© Siemens AG 2008
Selection and ordering
3/2
3/3
3/4
3/5
3/6
3/7
3/9
3/12
3/15
3/18
3/21
3/24
3/34
3/45
Guideline for drive selection
Specification of motor type according to cooling method and degree of protection Preselection of the motor according to torque and output
Order No. code
Order No., identification codes
Order No. supplements
Field voltage, types of construction
Series
1GG6, 1GH6 and 1HS6 Sizes 160 and 180
Size 160
Size 180
Series
1GG6, 1GH6 and 1HS6 Sizes 200 to 280
Size 200
Size 225
Size 250
Size 280
Series
1GG7, 1GH7 and 1HS7 Sizes 355 to 450
Size 355
Size 400
Size 450
Series
1GG5, 1GH5 and 1HS5 Sizes 500 and 630
3/56 Size 500
3/67 Size 630
Series 1HQ6 Sizes 180 to 280
3/78 Size 180
3/80 Size 200
3/83 Size 225
3/86 Size 250
3/89 Size 280
Series 1HQ7 Sizes 355 to 450
3/92 Size 355
3/98 Size 400
3/108 Size 450
Options
3/118 Mounted assemblies 3/120 Operation and diagnostics 3/121 Mounted equipment
Siemens DA 12 · 2008
© Siemens AG 2008
Selection and ordering
Guideline for drive selection
These "Recommendations for drive selection" guide you step-by-step through this catalog to the required motor
Further notes and support with project engineering can be found in the engineering information for Catalog DA 12.
The configuration tool SIZER is also available for selecting the motor.
Details and explanations for the converters can be found in Catalogs DA 21 (Chassis Converters) and DA 22 (Converter Cabinet Units).
Step 1 |
Technical requirements for the motor |
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Determine the required |
Rated supply voltage |
3 AC 50/60 Hz, 400, 500 or 690 V |
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product profile |
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Operating mode |
1Q/4Q |
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Degree of protection and type of |
IP.. / IC.. |
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cooling |
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Speed |
n =................rpm |
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Determine the rated armature voltage
3
Step 2 |
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Determine the installation conditions
Step 3 |
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Determine the range of possible motors
Step 4 |
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Determine the motor Order No.
Step 5 |
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Speed adaptation and the associated parameter change
Step 6 |
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Complete the motor Order No.
Step 7 |
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Select the SIMOREG converter and the line-side components
Output |
P =................kW |
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Torque |
M = P 9550/n = ................Nm |
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Type of construction |
IM .. |
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Rated supply voltage |
Operating mode |
Rated armature voltage |
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2 AC 50/60 Hz 400 V |
4Q |
280 V DC |
2 AC 50/60 Hz 400 V |
1Q |
310 V DC |
3 AC 50/60 Hz 400 V |
4Q |
420 V DC |
3 AC 50/60 Hz 400 V |
1Q |
470 V DC |
3 AC 50/60 Hz 500 V |
4Q |
520 V DC |
3 AC 50/60 Hz 500 V |
1Q |
600 V DC |
3 AC 50/60 Hz 690 V |
4Q |
720 V DC |
3 AC 50/60 Hz 690 V |
1Q |
810 V DC |
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Environmental requirements for the motor Æ Page 2/2 |
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Ambient temperature |
≤ 40 °C |
> 40 °C |
Site altitude |
≤ 1000 m |
> 1000 m |
Determining the factors for output |
– |
For determining the factors for output |
and speed change |
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and speed change (see Part 2 under |
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"Installation and operating conditions") |
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Select the motor Æ Pages 3/3 and 3/4
Select the size and therefore the possible motors on the basis of the following parameters: type of cooling, degree of protection, torque and output range.
Detailed selection of the motor Æ Pages 3/7 to 3/117
Determine the motor Order No. according to the following parameters: rated armature voltage, speed, torque and output from the "Selectionand ordering data" for the motors that have already been identified as possibilities.
Adapt the speed if necessary |
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n = nN |
n < nN |
n > nN |
Speed adaptation: |
Speed adaptation: |
Speed adaptation: |
not required |
through armature control |
through field weakening |
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U= UN n / nN |
U = constant |
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P= PN n / nN |
P = constant |
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MN = constant |
M = MN nN / n |
Selection of the options Æ Page 3/118 to 3/121
Determine the options and the associated short codes for special versions (mounted assemblies, operation and diagnostics and mounted equipment).
For Order No. of the converter and the line-side components, see Catalogs DA 21 and DA 22.
3/2 |
Siemens DA 12 · 2008 |
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© Siemens AG 2008
Selection and ordering
Guideline for drive selection
Determining the motor type according to type of cooling and degree of protection (for further selection according to torque and output, see overleaf)
The modular structure of the motors enables the following cooling methods and degrees of protection to be derived from one basic motor module
Cooling method
Designation to
DIN EN 60 034,
Part 6
Open-looped cooling circuit
Suitable for use |
Internal cool- |
IC06 |
in dry indoor |
ing with radi- |
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ally mounted |
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dust levels |
fan unit |
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Degree of pro- |
Adapting the basic motor module |
Motor |
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tection |
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type |
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With duct |
Designation to |
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connec- |
DIN EN 60 034, |
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tion |
Part 5 |
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– |
IP23 |
Fan unit |
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1GG |
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G_DA12_XX_00002
G_DA12_XX_00005
Internal cool- |
IC17 |
Single- |
IP23 |
No |
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ing using sepa- |
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end (cool- |
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1GH |
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rately-mounted |
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ing air |
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fan through |
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inlet) |
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G_DA12_XX_00005 |
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duct |
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IC37 |
Both ends |
IP54 |
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(cooling air inlet and outlet)
Closed-looped cooling circuit |
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3 |
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Suitable for use |
Heat exchange |
IC A06 A66 – |
IP54 |
Air-to-air |
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outdoors or in |
through exter- |
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heat |
1HQ |
extremely dusty |
nal cooling |
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exchanger, |
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and/or humid |
using air-to-air |
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fan unit |
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environments |
heat exchanger |
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G_DA12_XX_00007 |
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Heat exchange |
IC W37 A86 – |
IP54 |
Air-to-water |
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through exter- |
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heat |
1HS |
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nal cooling |
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exchanger, |
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using air-to- |
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fan unit |
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water heat |
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exchanger |
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G_DA12_XX_00008
Siemens DA 12 · 2008 |
3/3 |
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© Siemens AG 2008
Selection and ordering
Guideline for drive selection
Preselection of the motor according to torque and output
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Motor type/ |
Size |
Torque |
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Output |
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Detailed selection |
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series |
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Nm |
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100 |
1000 |
10000 |
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kW |
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10 |
100 |
1000 |
10000 |
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and ordering data |
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Page |
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1GG6/1GH6 |
160 |
256 |
– |
506 |
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30 |
– |
111 |
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3/7 |
3/8 |
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180 |
450 |
– |
670 |
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44.2 |
– |
191 |
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3/9 |
3/11 |
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200 |
670 |
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965 |
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64.5 |
– |
256 |
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3/12 |
3/14 |
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225 |
1070 |
– |
1550 |
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94.5 |
– |
340 |
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3/15 |
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3/17 |
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250 |
1630 |
– |
2300 |
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121 |
– |
436 |
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3/18 |
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3/20 |
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280 |
2400 |
– |
3360 |
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170 |
– |
510 |
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3/21 |
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3/23 |
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1GG7/1GH7 |
355 |
2950 |
– |
8280 |
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236 |
– |
770 |
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3/24 |
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3/33 |
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400 |
4400 |
– |
12920 |
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230 |
– |
880 |
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3/34 |
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3/44 |
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450 |
6830 |
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18400 |
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197 |
– |
1020 |
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3/45 |
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3/55 |
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1GG5/1GH5 |
500 |
5700 |
– |
20600 |
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288 |
– |
1110 |
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3/56 |
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3/66 |
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630 |
16000 |
– |
44500 |
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344 |
– |
1610 |
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3/67 |
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3/77 |
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1HQ6 |
180 |
264 |
– |
482 |
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37.6 |
– |
110 |
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3/78 |
3/79 |
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200 |
422 |
– |
715 |
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55.5 |
– |
169 |
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3/80 |
3/82 |
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225 |
630 |
– |
1180 |
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82 |
– |
264 |
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3/83 |
3/85 |
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250 |
1170 |
– |
1780 |
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107 |
– |
340 |
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3/86 |
3/88 |
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280 |
1770 |
– |
2750 |
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151 |
– |
436 |
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3/89 |
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3/91 |
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1HQ7 |
355 |
2300 |
– |
7440 |
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220 |
– |
645 |
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3/92 |
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3/97 |
3 |
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400 |
3400 |
– |
11700 |
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225 |
– |
770 |
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3/98 |
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3/107 |
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450 |
5610 |
– |
15800 |
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176 |
– |
845 |
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3/108 |
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3/117 |
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1HS6 |
180 |
450 |
– |
670 |
44.2 |
– |
191 |
3/9 |
3/11 |
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200 |
670 |
– |
965 |
64.5 |
– |
256 |
3/12 |
3/14 |
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225 |
1070 |
– |
1550 |
94.5 |
– |
340 |
3/15 |
3/17 |
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250 |
1630 |
– |
2300 |
121 |
– |
436 |
3/18 |
3/20 |
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280 |
2400 |
– |
3360 |
170 |
– |
510 |
3/21 |
3/23 |
1HS7 |
355 |
2950 |
– 8280 |
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236 |
– |
770 |
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3/24 |
3/33 |
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400 |
4400 |
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230 |
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3/34 |
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– |
12920 |
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– |
880 |
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3/44 |
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450 |
6830 |
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18400 |
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197 |
– |
1020 |
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3/45 |
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3/55 |
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1HS5 |
500 |
5700 |
– |
20600 |
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288 |
– |
1110 |
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3/56 |
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3/66 |
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630 |
16000 |
– |
44500 |
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344 |
– |
1610 |
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3/67 |
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3/77 |
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Torque |
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Output |
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Nm |
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100 |
1000 |
10000 |
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kW |
|
10 |
100 |
1000 |
10000 |
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3/4 |
Siemens DA 12 · 2008 |
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