1.04
2810
73
0.84
1.87
2.8
5.5
3.6
0.00039
17
51
63
087N-AA4..
0.75
1.74
1.39
2790
74
0.84
2.57
2.7
4.8
3.3
0.00058
24
55
67
080N-AA4..
1.1
2.4
1.92
2820
78
2
0.85
3.73
2.8
5.5
3.5
0.0008
25
55
67
097L-AA4..
1.5
3.2
2.55
2840
79
2
0.86
5
2.7
5.5
3.2
0.0013
31
60
72
090L-AA4..
2.2
4.5
3.6
2850
82
2
0.86
7.4
2.7
5.6
3.3
0.0018
35
60
72
100L-AA4..
3
6.0
4.8
2850
83
2
0.87
10.1
2.7
6.8
3.3
0.0029
45
63
75
112M-AA4..
4
7.7
6.2
2880
85
2
0.88
13.3
2.3
6.5
3.1
0.0051
53
63
75
137S-AA4..
132S-AA4..
5.5
7.5
10.7
14.4
8.6
11.5
2880
2910
85
86.5
3
3
0.87
0.87
18.2
24.6
2.5
2.7
6
6.8
3.3
3.5
0.0089
0.0125
95
100
63
63
76
76
55
55
68
68
167M-AA4..
11
20
16.1
2925
88.5
2
0.89
36
2.8
6.6
3.2
0.032
163
66
79
56
69
160M-AA4..
160L-AA4..
15
18.5
26.5
32
21
25.5
2920
2925
89.5
91
2
2
0.92
0.92
49
60
2.8
2.6
6.8
6.8
3.2
3.1
0.043
0.052
173
188
66
66
79
79
56
56
69
69
180M-AA4..
22
37.5
30
2925
91.7
2
0.92
72
2.5
6.9
3
0.075
196
69
82
58
71
207L-AA4..
200L-AA4..
30
37
52
64
41.5
51
2955
2955
92.5
93
2
2
0.9
0.9
97
120
2.6
2.7
7.2
7.2
2.9
3
0.13
0.16
254
278
71
71
85
85
60
60
74
74
225M-AA4..
45
78
63
2960
93
2
0.89
145
2.5
7.1
3
0.24
400
72
86
60
74
250M-AA4..
55
95
76
2970
93.8
2
0.89
177
2.4
7.1
2.8
0.4
545
75
89
64
78
280S-AA4..
280M-AA4..
75
90
127
153
102
122
2970
2970
94.5
94.5
2
2
0.9
0.9
241
289
2.2
2.4
6.8
6.6
2.7
2.8
0.65
0.78
700
762
76
76
90
90
66
66
80
80
315S-AA4..
110
186
149
2975
95
0.9
353
2
6.3
2.4
1.4
960
79
94
66
81
315M-AA4..
317L-AA4..
132
160
220
270
177
215
2975
2975
95.5
95.7
0.9
0.9
424
514
2.1
2.4
6.8
6.9
2.5
2.7
1.6
1.7
1025
1065
79
79
94
94
66
66
81
81
315L-AA4..
200
335
270
2980
95.8
0.9
641
2.3
6.9
2.6
2.2
1270
79
94
66
81
318L-AA4..
250
4151)
330
2980
96.0
0.91
801
1.7
7.2
2.7
2.8
1420
79
94
66
81
357L-AA4..
315
5101)
4101)
2980
96.6
0.92
1009
1.5
6.7
2.8
4.5
1900
81
97
68
84
355L-AA4..
355
5701)
4551)
2985
96.8
0.93
1136
1.4
6.9
2.7
5
2050
81
97
68
84
400M-AA4..
400
6351)
5051)
2990
96.9
0.94
1278
1.1
6.7
2.8
7.5
2500
81
97
Notes
1) Two
Output
Rated current
at
KD1
P2
[kW]
400 V
I
[A]
067N-AA4..
063N-AA4..
0.18
0.25
077N-AA4..
071N-AA4..
parallel supply lines are required for each phase
type B3 with terminal box
order the type of construction and the nominal voltage are to be given in clear.
2) Construction
3) For
Classeff
33
Inverter Operation; Operating Data, 50 Hz
Temperature Class T4 ns = 3000 rpm, 2p = 2
Operation on the
Ventilation
Mains
Inverter
Self-ventilation
Torque character.
Frequency
Control range
Speed range
Output/mom.
–
50 Hz
–
–
P2[kW]
drop by square val.
5 – 50 Hz
1:10
5
300 – 3000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
20 – 50 Hz
1:2.5
1200 – 3000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
10 – 50 Hz
1:5
600 – 3000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
5 – 50 Hz
1:10
300 – 3000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
50 – 87 Hz1)
constant
5 – 87 Hz1)
3000 – 5220 rpm
Pu[kW]
Mu[Nm]
87 Hz
300 – 5220 rpm
Pu[kW]
Pu[kW]
50 Hz
87 Hz
KD1 067N-AA4..
KD1 063N-AA4..
0.18
0.25
0.18
0.25
0.61
0.86
0.18
0.25
0.61
0.86
0.17
0.23
0.57
0.78
0.16
0.22
0.54
0.74
0.23
0.32
0.42
0.6
–
–
–
–
KD1 077N-AA4..
0.37
0.37
1.25
0.35
1.2
0.3
1
0.22
0.74
0.55
1
–
–
KD1 071N-AA4..
0.55
0.55
1.9
0.52
1.8
0.45
1.5
0.33
1.1
0.8
1.5
–
–
KD1 087N-AA4..
0.75
0.75
2.6
0.7
2.4
0.6
2
0.5
1.7
1.1
2
–
–
KD1 080N-AA4..
1.1
1.1
3.7
1
3.4
0.9
3
0.75
2.5
1.6
2.9
–
–
KD1 097L-AA4..
1.5
1.5
5
1.4
4.7
1.2
4
1
3.3
2.2
4
–
–
KD1 090L-AA4..
2.2
2.2
7.4
2
6.7
1.7
5.7
1.4
4.7
3.3
6
–
–
KD1 100L-AA4..
3
3
10
2.7
8.9
2.2
7.2
1.8
5.9
4.5
8.2
–
–
KD1 112M-AA4..
4
4
13
3.7
12
3.2
11
2.5
8.2
6
11
–
–
KD1 137S-AA4..
KD1 132S-AA4..
5.5
7.5
5.5
7.5
18
25
5
7
16
23
4.5
6
15
20
3.7
5
12
16
8
11
15
20
5.5
7.5
8
10.5
KD1 167M-AA4..
11
11
36
10
32
9
29
7.5
24
16
29
11
15
KD1 160M-AA4..
KD1 160L-AA4..
15
18.5
14.52)
17.52)
47
57
13
16
42
52
12
15
39
49
10
12.5
32
41
21
26
38
48
14.5
17.5
20
25
KD1 180M-AA4..
22
212)
68
20
65
18
58
15
49
30
55
21
29
KD1 207L-AA4..
KD1 200L-AA4..
30
37
282)
322)
90
103
27
31
87
100
24
28
77
90
22
27
71
87
40
49
73
90
28
32
38
45
KD1 225M-AA4..
45
382)
123
37
119
34
110
32
103
60
110
38
55
Frequency
Speed range
KD1 250M-AA4..
50 – 60 Hz1)
5 – 60 Hz1)
3000 – 600 rpm
300 – 3600 rpm
55
472)
151
45
145
43
138
41
132
55
146
47
55
KD1 280S-AA4..
75
622)
199
60
193
58
186
55
177
75
200
62
75
KD1 280M-AA4..
90
752)
241
73
234
70
225
67
215
90
240
75
90
KD1 315S-AA4..
110
952)
304
90
288
88
282
85
272
115
305
95
115
KD1 315M-AA4..
132
115
369
110
353
105
336
100
320
135
358
115
135
KD1 317L-AA4..
KD1 315L-AA4..
160
200
140
175
449
560
135
165
433
528
128
160
410
512
120
150
385
480
165
210
438
557
140
175
165
210
KD1 318L-AA4..
250
215
688
205
656
200
640
185
592
260
690
215
260
KD1 357L-AA4..
KD1 355L-AA4..
315
355
270
305
865
976
260
295
832
944
250
285
800
912
235
265
752
848
325
365
862
968
270
305
325
365
KD1 400M-AA4..
400
345
1104
335
1072
320
1024
300
960
415
1100
345
415
Notes
1)
2)
Higher frequencies available on request
For inverter operation with output filter and virtually sinusoidal output voltage, output as for P2
Output for operation with inverter (reference values)
Overload protection through temperature sensors
Separate
34
Type3)
Speed
Efficiency
Power
factor
Torqu
e
Starting
torque
Starting
current
Stalling
torque
Mass
inertia
moment
Weight2)
500 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Noise
values with
radial-flow
fan
Lp
Lw
[dB [dB
(A)] (A)]
0.43
0.53
0.34
0.42
1445
1415
67
70
0.6
0.7
0.79
1.2
3.9
2.7
5.6
4.7
3.9
2.7
0.00046
0.00046
16
16
44
44
56
56
0.25
0.68
0.55
1370
66
0.8
1.74
2
3.9
2.5
0.00046
16
45
57
0.37
0.95
0.76
1380
70
0.8
2.56
2.2
3.9
2.6
0.00063
17
45
57
087N-BA4..
0.55
1.36
1.09
1380
73
0.8
3.8
2
3.8
2.3
0.00092
24
46
58
080N-BA4..
0.75
1.83
1.46
1400
75
0.79
5.1
2.1
4.2
2.5
0.0013
25
46
58
097L-BA4..
1.1
2.5
2.0
1400
76
2
0.84
7.5
2.1
4.8
2.5
0.0021
31
49
61
090L-BA4..
1.5
3.3
2.65
1405
79
2
0.83
10.2
2.3
5
2.7
0.0029
35
49
61
107L-BA4..
2.2
4.95
3.95
1420
80
3
0.8
14.8
2.4
5.4
2.8
0.0046
44
52
64
100L-BA4..
3
6.6
5.2
1415
80.5
3
0.82
20.2
2.3
5.5
2.7
0.0056
46
52
64
112M-BA4..
4
8.1
6.5
1435
85
2
0.84
26.6
2.7
6.8
3.2
0.011
59
54
66
132S-BA4..
5.5
10.7
8.5
1440
86.5
2
0.86
36.5
2.5
6.2
2.7
0.022
100
57
70
132M-BA4..
7.5
14.3
11.4
1440
88
2
0.86
50
2.7
6.5
2.8
0.03
110
57
70
160M-BA4..
160L-BA4..
11
15
21
28
16.7
22.5
1460
1455
89.5
90
2
2
0.85
0.86
72
98
2.5
2.8
6.6
6.5
2.8
3.1
0.057
0.079
168
184
62
62
75
75
180M-BA4..
18.5
35
28
1460
91
2
0.84
121
2.9
6.6
3
0.13
198
60
73
57
70
180L-BA4..
22
41
32.5
1460
91.5
2
0.85
144
3
6.9
3
0.155
217
60
75
57
70
200L-BA4..
30
53
42.5
1460
92.5
2
0.88
196
2.6
6.8
2.9
0.25
274
61
75
58
72
225S-BA4..
37
65
52
1465
93
2
0.89
241
2.7
6.7
2.6
0.4
372
63
77
59
73
225M-BA4..
45
78
63
1470
93
2
0.89
292
2.7
6.5
2.6
0.48
402
63
77
59
73
250M-BA4..
55
95
76
1470
93.8
2
0.89
357
2.9
7.1
2.9
0.75
573
65
79
64
78
280S-BA4..
75
133
107
1480
94.5
2
0.86
484
2.6
6.8
2.5
1.25
740
68
82
66
80
280M-BA4..
90
160
128
1480
94.5
2
0.86
581
2.8
6.9
2.6
1.48
820
68
82
66
80
315S-BA4..
315M-BA4..
110
132
194
230
155
186
1485
1485
95.1
95.3
0.86
0.86
707
849
2.5
2.5
6.7
6.8
2.6
2.7
2.2
2.7
1040
1120
70
70
85
85
66
66
81
81
317L-BA4..
160
280
220
1485
95.6
0.87
1029
2.6
6.9
2.6
3.1
1210
70
85
66
81
315L-BA4..
318L-BA4..
200
250
345
4201)
275
340
1485
1490
95.8
96.2
0.87
0.89
1286
1602
2.6
1.7
6.9
7.3
2.6
2.7
3.9
4.6
1430
1565
70
70
85
85
66
66
81
81
357L-BA4..
315
5301)
4251)
1490
96.3
0.89
2019
1.5
6.9
2.7
6.1
2050
72
88
68
84
355L-BA4..
355
5951)
4751)
1490
96.6
0.89
2275
1.6
6.9
2.8
6.7
2200
72
88
68
84
400S-BA4..
400
6601)
5301)
1495
97
0.9
2555
1.3
6.7
2.8
16
2650
78
94
400M-BA4..
450
7351)
5901)
1495
97
0.91
2875
1.1
6.5
2.7
18
2850
78
94
450S-BA4..
500
8151)
6551)
1495
97.2
0.91
3194
1
6.9
2.7
23
3300
79
95
450M-BA4..
450L-BA4..
560
630
7301)
8201)
1495
1495
97.4
97.4
0.91
0.91
3577
4024
1
1
6.8
6.8
2.7
2.7
26
31
3500
3800
79
79
95
95
500
On request
Notes
1) Two
Output
Rated current
at
KD1
P2
[kW]
400 V
I
[A]
067N-BA4..
063N-BA4..
0.12
0.18
077N-BA4..
071N-BA4..
Classeff
3) For order the type of construction and the nominal voltage are to be given in clear.
2) Construction
Noise values
with axialflow fan
Type ...A
Lp
Lw
[dB( [dB
A)]
(A)]
35
Operation on the
Ventilation
Mains
Inverter
Self-ventilation
Torque character.
Frequency
Control range
Speed range
Output/mom.
–
50 Hz
–
–
P2[kW]
drop by square val.
5 – 50 Hz
1:10
150 – 1500 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
20 – 50 Hz
1:2.5
600 – 1500 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
10 – 50 Hz
1:5
300 – 1500 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
5 – 50 Hz
1:10
150 – 1500 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
50 – 87 Hz1)
constant
5 – 87 Hz1)
1500 – 2610 rpm
Pu[kW]
Mu[Nm]
87 Hz
150 – 2610 rpm
Pu[kW]
Pu[kW]
50 Hz
87 Hz
KD1 067N-BA4..
KD1 063N-BA4..
0.12
0.18
0.12
0.18
0.83
1.25
0.12
0.18
0.83
1.25
0.11
0.17
0.75
1.18
0.11
0.16
0.75
1.1
0.16
0.23
0.59
0.84
–
–
–
–
KD1 077N-BA4..
0.25
0.25
1.7
0.22
1.5
0.19
1.25
0.15
1
0.37
1.4
–
–
KD1 071N-BA4..
0.37
0.37
2.5
0.33
2.2
0.28
1.9
0.22
1.5
0.55
2
–
–
KD1 087N-BA4..
0.55
0.55
3.8
0.52
3.5
0.45
3
0.33
2.2
0.8
2.9
–
–
KD1 080N-BA4..
0.75
0.75
5.2
0.7
4.8
0.6
4
0.5
3.3
1.1
4
–
–
KD1 097L-BA4..
1.1
1.1
7.5
1
6.7
0.9
6
0.75
5
1.6
5.9
–
–
KD1 090L-BA4..
1.5
1.5
10
1.4
9.5
1.2
8
1
6.7
2.2
8
–
–
KD1 107L-BA4..
2.2
2.2
15
2
13
1.7
11
1.4
9.3
3.3
12
–
–
KD1 100L-BA4..
31)
3
20
2.8
19
2.2
15
1.8
12
4.5
16
–
–
KD1 112M-BA4..
4
4
27
3.6
24
3
20
2.5
16
6
22
–
–
KD1 132S-BA4..
5.5
5.5
37
5
33
4.4
29
3.7
24
8
29
5.5
8
KD1 132M-BA4..
7.5
7.5
50
7
46
6
39
5
33
11
40
7.5
10.5
KD1 160M-BA4..
KD1 160L-BA4..
11
15
11
15
72
98
10
13.5
65
88
9
12
58
78
7.5
10
49
65
16
21
59
79
11
15
15
20
KD1 180M-BA4..
18.5
182)
118
17
111
15
97
12.5
81
26
95
18
25
KD1 180L-BA4..
22
212)
137
20
130
18
117
15
97
30
110
21
29
KD1 200L-BA4..
30
282)
183
27
176
24
156
21
136
40
146
28
37
KD1 225S-BA4..
37
322)
208
31
201
29
188
26
168
49
179
32
45
KD1 225M-BA4..
45
382)
247
37
240
35
227
32
207
60
220
38
55
KD1 250M-BA4..
55
462)
298
45
291
43
278
41
265
70
256
46
65
KD1 280S-BA4..
75
622)
400
60
386
58
373
55
354
95
348
62
88
KD1 280M-BA4..
90
752)
482
73
470
70
450
66
424
110
402
75
105
KD1 315S-BA4..
KD1 315M-BA4..
110
132
952)
115
610
737
90
110
577
705
88
105
564
673
83
100
532
641
140
165
512
604
95
115
130
157
KD1 317L-BA4..
160
140
897
135
865
128
820
120
769
200
732
140
190
KD1 315L-BA4..
KD1 318L-BA4..
200
250
175
215
1122
1378
165
205
1058
1314
160
200
1026
1282
150
185
961
1186
250
310
915
1134
175
215
240
305
KD1 357L-BA4..
315
270
1731
260
1666
250
1602
235
1506
395
1445
270
385
KD1 355L-BA4..
355
305
1955
295
1891
285
1827
265
1698
440
1610
305
425
KD1 400S-BA4..
KD1 400M-BA4..
400
450
345
390
2211
2500
335
375
2147
2405
320
360
2051
2307
300
340
1923
2179
495
560
1811
2050
345
390
480
540
Notes
1)
2)
Separate
36
Type3)
Output
Rated current at
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass
inertia
moment
Weight2)
Noise values with
radial-flow fan
KD1
P2
[kW]
400 V
I
[A]
500 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA/IN
M K/ M N
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
071N-CA4..
0.25
0.8
0.64
920
63.5
0.71
2.6
2.2
3.5
2.6
0.0012
17
44
56
087N-CA4..
0.37
1.11
0.88
925
68
0.72
3.8
2.5
4.1
2.8
0.0019
24
44
56
080N-CA4..
0.55
1.58
1.26
925
70
0.72
5.7
2.4
4
2.7
0.0025
25
44
56
097L-CA4..
0.75
2.15
1.72
910
67
0.75
7.9
1.8
3.4
2.1
0.0033
31
47
59
090L-CA4..
1.1
3.05
2.45
920
71
0.73
11.4
2
3.7
2.2
0.0046
35
47
59
100L-CA4..
1.5
3.75
3
945
77
0.75
15.2
2.5
4.9
3
0.0095
46
50
62
112M-CA4..
2.2
5.2
4.2
950
81
0.75
22.1
2.7
5.6
3.1
0.017
59
53
65
132S-CA4..
3
6.6
5.3
965
84
0.78
29.7
2.7
6.3
3.1
0.031
100
56
69
137M-CA4..
132M-CA4..
4
5.5
8.6
11.3
6.9
9.1
960
960
84.5
85.5
0.79
0.82
40
55
2.6
2.6
6
6.4
3
3
0.037
0.043
104
112
56
56
69
69
160M-CA4..
7.5
14.7
11.8
960
86.5
0.85
75
2.5
6.8
3.3
0.087
170
58
71
160L-CA4..
11
21.5
17.1
965
87.5
0.85
109
2.5
6.7
3.2
0.12
190
58
71
180L-CA4..
15
28.5
23
965
90
0.84
148
2.4
6.9
3.2
0.19
215
58
71
207L-CA4..
18.5
35.0
28
975
90.5
0.84
181
1.9
6.2
2.7
0.28
270
58
71
200L-CA4..
22
41.5
33
970
91
0.84
217
2.2
6.8
3
0.31
280
58
72
225M-CA4..
30
56
45
975
92
0.84
294
2.8
6.6
2.5
0.69
404
58
72
250M-CA4..
37
68
54
980
92.5
0.85
361
2.8
6.6
2.6
1.03
570
62
76
280S-CA4..
45
85
68
985
93.3
0.82
436
2.8
5.8
2.4
1.35
720
63
77
280M-CA4..
55
104
83
985
93.5
0.82
533
2.7
5.8
2.3
1.7
770
65
79
315S-CA4..
75
132
106
990
94
0.87
723
2.6
6.4
2.4
4.3
995
65
79
315M-CA4..
90
157
125
990
94.2
0.88
868
2.6
6.5
2.4
5.0
1050
69
84
317L-CA4..
315L-CA4..
110
132
191
230
153
183
990
990
94.5
94.7
0.88
0.88
1061
1273
2.7
2.7
6.5
6.7
2.5
2.5
6.0
7.3
1145
1265
69
69
84
84
355S-CA4..
160
275
220
990
95
0.88
1543
2.6
6.8
2.5
8.3
1440
69
84
355M-CA4..
200
345
275
990
95.6
0.88
1929
1.8
6.7
2.7
11.3
1750
74
90
355L-CA4..
250
4301)
345
990
95.9
0.88
2411
1.8
6.7
2.7
13.8
1950
74
90
400S-CA4..
315
5301)
4251)
993
96.3
0.89
3029
1
6.5
2.6
23
2650
78
94
400M-CA4..
355
5951)
4751)
994
96.6
0.89
3411
1.1
6.6
2.7
27
2850
78
94
450S-CA4..
450M-CA4..
400
450
6651)
5301)
7551)
6051)
995
995
96.8
96.6
0.9
0.89
3839
4319
1
1.2
6.9
6.8
2.6
2.8
41
46
3300
3600
78
78
94
94
450L-CA4..
500
6701)
995
97
0.89
4799
1.1
6.8
2.7
51
3800
78
94
500...
On request
Notes
1) Two
2) Construction
37
Operation on the
Ventilation
Mains
Inverter
Self-ventilation
Torque character.
Frequency
Control range
Speed range
Output/mom.
–
50 Hz
–
–
P2[kW]
drop by square val.
5 – 50 Hz
1:10
100 – 1000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
20 – 50 Hz
1:2.5
400 – 1000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
10 – 50 Hz
1:5
200 – 1000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
5 – 50 Hz
1:10
100 – 1000 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
50 – 87 Hz1)
constant
5 – 87 Hz1)
1000 – 1740 rpm
Pu[kW]
Mu[Nm]
87 Hz
100 – 1740 rpm
Pu[kW]
Pu[kW]
50 Hz
87 Hz
KD1 071N -CA4..
0.25
0.25
2.6
0.22
2.2
0.18
1.8
0.16
1.6
0.37
2
–
–
KD1 087N-CA4..
0.37
0.37
3.8
0.33
3.4
0.27
2.7
0.22
2.2
0.55
3
–
–
KD1 080N-CA4..
0.55
0.55
5.7
0.5
5.1
0.4
4
0.33
3.3
0.8
4.4
–
–
KD1 097L-CA4..
KD1 090L-CA4..
0.75
1.1
0.75
1.1
7.8
11.4
0.65
0.9
6.7
9.2
0.55
0.8
5.5
8
0.42
0.6
4.2
6
1.1
1.6
6
8.8
–
–
–
–
KD1 100L-CA4..
1.5
1.5
15
1.4
14
1.1
11
0.9
9
2.2
12
–
–
KD1 112M-CA4..
2.2
2.2
22
2
20
1.7
17
1.3
13
3.3
18
–
–
KD1 132S-CA4..
KD1 137M-CA4..
3
4
3
4
30
40
2.7
3.5
27
35
2.2
3
22
30
1.8
2.5
18
25
4.5
6
25
33
3
4
4.2
5.5
KD1 132M-CA4..
5.5
5.5
55
4.8
48
4
40
3.3
33
8
44
5.5
7.6
KD1 160M-CA4..
KD1 160L-CA4..
7.5
11
7.5
11
74
110
7
10
69
98
6
9
59
88
5
7.5
49
73
11
16
60
88
7.5
11
10.5
15
KD1 180L-CA4..
15
15
149
13
128
12
118
10
98
21
115
15
20
KD1 207L-CA4..
KD1 200L-CA4..
18.5
22
17.52)
202)
171
196
16
19
157
186
14
17
137
167
12
15
118
147
26
30
143
165
17.5
20
24
28
KD1 225M-CA4..
30
272)
262
25
242
23
223
21
204
40
220
27
37
37
332)
320
31
301
29
281
26
252
49
269
33
45
KD1 280S-CA4..
KD1 280M-CA4..
45
55
402)
472)
386
453
37
45
357
434
35
43
338
415
32
41
309
396
60
70
329
384
40
47
55
65
KD1 250M-CA4..
KD1 315S-CA4..
75
652)
627
62
598
58
559
56
540
95
521
65
88
KD1 315M-CA4..
KD1 317L-CA4..
90
110
782)
952)
752
916
73
90
704
868
70
88
675
849
68
85
656
820
110
140
604
768
78
95
105
130
KD1 315L-CA4..
132
115
1109
110
1061
105
1013
100
965
165
906
115
157
KD1 355S-CA4..
160
140
1351
135
1302
128
1235
120
1158
200
1098
140
190
KD1 355M-CA4..
200
170
1640
165
1592
160
1543
150
1447
250
1372
170
240
KD1 355L-CA4..
250
215
2074
205
1978
200
1929
190
1833
310
1701
215
305
KD1 400S-CA4..
KD1 400M-CA4..
315
355
270
305
2605
2942
260
295
2508
2846
250
285
2412
2749
235
265
2267
2556
395
440
2168
2415
270
305
385
425
KD1 450S-CA4..
400
345
3328
335
3232
320
3087
300
2894
495
2717
345
480
KD1 450M-CA4..
450
390
3762
375
3617
360
3473
340
3280
560
3074
390
540
KD1 450L-CA4..
500
435
4196
415
4003
400
3859
375
3618
620
3404
435
600
Notes
1)
2)
Separate
38
Type3)
Output
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass
inertia
moment
Weight2)
Noise values with
radial-flow fan
KD1
P2
[kW]
400 V
I
[A]
500 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA / IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
071N-DA4..
0.12
0.50
0.40
680
52
0.67
1.7
1.9
2.4
2.4
0.0012
17
41
53
087N-DA4..
080N-DA4..
0.18
0.66
0.52
690
61
0.65
2.5
2.2
3.2
2.6
0.0019
24
42
54
0.25
0.91
0.73
690
62
0.64
3.5
2.2
3.2
2.5
0.0025
25
42
54
097L-DA4..
0.37
1.32
1.06
690
64
0.63
5.1
1.8
3
2.2
0.0033
31
46
58
090L-DA4..
0.55
1.88
1.50
690
65
0.65
7.6
1.8
3.1
2.2
0.0046
35
46
58
107L-DA4..
0.75
2.3
1.82
710
71
0.67
10.1
2.4
4
2.6
0.008
44
49
61
100L-DA4..
1.1
3.1
2.5
695
70
0.73
15.1
2
3.8
2.4
0.0095
46
49
61
112M-DA4..
1.5
4.15
3.3
710
78
0.67
20.2
2.2
4.6
2.8
0.017
59
52
64
132S-DA4..
2.2
4.95
3.95
695
81
0.79
30
2
4.1
2.3
0.029
97
53
66
132M-DA4..
3
6.9
5.5
705
81.5
0.77
41
2.4
4.6
2.7
0.036
113
53
66
167M-DA4..
160M-DA4..
4
5.5
8.8
12.0
7.0
9.6
715
720
84
86
0.78
0.77
53
73
1.8
2.1
4.6
5.4
2.3
2.8
0.071
0.105
157
170
54
54
67
67
160L-DA4..
7.5
16.3
13
720
86.5
0.77
99
2.2
5.6
2.9
0.136
190
54
67
180L-DA4..
11
22.5
17.9
725
88.5
0.80
145
2.4
6.4
3
0.22
215
56
69
200L-DA4..
15
31.0
24.5
730
89
0.79
196
2.7
6.9
3.2
0.4
280
56
70
225S-DA4..
18.5
37.5
30.0
730
90.2
0.79
242
2.2
6.3
3
0.56
372
57
71
225M-DA4..
22
44.0
35.0
730
90.5
0.80
288
2.2
6.6
3
0.69
404
57
71
250M-DA4..
30
59
47
735
92.1
0.80
390
2
6.8
3
1.2
550
58
72
280S-DA4..
37
70
56
735
92.8
0.82
481
2.1
6.2
2.8
1.9
740
61
75
280M-DA4..
45
84
67
735
92.8
0.82
585
2
6.3
2.6
2.3
800
61
75
315S-DA4..
315M-DA4..
55
75
103
140
82
112
740
740
92.8
93
0.83
0.83
710
968
2.5
2.5
6
6.3
2.6
2.5
4.3
5.0
995
1050
68
68
83
83
317L-DA4..
90
170
136
740
93.2
0.82
1161
2.6
6.6
2.6
6.0
1145
68
83
315L-DA4..
355S-DA4..
110
132
210
250
166
199
740
735
93.2
93.4
0.82
0.82
1420
1715
2.7
2.5
6.8
6.3
2.7
2.5
7.3
8.3
1265
1440
68
68
83
83
355M-DA4..
160
295
235
740
95.1
0.83
2065
1.9
6.4
2.4
11.4
1750
70
86
355L-DA4..
200
365
290
745
95.5
0.83
2564
1.7
6.6
2.5
13.9
1950
70
86
400S-DA4..
250
4551)
360
745
96
0.83
3205
1.2
6.1
2.4
23
2650
73
89
400M-DA4..
315
5651)
4501)
745
96.2
0.84
4038
1.2
6.2
2.4
30
3100
73
89
450S-DA4..
355
6301)
5051)
745
96.5
0.84
4551
1
6.1
2.3
46
3450
74
90
450M-DA4..
450L-DA4..
400
450
7101)
8001)
5701)
6401)
745
745
96.6
96.7
0.84
0.84
5128
5768
1
1
6.1
6.1
2.2
2.2
51
57
3750
4050
74
74
90
90
500...
On request
Notes
1) Two
Rated current
at
2) Construction
39
Inverter Operation; Operating Data
Operation on the
Ventilation
Mains
Inverter
Self-ventilation
Torque character.
Frequency
Control range
Speed range
Output/mom.
–
50 Hz
–
–
P2[kW]
drop by square val.
5 – 50 Hz
1:10
75 – 7500 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
20 – 50 Hz
1:2.5
300 – 750 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
10 – 50 Hz
1:5
150 – 750 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
5 – 50 Hz
1:10
75 – 750 rpm
Pu[kW]
Mu[Nm]
50 Hz
constant
50 – 87 Hz1)
constant
5 – 87 Hz1)
750 – 1305 rpm
Pu[kW]
Mu[Nm]
87 Hz
75 – 1305 rpm
Pu[kW]
Pu[kW]
50 Hz
87 Hz
KD1 071N-DA4..
0.12
0.12
1.7
0.11
1.5
0.1
1.4
0.08
1.1
0.18
1.3
–
–
KD1 087N-DA4..
0.18
0.18
2.5
0.16
2.2
0.13
1.7
0.11
1.5
0.25
1.8
–
–
KD1 080N-DA4..
0.25
0.25
3.4
0.22
3
0.18
2.4
0.16
2.2
0.37
2.7
–
–
KD1 097L-DA4..
KD1 090L-DA4..
0.37
0.55
0.37
0.55
5.1
7.5
0.33
0.5
4.4
6.7
0.27
0.4
3.6
5.4
0.22
0.33
3
4.4
0.55
0.8
4
5.9
–
–
–
–
KD1 107L-DA4..
0.75
0.75
10.2
0.65
8.7
0.55
7.4
0.42
5.6
1.1
8
–
–
KD1 100L-DA4..
1.1
1.1
15.1
0.9
12
0.8
11
0.6
8.1
1.6
12
–
–
KD1 112M-DA4..
1.5
1.5
20.2
1.4
19
1.1
15
0.9
12
2.2
16
–
–
KD1 132S-DA4..
2.2
2.2
30
2
27
1.7
23
1.3
17
3.3
24
2.2
3.1
KD1 132M-DA4..
3
3
40.5
2.7
36
2.2
29
1.8
24
4.5
33
3
4.2
KD1 167M-DA4..
KD1 160M-DA4..
4
5.5
4
5.5
53.5
73
3.5
4.8
46
64
3
4
40
53
2.5
3.3
33
44
6
8
44
59
4
5.5
5.5
7.6
KD1 160L-DA4..
7.5
7.5
100
7
92
5.5
72
4.5
59
11
80
7.5
10.5
KD1 180L-DA4..
11
11
146
10
131
8
104
7
91
16
117
11
15
KD1 200L-DA4..
15
15
195
13
170
11
143
10
130
21
154
15
20
KD1 225S-DA4..
18.5
18.5
240
16
208
14
181
12
155
26
190
18.5
25
KD1 225M-DA4..
22
22
286
19
245
17
219
15
194
30
220
22
29
30
272)
348
25
323
23
297
21
271
40
293
27
37
KD1 250M-DA4..
KD1 280S-DA4..
37
332)
426
31
400
29
374
26
336
49
359
33
45
KD1 280M-DA4..
45
402)
516
37
478
35
452
32
413
60
439
40
55
KD1 315S-DA4..
KD1 315M-DA4..
55
75
482)
652)
619
839
45
62
581
800
43
58
555
749
41
56
529
723
70
95
512
695
48
65
65
88
KD1 317L-DA4..
90
782)
1007
73
942
70
903
68
878
110
805
78
105
KD1 315L-DA4..
KD1 355S-DA4..
110
132
952)
115
1226
1484
90
110
1161
1420
88
105
1136
1309
85
100
1097
1247
140
165
1025
1027
95
115
130
157
KD1 355M-DA4..
160
140
1807
135
1743
128
1596
120
1496
200
1464
140
190
KD1 355L-DA4..
200
170
2194
165
2129
160
1994
150
1870
250
1830
170
240
KD1 400S-DA4..
250
215
2775
205
2646
200
2493
190
2368
310
2269
215
305
KD1 400M-DA4..
315
270
3484
260
3355
250
3116
235
2929
395
2891
270
385
KD1 450S-DA4..
355
305
3935
295
3807
285
3553
265
3303
440
3220
305
425
KD1 450M-DA4..
KD1 450L-DA4..
400
450
345
390
4452
5033
335
375
4323
4839
320
360
3989
4488
300
340
3740
4239
495
560
3622
4098
345
390
480
540
Notes
1)
2)
Separate
40
Type2)
Output
Rated
current
at
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass
inertia
moment
Weight1)
Noise values with
radial-flow fan
Noise values with
axial-flow fan
Type ...A
Lp
[dB(A)]
KD1
P2
[kW]
460 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA / IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
067N-PA4..
063N-PA4..
0.21
0.29
0.59
0.68
3485
3430
66
70
0.68
0.77
0.58
0.81
4.6
3.4
6.8
5.8
6.5
4.7
0.00028
0.00028
16
16
53
53
65
65
077N-PA4..
0.44
0.92
3360
71.5
0.84
1.25
2.7
5.2
3.5
0.00028
16
56
68
071N-PA4..
0.65
1.33
3370
73
0.84
1.83
2.8
5.5
3.6
0.00039
17
56
68
087N-PA4..
0.86
1.74
3350
74
0.84
2.45
2.7
4.8
3.3
0.00058
24
60
72
080N-PA4..
1.26
2.4
3385
78
0.85
3.55
2.8
5.5
3.5
0.0008
25
60
72
097L-PA4..
1.8
3.35
3410
79
0.86
5
2.7
5.5
3.2
0.0013
31
65
77
090L-PA4..
2.5
4.45
3420
82
0.86
7
2.7
5.6
3.3
0.0018
35
65
77
100L-PA4..
3.6
6.3
3420
83
0.87
10.1
2.7
6.8
3.3
0.0029
45
68
80
112M-PA4..
4.8
8.1
3455
85
0.88
13.3
2.3
6.5
3.1
0.0051
53
68
80
137S-PA4..
132S-PA4..
6.6
9
11.2
15.0
3470
3490
85
86.5
0.87
0.87
18.2
24.6
2.5
2.7
6
6.8
3.3
3.5
0.0089
0.0125
95
100
68
68
81
81
167M-PA4..
12.8
20.5
3510
88.5
0.89
34.8
2.8
6.6
3.2
0.032
163
71
84
160M-PA4..
160L-PA4..
17.5
22
26.5
33
3505
3510
89.5
91
0.92
0.92
48
60
2.8
2.6
6.7
6.7
3.2
3.1
0.043
0.052
173
188
71
71
84
84
180M-PA4..
26
39
3510
91.5
0.92
71
2.5
6.9
3
0.075
196
75
88
207L-PA4..
200L-PA4..
36
43
54
65
3545
3545
92.2
92.7
0.9
0.9
97
116
2.6
2.7
7.2
7.2
2.9
3
0.13
0.16
254
278
77
77
91
91
225M-PA4..
52
79
3550
92.7
0.89
140
2.5
7.1
3
0.24
400
78
92
250M-PA4..
64
97
3565
93.5
0.89
171
2.4
7.1
2.8
0.4
545
81
95
280S-PA4..
280M-PA4..
87
105
129
156
3565
3565
94
94
0.9
0.9
233
281
2.2
2.4
6.8
6.6
2.7
2.8
0.65
0.78
700
762
82
82
96
96
315S-PA4..
121
179
3570
94.5
0.9
324
2.1
6.6
2.5
1.4
960
85
100
315M-PA4..
317L-PA4..
145
176
215
260
3570
3570
95
95.2
0.9
0.9
388
471
2.2
2.5
7.2
7.3
2.6
2.8
1.6
1.7
1025
1065
85
85
100
100
315L-PA4..
220
320
3575
95.4
0.9
588
2.4
7.3
2.7
2.2
1270
85
100
318L-PA4..
275
395
3575
95.5
0.91
735
1.8
7.6
2.8
2.8
1420
85
100
357L-PA4..
345
On request
355L-PA4..
390
400M-PA4..
440
Notes
1)
On request
Construction type B3 with terminal box
2) For
Lw
[dB(A)]
On request
41
Type3)
Output
Rated
current
at
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass
inertia
moment
Weight2)
Noise values with
radial-flow fan
Noise values with
axial-flow fan
Type ...A
Lp
[dB(A)]
KD1
P2
[kW]
460 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA / IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
067N-QA4..
063N-QA4..
0.14
0.21
0.44
0.54
1735
1700
67
70
0.60
0.70
0.77
1.18
3.9
2.7
5.6
4.7
3.9
2.7
0.0002
0.00025
13
14
48
48
60
60
077N-QA4..
0.3
0.71
1645
66
0.80
1.74
2
3.9
2.5
0.00046
16
49
61
071N-QA4..
0.44
0.99
1655
70
0.80
2.54
2.2
3.9
2.6
0.00063
17
49
61
087N-QA4..
0.63
1.35
1655
73
0.80
3.6
2
3.8
2.3
0.00092
24
50
62
080N-QA4..
0.86
1.85
1680
75
0.78
4.9
2.1
4.2
2.5
0.0013
25
50
62
097L-QA4..
1.3
2.55
1680
76
0.84
7.4
2.1
4.8
2.5
0.0021
31
53
65
090L-QA4..
1.8
3.45
1685
79
0.83
10.2
2.3
5
2.7
0.0029
35
53
65
107L-QA4..
2.6
5.1
1705
80
0.80
14.6
2.4
5.4
2.8
0.0046
44
57
69
100L-QA4..
3.6
6.8
1700
80.5
0.82
20.2
2.3
5.5
2.7
0.0056
46
57
69
112M-QA4..
4.8
8.4
1720
85
0.84
26.7
2.7
6.8
3.2
0.011
59
59
71
132S-QA4..
6.6
11.1
1730
86.5
0.86
36.4
2.5
6.2
2.7
0.022
100
62
75
132M-QA4..
8.5
14.1
1730
88
0.86
47
2.7
6.5
2.8
0.03
110
62
75
160M-QA4..
160L-QA4..
12.6
17.2
21
28
1750
1745
89.5
90
0.85
0.86
69
94
2.5
2.8
6.6
6.5
2.8
3.1
0.057
0.079
168
184
67
67
80
80
180M-QA4..
22
36
1750
91
0.84
120
2.9
6.6
3
0.13
198
65
78
180L-QA4..
26
42
1750
91.5
0.85
142
3
6.9
3
0.155
217
65
78
200L-QA4..
34.5
53
1750
92.5
0.88
188
2.6
6.8
2.9
0.25
274
66
80
225S-QA4..
43
65
1760
93
0.89
233
2.7
6.7
2.6
0.4
372
68
82
225M-QA4..
52
79
1765
93
0.89
281
2.7
6.5
2.6
0.48
402
68
82
250M-QA4..
64
96
1765
93.8
0.89
346
2.9
7.1
2.9
0.75
573
70
84
280S-QA4..
87
134
1775
94.5
0.86
468
2.6
6.8
2.5
1.25
740
74
88
280M-QA4..
105
162
1775
94.5
0.86
565
2.8
6.9
2.6
1.48
820
74
88
315S-QA4..
315M-QA4..
121
145
186
220
1780
1780
95.1
95.3
0.86
0.86
649
778
2.6
2.6
7.1
7.2
2.7
2.8
2.2
2.7
1040
1120
76
76
91
91
317L-QA4..
176
265
1780
95.6
0.87
944
2.7
7.3
2.7
3.1
1210
76
91
315L-QA4..
318L-QA4..
220
275
330
4051)
1780
1785
95.8
96.0
0.87
0.89
1180
1471
2.7
1.8
7.3
7.7
2.7
2.8
3.9
4.6
1430
1565
76
76
91
91
357L-QA4..
345
5051)
1790
96.3
0.89
1841
1.6
7.3
2.8
6.1
2050
78
94
355L-QA4..
390
5701)
1790
96.6
0.89
2081
1.7
7.3
3
6.7
2200
78
94
400S-QA4..
440
6351)
1794
97
0.90
2342
1.4
7.1
3
16
2650
84
100
400M-QA4..
495
7051)
1794
97
0.91
2635
1.15
6.9
2.8
18
2850
84
100
450S-QA4..
550
7801)
1794
97.2
0.91
2928
1.05
7.3
2.8
23
3300
85
101
450M-QA4..
450L-QA4..
610
690
1794
1794
97.4
97.4
0.91
0.91
3247
3673
1.05
1.05
7.2
7.2
2.8
2.8
26
26
3500
3800
85
85
101
101
500...
On request
Notes
1) Two
2)
On request
Lw
[dB(A)]
42
Type3)
Output
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass inertia
moment
Weight2)
Noise values with
radial-flow fan
KD1
P2
[kW]
460 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
071N-RA4..
0.3
0.84
1105
63.5
0.71
2.6
2.2
3.5
2.6
0.0012
17
48
60
Rated
current
at
087N-RA4..
0.42
1.12
1110
68
0.71
3.7
2.5
4.1
2.8
0.0019
24
48
60
080N-RA4..
0.64
1.59
1110
70
0.72
5.5
2.4
4
2.7
0.0025
25
48
60
097L-RA4..
090L-RA4..
0.9
1.3
2.25
3.15
1090
1105
67
71
0.75
0.73
7.9
11.2
1.8
2
3.4
3.7
2.1
2.2
0.0033
0.0046
31
35
51
51
63
63
100L-RA4..
1.8
3.9
1135
77
0.75
15.1
2.54
4.9
3
0.0095
46
54
66
112M-RA4..
2.6
5.4
1140
81
0.75
21.8
2.7
5.6
3.1
0.017
59
58
70
132S-RA4..
137M-RA4..
3.6
4.8
6.9
9.0
1160
1150
84
84.5
0.78
0.79
29.6
40
2.7
2.6
6.3
6
3.1
3
0.031
0.037
100
104
61
61
74
74
132M-RA4..
6.6
11.8
1150
85.5
0.82
55
2.6
6.4
3
0.043
112
61
74
160M-RA4..
160L-RA4..
8.6
12.6
14.7
21.5
1150
1160
86.5
87.5
0.85
0.85
71
104
2.5
2.5
6.8
6.7
3.3
3.2
0.087
0.12
170
190
63
63
76
76
180L-RA4..
18
30.0
1160
90
0.84
148
2.4
6.9
3.2
0.19
215
63
76
207L-RA4..
200L-RA4..
21.3
26
35
42.5
1170
1165
90.5
91
0.84
0.84
174
213
1.9
2.2
6.2
6.8
2.7
3
0.28
0.31
270
280
63
63
77
77
225M-RA4..
35
57
1170
92
0.84
286
2.8
6.6
2.5
0.69
404
67
81
250M-RA4..
44
70
1175
92.5
0.85
358
2.8
6.6
2.6
1.03
570
68
82
280S-RA4..
52
85
1180
93.3
0.82
421
2.8
5.8
2.4
1.35
720
70
84
280M-RA4..
64
105
1180
93.5
0.82
518
2.7
5.8
2.3
1.7
770
70
84
315S-RA4..
87
134
1190
94
0.87
698
2.6
6.4
2.4
4.3
995
75
90
315M-RA4..
317L-RA4..
105
121
159
183
1190
1190
94.2
94.5
0.88
0.88
842
971
2.6
2.8
6.5
6.9
2.4
2.6
5.0
6.0
1050
1145
75
75
90
90
315L-RA4..
145
220
1190
94.7
0.88
1164
2.8
7.1
2.6
7.3
1265
75
90
355S-RA4..
176
265
1190
95
0.88
1412
2.7
7.2
2.6
8.3
1440
75
90
355M-RA4..
220
330
1190
95.6
0.88
1766
1.9
7.1
2.8
11.3
1750
80
96
355L-RA4..
275
4101)
1190
95.9
0.88
2207
1.9
7.1
2.8
13.8
1950
80
96
400S-RA4..
400M-RA4..
345
390
5051)
5701)
1192
1193
96.3
96.6
0.89
0.89
2764
3122
1.05
1.15
6.9
7
2.7
2.8
23
27
2650
2850
84
84
100
100
450S-RA4..
440
6401)
1194
96.8
0.89
3519
1.05
7.3
2.7
41
3300
84
100
450M-RA4..
450L-RA4..
495
550
7251)
8001)
1194
1194
96.6
97
0.89
0.89
3959
4399
1.3
1.15
7.2
7.2
3
2.8
46
51
3500
3800
84
84
100
100
500...
On request
Notes
1) Two
2)
3) For
43
Type3)
Output
Speed
Efficiency
Power
factor
Torque
Starting
torque
Starting
current
Stalling
torque
Mass inertia
moment
Weight2)
Noise values with
radial-flow fan
KD1
P2
[kW]
460 V
I
[A]
n
[rpm]
η
[%]
cos ϕ
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
071N-SA4..
0.14
0.50
815
52
0.67
1.64
1.9
2.4
2.4
0.0012
17
45
57
Rated
current
at
087N-SA4..
0.21
0.66
830
61
0.65
2.4
2.2
3.2
2.6
0.0019
24
46
58
080N-SA4..
0.3
0.95
830
62
0.64
3.45
2.2
3.2
2.5
0.0025
25
46
58
097L-SA4..
090L-SA4..
0.44
0.64
1.37
1.90
850
835
64
65
0.63
0.65
4.9
7.3
1.8
1.8
3
3.1
2.2
2.2
0.0033
0.0046
31
35
50
50
62
62
107L-SA4..
0.9
2.35
850
71
0.67
10.1
2.4
4
2.6
0.008
44
53
65
100L-SA4..
1.3
3.2
835
70
0.73
14.9
2
3.8
2.4
0.0095
46
53
65
112M-SA4..
1.8
4.3
850
78
0.67
20.2
2.2
4.6
2.8
0.017
59
57
69
132S-SA4..
2.6
5.1
835
81
0.79
29.7
2
4.1
2.3
0.029
97
58
71
132M-SA4..
3.6
7.2
845
81.5
0.77
41
2.4
4.6
2.7
0.036
113
58
71
167M-SA4..
160M-SA4..
4.6
6.5
8.8
12.3
860
865
84
86
0.78
0.77
51
72
1.8
2.1
4.6
5.4
2.3
2.8
0.071
0.105
157
170
59
59
72
72
160L-SA4..
9
17
865
86.5
0.77
99
2.2
5.6
2.9
0.136
190
59
72
180L-SA4..
13.2
23.5
870
88.5
0.80
145
2.4
6.4
3
0.22
215
61
74
200L-SA4..
18
32.0
875
89
0.79
196
2.7
9.9
3.2
0.4
280
61
75
225S-SA4..
22
38.5
875
90.2
0.79
240
2.2
6.3
3
0.56
372
62
76
225M-SA4..
26
45.0
875
90.5
0.80
284
2.2
6.3
3
0.69
404
62
76
250M-SA4..
36
61
880
92.1
0.80
391
2
6.8
3
1.2
550
63
77
280S-SA4..
44
73
880
92.8
0.82
478
2.1
6.2
2.8
1.9
740
66
80
280M-SA4..
52
85
880
92.8
0.83
564
2
6.3
2.6
2.3
800
66
80
315S-SA4..
315M-SA4..
61
87
99
141
885
885
92.8
93
0.83
0.83
658
939
2.5
2.5
6
6.3
2.6
2.5
4.3
5
995
1050
74
74
89
89
317L-SA4..
105
172
885
93.2
0.82
1133
2.6
6.6
2.6
6
1145
74
89
315L-SA4..
355S-SA4..
121
145
199
240
885
880
93.2
93.4
0.82
0.82
1306
1574
2.8
2.6
7.2
6.6
2.8
2.6
7.3
8.3
1265
1440
74
74
89
89
355M-SA4..
176
280
890
95.1
0.83
1889
2
6.5
2.5
11.4
1750
76
92
355L-SA4..
220
350
895
95.5
0.83
2347
1.8
7
2.5
13.9
1950
76
92
400S-SA4..
275
4351)
895
96
0.83
2934
1.3
6.4
2.5
23
2650
79
95
400M-SA4..
345
5351)
895
96.2
0.84
3681
1.3
6.5
2.5
30
3100
79
95
450S-SA4..
450M-SA4..
390
440
605
6801)
895
895
96.5
96.6
0.84
0.84
4161
4695
1.05
1.05
6.4
6.4
2.4
2.3
46
51
3450
3750
80
80
96
96
450L-SA4..
495
7651)
895
96.7
0.84
5282
1.05
6.4
2.3
7
400
80
96
500...
On request
Notes
1) Two
2)
3) For
44
Mains Operation; Operating Data, 50 Hz Increased Output
Ambient temperature 40 °C, increased winding temperature within thermal class F
Type2)
Output
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
Mass
inertia
moment
Weight1)
Noise values with
radial-flow fan
KD1
P2
[kW]
400 V
I
[A]
500 V
I
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
067N-AA4..
0.25
063N-AA4..
0.37
0.78
0.62
2650
58
0.80
0.90
2
3
3.5
0.00028
16
54
66
1.09
0.87
2660
60
0.82
1.33
2
3.1
3.5
0.00028
16
54
66
077N-AA4..
071N-AA4..
0.46
0.75
1.43
1.91
1.15
1.53
2720
2730
66
70
0.84
0.81
1.93
2.62
2.1
2.7
4.2
4.7
2.5
3.2
0.00028
0.00039
16
17
57
57
69
69
087N-AA4..
1.0
2.65
2.1
2750
68
0.80
3.47
2.4
4.2
3
0.00058
24
59
71
080N-AA4..
1.4
3.75
3.0
2790
72
0.75
4.8
2.8
4.7
3.4
0.0008
25
59
71
097L-AA4..
1.9
4.2
3.35
2830
77.8
0.84
6.4
2.2
5.8
3.1
0.0013
31
60
72
090L-AA4..
2.7
6.2
4.95
2830
78
0.81
9.1
2.5
5.5
3.5
0.0018
35
60
72
100L-AA4..
3.4
7.5
6.0
2845
80
0.82
11.4
2.8
5.8
3.5
0.0029
45
64
76
112M-AA4..
5.0
10.4
8.3
2875
82
0.85
16.6
2.7
6
2.9
0.0051
53
66
78
137S-AA4..
6.6
14.3
11.4
2880
81.5
0.82
21.9
2.4
6
3.1
0.0089
95
69
82
132S-AA4..
9.0
19.4
15.6
2900
83.5
0.80
29.6
2.7
6.5
3.5
0.0125
100
69
82
167M-AA4..
160M-AA4..
13.5
18.5
26
34.5
21
27.5
2920
2910
86
87.5
0.87
0.89
44
61
2.5
2.5
6.5
6.5
3.2
3.2
0.032
0.043
163
173
80
80
93
93
160L-AA4..
22
39.5
31.5
2915
89
0.90
72
2.8
6.9
3.4
0.052
188
80
93
180M-AA4..
30
55
44
2915
89.5
0.88
98
2.7
6.9
3.1
0.075
196
83
96
207L-AA4..
37
66
53
2955
91.4
0.89
120
3
7.2
3.3
0.13
254
85
99
200L-AA4..
45
81
65
2955
92
0.87
145
2.8
7.2
3.3
0.16
278
85
99
225M-AA4..
55
103
83
2965
91.5
0.84
177
2.9
7.1
3.7
0.24
400
87
101
250M-AA4..
70
134
107
2975
92.2
0.82
225
2.7
6.9
3.5
0.4
545
87
101
280S-AA4..
90
159
127
2970
92
0.89
289
2
6.6
3
0.65
700
89
103
280M-AA4..
110
195
156
2970
92.4
0.88
354
2.1
6.9
3.1
0.78
762
89
103
315S-AA4..
315M-AA4..
132
160
235
280
187
225
2975
2975
92.5
93
0.88
0.89
424
514
1.9
1.8
6.3
6.7
2.5
2.4
1.4
1.6
960
1025
90
90
105
105
317L-AA4..
200
320
255
2975
93.5
0.89
594
2
6.9
2.6
1.9
1065
90
105
315L-AA4..
230
400
320
2975
93.5
0.89
738
2
6.9
2.6
2.2
1270
90
105
Notes
1)
Rated current
at
2) For
45
Type3)
Output
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
Mass
inertia
moment
Weight2)
Noise values with
radial-flow fan
KD1
P2
[kW]
400 V
I
[A]
500 V
I
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
067N-BA4..
0.18
063N-BA4..
0.25
0.62
0.50
1250
54
0.77
1.38
1.7
2.5
2.2
0.00046
16
45
57
0.80
0.64
1280
58
0.78
1.87
1.7
2.8
2.5
0.00046
16
45
57
077N-BA4..
071N-BA4..
0.37
0.5
1.17
1.57
0.93
1.25
1325
1310
61
65
0.75
0.78
2.67
4.0
1.7
1.7
3
3.3
2.3
2.3
0.00046
0.00063
16
17
46
46
58
58
Rated current
at
087N-BA4..
0.7
1.99
1.59
1310
65
0.78
5.1
2
3.5
2.2
0.00092
24
47
59
080N-BA4..
1.0
2.7
2.15
1350
70
0.77
7.1
2.3
4.1
2.5
0.0013
25
47
59
097L-BA4..
1.4
3.35
2.7
1350
73.5
0.82
9.9
1.9
4.2
2.2
0.0021
31
49
61
090L-BA4..
2.0
4.7
3.75
1360
74
0.83
14
2
4.2
2.2
0.0029
35
49
61
107L-BA4..
100L-BA4..
2.5
3.4
6.2
7.4
4.9
5.9
1415
1400
76
78.8
0.77
0.85
16.9
23.2
2.3
2.1
5.3
5.1
2.7
2.8
0.0046
0.0056
44
46
52
52
64
64
112M-BA4..
5.0
11.1
8.9
1420
81
0.80
33.6
2.6
6.4
3
0.011
59
54
66
132S-BA4..
6.6
13.3
10.5
1445
85.1
0.84
44
2.6
6.3
2.9
0.022
100
59
72
132M-BA4..
9.0
18.3
14.6
1435
85.7
0.83
60
2.7
6.3
3
0.03
110
59
72
160M-BA4..
13.5
29.5
23.5
1450
86.5
0.77
89
2.6
6.1
3
0.057
168
67
80
160L-BA4..
17.5
34.0
27.0
1450
88.5
0.84
115
2.5
6.2
2.9
0.079
184
67
80
180M-BA4..
180L-BA4..
22
27
43.5
52
35.0
42.0
1460
1460
90
91
0.81
0.82
144
177
3.1
3
6.7
7.2
3.2
3.1
0.13
0.155
198
217
73
73
86
86
200L-BA4..
37
68
55
1460
91
0.86
242
2.9
6.9
3
0.25
274
76
90
225S-BA4..
225M-BA4..
45
55
81
100
65
80
1465
1475
92
92.5
0.87
0.86
293
356
2.6
2.6
6.1
6.3
2.6
2.8
0.4
0.48
372
402
79
79
93
93
250M-BA4..
70
127
102
1475
92.5
0.86
453
2.9
7.2
3.4
0.75
573
80
94
280S-BA4..
280M-BA4..
90
110
164
200
131
161
1480
1480
93.2
93.7
0.85
0.84
581
710
2.7
2.9
6.8
6.9
2.8
3.1
1.25
1.48
740
820
82
82
96
96
315S-BA4..
132
235
190
1485
94.6
0.85
849
2.2
6.5
2.4
2.2
1040
84
99
315M-BA4..
160
285
225
1485
94.5
0.86
1029
2.4
6.8
2.6
2.7
1120
84
99
317L-BA4..
315L-BA4..
200
230
330
4101)
260
325
1485
1485
94.7
94.7
0.86
0.86
1190
1479
2.5
2.5
6.9
6.9
2.6
2.7
3.3
3.9
1210
1430
84
84
99
99
Notes
1)
2)
Two parallel supply lines are required for each phase
3) For
46
Type2)
Output
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
Mass
inertia
moment
Weight1)
Noise values with
radial-flow fan
KD1
P2
[kW]
460 V
I
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
067N-PA4..
063N-PA4..
0.29
0.78
3180
58
0.80
0.87
2
3
3.5
0.00028
16
57
69
0.43
1.09
3190
60
0.82
1.29
2
3.1
3.5
0.00028
16
57
69
077N-PA4..
071N-PA4..
0.53
0.87
1.45
1.93
3265
3375
66
70
0.84
0.81
1.87
2.46
2.1
2.7
4.2
4.7
2.5
3.2
0.00028
0.00039
16
17
61
61
73
73
Rated current
at
087N-PA4..
1.16
2.7
3300
68
0.80
3.36
2.4
4.2
3
0.00058
24
63
75
080N-PA4..
1.6
3.7
3350
72
0.75
4.6
2.8
4.7
3.4
0.0008
25
63
75
097L-PA4..
2.2
4.25
3395
77.5
0.84
6.3
2.2
5.8
3.1
0.0013
31
64
76
090L-PA4..
3.1
6.2
3395
78
0.81
8.7
2.5
5.5
3.5
0.0018
35
64
76
100L-PA4..
3.9
7.5
3415
80
0.82
10.9
2.8
5.8
3.5
0.0029
45
68
80
112M-PA4..
5.8
10.4
3450
82
0.85
16.1
2.7
6
2.9
0.0051
53
70
82
137S-PA4..
7.6
14.3
3455
81.5
0.82
21
2.4
6
3.1
0.0089
95
73
86
132S-PA4..
10.4
18.1
3505
84.5
0.86
28.5
2.7
6.5
3.5
0.0125
100
73
86
167M-PA4..
160M-PA4..
15.5
22
26
35.5
3505
3490
86
87.5
0.87
0.89
42
60
2.5
2.5
6.5
6.5
3.2
3.2
0.034
0.043
163
173
85
85
98
98
160L-PA4..
26
41
3500
89
0.90
71
2.8
6.9
3.4
0.052
188
85
98
180M-PA4..
35
56
3500
89.5
0.88
96
2.7
6.9
3.1
0.075
196
88
101
207L-PA4..
43
67
3545
91
0.88
116
3
7.2
3.3
0.13
254
90
104
200L-PA4..
52
82
3545
92
0.87
140
2.8
7.2
3.3
0.16
278
90
104
225M-PA4..
64
105
3560
91.5
0.84
172
2.9
7.1
3.7
0.24
400
92
106
250M-PA4..
81
135
3570
92
0.82
217
2.7
6.9
3.5
0.4
545
92
106
280S-PA4..
105
161
3565
92
0.89
281
2
6.6
3
0.65
700
95
109
280M-PA4..
121
187
3565
92.2
0.88
324
2
7.3
3.3
0.78
762
95
109
315S-PA4..
315M-PA4..
145
176
225
265
3570
3570
92.3
92.8
0.88
0.89
388
471
1.9
1.8
6.6
7.1
2.6
2.5
1.4
1.6
960
1025
96
96
111
111
317L-PA4..
220
310
3570
93.2
0.89
548
2
7.3
2.7
1.9
1065
96
111
315L-PA4..
255
385
3570
93.2
0.89
682
2
7.3
2.7
2.2
1270
96
111
Notes
1)
2) For
47
Type2)
Output
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
Mass
inertia
moment
Weight1)
Noise values with
radial-flow fan
KD1
P2
[kW]
460 V
I
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
J
[kgm2]
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
067N-QA4..
063N-QA4..
0.21
0.63
1500
54
0.77
1.34
1.7
2.5
2.2
0.00046
16
48
60
0.29
0.80
1535
58
0.78
1.8
1.7
2.8
2.5
0.00046
16
48
60
077N-QA4..
071N-QA4..
0.43
0.58
1.18
1.58
1590
1570
61
65
0.75
0.78
2.58
3.9
1.7
1.7
3
3.3
2.3
2.3
0.00046
0.00063
16
17
49
49
61
61
Rated current
at
087N-QA4..
0.81
2.0
1570
65
0.78
4.9
2
3.5
2.2
0.00092
24
50
62
080N-QA4..
1.16
2.7
1620
70
0.77
6.8
2.3
4.1
2.5
0.0013
25
50
62
097L-QA4..
1.6
3.35
1620
73.5
0.82
9.4
1.9
4.2
2.2
0.0021
31
52
64
090L-QA4..
2.3
4.7
1630
74
0.83
13.5
2
4.2
2.2
0.0029
35
52
64
107L-QA4..
100L-QA4..
2.9
3.9
6.2
7.3
1700
1680
76
78.8
0.77
0.85
16.3
22.2
2.3
2.1
5.3
5.1
2.7
2.8
0.0046
0.0056
44
46
55
55
67
67
112M-QA4..
5.8
11.2
1705
81
0.80
32.5
2.6
6.4
3
0.011
59
57
69
132S-QA4..
7.6
13.3
1735
85.1
0.84
42
2.6
6.3
2.9
0.022
100
63
76
132M-QA4..
10.4
18.4
1720
85.7
0.83
58
2.7
6.3
3
0.03
110
63
76
160M-QA4..
15.5
29
1740
86.5
0.77
85
2.6
6.1
3
0.057
168
71
84
160L-QA4..
20
34
1740
88.5
0.84
110
2.5
6.2
2.9
0.079
184
71
84
180M-QA4..
180L-QA4..
26
31
45
52
1750
1755
90
90.8
0.81
0.83
142
169
3.1
3
7
7.2
3.2
3.1
0.13
0.155
198
217
76
76
89
89
200L-QA4..
43
69
1750
91
0.86
235
2.9
6.9
3
0.25
274
81
95
225S-QA4..
225M-QA4..
52
64
82
102
1760
1770
92
92
0.87
0.86
282
345
2.6
2.6
6.1
6.3
2.6
2.8
0.4
0.48
372
402
84
84
98
98
250M-QA4..
81
128
1770
92.5
0.86
437
2.9
7.2
3.4
0.75
573
85
99
280S-QA4..
280M-QA4..
105
121
167
193
1775
1775
93
93.5
0.85
0.84
565
651
2.7
3.1
6.8
7.3
2.8
3.3
1.25
1.48
740
820
87
87
101
101
315S-QA4..
145
235
1780
94.4
0.85
778
2.3
6.9
2.5
2.2
1040
89
104
315M-QA4..
176
285
1780
94.3
0.86
944
2.5
7.2
2.7
2.7
1120
89
104
317L-QA4..
315L-QA4..
220
255
315
395
1780
1780
94.5
94.5
0.86
0.86
1100
1368
2.6
2.6
7.3
7.3
2.7
2.8
3.3
3.9
1210
1430
89
89
104
104
Notes
1)
2) For
48
Mains Operation; Power Assignment, 50 Hz/60 Hz
Temperature Class T6
KD1
50 Hz
2p = 2
3000 rpm
P2[kW]
2p = 4
1500 rpm
P2[kW]
60 Hz
2p = 2
3600 rpm
P2[kW]
2p = 4
1800 rpm
P2[kW]
067N-..6..
0.18
063N-..6..
0.25
0.12
0.21
0.14
0.18
0.29
077N-..6..
071N-..6..
0.21
0.37
0.55
0.25
0.37
0.25
0.12
0.44
0.65
087N-..6..
0.75
0.55
0.37
0.18
080N-..6..
1.1
0.75
0.55
0.25
097L-..6..
1.5
1.1
0.65
090L-..6..
2.2
1.4
0.85
107L-..6..
100L-..6..
2.5
1.8
2.2
112M-..6..
3.5
137S-..6..
132S-..6..
5.5
6
Type
137M-..6..
2p = 6
1200 rpm
P2[kW]
2p = 8
900 rpm
P2[kW]
0.3
0.44
0.25
0.14
0.86
0.63
0.42
0.21
1.26
0.86
0.64
0.29
0.37
1.8
1.3
0.75
0.43
0.55
2.5
1.6
1
0.64
1.3
0.75
0.95
2.9
2.1
2.3
1.5
0.87
1.1
3.5
2
1.3
4
4
2.3
1.5
5
3
1.9
5.8
7
5.5
3.5
2.2
6
4
2.5
6.5
4.6
2.9
132M-..6..
2p = 6
1000 rpm
P2[kW]
2p = 8
750 rpm
P2[kW]
4.7
5.4
167M-..6..
160M-..6..
9
12
9.5
6.5
3.5
5
10.5
14
11
7.5
4
5.8
8.5
6.5
15
12.5
9.8
7.5
19
16
17.5
11.5
11
25.5
17.5
14
160L-..6..
13
11
180M-..6..
180L-..6..
16.5
14
15
10
9.5
207L-..6..
22
22
15
12
200L-..6..
27
225S-..6..
18
30
25.5
31
15
21
34
17.5
225M-..6..
35
35
22
19
40
40
29
22
250M-..6..
39
39
33
27
45
45
38
31
280S-..6..
60
60
40
33
69
69
46
38
280M-..6..
75
70
45
40
87
81
52
46
315S-..6..
On request
On request
On request
On request
315M-..6..
317L-..6..
315L-..6..
318L-..6..
355M-..6..
357L-..6..
355L-..6..
49
Mains Operation; Operating Data, 50 Hz Pole-Changing Motors
Temperature class T4, ns = 1500/3000 rpm, 2p = 4/2
Type3)
Output
Mass
inertia
moment
J
[kgm2]
Weight2)
Noise values with
radial-flow fan
KD1
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
2.6
3
2.7
3.2
0.00111
23
0.00148
24
47
65
47
65
59
77
59
77
4.2
4.9
4.7
5.4
2.2
3
2.3
3
0.00238
27
0.00318
30
52
69
52
69
64
81
64
81
2
2.1
4.8
5.8
2.7
3
0.00608
37
55
75
67
87
24.7
14.5
2.2
2.5
6
6.7
3
3.3
0.0122
53
56
76
68
88
0.84
0.91
0.85
0.92
33
19.7
46
29.5
2.1
2.5
2.6
2.5
5
6.4
5.8
6.8
2.9
2.9
2.8
3
0.0238
100
0.0323
110
62
80
62
80
75
93
75
93
87.5
87
88.5
87.5
0.84
0.92
0.84
0.92
62
36
85
52
2.5
2.7
2.3
2.6
6
6.8
6
6.8
2.8
3.1
2.8
3.2
0.0625
153
0.085
168
57
68
57
68
70
81
70
81
1460
2930
1465
2940
89.5
88
90
88.5
0.83
0.90
0.83
0.90
108
65
124
81
2.8
2.8
3.1
3.1
6.5
6.9
6.5
6.8
2.7
3
2.9
3.2
0.13
185
0.155
195
58
69
58
69
71
82
71
82
37.5
43.0
1470
2955
91.5
90
0.87
0.93
169
100
2.8
2.7
6.6
7.1
3
3.5
0.25
270
60
73
74
87
59
66
69
79
47.0
53
55
63
1470
2955
1470
2955
91.5
90
92.5
91.5
0.86
0.92
0.86
0.92
208
123
247
149
2.6
2.6
2.8
2.8
6.5
7
6.5
7
2.5
3
2.7
3.2
0.4
369
0.48
400
61
74
61
74
75
88
75
88
46
82
65
1470
92.5
0.88
299
2.7
6.5
2.8
0.75
570
63
77
55
94
75
2955
91
0.93
178
2.9
7.1
3.3
76
90
63
75
73
87
113
129
131
150
90
103
105
120
1480
2475
1485
2970
93.5
92
93.5
92
0.86
0.91
0.86
0.91
407
241
469
280
2.8
2.6
2.8
2.4
6.5
7
6.5
7.1
2.5
3.1
2.6
3.2
1.25
730
1.48
800
65
78
65
78
79
92
79
92
85
100
100
125
120
150
145
175
155
174
179
215
215
260
260
300
124
139
143
172
172
205
205
240
1485
2975
1485
2975
1485
2975
1485
2975
94
92
95
92
95
92
95
92
0.84
0.90
0.85
0.91
0.85
0.91
0.85
0.91
547
321
643
401
772
482
932
562
2.5
2.1
2.6
2.3
2.6
2.3
2.6
2.3
6.5
7
6.6
7.1
6.5
7
6.5
7
2.4
2.8
2.6
3
2.4
2.9
2.4
2.9
2.2
996
2.7
1096
3.3
1221
3.8
1290
67
80
67
80
67
80
67
80
82
95
82
95
82
95
82
95
160
200
180
220
200
250
220
280
280
330
315
365
345
415
380
4601)
220
265
250
290
280
330
305
370
1485
2980
1485
2980
1485
2985
1485
2985
95.5
94
95.5
94
95.5
94
96
94.5
0.87
0.93
0.87
0.93
0.87
0.93
0.87
0.93
1029
641
1158
705
1286
800
1415
896
1.3
1.4
1.3
1.3
1.3
1.3
1.3
1.3
6.4
6.9
6.6
7.1
6.5
7
6.5
7
2.4
2.7
2.3
2.6
2.3
2.6
2.3
2.6
5.1
1800
5.6
1900
6
2050
6.7
2200
70
82
70
82
70
82
70
82
86
98
86
98
86
98
86
98
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
P2
[kW]
Rated current
at
400 V
500 V
I
I
[A]
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
0.5
0.65
0.7
0.85
1.43
1.66
1.92
2.15
1.14
1.33
1.54
1.71
1400
2810
1400
2820
67.5
63.5
70
66
0.75
0.89
0.75
0.87
3.4
2.2
4.8
2.9
2
2.2
2.1
2.4
3.9
4.2
4
4.8
1.1
1.4
1.5
1.9
2.7
3.15
3.55
4.1
2.15
2.5
2.8
3.25
1395
2820
1400
2830
70
70
74
73
0.84
0.92
0.83
0.92
7.5
4.7
10.2
6.4
1.8
1.9
2
2.2
100L-GA4..
2.6
3.2
5.9
6.5
4.7
5.2
1410
2870
78
78
0.82
0.91
17.6
10.6
112M-GA4..
3.7
4.4
7.6
8.9
6.1
7.1
1430
2895
82.5
78.5
0.85
0.91
132S-GA4..
5
6
7
9
10.4
12.0
14.2
17.3
8.3
9.6
11.3
13.6
1440
2910
1440
2910
83
79
84
83
9.5
11
13
16
18.7
19.8
25.0
28.5
14.9
15.9
20.0
23.0
1455
2930
1455
2930
16.5
20
19
25
32.0
36.5
36.5
45.5
25.5
29.0
29.5
36.0
200L-GA4..
26
31
47.0
53
225S-GA4..
32
38
38
46
087N-GA4..
080N-GA4..
097L-GA4..
090L-GA4..
132M-GA4..
160M-GA4..
160L-GA4..
180M-GA4..
180L-GA4..
225M-GA4..
250M-GA4..
280S-GA4..
280M-GA4..
315S-GA4..
315M-GA4..
317L-GA4..
315L-GA4..
355S-GA4..
357M-GA4..
355M-GA4..
355L-GA4..
Notes
1)
Two parallel supply lines are required for each phase
2)
Ambient temperature 40°C, increased winding temperature within thermal class F
50
Temperature Class T4, ns = 1000/1500 rpm, 2p = 6/4
Type2)
Output
Mass
inertia
moment
J
[kgm2]
Weight1)
Noise values with
radial-flow fan
KD1
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
2.3
2.4
0.0038
27
52
55
64
67
3.1
2.1
0.0051
30
52
64
4.2
2.3
55
67
1.7
1.8
3.9
5.9
2.2
2.8
0.008
39
53
57
65
69
11.3
1.9
4
2.3
0.0105
41
53
65
11.3
1.9
5.5
2.4
57
69
0.8
15.1
2
4.6
2.3
54
66
0.88
15.8
1.8
4.8
2.4
59
71
75
78
0.81
0.86
21.9
21.7
1.6
1.7
4.6
5.9
2.1
2.3
0.033
97
59
62
72
75
960
78
0.81
29.8
1.8
4.5
2.4
0.046
107
59
72
1445
81.5
0.88
29.4
1.6
5.8
2.7
62
75
7.9
970
80.5
0.82
44.5
2.1
6.5
2.9
64
77
12.8
10.2
1445
82
0.91
43
1.8
6.4
2.7
70
83
6.5
13.2
10.5
960
81
0.88
64
1.6
5.2
2.5
64
77
9.5
17.7
14.2
1465
86
0.90
62
2.1
6.9
2.7
70
83
11
22.5
18.0
975
86
0.82
102
2.4
7
3.2
56
69
16
29.0
23.5
1465
88
0.90
104
2
6.9
2.6
63
76
200L-JA4..
16
24
32.5
43.5
26
35
975
1475
86.5
89
0.82
0.89
157
156
1.8
1.6
7
7
2.8
3.1
0.338
275
56
63
70
77
225S-JA4..
21
39.5
31.5
975
89
0.86
206
2.6
6.1
2.3
0.4
380
60
74
225M-JA4..
31
25
54
46.5
43.0
37.0
1470
975
90
89.5
0.92
0.87
201
245
2.1
2.8
6.6
6
2.8
2.4
400
67
60
81
74
37
64
51
147
91
0.92
240
2.2
6.8
2.9
67
81
250M-JA4..
32
47
59
81
47.0
65
975
1475
90
91
0.87
0.92
313
304
2.7
2.2
6
6.4
2.5
2
0.75
570
61
68
75
82
280S-JA4..
45
88
70
980
91
0.81
439
2.8
6.3
2.7
1.02
730
62
76
66
108
86
1480
92.5
0.87
426
2.6
6.9
2.7
70
84
280M-JA4..
54
80
107
142
86
113
980
1475
91
92.5
0.80
0.88
526
516
2.8
2.6
6.7
7
2.7
3
1.27
800
62
70
76
84
315S-JA4..
60
112
90
985
92
0.84
582
2
6.5
2.3
2.2
996
63
78
315M-6/4
85
70
147
130
117
104
1480
985
93
92.5
0.90
0.84
547
679
2.3
2
6.9
6.5
2.1
2.3
2.7
1096
71
63
86
78
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
P2
[kW]
Rated current
at
400 V
500 V
I
I
[A]
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
097L-JA4..
0.45
0.65
1.40
1.56
1.12
1.25
930
1430
62
75
0.75
0.80
4.6
4.3
1.6
1.8
3
4
090L-JA4..
0.6
1.83
1.47
940
63
0.75
6.1
1.6
0.9
2.15
1.72
1430
75.5
0.80
6
1.9
107L-JA4..
0.9
1.3
2.55
3.05
2.05
2.45
945
1450
67.5
76.5
0.76
0.8
9.2
8.7
100L-JA4..
1.1
3.10
2.5
950
69
0.74
1.7
4.0
3.2
1445
76
0.81
1.5
3.5
2.8
950
77.6
2.4
5.0
4.0
1430
79
132S-JA4..
2.2
3.3
5.2
7.1
4.2
5.7
960
1450
132M-JA4..
3
6.9
5.5
4.5
9.1
7.2
4.5
9.8
6.6
112M-JA4..
160M-JA4..
160L-JA4..
180L-JA4..
0.019
0.095
0.13
0.155
0.48
53
143
163
190
100
172
138
1480
93
0.90
643
2.3
6.9
2.2
71
86
317L-JA4..
85
120
157
205
126
164
985
1480
93
94
0.84
0.90
824
772
2.2
2.4
6.8
7
2.4
2.2
3.3
1221
63
71
78
86
315L-JA4..
100
182
145
985
93.5
0.85
970
2.2
6.8
2.4
3.9
1290
63
78
140
235
189
1485
95
0.90
900
2.4
7
2.2
71
86
110
192
154
985
94
0.88
1067
1.7
6.5
2.2
67
83
160
265
215
1485
95
0.91
1029
1.6
6.8
2
76
92
355M-JA4..
130
225
181
985
94
0.88
1260
1.7
6.8
2.3
1950
67
83
355L-JA4..
180
150
300
260
240
210
1485
990
95
94.5
0.91
0.88
1152
1454
1.6
1.6
7
6.5
2.1
2.2
2200
76
67
92
83
210
350
280
1485
95
0.91
1351
1.6
6.9
2.1
76
92
355S-JA4..
Notes
1)
2) For
8.9
10.9
12.6
1750
51
Temperature Class T4 ns = 750/1500 rpm, 2p = 8/4
Type3)
Output
Mass
inertia
moment
J
[kgm2]
Weight2)
Noise values with
radial-flow fan
KD1
m
[kg]
Lp
[dB(A)]
Lw
[dB(A)]
2
2.5
0.0038
27
49
52
61
64
3.3
2.2
0.0051
30
49
61
4.2
2.6
52
64
1.6
1.6
3.1
4.2
2.1
2.2
0.008
36
52
5
64
17
13.6
1.7
3.5
2.2
0.011
39
52
64
10.9
1.7
4.5
2.4
55
67
0.65
20.2
2.1
4.2
2.2
52
64
0.9
16.8
1.8
5.2
2.3
56
68
74
80.5
0.66
0.89
30.7
24
1.7
1.8
4.2
5.3
2.6
2.5
0.0325
92
53
62
66
75
720
80
0.67
40
1.9
4.6
2.7
0.046
102
53
66
1435
84.5
0.90
33.3
1.9
5.8
2.6
62
75
9.2
720
81
0.73
62
1.7
4.7
2.5
54
67
12.1
9.7
1445
76.5
0.86
36.3
2.1
5.7
3
66
79
5.5
12.1
9.7
715
83
0.79
73
1.7
4.6
2.2
153
54
67
7.5
7
14.8
16.3
11.9
13.0
1440
720
81
84
0.90
0.74
50
93
2
2
6.1
5.5
2.8
2.7
140
66
54
79
67
11
22.0
17.5
1445
81.5
0.89
73
2
6.6
3
66
79
180L-HA4..
11
18
25.0
32.0
19.8
25.5
725
1460
86.5
88.5
0.74
0.92
145
118
2.2
2.1
6
6.9
2.8
3.2
0.243
185
53
63
66
76
200L-HA4..
17
39.5
31.5
730
88.5
0.70
222
2.2
6.4
3.5
0.438
275
53
67
27
47.0
37.5
1470
91
0.91
175
2.2
7.1
3.8
63
77
22
47.5
38.0
735
89.5
0.75
286
2.3
6.4
3.3
56
70
32
56
45.0
1475
90.5
0.91
207
2.1
7.2
3.5
67
81
225M-HA4..
26
38
53
65
43.0
52
730
1470
90
91
0.78
0.93
340
247
2.4
2.5
6.5
7.2
3.4
3.6
0.75
390
56
67
70
81
250M-HA4..
32
64
51
735
90.5
0.80
415
1.9
6.4
2.9
1.28
570
55
69
47
79
63
1475
92
0.93
304
2
7.1
3.3
68
82
280S-HA4..
42
60
85
101
68
81
735
1475
91.5
92.5
0.78
0.93
546
388
2.1
2.1
6.4
6.8
2.5
3.1
2.0
740
58
70
72
84
280M-HA4..
50
98
78
735
92
0.80
650
2.1
6.5
2.4
2.4
810
58
72
72
120
96
1475
93
0.93
466
2
6.9
3
70
84
60
114
91
740
92.5
0.82
774
2.6
6.5
2.5
67
82
90
150
120
1480
93
0.93
581
2.5
7
2.7
79
94
315M-HA4..
75
110
143
184
114
147
740
1480
92.5
93
0.82
0.93
968
710
2.6
2.5
6.3
6.8
2.5
2.7
5.4
1096
67
79
82
94
317L-HA4..
90
170
136
740
93
0.82
1161
2.7
6.6
2.6
6.6
1221
67
82
315L-HA4..
132
115
220
215
175
173
1480
740
93.5
92.5
0.93
0.83
852
1484
2.5
2.7
7.1
6.6
3
2.6
8.0
1320
79
67
94
82
79
94
8.9
1750
69
85
10.9
1950
76
69
92
85
76
92
12.6
2200
69
76
85
92
Speed
Efficiency
Power
factor
Torque
Starting
moment
Starting
current
Stalling
torque
P2
[kW]
Rated current
at
400 V
500 V
I
I
[A]
[A]
n
[rpm]
h
[%]
cos v
M
[Nm]
MA/MN
IA/IN
MK/MN
097L-HA4..
0.4
0.6
1.48
1.40
1.18
1.12
675
1400
56.5
70.5
0.69
0.88
5.7
4.1
1.5
2
2.7
4.4
090L-HA4..
0.55
2.0
1.61
680
58
0.68
7.7
1.7
0.8
1.87
1.50
1410
71
0.87
5.4
2
107L-HA4..
0.9
1.3
3.05
3.1
2.45
2.45
690
1395
60
67.5
0.71
0.90
12.5
8.9
100L-HA4..
1
3.1
2.5
700
65.5
0.71
1.6
3.5
2.8
1400
72
0.91
1.5
4.6
3.65
710
72.6
2.5
4.85
3.85
1420
83
132S-HA4..
2.3
3.6
6.8
7.3
5.4
5.8
715
1435
132M-HA4..
3
8.1
6.5
5
9.5
7.6
4.7
11.5
5.5
160M-HA4..
160L-HA4..
112M-HA4..
167M-HA4..
225S-HA4..
315S-HA4..
160
265
215
1480
93
0.93
1032
2.6
7.1
3
355M-HA4..
120
245
195
745
94
0.82
1666
1.3
6
2.2
357L-HA4..
175
140
320
300
255
240
1485
745
94.5
94
0.93
0.82
1254
2051
1.4
1.2
6.9
6.1
2.6
2
215
395
315
1485
94.5
0.93
1543
1.3
7
2.5
355L-HA4..
165
250
345
4551)
275
360
745
1490
94.5
95
0.82
0.94
2371
1795
1.2
1.3
6
6.9
2
2.5
Notes
1) Two
2)
3) For
0.019
0.081
0.108
0.145
0.625
4.4
53
133
379
996
Ff01f01g.fm Seite 52 Montag, 17. September 2001 9:49 09
52
Surface-Cooled Low-Voltage Motors, Self-Cooling With Radial Flow Fan
Construction type IM B3, IM B6, IM B7, IM B8, IM V51), IM V6
Eye bolts from frame size 90
Dimension AC measured across bolt heads
Terminal box rotatable 4 x 90°
LC
DA
EA
K
BA
C
GC
H
E
HA
AC
oD
GA
1)
HD
O
F
Dimensions
LD
Internal thread in
accordance with
DIN 322 D
o DB
FA
Internal thread in
accordance with
DIN 322 D
o DC
L
K'
AA
B
BB
A
AB
Canopy required for construction type IM V5. See dimension LE, page 55. Dimension LC increases by LE
Type
KD1
A
AA
AB
AC
B
BA
BB
C
H-0.5
HA
HD
K
K'
06.N-
100
20
120
134
80
25
100
40
63
6
224
7
10
07.N-
112
30
139
145
90
25
110
45
71
10
232
7
10
08.N-
125
35
160
163
100
35
130
50
80
12
255
9.5
12
09.L-
140
40
180
183
125
40
155
56
90
12
268
9.5
12
10.L-
160
45
200
201
140
45
175
63
100
15
298
12
15
112M-
190
50
235
225
140
50
175
70
112
17
308
12
15
13.S13.M-
216
60
266
265
140
178
60
187
225
89
132
20
411
12
15
16.M16.L-
254
65
310
318
210
254
100
300
108
160
25
477
15
20
180M180L-
279
75
350
353
241
279
100
340
121
180
25
548
15
20
20.L-
318
80
390
393
305
90
365
133
200
30
583
20
26
Type
KD1
A
AA
AB
AC
B
BA
BB
C
H
HA
HD
K
K'
225S225M-
356
85
450
455
286
311
90
370
149
225-0.5
35
633
20
26
250M-
406
105
510
493
349
110
420
168
250-0.5
40
725
26
35
280S280M-
457
110
570
548
368
419
120
500
190
280-1
45
793
26
35
315S315M317L315L318L-
508
150
630
635
406
457
508
210
615
216
315-1
40
899
39
30
355M357L355L-
610
130
720
725
560
630
150
650
720
254
355-1
30
1055
30
30
400S400M-
686
130
800
810
560
630
150
700
770
280
400-1
35
1095
35
35
Type
KD1
A
AA
AB
AC
B
BA
BB
C
H
HA
HD
K
K'
450S450M450L-
760
150
900
910
630
710
840
180
790
870
1000
280
450-1
36
1180
35
35
Dimensions
53
Type
KD1
L
No. poles
2
4
6.8
LC
No. poles
2
4
06.N-
240
240
07.N-
276
08.N09.L-
6.8
240
274
274
276
276
334
313
313
313
364
364
364
10.L-
415
415
112M-
423
423
13.S13.M-
529
16.M16.L180M180L-
O
D, DA
E, EA
GA, GC
F, FA
DB, DC
274
104
2xM25x1.5
11k6
23
12.5
4
M4
334
334
111
2xM25x1.5
14k6
30
16
5
M5
387
387
387
116
2xM25x1.5
19k6
40
21.5
6
M6
445
445
445
137
2xM25x1.5
24k6
50
27
8
M8
415
510
510
510
149
2xM32x1.5
28k6
60
31
8
M10
423
526
526
526
154
2xM32x1.5
28k6
60
31
8
M10
529
529
645
645
645
226
2xM32x1.5
38k6
80
41
10
M12
709
677
677
864
864
864
261
2xM40x1.5
42k6
110
45
12
M16
726
–
726
–
726
909
–
909
–
909
369
2xM40x1.5
48k6
110
51.5
14
M16
390
2xM50x1.5
55m6
110
59
16
M20
20.L-
789
983
Type
KD1
L1)
No. poles
2
4
6
8
225S225M-
–
910
940
–
890
890
–
1115
250M-
1000
1000 934
934
280S280M-
1110
315S315M317L315L318L355M357L355L-
–
1655
–
1470 1470
1685 1620 1620
400S
400M
–
1610
1680 1680 1680
1760 1760 1760
Type
KD1
L1)
No. poles
4
6.8
10.12
450S
450M
450L
1730
1805
1840
1685
1765
1880
Notes
Shaft end
LD
LC1)
No. poles
2
4
LD
Shaft end
D, DA2)
2
4,6,8
GA, GC2)
2
4,6,
8
–
64
59
F, FA2)
2 4,6,
8
– 18
16
DB, DC2)
2
4,6,8
–
60m6
55m6
E, EA2)
2
4,6,
8
–
140
110
–
M20
M20
2xM63x1.5
60m6 65m6
140 140
64
69
18 18
M20
M20
483 483
2xM63x1.5
65m6 75m6
140 140
69
79.5
18 20
M20
M20
496 526
2xM63x1.5
65m6 80m6
140 170
69
85
18 22
M20
M20
526 556
2xM80x2
75m6 90m6
140 170
79.5 95
20 25
M20
M24
640 710
2xM95x2
75m6 100m6
140 210
79.5 106
20 28
M20
M24
O
6, 8
2
1175 1175
–
347
4,6,
8
377
2xM50x1.5
1250
1250 1250
482 482
1110 1110 1110
1375
1375 1375
1268
1298 1218 1218
1543
1573 1573
1468
1498
1743
1773
–
1815
–
1665
1865 1815
1298
1418 1498
1730
1805
1840
1773
LC1)
No. poles
1)
2)
LD
730
O
2xM95x2
Shaft end
D
4
6 – 12
E
GA
4
6 – 12
F
DB
100m6
210
10
28
M24
110m6
116
For V construction types: Type 400-4, 6, 8 size L, LC plus 40 mm; Type 450-4 to 12 size L, LC plus 40 mm
For type 250 to 315-4, 6, 8, dimension DA, EA, GC, FA, DC, figures for two poles apply, from type 355 on request
54
Surface-Cooled Motors, Self-Cooling With Radial-Flow Fan
Construction type IM B5, IM V11), IM V3
Dimension AC measured
across bolt heads
Terminal box 4 x 90°
Frame sizes 400 – 450 only
available in construction
type V1.
LC
LE
L
LD
AD
FA
AC
F
P
N
D
oM
22.5°
EA
E
GA
GC
Construction type IM V1 only
1)
°
oM
45
DA
S
S
T
AD
Internal thread in
accordance with
DIN 322 D
o DC
O
LA
45°
Dimensions
Internal thread in
accordance with
DIN 322 D
o DB
Location of flange holes
Frame size 63 – 200
Canopy required for type IM V1. See dimension LE, page 55. Dimension LC increases by LE
L
No. poles
2
4
6, 8
161
240
240
240
145
161
276
276
276
3.5
163
175
313
313
313
3.5
183
178
364
364
364
13.5
4
201
198
415
415
415
250
13.5
4
225
196
423
423
423
230j6
300
13.5
4
265
279
529
529
529
250h6
350
18
5
318
317
709
677
677
250h6
350
18
5
353
368
726
726
–
–
726
726
789
789
789
Type
KD1
Mounting flange
LA
M
AC
AD
N
P
S
T
06.N-
9
115
95j6
140
9.5
3
134
07.N-
9
130
110j6
160
9.5
3.5
08.N-
12
165
130j6
200
11.5
09.L-
12
165
130j6
200
11.5
10.L-
16
215
180j6
250
112M-
16
215
180j6
13..-
16
265
16..-
20
300
180M-
20
300
180L20.L-
20
350
Type
KD1
Mounting flange
LA
M
N
P
S
T
225S-
22
350h6
450
17.5
5
400
300h6
400
18
5
AC
455
393
AD
408
383
L
No. poles
2
4
6
–
–
940
910
225M-
8
LC
No. poles
2
4
6.8
890
–
1175
1175
890
1115
250M-
18
500
450h6
550
17.5
5
493
475
1000
1000
934
934
1250
1250
1250
280S-
18
500
450h6
550
17.5
5
548
513
1110
1110
1110
1110
1375
1375
1375
22
600
550h6
660
22
6
635
584
1268
1298
1218
1218
1543
1573
1573
1468
1498
1743
1773
280M315S315M317L-
1298
315L318L355M-
22
740
680h6
800
22
6
725
700
357L355L400S-
28
940
880h6
1000
23
6
810
695
400M-
Type
KD1
Mounting flange
LA
M
N
P
S
T
450S-
28
880h6
1000
23
6
450M450L-
940
AC
910
AD
730
1418
1498
1773
–
–
1470
1470
–
–
1665
1655
1685
1620
1620
1815
1865
1815
–
1720
1720
1720
1650
1800
1800
1800
L
No.
4
6, 8
10.12
1770
1770
1725
1845
1880
1845
1880
1805
1920
Dimensions
55
Type
KD1
LC
No. poles
2
4
LD
LE
No. poles
2
4
6.8
06.N-
274
274
274
07.N-
310
310
08.N-
387
09.L-
445
10.L-
0
6.8
104
–
–
–
310
111
25
25
387
387
116
25
445
445
137
25
510
510
510
149
112M-
526
526
526
13..-
645
645
16..-
864
864
909
Shaft ends
D, DA
E, EA
GA, GC
F, FA
DB, DC
2xM25x1.5
11k6
23
12.5
4
M4
25
2xM25x1.5
14k6
30
16
5
M5
25
25
2xM25x1.5
19k6
40
21.5
6
M6
25
25
2xM25x1.5
24k6
50
27
8
M8
30
30
30
2xM32x1.5
28k6
60
31
8
M10
154
30
30
30
2xM32x1.5
28k6
60
31
8
M10
645
226
30
30
30
2xM32x1.5
38k6
80
41
10
M12
864
261
35
35
35
2xM40x1.5
42k6
110
45
12
M16
–
369
63
63
–
2xM40x1.5
48k6
110
51.5
14
M16
2xM50x1.5
55m6
110
59
16
M20
180M-
909
180L-
–
20.L-
983
Type
KD1
LD
No. poles
2
4,6,8
LE
No. poles
2
4
6.8
225S-
–
–
85
225M-
347
250M-
482
482
94
94
94
2xM63x1.5
60m6
65m6
140
140
64
69
18
18
M20
M20
280S-
483
483
110
110
110
2xM63x1.5
65m6
75m6
140
140
69
79.5
18
20
M20
M20
496
526
115
115
115
2xM63x1.5
65m6
80m6
140
170
69
85
18
22
M20
M20
496
526
125
125
125
2xM80x2
75m6
90m6
140
170
79.5
95
20
25
M20
M24
640
710
125
125
125
2xM 95x2
75m6
100m6
140
210
79.5
106
20
28
M20
M24
0
Shaft ends
D
4
6 – 12
E
G
4
6 – 12
100m6
210
106
116
909
983
377
983
85
–
396
74
63
74
0
2xM50x1.5
85
74
Shaft ends
D, DA1)
2
4,6,8
E, EA1)
2
4,6,8
GA, GC1)
2
4,6,8
F, FA1)
2
4,6,8
DB, DC1)
2
4,6,8
–
–
–
–
18
–
60m6
55m6
140
110
64
59
16
M20
M20
280M315S315M317L315L318L355M357L355L400S400M-
Type
KD1
LD
No. poles
2
4,6,8
LE
No. poles
2
4
6.8
450S-
730
125
125
730
125
2xM95x2
110m6
F
DB
28
M24
450M450LNotes
1)
For Type 250 to 315-4, 6, 8, dimension DA, EA, GC, FA, DC, figures for two poles apply, from type 355 on request
56
Surface-Cooled Motors, Self-Cooling With Radial-Flow Fan
Construction type IM B14, IM V181), IM V19, IM B34, IM V151), IM V36
LC
L
LE
LD
o DC
Internal thread in
accordance with
DIN 322 D
H-0.5
HA
AC
oD
BA
C
1)
FA
DA k6
F
oP
o Nj6
EA
E
oM
GC
AA
K
B
BB
Construction type IM V15, IM V18 only
Construction type IM B14, IM V18, IM V19 without feet
4 x 90°
GA
S
HD
O
LA
T
45°
Dimensions
Internal thread in
accordance with
DIN 322 D
o DB
K'
A
AB
Canopy required for construction types IM V18 and IM V15
Type
A
AA
AB
AC
B
BA
BB
C
H-0.5
HA
HD
K
K'
06.N-
100
20
120
134
80
25
100
40
63
6
224
7
10
07.N-
112
30
140
145
90
30
110
45
71
10
232
7
10
08.N-
125
35
160
163
100
35
130
50
80
12
255
9.5
12
09.L
140
40
180
183
125
40
155
56
90
12
268
9.5
12
10.L-
160
45
200
201
140
45
175
63
100
15
298
12
15
KD1
Type
Shaft end
L
LC
LE
LD
O
KD1
D, DA
E, EA
GA, GC
F, FA
DB, DC
06.N-
240
274
–
104
2xM25x1.5
11k6
23
12.5
4
M4
07.N-
276
334
25
111
2xM25x1.5
14k6
30
16
5
M5
08.N-
313
387
25
116
2xM25x1.5
19k6
40
21.5
6
M6
09.L
364
445
25
137
2xM25x1.5
24k6
50
27
8
M8
10.L-
415
510
30
149
2xM32x1.5
28k6
60
31
8
M10
Type
KD1
Mounting flange
LA
M
N
P
S
T
06.N-
8
9
75
100
60j6
80j6
90
120
M5
M6
2.5
3
07.N-
8
85
115
70j6
95j6
105
140
M6
M8
2.5
3
08.N-
10
100
130
80j6
110j6
120
160
M6
M8
3
3.5
09.L
10
115
130
95j6
110j6
140
160
M8
3
3.5
10.L-
12
130
165
110j6
130j6
160
200
M8
M10
3.5
57
Notes
58
Surface-Cooled Motors, Self-Cooling With Axial Flow Fan
Noise Class 2 and 3
L
All motors fitted with eye bolts.
Dimension AC measured across bolt heads.
LE
LD
HA
H -0.5
E
o DB
Internal thread in
accordance with
DIN 322 D
1)
HD
AC
GA
oD
F
Dimensions
O
BA
C
K
Construction type IM V15, IM V18 only
B
BB
AA
K'
A
AB
Canopy required for construction type IM V5. See dimension LE, page 61
Type
KD1
A
AA
AB
AC
B
BA
BB
C
H-0.5
HA
HD
K
K'
13.S-
216
60
266
265
140
60
187
89
132
20
411
12
15
13.M-
178
225
16.M16.L-
254
65
310
318
210
254
100
300
108
160
25
477
15
20
180M-
279
75
350
353
241
100
340
121
180
25
548
15
20
180L-
279
20.L-
318
80
390
393
305
90
365
133
200
30
583
20
26
Type
KD1
A
AA
AB
AC
B
BA
BB
C
H
HA
HD
K
K'
225S225M-
356
85
450
455
286
311
90
370
149
225-0.5
35
633
20
26
250M-
406
105
510
493
349
110
420
168
250-0.5
40
725
26
35
280S
280M
457
110
570
548
368
419
120
500
190
280-1
45
793
26
35
315S-
508
150
630
635
406
210
615
216
315-1
40
899
39
30
150
650
720
254
355-1
30
1055
30
30
315M-
457
317L315L-
508
318L355M357L355L-
610
130
720
725
560
630
Dimensions
59
Type
KD1
L
No. poles
2
4
LD
Shaft end
580
–
226
16.M16.L-
733
–
180M-
725
20.L-
801
Type
KD1
O
D
E
GA
F
DB
2xM32x1.5
38k6
80
41
10
M12
261
2xM40x1.5
42k6
110
45
12
M16
757
369
2xM40x1.5
48k6
110
51.5
14
M16
811
396
2xM50x1.5
55m6
110
59
16
M20
L
No. poles
2
4
LD
No. poles
2
4
O
Shaft end
D
2
4
E
2
225S225M-
–
890
920
–
347
377
2xM50x1.5
–
55m6
60m6
–
110
140
–
59
64
–
16
18
–
M20
M20
250M-
1000
1000
482
482
2xM63x1.5
60m6
65m6
140
140
64
69
18
18
M20
M20
280S
1100
1100
483
483
2xM63x1.5
65m6
75m6
140
140
69
79.5
18
20
M20
M20
1239
1294
496
526
2xM63x1.5
65m6
80m6
140
170
69
85
18
22
M20
M20
1439
1494
1620
1665
526
556
2xM80x2
75m6
90m6
140
170
79.5
95
20
25
M20
M24
13.S13.M-
180L-
4
GA
2
4
F
2
4
DB
2
4
280M
315S315M317L315L318L355M357L355L-
60
Surface-Cooled Motors, Self-Cooling With Axial Flow Fan
Noise Class 2 and 3
L
LE
LD
O
LA
Type
KD1
AD
AC
oD
oP
oN
F
S
oM
22.5°
E
°
45
oM
4 x 90°
GA
8x
S
L
No. poles
2
4
279
580
–
226
318
317
733
–
261
5
353
368
725
757
369
5
493
383
801
811
396
Mounting flange
LA
M
N
P
S
T
16
265
230j6
300
13.5
4
265
16.M16.L-
20
300
250h6
350
18
5
180M-
20
300
250h6
350
18
20
350
300h6
400
18
13.S-
AD
T
45°
Dimensions
Internal thread in
accordance with
DIN 322 D
o DB
AC
AD
LD
13.M-
180L20.L-
Type
KD1
225S-
Mounting flange
LA
M
N
P
S
T
22
350h6
450
17.5
5
400
AC
455
AD
408
225M-
L1)
No. poles
2
–
4
LD
No. poles
2
4
920
–
377
890
347
250M-
18
500
450h6
550
17.5
5
480
475
1000
1000
483
482
280S-
18
500
450h6
550
17.5
5
550
513
1100
1000
483
483
22
600
550h6
660
23
6
635
584
1239
1294
496
526
1439
1494
1620
1665
526
556
280M315S315M317L315L318L355M
25
740
680h6
800
357L355LNotes
1)
Canopy required for construction type IM V1
23
6
725
700
Dimensions
61
Type
KD1
LE
0
Shaft ends
D
E
GA
F
DB
30
2xM32x1.5
38k6
80
41
10
M12
16.M16.L-
35
2xM40x1.5
42k6
110
45
12
M16
180M-
63
2xM40x1.5
48k6
110
51.5
14
M16
20.L-
74
2xM50x1.5
55m6
110
59
16
M20
Type
KD1
LE
0
Shaft ends
D
2
4
E
2
4
GA,
2
4
F
2
4
DB
2
4
–
–
140
–
64
–
18
–
M20
13.S13.M-
180L-
225S-
85
2xM50x1.5
60m6
55m6
225M-
110
59
16
M20
250M-
95
2xM63x1.5
60m6
65m6
140
140
64
69
18
18
M20
M20
280S-
110
2xM63x1.5
65m6
75m6
140
140
69
79.5
18
20
M20
M20
125
2xM63x1.5
65m6
80m6
140
170
69
85
18
22
M20
M20
125
2xM80x2
75m6
90m6
140
170
79.5
95
20
25
M20
M24
280M315S315M317L315L318L355M
357L355L-
62
Surface-Cooled Motors, External Axial-Flow Fan
Q
6 and 8-pole version on request
LE
AC
LD
Internal thread in
accordance with
DIN 322 D
o DB
HD
O
BA
C
1)
HA
E
H
GA
oD
F
Dimensions
L
AA
K
B
BB
K'
A
AB
Canopy required for construction type IM V5. See dimension LE, page 65
Type
Fan motor
KD1
KD1
13.S-
067N-BA4
A
AA
AB
AC
B
BA
BB
C
H-0.5
HA
HD
K
K'
216
60
266
265
140
60
187
89
132
20
411
12
15
13.M-
178
225
16.M16.L
067N-BA4
254
65
310
318
210
254
100
300
108
160
25
477
15
20
180.M-
067N-BA4
279
75
350
358
241
100
340
121
180
25
548
15
20
279
180.L20.L-
067N-BA4
Type
Fan motor
KD1
KD1
225S-
067N-BA4
318
80
390
400
305
90
365
133
200
30
583
20
26
A
AA
AB
AC
B
BA
BB
C
H
HA
HD
K
K'
356
85
450
455
286
90
370
149
225-0.5
35
633
20
26
225M-
311
250M-
067N-BA4
406
105
510
493
349
110
420
168
250-0.5
40
725
26
35
280S280M-
071N-BA4
457
110
570
548
368
419
120
450
500
190
280-1
45
793
26
35
315S-
071N-BA4
508
150
630
635
406
210
615
216
315-1
40
899
39
30
150
650
254
355-1
30
1055
30
30
280
400-1
35
1065
35
35
315M317L-
457
508
315L318L355M-
071N-BA4
610
130
720
725
560
630
357L-
720
355L400S-
080N-BA4
686
130
800
810
400M-
150
630
Type
Fan motor
KD1
KD1
450S-
080N-BA4
450M450L-
560
700
770
A
AA
AB
AC
B
BA
BB
C
H
HA
HD
K
K'
760
150
900
910
630
180
790
280
450-1
36
1180
35
35
710
840
870
1000
Dimensions
63
Type
Q
No. poles
2, 4
LD
KD1
L
No. poles
2, 4
13.S-
599
820
226
16.M16.L
763
984
180.M
748
20.L-
Type
O
Shaft end
D
E
GA
F
DB
2xM32x1.5
38k6
80
41
10
M12
261
2xM40x1.5
42k6
110
45
12
M16
964
369
2xM40x1.5
48k6
110
51.5
14
M16
802
1018
390
2xM50x1.5
55m6
110
59
16
M20
L1)
No. poles
Q1)
No. poles
LD
No. poles
O
Shaft ends
D
E
KD1
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
225S-
–
931
–
1151
–
377
–
60m6
–
140
–
64
–
18
–
M20
225M-
901
250M-
1000
1000
1237
1237
482
482
2xM63x1.5
60m6
65m6
140
140
64
69
18
18
M20
M20
280S280M-
1100
1100
1386
1386
483
482
2xM63x1.5
65m6
75m6
140
140
69
79.5
18
20
M20
M20
315S-
1268
1298
1520
1550
496
526
2xM63x1.5
65m6
80m6
140
170
69
85
18
22
M20
M20
1468
1498
1720
1750
1400
1430
1672
1702
526
556
2xM80x2
75m6
90m6
140
170
79.5
95
20
25
M20
M24
355L-
1600
1630
1872
1902
640
710
2xM95x2
75m6
100m6
140
210
79.5
106
20
28
M20
M24
O
Shaft ends
D
13.M-
180.L-
1121
2xM50x1.5
347
55m6
GA
110
F
59
DB
16
M20
315M317L315L318L355M357L400S-
–
1665
–
1940
400M-
1595
1745
1870
2020
Type
L1)
No. poles
Q1)
No. poles
KD1
4 – 12
4 – 12
450S-
1695
1970
450M450L-
1770
1885
2045
2160
Notes
1)
LD
730
2xM95x2
4
6 – 12
100m6
110m6
E
210
GA
4
6 – 12
106
116
For V construction types: Type 400-4 to 12, size L, Q plus 40 mm; Type 450-4 to 12 size L, Q plus 40 mm
F
DB
28
M24
64
Surface-Cooled Motors, External Axial-Flow Fan
Q
L
LE
LD
O
LA
AC
F
oD
AD
S
Mounting flange to DIN 42 948 form A.
6 and 8-pole version on request
Frame sizes 400 – 450 only available in construction type V1.
oM
22.5°
oP
oN
°
45
45°
1)
oM
E
GA
8x
S
AD
T
4 x 90°
Dimensions
Internal thread in
accordance with
DIN 322 D
o DB
Construction type IM V1 only Location of flange holes
Canopy required for construction type IM V1
Fan motor
Mounting flange
Type
KD1
AC
AD
L
No.
2, 4
Q
No. poles
2, 4
KD1
LA
M
N
P
S
T
13.S-
067N-BA4
16
265
230j6
300
13.5
4
265
279
599
820
16.M16.L-
067N-BA4
20
300
250j6
350
18
5
318
317
763
984
180M-
067N-BA4
20
300
250h6
350
18
5
358
368
748
964
067N-BA4
20
350
300h6
400
18
5
400
383
802
1018
AC
AD
L
No.
2
4
Q
No. poles
2
4
–
931
–
1151
13.M-
180L20.L-
Fan motor
Type
KD1
225S-
KD1
Mounting flange
LA
M
N
P
S
T
067N-BA4
22
350h6
450
17.5
5
400
455
408
225M-
901
1121
250M-
067N-BA4
18
500
450h6
550
17.5
5
493
475
1000
1000
1237
1237
280S
280M-
071N-BA4
18
500
450h6
550
17.5
5
548
513
1100
1100
1368
1368
315S-
071N-BA4
22
600
550h6
660
23
6
635
584
1268
1298
1520
1550
1468
1498
1720
1750
1400
1430
1672
1702
1600
1630
1872
1902
–
1705
–
1980
1635
1785
1910
2060
315M317L315L318L
355M-
071N-BA4
25
740
680h6
800
23
6
725
700
357L355L400S-
080N-BA4
28
940
880h6
1000
23
6
810
665
400M-
Fan motor
Type
KD1
450S450M450L-
KD1
Mounting flange
LA
M
N
P
S
T
080N-BA4
28
880h6
1000
23
6
940
AC
AD
L
No. poles
4 – 12
Q
No. poles
4 – 12
910
730
1735
2010
1810
1925
2085
2200
Dimensions
65
LD
LE
O
Type
KD1
Shaft end
D
E
GA
F
DB
226
27
2xM32x1.5
38k6
80
41
10
M12
16.M16.L-
261
27
2xM40x1.5
42k6
110
45
12
M16
180M-
369
27
2xM40x1.5
48k6
110
51.5
14
M16
390
27
2xM50x1.5
55m6
110
59
16
M20
LD
LE
O
Shaft end
D
2
4
E
2
4
GA
2
4
F
2
4
DB
2
4
–
–
140
–
64
–
18
–
M20
13.S13.M-
180L20.L-
Type
KD1
2
4
225S-
–
377
225M-
347
250M-
482
482
27
2xM63x1.5
60m6
65m6
140
140
64
69
18
18
M20
M20
280S
280M-
483
483
30
2xM63x1.5
65m6
75m6
140
140
69
79.5
18
20
M20
M20
315S-
501
531
30
2xM63x1.5
65m6
80m6
140
170
69
85
18
22
M20
M20
523
553
35
2xM80x2
75m6
90m6
140
170
79.5
95
20
25
M20
M24
640
710
35
2xM95x2
75m6
100m6
140
210
79.5
106
20
28
M20
M24
LE
O
Shaft end
D
27
2xM50x1.5
60m6
55m6
110
59
16
M20
315M317L315L318L
355M357L355L400S400M-
LD
Type
KD1
450S450M450L-
E
No. poles
4
6 – 12
730
35
2xM95x2
100m6
110m6
210
GA
4
6 – 12
106
116
F
DB
28
M24
66
Terminal Boxes to 690 V
Versions 1, 3
Version 8
Version 9
g
Type 3
Type 1
Version EEx d
b
r
c
c
c
i
k
b
a
a
Motor axis
a
Dimensions
b
d
d
d
Box type
Cable entry
EEx e
Versions 1, 3
EEx e
Version 8
Frame size
a
b
c
d
r
g
a
b
c
d
i
k
63
145
145
88
53
179
185
–
–
–
–
–
–
71
145
145
88
53
179
185
–
–
–
–
–
–
80
145
145
88
53
179
185
–
–
–
–
–
–
90
100
145
145
145
145
88
88
53
53
179
185
185
200
–
–
–
–
–
–
–
–
–
–
–
–
112
145
145
88
53
185
200
–
–
–
–
–
–
132
160
220
220
220
220
117
117
110
110
260
265
275
281
–
–
–
–
–
–
–
–
–
–
–
–
180
280
340
152
140
385
401
280
340
152
140
351
140
200
225
280
280
340
340
152
154
140
140
390
390
420
420
280
280
340
340
152
154
140
140
351
351
156
188
250
340
422
196
155
474
512
340
422
196
155
459
185
280
315
340
340
422
422
196
198
155
155
474
474
512
512
340
340
422
422
196
198
155
155
459
458
225
216
355
472
512
245
216
–
617
–
–
–
–
–
–
400
472
512
218
216
–
630
–
–
–
–
–
–
450
472
512
218
216
–
630
–
–
–
–
–
–
Box type
Cable entry
EEx e
Version 9
Frame size
a
b
c
d
r
k
a
b
c
d
63
–
–
–
–
–
–
145
145
70
53
71
–
–
–
–
–
–
145
145
70
53
80
–
–
–
–
–
–
145
145
70
53
90
100
–
–
–
–
–
–
–
–
–
–
–
–
145
145
145
145
70
70
53
53
112
–
–
–
–
–
–
145
145
70
53
132
160
–
–
–
–
–
–
–
–
–
–
–
–
220
220
220
220
110
110
110
110
180
–
–
–
–
–
–
265
270
162
133
200
225
–
–
–
–
–
–
–
–
–
–
–
–
265
380
270
380
162
202
133
190
250
354
500
172
174
326
318
380
380
202
190
280
315
354
354
500
500
172
172
174
174
326
326
358
423
380
380
380
380
202
202
190
190
355
415
606
220
210
396
485
583
489
253
242
400
415
606
220
210
396
505
583
489
253
242
450
415
606
220
210
396
570
583
489
253
242
EEx d
Without cable entry
67
Notes
68
Range of Supplies and Services
Electrical Machines, Drive Systems and System Engineering
Range of Supplies and Services
Low-voltage asynchronous machines
• Three-phase motors, 0.18 to 1,500 kW to relevant standards IEC, VDE,
DIN, ISO. Degrees of protection IP23, IP55 and above, air- or watercooled.
• Three-phase change-pole motors for constant torque and as fan drives
• Explosion-protected three-phase motors, types of protection EEx e,
EEx de, and Ex n (IEC 79-15)
• Three-phase brake motors, 0.18 to 18.5 kW
• Single-phase motors, 0.25 to 2.0 kW
• High-speed motors for speeds up to 12,000 rpm and outputs up to
500 kW
• Energy-saving motors (optimized efficiency)
• Three-phase motors for marine applications
• Converter-controlled three-phase motors
• Three-phase generators for windpower, small hydropower, and combined heat and power stations
• Built-in motors, motors for tunnel boring machines and fanducts, and
other special designs
High-voltage asynchronous machines
Squirrel-cage or slipring motors, internally or surface-ventilated, for outputs up to 25,000 kW, horizontal and vertical types of construction, with
roller and sleeve bearings, for indoor, semi-outdoor and outdoor installation, and for severe site conditions. Explosionprotected motors to types of
protection EEx e, EEx de, EEx p.
Synchronous Maschines up to 75,000 kW
DC Motors up to 15,000 kW
Drive Systems and System Engineering
• Complete drive systems consisting of transformer, converter, motor
(Asynchronous, Synchronous), drive-related monitoring equipment
Service
•
•
•
•
•
•
•
24-hour service
Problem analysis at site, project assessment and planning
Advice/diagnosis concerning our own and other products
Preparation of repair/inspection schedules
General repair and inspection service
Erection supervision of projects abroad
Assignment of service personnel for modifications, new installation,
repair, etc.
• Operator training
ELECTRICAL MACHINES, DRIVE SYSTEMS AND SYSTEM ENGINEERING
Branch Offices and Agencies in G e r m a n y
Sales region north
Schorch Elektrische
Maschinen und Antriebe GmbH
Vertriebsregion Nord
Mattentwiete 6
D-20457 Hamburg
Tel. (+49) 40-35 76 69 - 0
Fax (+49) 40-35 76 69 - 10
[email protected]
Sales region east
Schorch Elektrische
Vertriebsregion Ost
Zur Wetterwarte 50
Gebäude 337
D-01109 Dresden
Tel. (03 51) 8 87 11 - 0
Fax (03 51) 8 87 11 - 40
[email protected]
Sales region west
Schorch Elektrische
Vertriebsregion West
Breite Straße 131
D-41238 Mönchengladbach
Sales region south-east
Schorch Elektrische
Vertriebsregion Südost
Friedrichshafener Straße 1
D-88131 Lindau B
Sales region south
Schorch Elektrische
Vertriebsregion Süd
Hanns-Klemm-Straße 5
D-71034 Böblingen
Tel. (0 21 66) 9 25 - 5 63
Fax (0 21 66) 9 25 -1 47
[email protected]
Tel. (0 83 82) 28 01 43
Fax (0 83 82) 28 01 45
[email protected]
Tel. (0 70 31 } 46 26 - 30
Fax (0 70 31 } 46 26 - 40
[email protected]
Agency
Fritz Husemann
Elektroindustriebedarf &
Antriebstechnik
Dieselstraße 48
33334 Gütersloh
Tel. (0 52 41) 9 63-01
Fax (0 52 41) 9 63-162
[email protected]
Subsidiaries and Agencies in E u r o p e
Belgium
Schorch Representative Office
Quartum Center
Hütte 79
B-4700 Eupen
Belgium
Tel. (+32) 87-74 31 94
Fax. (+32) 87-74 46 85
[email protected]
Czech Republic
Schmachtl CZ s.r.o.
Videnska 185
CZ-252 42 Vestec- Prahy
Czech Republic
Denmark
Kirketoften 2
DK-2700 Brönshöj
Denmark
Finland
Karlshovsvägen 75
S-60213 Norrköping
Sweden
Tel. (+4 20) 2-44 00 15 00
Fax (+4 20) 2-44 91 07 00
[email protected]
Tel. (+45) 38 -28 28 84
Fax (+45) 38 - 28 29 55
[email protected]
Tel. (+46)11 - 13 30 56
Fax (+46)11 - 13 30 37
[email protected]
Great Britain
8, Duncans Drive
Fareham
Hants, PO 14 3AY
Great Britain
Tel. (+44) 13 29-84 20 39
Fax (+44) 13 29-84 20 39
[email protected]
Greece
Timoleon Kouvelis Ltd.
Anastaseos street 23
GR-15561 Holargos-Athens
Greece
Hungary
Aerzen Hungária Kft.
H-1036 Budapest
Bécsi út 52. III./4.
Hungary
Italy
Mazzeri S.R.L.
Via Teodosio 65
I-20131 Milano
Italy
Tel. (+30) 210-3 62 44 31
Fax (+30) 210-3 64 12 52
Tel. (+36) 1- 4 39 22 00
Fax (+36) 1- 4 39 19 22
[email protected]
Tel. (+39) 02-2 87 11 61
Fax (+39) 02-2 82 86 36
[email protected]
Norway
Hallvard Slettevoll
N-6083 Gjerdsvika
Norway
Poland
SPIN S. A.
ul.Dziadoszańska 10
PL-61-248 Poznań
Poland
Slovakia
SCHMACHTL SK s.r.o.
Dumbierska 10/A
SK-83101 Bratislava 37
Slovakia
Switzerland
Elektron AG
Riedhofstraße 11
CH-8804 Au/Zürich
Switzerland
Tel. (+47) 7 00 - 2 88 84
Fax (+47) 7 00 - 2 88 85
Tel. (+48) 61-8 76 73 63
Fax (+48) 61-8 79 03 05
bí[email protected]
Tel. (+4 21) 7-54 77 74 84
Fax (+4 21) 7-54 77 74 91
[email protected]
Sweden
Schorch Representative
Office
Karlshovsvägen 75
S-60213 Norrköping
Sweden
Tel. (+46) 11-13 30 56
Fax (+46) 11-13 30 37
[email protected]
The Netherlands
De Porterstraat 16
NL-2597 CS The Hague
Netherlands
The Netherlands
Vendelier 3
NL-3905 PB Veenendaal
Netherlands
Tel. (+31) 70 -3 28 25 58
Fax (+31) 70 -3 24 91 39
[email protected]
Tel. (+31) 3 18 - 54 68 80
Fax (+31) 3 18 - 51 68 99
[email protected]
Turkey
CEFIP-MAKINA & ENDÜSTRIYEL
ÜRÜNLER SAN. ve DIŞ TIC.LTD.ŞTI.
Perpa Ticaret Mrk. A Blok Kat:
10-11-12, No: 1474
TR-80270 Okmeydani/Istanbul
Turkey
Tel. (+90) 2 12 - 2 10 18 90 (pbx)
Fax (+90) 2 12 - 2 10 15 97
[email protected]
France
Helmke S.à.r.l.
B.P.17 Z.I. Rue d´Ensisheim
F-68840 Pulversheim
France
Tel. (+33) 3-89 83 25 25
Fax (+33) 3-89 48 89 47
[email protected]
Non European Subsidiaries and Agencies see overleaf
Schorch Elektrische Maschinen und Antriebe GmbH
Breite Straße 131
D-41238 Mönchengladbach
Tel.:
(+49) 21 66 - 9 25 - 0
Fax:
(+49) 21 66 - 9 25 - 1 00
E-mail: [email protected]
Internet: http://www.schorch.de
Tel. (+41) 1-7 81 01 11
Fax (+41) 1-7 81 02 02
[email protected]
Larghi Werbeagentur, Korschenbroich
Tel. (+43) 7 32-7 64 60
Fax (+43) 7 32-78 50 36
[email protected]
Order No. XX.X
Austria
Schmachtl KG
Pummererstraße 36
A-4021 Linz
Austria
Subsidiaries and Agencies w o r l d w i d e
Australia
Western Electric Head Office
Unit 1, 78 Ferndell St. Granville
N.S.W.
P.O. Box 900, Granville, N.S.W.
2142 Sydney
(New South Wales)
Australia
Tel. (+61) 2 - 97 21 88 88
Fax (+61) 2 - 97 21 88 00
Egypt
System Engineering
The Eastern Engineering
& Trading Co.
Sharco
22 Haron St Mesaha Sq.
Cairo
Egypt
Tel. (+20) 2 - 3 38 56 47
Fax (+20) 2 - 3 38 56 49
[email protected]
Egypt
Mechanical Engineering
Tabouk Engineering and
Commercial Agencies
28 Sayria St.
El Mahandseen
Giza/Cairo
Egypt
Tel. (+20) 2-7 49 35 65
Fax (+20) 2-7 49 35 63
[email protected]
Iraq
S. Al-Ayoubi
P.O. Box 13093 Jadrya
Karadah - Al-Nadhmiah
Mahalah 925
St. No. 35 House No. 16
Baghdad
Iraq
Tel. (+96 4) 1-7 78 42 43
Fax (+96 4) 1-7 76 01 33
[email protected]
Malaysia
Western Electric Motors SDN. BHD
Lot 25 Jalan Delima 1/3
Subang Hi-Tech Industrial Park
40000 Shah Alam, Selangor
P.O. Box 10369
50712 Kuala Lumpur
Malaysia
Tel. (+60) 3-56 36 38 10
Fax (+60) 3-56 36 40 22
[email protected]
Oman
Oman Mechanical
Services Co. Ltd. LLC
P.O.B. 1199 Ruwi
Postal Code 112
Sultanate of Oman
Singapore
Western Electric Asia Pte Ltd.
238 A Thomson Road
#24-06/08
Novena Square Office Tower A
SINGAPORE 307684
South Korea
Techno-Korea Co., Ltd.
# 1807 Hanil O/T, 815
Munhyun 4 Dong
Nam-Ku, Pusan
Korea
Syria
WSM
Contracting General Trading Co.
P.O.Box 1330
Homs-Syria
Tel. (+9 68) 56 38 53
Fax (+9 68) 56 26 91
[email protected]
Tel. (+ 65) 383 42 48
Fax (+ 65) 383 40 68
[email protected]
Tel. (+ 82) 51 - 6 33 - 23 53
Fax (+ 82) 51 - 6 47 - 42 61
[email protected]
Tel. (+ 9 63) 31-22 91 25
Fax (+ 9 63) 31-48 02 33
[email protected]
Thailand
ENSYS CO. LTD.
636/4 Soi Ramkhamhaeng 39
(Thepleela 1)
Pracha Uthit Road, Khwang
Wangthonglang
Khet Wangthonlang, Bangkok 10310
Thailand
Tel. (+ 66) 2 - 9 35-68 50-3
Fax (+ 66) 2 - 9 35-68 54
[email protected]
U.A.E.
Al Mazroui Trading
and General Services L.L.C.
P.O.B. 97
Al Yasat Tower
Najda Street
Abu Dhabi
U.A.E.
Tel. (+ 9 71) 2 - 6 72 44 22
Fax (+ 9 71) 2 - 6 74 23 42
[email protected]
USA
Schorch USA
The Rosekrans Group, LLC
2516 Bermuda Lane
Longanville, Georgia 30052
USA
Tel. (+ 1) 7 70 - 5 54 - 37 77
Fax (+ 1) 8 01 - 3 40 - 83 11
[email protected]
Branch Offices, Agencies in G e r m a n y and Subsidiaries and Agencies in E u r o p e see overleaf

Frame size 63-45055 II 2 G EExd(e) IIC(B) T455

Transcription

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