Demag hoist units – Volume 1DH 160, DH 200, DH 300, DH 400, DH 500, DH 600, DH 1000, DH 2000
140703 EN/DE 203 341 44 714 IS 813
Demag hoist unitsVolume 2EZDH / EZLDHdouble-rail crab,see 203 346 44
27462 24584
24597 24571 24583
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Contents
Major assemblies 4Explanation of size designations 4Selection criteria 5Determination table, squirrel-cage lifting motors 12Motor data 16Hoist weightsDH 160, DH 200, DH 300, DH 400 23DH 500 – DH 600 24DH 1000 – DH 2000 25Mounting flange positions and rope lead-offs 26Mounting code of mechanical microspeed unit 27Dimensions for fitting end stops on runways 27Counterweight box filling for EKDH 300 – EKDH 1000 trolleys 28DH hoist mounting positions 30DH 160 – DH 2000 frame dimensions 31
Hoist unitsDH 160 and DH 200 32DH 300 34DH 400 36DH 500 38DH 600 40DH 1000 42DH 2000 44Hoist units type C 4/1 46
EUDH standard headroom monorail hoistTrolley size 3,2UDH 160, 2/1, 4/2 and 4/1 reevingSWL 1000 kg – 3200 kg 48Trolley size 3,2UDH 200, 2/1 and 4/2 reevingSWL 1600 kg – 2500 kg 50Trolley size 5UDH 200, 4/1 reevingSWL 3200 kg – 5000 kg 52Trolley size 5UDH 300, 2/1 and 4/2 reevingSWL 1600 kg – 4000 kg 54Trolley size 6UDH 300, 4/1 reevingSWL 3200 kg – 8000 kg 56Trolley size 5UDH 400, 2/1 and 4/2 reevingSWL 2000 kg – 5000 kg 58Trolley size 6UDH 400, 4/1 reevingSWL 4000 kg – 10000 kg 60Trolley size 6UDH 500, 2/1 and 4/2 reevingSWL 2500 kg – 6300 kg 62Trolley size 10UDH 500, 4/1 reevingSWL 5000 kg – 12500 kg 64Trolley size 6UDH 600, 2/1 and 4/2 reevingSWL 3200 kg – 8000 kg 66Trolley size 10UDH 600, 4/1 reevingSWL 6300 kg – 16000 kg 68Trolley size 10UDH 1000, 2/1 and 4/2 reevingSWL 5000 kg – 12500 kg 70
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EKDH low headroom monorail trolleys
Trolley size 3,2KDH 160, 2/1 and 4/2 reevingSWL 1000 kg – 1600 kg 72KDH 160, 4/1 reevingSWL 2000 kg – 3200 kg 74Trolley size 3,2KDH 200, 2/1 and 4/2 reevingSWL 1600 kg – 2500 kg 76Trolley size 5KDH 200, 4/1 reevingSWL 3200 kg – 5000 kg 78Trolley size 5KDH 300, 2/1 and 4/2 reeving, flange width 106 – 200 mmSWL 1600 kg – 4000 kg 80KDH 300, 2/1 and 4/2 reeving, flange width 201– 400 mmSWL 1600 kg – 4000 kg 82Trolley size 6KDH 300, 4/1 reevingSWL 3200 kg – 8000 kg 84Trolley size 5KDH 400, 2/1 and 4/2 reeving, flange width 106 – 200 mmSWL 2000 kg – 5000 kg 86KDH 400, 2/1 and 4/2 reeving, flange width 201 – 400 mmSWL 2000 kg – 5000 kg 88Trolley size 6KDH 400, 4/1 reevingSWL 4000 kg – 10000 kg 90Trolley size 6KDH 500, 2/1 and 4/2 reevingSWL 2500 kg – 6300 kg 92Trolley size 10KDH 500, 4/1 reevingSWL 5000 kg – 12500 kg 94Trolley size 6KDH 600, 2/1 and 4/2 reevingSWL 3200 kg – 8000 kg 96Trolley size 10KDH 600, 4/1 reevingSWL 6300 kg – 16000 kg 98Trolley size 10KDH 1000, 2/1 and 4/2 reevingSWL 5000 kg – 12500 kg 100Variable speed travel drive 102
DH hoist unitDH hoist unit
3elbaT
1/1 1/2 1/4
mm071- mm001- mm04-
2elbaT
1/1 1/2 1/4
mm58- mm05- mm02-
1elbaT
1/1 1/2 1/4
mm58 mm05 mm02
If an operating limit switch is fittedfor the top hook position, hookdimension “C” for 1/1, 2/1 and 4/1rope reeving, increases as follows:
With operating limit switch for the tophook position
With operating limit switch for the topand bottom hook positions
There are two types of rope drum brake: FB = Overspeed brake
HB = Holding brake
For further information see Operating Instructions for the rope drum brake 206 394 44 (720 IS 823.1)
DH hoist unit
The effective hook path decreases by the values given in tables 2 and 3.
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Major assemblies
24625-1.tif
1 Electrical equipment cover2 Electrical components3 Geared limit switch4 Frame5 Connecting shaft
6 Rope guide7 Planetary gearbox8 Rope drum9 Roller coupling
10 Motor
11 Main hoist motor brake12 Terminal box13 Rope drum brake14 Wire rope
Fig. 1
Explanation of size designations
Travel in m/min
Flange width of the girder in mm
F 4 – creep lifting 1:4, DH 160/200 (pole-changing)
F 6 – creep lifting 1:6, DH (pole-changing)
F 10 – creep lifting 1:10 DH (microspeed unit)
Single-groove drum
Four-fall reeving
Lifting speed
Motor type: K = squirrel-cageS = slip-ring rotorG = DCX = explosion-proof
Hook path 12 m (for 2/1 reeving)
Rope pull on the drum 25 kN
Size 525
Range 500
Demag hoist unit type DH
U = Standard-headroom monorail hoistK = Low-headroom monorail hoistZ = Double-rail crab
E = Electric travel trolleyR = Push travel trolley
EU DH 5 2 5 H12 K V1 - 4 / 1 F6 300 12,5
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.murtcepsdaoldnaemitgnitarepoehtmorfdednimretedsipuorgehT
murtcepsdaoL sruohniyadrepemitgnitarepoegarevA
1 thgiL 2otpu 4-2 8-4 61-8 61revo
2 muideM 1otpu 2-1 4-2 8-4 61-8
3 yvaeH 5,0otpu 1-5,0 2-1 4-2 8-4
4 yvaehyreV 52,0otpu 5,0-52,0 1-5,0 2-1 4-2
MEFotsmsinahcemfopuorG mB1 mA1 m2 m3 m4
tnemegnarragniveerepoR egnaR eziS
2/21/1
2/41/2
2/81/4 )11/6 )11/8
gknitLWS
005 0001 0002 - - - - - - 561 -
036 0521 0052 661
008 0061 0023 - - 061HD - 861 802 - 803
0001 0002 0004 - - - - - 012 013 014
0521 0052 0005 - - 002HD - 212 213 214 215
0061 0023 0036 - - - - 613 614 615 616
0002 0004 0008 00521 00061 003HD 023 024 025 026 -
0052 0005 00001 00061 00002 004HD 524 525 526 - 5201
0023 0036 00521 00002 00052 005HD 235 236 - 2301 -
0004 0008 00061 00052 00023 006HD 046 - 0401 - -
0005 00001 00002 00023 00004 - - 0501 - - 0502
0036 00521 00052 00004 00005 0001HD 3601 - - 3602 -
0008 00061 00023 00005 00036 - - - 0802 - -
00001 00002 00004 00036 00008 - - 0012 - - -
00521 00052 00005 00008 000001 0002HD 5212 - - - -
The size of the hoist is determined by the loadspectrum, average operating time per working day,SWL and reeving.
SW
L
Operating time
SW
L
Operating time
SW
L
Operating time
Operating time
Very heavy dead load
Small partial loadSmall dead load
Heavy partial loadMedium partial loadMedium dead load
Heavy dead load
SW
L
4 Very heavyHoist units which are usually subject to maximum oralmost maximum loads
3 HeavyHoists which are usually subject to medium loadsbut frequently to maximum loads.
2 MediumHoist units which are usually subject to small loadsbut rather often to maximum loads.
The load spectrum(in most cases estimated) can be evaluated inaccordance with the following definitions:
1 LightHoist units which are usually subject to very smallloads and in exceptional cases only to maximumloads.
Check the frequency of starts per hour whenselecting motors for DH hoist units(see pages 16 to 20).
DH hoist unit with pole-changing motorMain lifting speed = 80 starts/hCreep lifting speed = 160 starts/h
DH hoist unit with mechanical microspeedMain lifting speed = 240 starts/hCreep lifting speed = 240 starts/h
1) Only available in groups of mechanisms1 Bm, 1 Am and 2 m.
Selection criteria
1. What are the operating conditions?2. What is the specified SWL?3. To what height must the load be lifted?4. What is the required lifting speed?
5. Do the loads need to be lifted and lowered withhigh precision?
6. Is horizontal load travel necessary?7. How is control to be effected?
⇒
⇒
⇒Example (see )SWL 5000 kgLoad spectrum “light” from tableLifting speed 8 m/minCreep lifting speed 1,3 m/minRope reeving 2/1Average hook path 4 mNo. of cycles/hour 20Working time/day 8 hours
The average operating time per working day is estimated or calculated as follows:
Operatingtime/day
For the light load spectrum and an average daily operating time of 2,66 hours thetable shows FEM group 1 Am. For an SWL of 5000 kg and 2/1 rope reeving, thetable indicates a hoist size DH 525.
Operatingtime/day
hours 2,668 x60
8 x20 x4 x2
speed lifting x60
time/day working xcycles/hof no. xpath hook average x2
==
=
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Selection table
LWSgk
gniveerepoR 1/1 2-2/2 )2)1deepsgnitfiL gniveerepoR 1/2 2/4 )2)1deepsgnitfiL
eziS MEF htapkooH htapkooH nim/m eziS MEF htapkooH htapkooH nim/m
m m 1V 2V 3V m m 1V 2V 3V
005 561HD m3 83;42 6,02 4,4/81-
7/826,3/4,22
--
036 661HD m2 83;42 6,02 --
6,5/4,223/81
7/826,4/82
008 861HD mA1 83;42 6,02 -2,3/5,21
-
4,224,4/81
4,2/2,41
-7/82
6,4/82802HD m2 23;02 2,81 4,22
3/81;4,4/817/82
6,4/82--
803HD m4 04;42 42;6,21 614,3/02
522,4/52
)3234,5/23
0001 012HD m2 23;02 2,81 816,3/2,41
6,5/4,226,3/4,22
--
561HD m3 91;21 3,01 2,2/9-
5,3/418,1/2,11
-
013HD m3 04;42 42;6,21 5,217,2/61
024,3/02
)3234,5/23
014HD m4 04;42 42;6,21 5,217,2/61
024,3/02
)3234,5/23
0521 212HD mA1 23;02 2,81 2,41-
4,4/813/81
--
661HD m2 91;21 3,01 8,1/1,7-
8,2/2,115,1/9
5,3/413,2/41
213HD m2 04;42 42;6,21 617,2/61
024,3/02
)3234,5/23
214HD m3 04;42 42;6,21 011,2/5,21
617,2/61
522,4/52
215HD m4 04;42401;08
4,02;4,014,06;2,54
617,2/61
522,4/52
)3234,5/23
0061 613HD mA1 04;42 42;6,21 5,211,2/5,21
617,2/61
522,4/52
861HD mA1 91;21 3,01 -6,1/3,6
-
2,112,2/9
2,1/1,7
-5,3/413,2/41
614HD m2 04;42 42;6,21 5,211,2/5,21
617,2/61
522,4/52
802HD m2 61;01 1,9 2,115,1/9;2,2/9
5,3/413,2/41
--
615HD m3 04;42401;08
4,02;4,014,06;2,54
5,211,2/5,21
024,3/02
)3234,5/23
803HD m4 02;21 21;3,6 87,1/01
5,211,2/5,21
617,2/61
616HD)4
m4 04;42401;08
4,02;4,014,06;2,54
5,211,2/5,21
024,3/02
)3234,5/23
0002 023HD mB1 04;42 42;6,21 01-
5,212/5,21
024,3/02
012HD m2 61;01 1,9 98,1/1,7
8,2/2,118,1/2,11
--
024HD mA1 04;42 - 01-
5,212/5,21
024,3/02
013HD m3 02;21 21;3,6 3,63,1/8
017,1/01
617,2/61
025HD m2 04;42401;08
4,02;4,014,06;2,54
5,211,2/5,21
024,3/02
)3234,5/23
014HD m4 02;21 21;3,6 3,63,1/8
017,1/01
617,2/61
026HD)4
m3 04;42401;08
4,02;4,014,06;2,54
017,1/01
617,2/61
522,4/52
0052 525HD mA1 04;42401;08
4,02;4,014,06;2,54
017,1/01
617,2/61
522,4/52
212HD mA1 61;01 1,9 1,7-
2,2/95,1/9
--
526HD)4
m2 04;42401;08
4,02;4,014,06;2,54
017,1/01
617,2/61
522,4/52
213HD m2 02;21 21;3,6 83,1/8
017,1/01
617,2/61
5201HD m4 84;23201;08
72;6166;6,94
024,3/02
)3234,5/23
)3054,7/8,44
214HD m3 02;21 21;3,6 51/3,6
83,1/8
5,211,2/5,21
215HD m4 02;2125;04
2,01;2,52,03;6,22
83,1/8
5,211,2/5,21
617,2/61
0023 235HD mB1 04;42401;08
4,02;4,014,06;2,54
8-
5,212/5,21
024,3/02
613HD mA1 02;21 21;3,6 3,61/3,6
83,1/8
5,211,2/5,21
236HD)4
mA1 04;42401;08
4,02;4,014,06;2,54
8-
5,212/5,21
024,3/02
614HD m2 02;21 21;3,6 3,61/3,6
83,1/8
5,211,2/5,21
2301HD m3 84;23201;08
72;6166;6,94
617,2/61
522,4/52
)3636/63
615HD m3 02;2125;04
2,01;2,52,03;6,22
3,61/3,6
017,1/01
617,2/61
616HD)4
m4 02;2125;04
2,01;2,52,03;6,22
3,61/3,6
017,1/01
617,2/61
0004 0401HD m2 84;23201;08
72;6166;6,94
617,2/61
522,4/52
)3636/63
023HD mB1 02;21 21;3,6 5-
3,61/3,6
017,1/01
024HD mA1 02;21 21;3,6 5-
3,61/3,6
017,1/01
025HD m2 02;2125;04
2,01;2,52,03;6,22
3,61/3,6
017,1/01
617,2/61
026HD)4
m3 02;2125;04
2,01;2,52,03;6,22
58,0/5
83,1/8
5,211,2/5,21
0005 0501HD mA1 84;23201;08
72;6166;6,94
5,211,2/5,21
024,3/02
)3236,4/82
524HD mB1 02;21 21;3,6 4-
5-
83,1/8
0502HD m4 --
8,42;8,318,84
617,2/61
527,3/4,22
23-
525HD mA1 02;2125;04
2,01;2,52,03;6,22
58,0/5
83,1/8
5,211,2/5,21
526HD)4
m2 02;2125;04
2,01;2,52,03;6,22
58,0/5
83,1/8
5,211,2/5,21
5201HD m4 42;6115;04
5,31;833;8,42
017,1/01
617,2/61
527,3/4,22
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Selection table
1/1 2/1
4/1 6/1
8/1 2/2-2
4/2-2 4/2
4/2-2 4/4-4
2 x 2/1 2 x 3/1
2 x 4/1 2 x 5/1
8/2
Rope reeving
Fig. 2 41665644.eps
1) The given main/creep lifting speed 1:6 is achieved with a 2/12-pole motor.See pages 13 – 15 for microspeed unit lifting speed 1:10.Other creep lifting speeds on request.
2) The given main/creep lifting speed 1:4 of the DH 160/200 is achieved with a pole-changing motor.
3) Lifting speeds 1/1 and 2/2 on request.4) DH 600 hoist units with hook paths H40 and H52 are only available in flange-mounted
design FDH.EUDH, EKDH monorail travelling hoist units and EZHD, EZLD double-rail crabs onrequest.
LWSgk
gniveerepoR 1/4 )2)1deepsgnitfiL
eziS MEF htapkooH nim/m
m 1V 2V 3V
005
036
008
0001
0521
0061
0002 561HD m3 5,9;6 1,1/5,4 7,1/79,0/6,5
-
0052 661HD m2 5,9;6 9,0/5,3 4,1/6,57,0/5,4
7,1/71,1/7
0023 861HD mA1 5,9;6 --
6,56,0/5,3;1,1/5,4
7,1/71,1/7
802HD m2 8;5 6,57,0/5,4;1,1/5,4
7,1/71,1/7
--
803HD m4 01;6 48,0/5
3,61/3,6
83,1/8
0004 012HD m2 8;5 5,46,0/5,3;9,0/5,3
4,1/6,59,0/6,5
--
013HD m3 01;6 1,36,0/4
58,0/5
83,1/8
014HD m4 01;6 1,36,0/4
58,0/5
83,1/8
0005 212HD mA1 8;5 5,3-
1,1/5,47,0/5,4
--
213HD m2 01;6 46,0/4
58,0/5
83,1/8
214HD m3 01;6 5,25,0/1,3
46,0/4
3,61/3,6
215HD m4 01;662;02
46,0/4
3,61/3,6
83,1/8
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Selection table
1) The given main/creep lifting speed 1:6 is achieved with a 2/12-pole motor.See pages 13 – 15 for microspeed unit lifting speed 1:10.Other creep lifting speeds on request.
2) DH 600 hoist units with hook paths H40 and H52 are only available in flange-mounted design FDH.EUDH, EKDH monorail travelling hoist units and EZHD, EZLD double-rail crabs on request.
LWSgk
gniveerepoR 1/1 2-2/2 )1deepsgnitfiL gniveerepoR 1/2 2/4 )1deepsgnitfiL
eziS MEF htapkooH htapkooH nim/m eziS MEF htapkooH htapkooH nim/m
m m 1V 2V 3V m m 1V 2V 3V
0036 3601HD mB1 84;23201;08
72;6166;6,94
01-
617,2/61
2,426,3/4,22
235HD mB1 02;2125;04
2,01;2,52,03;6,22
4-
3,61/3,6
017,1/01
3602HD m3 45;6349
8,42;8,318,84
5,211,2/5,21
023/81
52-
236HD)3
mA1 02;2125;04
2,01;2,52,03;6,22
4-
3,61/3,6
017,1/01
2301HD m3 42;6115;04
5,31;833;8,42
83,1/8
5,211,2/5,21
813/81
0008 0802HD m2 45;6349
8,42;8,318,84
5,211,2/5,21
023/81
52-
046HD)3
mB1 02;2125;04
2,01;2,52,03;6,22
1,3-
58,0/5
83,1/8
0401HD m2 42;6115;04
5,31;833;8,42
83,1/8
5,211,2/5,21
813/81
00001 0012HD mA1 45;6349
8,42;8,318,84
017,1/01
614,2/2,41
02-
0501HD mA1 42;6115;04
5,31;833;8,42
3,61/3,6
017,1/01
613,2/41
0502HD m4 72;8174
4,21;9,64,42
83,1/8
5,219,1/2,11
61-
00521 5212HD mB1 45;6349
8,42;8,318,84
83,1/8
5,218,1/2,11
61-
3601HD mB1 42;6115;04
5,31;833;8,42
5-
83,1/8
5,218,1/2,11
3602HD m3 72;8174
4,21;9,64,42
3,61/3,6
015,1/9
5,21-
00061 0802HD m2 72;8174
4,21;9,64,42
3,61/3,6
015,1/9
5,21-
00002 0012HD mA1 72;8174
4,21;9,64,42
58,0/5
82,1/1,7
01-
00052 5212HD mB1 72;8174
4,21;9,64,42
46,0/4
3,69,0/6,5
8-
00023
00004
00005
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Selection table
1/1 2/1
4/1 6/1
8/1 2/2-2
4/2-2 4/2
4/2-2 4/4-4
2 x 2/1 2 x 3/1
2 x 4/1 2 x 5/1
8/2
Rope reeving
Fig. 3 41665644.eps
1) The given main/creep lifting speed 1:6 is achieved with a 2/12-pole motor.See pages 13 – 15 for microspeed unit lifting speed 1:10.Other creep lifting speeds on request.
2) DH 600 hoist units with hook paths H40 and H52 are only available in flange-mounted design FDH.EUDH, EKDH monorail travelling hoist units and EZHD, EZLD double-rail crabs on request.
LWSgk
gniveerepoR 1/4 )1deepsgnitfiL
eziS MEF htapkooH nim/m
m 1V 2V 3V
0036 613HD mA1 01;6 1,35,0/1,3
46,0/4
3,61/3,6
614HD m2 01;6 1,35,0/1,3
46,0/4
3,61/3,6
615HD m3 01;662;02
1,35,0/1,3
58,0/5
83,1/8
616HD)2
m4 01;662;02
1,35,0/1,3
58,0/5
83,1/8
0008 023HD mB1 01;6 5,2-
1,35,0/1,3
58,0/5
024HD mA1 01;6 5,2-
1,35,0/1,3
58,0/5
025HD m2 01;662;02
1,35,0/1,3
58,0/5
83,1/8
026HD)2
m3 01;662;02
5,24,0/5,2
46,0/4
3,61/3,6
00001 524HD mB1 01;6 2-
5,2-
46,0/4
525HD mA1 01;662;02
5,24,0/5,2
46,0/4
3,61/3,6
526HD)2
m2 01;662;02
5,24,0/5,2
46,0/4
3,61/3,6
5201HD m4 21;85,52;02
58,0/5
83,1/8
5,218,1/2,11
00521 235HD mB1 01;662;02
2-
1,35,0/1,3
58,0/5
236HD)2
mA1 01;662;02
2-
1,35,0/1,3
58,0/5
2301HD m3 21;85,52;02
46,0/4
3,61/3,6
95,1/9
00061 046HD)2
mB1 01;662;02
6,1-
5,24,0/5,2
46,0/4
0401HD m2 21;85,52;02
46,0/4
3,61/3,6
95,1/9
00002 0501HD mA1 21;85,52;02
1,35,0/1,3
58,0/5
81,1/7
0502HD m4 5,31;95,32
46,0/4
3,69,0/6,5
8-
00052 3601HD mB1 21;85,52;02
5,2-
46,0/4
3,69,0/6,5
3602HD m3 5,31;95,32
1,35,0/1,3
57,0/5,4
3,6-
00023 0802HD m2 5,31;95,32
1,35,0/1,3
57,0/5,4
3,6-
00004 0012HD mA1 5,31;95,32
5,24,0/5,2
46,0/6,3
5-
00005 5212HD mB1 5,31;95,32
23,0/2
1,34,0/8,2
4-
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703
Selection table
1) The given main/creep lifting speed 1:6 is achieved with a 2/12-pole motor.See pages 13 – 15 for microspeed unit lifting speed 1:10.Other creep lifting speeds on request.
LWSgk
gniveerepoR 1/6 )1deepsgnitfiL gniveerepoR 1/8 )1deepsgnitfiL
eziS MEF htapkooH nim/m ezIS MEF htapkooH nim/m
m 1V 2V 3V m 1V 2V 3V
00001
00521 025HD m2 ;6,63,71;3,31
23,0/2
3,35,0/3,3
3,59,0/3,5
00061 525HD mA1 ;6,63,71;3,31
6,12,0/6,1
6,24,0/6,2
1,47,0/1,4
025HD m2 ;5;331;01
5,12,0/5,1
5,24,0/5,2
46,0/4
00002 235HD mB1 ;6,63,71;3,31
3,1-
23,0/2
3,35,0/3,3
525HD mA1 ;5;331;01
2,12,0/2,1
23,0/2
1,35,0/1,3
00052 0401HD m2 ;8;3,571;3,31
6,24,0/6,2
1,47,0/1,4
61/6
235HD mB1 ;5;331;01
1-
5,12,0/5,1
5,24,0/5,2
00023 0501HD mA1 ;8;3,571;3,31
23,0/2
3,35,0/3,3
3,58,0/6,4
0401HD m2 ;6;47,21;01
23,0/2
1,35,0/1,3
5,47,0/5,4
00004 3601HD mB1 ;8;3,571;3,31
6,1-
6,24,0/6,2
46,0/7,3
0501HD mA1 ;6;47,21;01
5,12,0/5,1
5,24,0/5,2
46,0/5,3
00005 0802HD m2 ;9;67,51
23,0/2
3,35,0/3
1,4-
3601HD mB1 ;6;47,21;01
2,1-
23,0/2
34,0/8,2
00036 0012HD mA1 ;9;67,51
6,12,0/6,1
6,24,0/4,2
3,3-
0802HD m2 ;8,6;5,48,11
5,12,0/5,1
5,24,0/3,2
1,3-
00008 5212HD mB1 ;9;67,51
3,12,0/3,1
23,0/9,1
6,2-
0012HD mA1 ;8,6;5,48,11
2,12,0/2,1
23,0/8,1
5,2-
000001 5212HD mB1 ;8,6;5,48,11
11,0/1
6,12,0/4,1
2-
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1/1 2/1
4/1 6/1
8/1 2/2-2
4/2-2 4/2
4/2-2 4/4-4
2 x 2/1 2 x 3/1
2 x 4/1 2 x 5/1
8/2
Rope reeving
Fig. 4 41665644.eps
Selection table
1) The given main/creep lifting speed 1:6 is achieved with a 2/12-pole motor.See pages 13 – 15 for microspeed unit lifting speed 1:10.Other creep lifting speeds on request.
LWSgk
gniveerepoR 2/8 )1deepsgnitfiL
eziS MEF htapkooH nim/m
)3m 1V 2V 3V
00001 5201HD m4 ;7,6;45,61;4,21
58,0/5
83,1/8
5,218,1/2,11
00521 2301HD m3 ;7,6;45,61;4,21
46,0/4
3,61/3,6
95,1/9
00061 0401HD m2 ;7,6;45,61;4,21
46,0/4
3,61/3,6
95,1/9
00002 0501HD mA1 ;7,6;45,61;4,21
1,35,0/1,3
58,0/5
81,1/7
0502HD m4 ;1,6;4,31,21
46,0/4
3,69,0/6,5
8-
00052 3601HD mB1 ;7,6;45,61;4,21
5,2-
46,0/4
69,0/6,5
3602HD m3 ;1,6;4,31,21
1,35,0/1,3
57,0/5,4
3,6-
00023 0802HD m2 ;4,31,21;1,6
1,35,0/1,3
57,0/5,4
3,6-
00004 0012HD mA1 ;4,31,21;1,6
5,24,0/5,2
46,0/6,3
5-
00005 5212HD mB1 ;4,31,21;1,6
23,0/2
1,34,0/8,2
4-
00036
00008
000001
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egnaR 002HD
eziS 212 012 802
MEFotsmsinahcemfospuorG mA1 m2 m2
edoC)deepsgnitfil(
1V 2V 1V 2V 1V 2V
epytrotoM 4Fgnignahc-elop,gnitfilpeerc/niaM
4Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - 2,2/9 8,1/1,7 8,2/2,11 2,2/9 5,3/41
nim/m1/4 - 1,1/5,4 9,0/5,3 4,1/6,5 1,1/5,4 7,1/7
rotomtsiohniaMeziS
8/2B...HMK - 211 001 211 001 211
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - 5,1/9 2,1/1,7 8,1/2,11 5,1/9 3,2/41
nim/m1/4 - 7,0/5,4 6,0/5,3 9,0/6,5 7,0/5,4 1,1/7
rotomtsiohniaMeziS
21/2B...HMK - 211 211 211 211 211
epytrotoM tsiohniaM
4Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 1,7 - 9 - 2,11 -
nim/m1/4 5,3 - 5,4 - 6,5 -
rotomtsiohniaMeziS
2B...HMK 001 - 001 - 001 -
Determination table, squirrel-cage lifting motorsFurther motor types, e.g. SBH slip-ring rotor motors, GD DC motors and explosion-proof motors.Frequency inverter controlled motors on request.
egnaR 061HD
eziS 861 661 561
MEFotsmsinahcemfospuorG mA1 m2 m3
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V
epytrotoM 4Fgnignahc-elop,gnitfilpeerc/niaM
4Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 6,1/3,6 2,2/9 5,3/41 8,1/1,7 8,2/2,11 5,3/41 2,2/9 5,3/41
nim/m1/4 - 1,1/5,4 7,1/7 9,0/5,3 4,1/6,5 7,1/7 1,1/5,4 7,1/7
rotomtsiohniaMeziS
8/2B...HMK 09 001 211 09 001 211 09 001
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - 2,1/1,7 3,2/41 - 5,1/9 3,2/41 - 8,1/2,11
nim/m1/4 - 6,0/5,3 1,1/7 - 7,0/5,4 1,1/7 - 9,0/6,5
rotomtsiohniaMeziS
21/2B...HMK - 001 211 - 001 211 - 001
epytrotoM tsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 - 2,11 - - -
nim/m1/4 - 6,5 - - -
rotomtsiohniaMeziS
2B...HMK - 001 - - -
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1) Lifting speeds 1/1 and 2/2 on request
egnaR 003HD
eziS 023 613 213 013 803
MEFotsmsinahcemfospuorG mB1 mA1 m2 m3 m4
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - 0,1/3,6 7,1/01 0,1/3,6 3,1/8 1,2/5,21 3,1/8 7,1/01 7,2/61 3,1/8 7,1/01 7,2/61 7,1/01 1,2/5,21 7,2/61
nim/m1/4 - 5,0/1,3 8,0/5 5,0/1,3 6,0/4 1/3,6 6,0/4 8,0/5 3,1/8 6,0/4 8,0/5 3,1/8 8,0/5 1/3,6 3,1/8
rotomtsiohniaMeziS
21/2B...HBK - 521 041 211 521 041 211 521 041 211 521 041 211 521 041
epytrotoM tinudeepsorcimlacinahcem01FdnatsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 5 3,6 01 3,6 8 5,21 8 01 )¹61 3,6 01 )¹61 8 5,21 )¹61
nim/m1/4 5,2 1,3 5 1,3 4 3,6 4 5 8 1,3 5 8 4 3,6 8
deepsgnitfilpeerClacinahcem01F(
)deepsorcimgniveereporhtiw
nim/m1/2 5,0 36,0 0,1 36,0 8,0 52,1 8,0 0,1 6,1 36,0 0,1 6,1 8,0 52,1 6,1
nim/m1/4 52,0 13,0 5,0 13,0 4,0 36,0 4,0 5,0 8,0 13,0 5,0 8,0 4,0 36,0 8,0
rotomtsiohniaMeziS
4B...HBK 001 211 521 001 211 521 001 211 521 001 211 521 001 211 521
deepsorcimlacinahceMeziS
...GF 60 80 60 80 60 80 60 80 60 80
rotomgnitfilpeerc01FeziS
4B...ABK 17 17 08 17 17 08 17 17 08 17 17 08 17 17 08
egnaR 004HD
eziS 524 024 614 214 014
MEFotsmsinahcemfospuorG mB1 mA1 m2 m3 m4
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - - 3,1/8 - 0,1/3,6 7,1/01 0,1/3,6 3,1/8 1,2/5,21 0,1/3,6 3,1/8 1,2/5,21 3,1/8 7,1/01 7,2/61
nim/m1/4 - - 6,0/4 - 5,0/1,3 8,0/5 5,0/1,3 6,0/4 1/3,6 5,0/1,3 6,0/4 1/3,6 6,0/4 8,0/5 3,1/8
rotomtsiohniaMeziS
21/2B...HBK - - 041 - 521 041 211 521 041 211 521 041 211 521 041
epytrotoM tinudeepsorcimlacinahcem01FdnatsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 4 5 8 5 3,6 01 3,6 8 5,21 5 8 5,21 3,6 01 )¹61
nim/m1/4 2 5,2 4 5,2 1,3 5 1,3 4 3,6 5,2 4 3,6 1,3 5 8
deepsgnitfilpeerC)deepsorcimlacinahcem01F(
gniveereporhtiw
nim/m1/2 4,0 5,0 8,0 5,0 36,0 0,1 36,0 8,0 52,1 5,0 8,0 52,1 36,0 0,1 6,1
nim/m1/4 2,0 52,0 4,0 52,0 13,0 5,0 13,0 4,0 36,0 52,0 4,0 36,0 13,0 5,0 8,0
rotomtsiohniaMeziS
4B...HBK 001 211 521 001 211 521 001 211 521 001 211 521 001 211 521
deepsorcimlacinahceMeziS
...GF 60 80 60 80 60 80 60 80 60 80
rotomgnitfilpeerc01FeziS
4B...ABK 17 17 08 17 17 08 17 17 08 17 17 08 17 17 08
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1) Lifting speeds 1/1 and 2/2 on request
egnaR 005HD
eziS 235 525 025 615 215
MEFotsmsinahcemfospuorG mB1 mA1 m2 m3 m4
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - 0,1/3,6 7,1/01 8,0/5 3,1/8 1,2/5,21 0,1/3,6 7,1/01 7,2/61 0,1/3,6 7,1/01 7,2/61 3,1/8 1,2/5,21 7,2/61
nim/m1/4 - 5,0/1,3 8,0/5 4,0/5,2 6,0/4 1/3,6 5,0/1,3 8,0/5 3,1/8 5,0/1,3 8,0/5 3,1/8 6,0/4 1/3,6 3,1/8
rotomtsiohniaMeziS
21/2B...HBK - 041 061 521 041 061 521 041 061 521 041 061 521 041 061
epytrotoM tinudeepsorcimlacinahcem01FdnatsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 4 3,6 01 5 8 5,21 3,6 01 )¹61 3,6 01 )¹61 8 5,21 )¹61
nim/m1/4 2 1,3 5 5,2 4 3,6 1,3 5 8 1,3 5 8 4 3,6 8
deepsgnitfilpeerClacinahcem01F(
)deepsorcimgniveereporhtiw
nim/m1/2 4,0 36,0 0,1 5,0 8,0 52,1 36,0 0,1 6,1 36,0 0,1 6,1 8,0 52,1 6,1
nim/m1/4 2,0 13,0 5,0 52,0 4,0 36,0 13,0 5,0 8,0 13,0 5,0 8,0 4,0 36,0 8,0
rotomtsiohniaMeziS
4B...HBK 211 521 041 211 521 041 211 521 041 211 521 041 211 521 041
deepsorcimlacinahceMeziS
...GF 80 80 80 80 80
rotomgnitfilpeerc01FeziS
4B...ABK 17 08 08 17 08 08 17 08 08 17 08 08 17 08 08
egnaR 006HD
eziS 046 236 526 026 616
MEFotsmsinahcemfospuorG mB1 mA1 m2 m3 m4
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
htiw6Fgnitfilpeerc/niaMgniveerepor
nim/m1/2 - 8,0/5 3,1/8 - 0,1/3,6 7,1/01 8,0/5 3,1/8 1,2/5,21 8,0/5 3,1/8 1,2/5,21 0,1/3,6 7,1/01 7,2/61
nim/m1/4 - 4,0/5,2 6,0/4 - 5,0/1,3 8,0/5 4,0/5,2 6,0/4 1/3,6 4,0/5,2 6,0/4 1/3,6 5,0/1,3 8,0/5 3,1/8rotomtsiohniaM
eziS21/2B...HBK - 041 061 - 041 061 521 041 061 521 041 061 521 041 061
epytrotoM tinudeepsorcimlacinahcem01FdnatsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 1,3 5 8 4 3,6 01 5 8 5,21 5 8 5,21 3,6 01 )¹61
nim/m1/4 6,1 5,2 4 2 1,3 5 5,2 4 3,6 5,2 4 3,6 1,3 5 8
deepsgnitfilpeerClacinahcem01F(
)deepsorcimgniveereporhtiw
nim/m1/2 13,0 5,0 8,0 4,0 36,0 0,1 5,0 8,0 52,1 5,0 8,0 52,1 36,0 0,1 6,1
nim/m1/4 61,0 52,0 4,0 2,0 13,0 5,0 52,0 4,0 36,0 52,0 4,0 36,0 13,0 5,0 8,0
rotomtsiohniaMeziS
4B...HBK 211 521 041 211 521 041 211 521 041 211 521 041 211 521 041
deepsorcimlacinahceMeziS
...GF 80 80 80 80 80
rotomgnitfilpeerc01FeziS
4B...ABK 17 08 08 17 08 08 17 08 08 17 08 08 17 08 08
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1) Lifting speeds 1/1 and 2/2 on request
egnaR 0001HD
eziS 3601 0501 0401 2301 5201
MEFotsmsinahcemfospuorG mB1 mA1 m2 m3 m4
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 - 3,1/8 8,1/2,11 0,1/3,6 7,1/01 3,2/41 3,1/8 1,2/5,21 3/81 3,1/8 1,2/5,21 3/81 7,1/01 7,2/61 7,3/4,22
nim/m1/4 - 6,0/4 9,0/6,5 5,0/1,3 8,0/5 1,1/7 6,0/4 1/3,6 5,1/9 6,0/4 1/3,6 5,1/9 8,0/5 3,1/8 8,1/2,11
rotomtsiohniaMeziS
21/2B...HBK - 081 002 061 081 002 061 081 002 061 081 002 061 081 002
epytrotoM tinudeepsorcimlacinahcem01FdnatsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 5 8 5,21 3,6 01 )¹61 8 5,21 )¹81 8 5,21 )¹81 01 )¹61 )¹52
nim/m1/4 5,2 4 3,6 1,3 5 8 4 3,6 9 4 3,6 9 5 8 5,21
deepsgnitfilpeerC)deepsorcim.hcem01F(
gniveereporhtiw
nim/m1/2 5,0 8,0 52,1 36,0 0,1 6,1 8,0 52,1 8,1 8,0 52,1 8,1 0,1 6,1 5,2
nim/m1/4 52,0 4,0 36,0 13,0 5,0 8,0 4,0 36,0 9,0 4,0 36,0 9,0 5,0 8,0 52,1
rotomtsiohniaMeziS
B...HBK0414B
0614B
0026B
0414B
0614B
0026B
0414B
0614B
0026B
0414B
0614B
0026B
0414B
0614B
0026B
deepsorcimlacinahceMeziS
...GF 80 01 80 01 80 01 80 01 80 01
rotomgnitfilpeerc01FeziS
4B...ABK 08 09 001 08 09 001 08 09 001 08 09 001 08 09 001
egnaR 0002HD
eziS 5212 0012 0802 3602 0502
MEFotsmsinahcemfospuorG mB1 mA1 m2 m3 m4
edoC)deepsgnitfil(
1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V 1V 2V 3V
epytrotoM 6Fgnignahc-elop,gnitfilpeerc/niaM
6Fgnitfilpeerc/niaMgniveereporhtiw
nim/m1/2 6,0/4 9,0/6,5 - 8,0/5 2,1/1,7 - 0,1/3,6 5,1/9 - 0,1/3,6 5,1/9 - 3,1/8 9,1/2,11 -
nim/m1/4 3,0/2 4,0/8,2 - 4,0/5,2 6,0/6,3 - 5,0/1,3 7,0/5,4 - 5,0/1,3 7,0/5,4 - 6,0/4 9,0/6,5 -
nim/m2/2 3,1/8/2,11
8,1- 7,1/01
/2,414,2
-/5,21
1,23/81 -
/5,211,2
3/81 - 7,2/61 7,3/4,22 -
nim/m2/4 6,0/4 9,0/6,5 - 8,0/5 2,1/1,7 - 0,1/3,6 5,1/9 - 0,1/3,6 5,1/9 - 3,1/8 9,1/2,11 -
nim/m2/8 3,0/2 4,0/8,2 - 4,0/5,2 6,0/6,3 - 5,0/1,3 7,0/5,4 - 5,0/1,3 7,0/5,4 - 6,0/4 9,0/6,5 -
rotomtsiohniaMeziS
21/2B...HBK 081 002 - 081 002 - 081 002 - 081 002 - 081 002 -
epytrotoM tinudeepsorcimlacinahcem01FdnatsiohniaM
deepsgnitfilniaMgniveereporhtiw
nim/m1/2 4 3,6 8 5 8 01 3,6 01 5,21 3,6 01 5,21 8 5,21 61
nim/m1/4 2 1,3 4 5,2 4 5 1,3 5 3,6 1,3 5 3,6 4 3,6 8
nim/m2/2 8 5,21 61 01 61 02 5,21 02 52 5,21 02 52 61 52 )¹23
nim/m2/4 4 3,6 8 5 8 01 3,6 01 5,21 3,6 01 5,21 8 5,21 61
nim/m2/8 2 1,3 4 5,2 4 5 1,3 5 3,6 1,3 5 3,6 4 3,6 8
deepsgnitfilpeerClacinahcem01F(
)deepsorcimgniveereporhtiw
nim/m1/2 4,0 36,0 8,0 5,0 8,0 0,1 36,0 0,1 52,1 36,0 0,1 52,1 8,0 52,1 6,1
nim/m1/4 2,0 13,0 4,0 52,0 4,0 5,0 13,0 5,0 36,0 13,0 5,0 36,0 4,0 36,0 8,0
nim/m2/2 8,0 52,1 6,1 1 6,1 2 52,1 2 5,2 52,1 2 5,2 6,1 5,2 2,3
nim/m2/4 4,0 36,0 8,0 5,0 8,0 0,1 36,0 0,1 52,1 36,0 0,1 52,1 8,0 52,1 6,1
nim/m2/8 2,0 13,0 4,0 52,0 4,0 5,0 13,0 5,0 36,0 13,0 5,0 36,0 4,0 36,0 8,0
rotomtsiohniaMeziS
B...HBK0614B
0026B
5226B
0614B
0026B
5226B
0614B
0026B
5226B
0614B
0026B
5226B
0614B
0026B
5226B
deepsorcimlacinahceMeziS
...GF 01 01 01 01 01
rotomgnitfilpeerc01FeziS
4B...ABK 09 001 211 09 001 211 09 001 211 09 001 211 09 001 211
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DH 160 and DH 200 motor dataDesign in accordance with the VDE regulations and the design rules of the FEM, to meet the high demands made onelectric hoists.
Main hoist
Main/creep lifting F6
Main/creep lifting F4 Required supply cable conductor cross-sections and fuse links
eziS )1zH05rofesufyalednoitcennocsniaM pordegatlov%5rofsenilylppuS ∆ ItnerrucgnitratsdnaU A )2zH05rof
V032 V004 V005 (V032 ∆ )V5,11U (V004 ∆ )V02U (V005 ∆ )V52U
HMK A A A ²mm m ²mm m ²mm m
8/2B09 61 01 01 5,1 02 5,1 06 5,1 911
8/2B001 61 61 01 5,2 62 5,1 74 5,1 57
8/2B211 53 02 61 5,2 61 5,1 03 5,1 74
eziSfopuorGsminahcem
MEFot
P FDC% n h/stratS ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕN ϕAHMK Wk mpr IN )A( IA )A( IN )A( IA )A( IN )A( IA )A(
2B001 m2,mA1 3 04 0182 042 2,31 96 6,7 04 1,6 23 8,0 87,0
eziS )1zH05rofesufyalednoitcennocsniaM pordegatlov%5rofsenilylppuS ∆ ItnerrucgnitratsdnaU A )2zH05rof
V032 V004 V005 (V032 ∆ )V5,11U (V004 ∆ )V02U (V005 ∆ )V52U
HMK A A A ²mm m ²mm m ²mm m
2B001 53 02 02 5,2 51 5,1 82 5,1 84
1) Fuse links also apply in conjunction with a cross-travel motor.2) The lengths of the supply lines are calculated on the basis of an earth-loop impedance of 200 mΩ.
eziS )1zH05rofesufyalednoitcennocsniaM pordegatlov%5rofsenilylppuS ∆ ItnerrucgnitratsdnaU A )2zH05rof
V032 V004 V005 (V032 ∆ )V5,11U (V004 ∆ )V02U (V005 ∆ )V52U
HMK A A A ²mm m ²mm m ²mm m
21/2B211 53 02 61 5,2 61 5,1 03 5,1 74
eziS .oNfo
selop
fopuorGsmsinahcem
MEFot
P FDC% n h/stratS ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕN ϕAHMK Wk mpr IN )A( IA )A( IN )A( IA )A( IN )A( IA )A(
8/2B092
mA1m3,m2
7,1 04 0082 021 9,6 13 4 1,81 2,3 4,41 9,0 28,0
8 24,0 02 046 042 4 8,7 3,2 5,4 8,1 6,3 6,0 57,0
8/2B0012 5,2 04 0272 021 7,01 54 2,6 62 9,4 12 68,0 97,0
8 26,0 02 026 042 3,5 7,01 3 2,6 4,2 9,4 56,0 27,0
8/2B2112
m2,mA14 52 0772 08 4,71 38 01 84 8 83 28,0 86,0
8 79,0 51 076 061 7,01 12 2,6 4,21 9,4 9,9 5,0 86,0
eziS .oNfo
selop
fopuorGsmsinahcem
MEFot
P FDC% n h/stratS ItnerrucdetaR N Itnerrucgnitratsdna A zH05rofsoc soc
V032 V004 V005 ϕN ϕAHMK Wk mpr IN )A( IA )A( IN )A( IA )A( IN )A( IA )A(
21/2B2112
m2,mA14 52 0772 08 3,71 38 01 84 8 83 28,0 86,0
21 75,0 51 073 061 3,9 7,41 3,5 5,8 3,4 8,6 74,0 75,0
172033
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703
DH 160 and DH 200 motor data
EKDH travel motor (40 % CDF)PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V032
Wk mpr mN A mN mgk 2 h 1- mN gK
300B4A17FBZ 81,0 0531 52,1 00,1 96,0 02,3 07,2 8,2 09600,0 007 9,1 2,21
020B4A08FBZ 52,0 0231 08,1 06,1 37,0 07,2 06,2 0,4 57210,0 056 3,3 5,91
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V004
Wk mpr mN A mN mgk 2 h 1- mN gK
300B4A17FBZ 81,0 0531 52,1 06,0 96,0 02,3 07,2 8,2 09600,0 007 9,1 2,21
020B4A08FBZ 52,0 0231 08,1 09,0 37,0 07,2 06,2 0,4 57210,0 056 3,3 5,91
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V005
Wk mpr mN A mN mgk 2 h 1- mN gK
300B4A17FBZ 81,0 0531 52,1 84,0 96,0 02,3 07,2 8,2 09600,0 007 9,1 2,21
020B4A08FBZ 52,0 0231 08,1 27,0 37,0 07,2 06,2 0,4 57210,0 056 3,3 5,91
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V032
Wk mpr mN A mN mgk 2 h 1- mN gK
300B4/8A17FBZ90,0 056 03,1 04,1 56,0 05,1 59,1 4,2
09600,0026
9,1 2,2181,0 0731 52,1 52,1 36,0 56,2 02,2 5,2 004
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V004
Wk mpr mN A mN mgk 2 h 1- mN gK
300B4/8A17FBZ90,0 056 03,1 08,0 56,0 05,1 59,1 4,2
09600,0026
9,1 2,2181,0 0731 52,1 27,0 36,0 56,2 02,2 5,2 004
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V005
Wk mpr mN A mN mgk 2 h 1- mN gK
300B4/8A17FBZ90,0 056 03,1 46,0 56,0 05,1 59,1 4,2
09600,0026
9,1 2,2181,0 0731 52,1 85,0 36,0 56,2 02,2 5,2 004
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V032
Wk mpr mN A mN mgk 2 h 1- mN gK
300B2/8A17FBZ90,0 576 52,1 3,1 16,0 06,1 07,2 5,2
09600,0026
9,1 2,2143,0 5872 51,1 7,1 37,0 05,3 06,2 5,2 005
020B2/8A08FBZ31,0 036 59,1 1,2 46,0 02,1 01,2 5,3
57210,0026
3,3 5,9105,0 0972 07,1 4,2 37,0 05,4 06,2 0,4 005
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V004
Wk mpr mN A mN mgk 2 h 1- mN gK
300B2/8A17FBZ90,0 576 52,1 67,0 16,0 06,1 07,2 5,2
09600,0026
9,1 2,2143,0 5872 51,1 00,1 37,0 05,3 06,2 5,2 005
020B2/8A08FBZ31,0 036 59,1 02,1 46,0 02,1 01,2 5,3
57210,0026
3,3 5,9105,0 0972 07,1 04,1 37,0 05,4 06,2 0,4 005
18 2033
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703
EUDH 160 travel motor for trolley size 3,2, 2/1, 4/2 and 4/1 rope reevingEUDH 200 travel motor for trolley size 3,2, 2/1 and 4/2 rope reeving
DH 160 and DH 200 motor data
EUDH 200 travel motor for trolley size 5, 4/1 rope reeving
EKDH travel motor (40 % CDF)
EKDH 200 travel motor for trolley size 5, 4/1 rope reeving (15/40 % CDF)
Example for calculating the cross sections of the conductors of cables exceedingthe length indicated in the table:
KMH 100 B 2/8, 230 V required length 40 m
mm² 426
40 x2,5cableof length known
length required xsection rossc known==
eziS fo.oNselop
P FDC% n ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕN ϕAWk mpr I N )A( I A )A( I N )A( I A )A( I N )A( I A )A(
2FKP6/31 2 3,0 04 0482 5,1 8,8 58,0 5 86,0 4 87,0 8,0
4FKP6/31 4 2,0 04 0231 1,1 3 26,0 7,1 94,0 4,1 68,0 88,0
8FKP6/31 8 1,0 04 017 6,1 7,3 59,0 1,2 86,0 5,1 05,0 27,0
2/8FKP6/318 70,0 04 086 3,1 6,2 47,0 5,1 35,0 1,1 75,0 68,0
2 72,0 04 0092 8,1 6,8 1,1 0,5 67,0 6,3 17,0 68,0
4/21FKP6/3121 50,0 02 054 2,2 8,2 3,1 6,1 19,0 2,1 66,0 28,0
4 71,0 04 0441 8,1 2,6 1,1 6,3 67,0 8,2 55,0 68,0
eziS P FDC% n ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕ N ϕ AWk mpr )A(NI )A(AI )A(NI )A(AI )A(NI )A(AI
4A08FMK 23,0 04 0531 7,1 5,5 59,0 1,3 67,0 5,2 47,0 28,0
2/8A08FMK 5,0/31,0 04 0172/0360,25,2
3,39,9
1,14,1
9,17,5
19,01,1
5,16,4
17,088,0
48,048,0
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V005
Wk mpr mN A mN mgk 2 h 1- mN gK
300B2/8A17FBZ90,0 576 52,1 16,0 16,0 06,1 07,2 5,2
09600,0026
9,1 2,2143,0 5872 51,1 08,0 37,0 05,3 06,2 5,2 005
020B2/8A08FBZ31,0 036 59,1 69,0 46,0 02,1 01,2 5,3
57210,0026
3,3 5,9105,0 0972 07,1 01,1 37,0 05,4 06,2 0,4 005
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V032
Wk mpr mN A mN mgk 2 h 1- mN gK
020B4/21A08FBZ60,0 514 04,1 06,2 17,0 00,1 04,2 0,3
57210,0026
3,3 5,9152,0 0831 57,1 07,1 46,0 08,2 01,2 6,3 083
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V004
Wk mpr mN A mN mgk 2 h 1- mN gK
020B4/21A08FBZ60,0 514 04,1 05,1 17,0 00,1 04,2 0,3
57210,0026
3,3 5,9152,0 0831 57,1 79,0 46,0 08,2 01,2 6,3 083
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V005
Wk mpr mN A mN mgk 2 h 1- mN gK
020B4/21A08FBZ60,0 514 04,1 02,1 17,0 00,1 04,2 0,3
57210,0026
3,3 5,9152,0 0831 57,1 87,0 46,0 08,2 01,2 6,3 083
192033
41k1
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/140
703
Main/creep lifting F6 Required supply cable conductor cross sections and fuse links
DH 300 – DH 2000 motor dataDesign in accordance with the VDE regulations and the design rules of the FEM, to meet the high demands made onelectric hoists.
eziS )2zH05rofesufyalednoitcennocsniaM pordegatlov%5rofsenilylppuS ∆ ItnerrucgnitratsdnaU A )4zH05rof
V032 V004 V005 (V032 ∆ )V5,11U (V004 ∆ )V02U (V005 ∆ )V52U
HBK A A A ²mm m ²mm m ²mm m
21/2B211 52 02 02 5,2 61 5,1 92 5,1 64
21/2B521 05 52 52 4 81 5,1 02 5,1 23
21/2B041)1
08 05 056)1
41)3
5,2)1
615,2)1
32
21/2B061)1
08 05 0501)1
814)1
444)1
06
21/2B081)1
521 08 0861)1
42)3
6)1
126)1
33
21/2B002)1
- 001 00152)1
-01)1
1301)1
25
1) Only use motors with starting and braking circuitry. Voltage drop may then be 10 %. (See functiondescription 202 708 44 (714 IS 952)
2) Fuse links also apply in conjunction with a cross-travel motor.3) Earth-loop impedance of 100 m Ω required.4) The lengths of the supply lines are calculated on the basis of an earth-loop impedance of 200 m Ω.
eziS .oNfo
selop
fopuorGsmsinahcem
MEFot
P FDC% n h/stratS ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕN ϕAHBK Wk mpr I N )A( I A )A( I N )A( I A )A( I N )A( I A )A(
21/2B211
2 mB1m2,mA1
6,3 52 0472 08 9,41 38 6,8 84 8,6 83 48,0 96,0
21 15,0 51 014 061 9,8 41 1,5 1,8 1,4 5,6 74,0 75,0
2m4,m3
9,2 04 0082 021 4,21 38 1,7 84 7,5 83 08,0 96,0
21 34,0 02 024 042 9,8 41 1,5 1,8 1,4 5,6 54,0 75,0
21/2B521
2 mB1m2,mA1
6,4 52 0782 08 22 421 5,21 17 01 75 47,0 76,0
21 86,0 51 034 061 2,41 12 2,8 4,21 5,6 9,9 14,0 15,0
2m4,m3
6,3 04 0982 021 02 421 6,11 17 3,9 75 86,0 76,0
21 35,0 02 054 042 41 12 1,8 4,21 5,6 9,9 83,0 15,0
21/2B041)1
2 mB1m2,mA1
1,7 52 0782 08 63 381 12 501 7,61 48 07,0 56,0
21 1,1 51 044 061 72 53 7,51 02 5,21 61 04,0 05,0
2m4,m3
7,5 04 0092 021 13 381 1,81 501 4,41 48 26,0 56,0
21 58,0 02 064 042 72 53 7,51 02 5,21 61 63,0 05,0
21/2B061)1
2 mB1m2,mA1
4,11 52 0782 08 34 842 52 341 8,91 411 88,0 16,0
21 7,1 51 064 061 82 55 2,61 13 9,21 52 63,0 35,0
2m4,m3
3,9 04 0092 021 63 842 12 341 7,61 411 68,0 16,0
21 4,1 02 074 042 82 55 2,61 13 9,21 52 23,0 35,0
21/2B081)1
2 mB1m2,mA1
8,71 52 0782 08 37 804 24 532 33 881 48,0 06,0
21 6,2 51 064 061 53 46 02 73 61 03 63,0 84,0
2m4,m3
2,41 04 0092 021 16 804 53 532 82 881 08,0 06,0
21 1,2 02 574 042 33 46 91 73 2,51 03 13,0 84,0
21/2B002)1
2 mB1m2,mA1
52 52 0292 08 39 595 35 243 34 472 48,0 05,0
21 7,3 51 074 061 14 48 42 84 91 93 73,0 05,0
2m4,m3
02 04 0392 021 97 595 64 243 63 472 18,0 05,0
21 3 02 574 042 83 48 22 84 5,71 93 23,0 05,0
20 2033
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Main hoist
DH 300 – DH 2000 motor data
eziS )1zH05rofesufyalednoitcennocsniaM pordegatlov%5rofsenilylppuS ∆ ItnerrucgnitratsdnaU A )3zH05rof
V032 V004 V005 (V032 ∆ )V5,11U (V004 ∆ )V02U (V005 ∆ )V52U
HBK A A A ²mm m ²mm m ²mm m
4B001 53 02 02 5,2 81 5,1 23 5,1 05
4B211 05 52 52 4 81 5,1 32 5,1 63
4B521 36 53 53 6 61 5,2 23 5,1 02
4B041 001 36 36 0122)2
4 51 4 32
4B061 521 08 08 5283)2
6 12 6 33
6B002 - 521 001 - - 61 23 01 25
6B522 - 061 521 - - 52 11 61 85
eziS fopuorGsmsinahcem
MEFot
P FDC% n h/stratS ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕN ϕAHBK Wk mpr I N )A( I A )A( I N )A( I A )A( I N )A( I A )A(
4B001
mB1m2,mA1
6,3 04 0041 042 2,81 17 5,01 14 4,8 33 27,037,0
m4,m3 3,2 06 0341 063 7,51 17 9 14 2,7 33 26,0
4B211
mB1m2,mA1
6,4 04 0241 042 32 601 3,31 16 6,01 94 86,086,0
m4,m3 6,3 06 0441 063 12 601 4,21 16 9,9 94 66,0
4B521
mB1m2,mA1
1,7 04 0141 042 33 531 91 87 2,51 26 87,056,0
m4,m3 7,5 06 0241 063 03 531 1,71 87 7,31 26 67,0
4B041
mB1m2,mA1
4,11 04 0241 042 35 842 03 341 42 411 27,095,0
m4,m3 3,9 06 0441 063 54 842 62 341 12 411 86,0
4B061
mB1m2,mA1
8,71 04 0441 042 67 524 44 442 53 591 87,085,0
m4,m3 2,41 06 0541 063 46 524 73 442 03 591 57,0
6B002
mB1m2,mA1
5,82 04 559 042 911 694 86 582 55 822 17,064,0
m4,m3 5,22 06 569 063 99 694 75 582 64 822 66,0
6B522
mB1m2,mA1
04 04 079 042 751 067 09 734 27 053 97,006,0
m4,m3 23 06 579 063 231 067 67 734 16 053 67,0
1) Fuse links also apply in conjunction with a creep lifting or cross-travel motor.2) Earth-loop impedance of 100 m Ω required.3) The lengths of the supply lines are calculated on the basis of an earth-loop impedance of 200 m Ω.
212033
41k1
.p65
/140
703
F 10 microspeed unit
DH 300 – DH 2000 motor data
EUDH, EKDH travel motor data (40 % CDF)
eziS fospuorGsmsinahcem
MEFot
P FDC% n h/stratS ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕN ϕAABK Wk mpr I N )A( I A )A( I N )A( I A )A( I N )A( I A )A(
4B17
mB1m2,mA1
38,0 52 0131 042 6,4 7,31 7,2 9,7 1,2 3,6 57,077,0
m4,m3 27,0 04 0431 063 3,4 7,31 5,2 9,7 0,2 3,6 07,0
4B08
mB1m2,mA1
5,1 52 0431 042 9,7 62 6,4 1,51 6,3 1,21 37,077,0
m4,m3 3,1 04 0731 063 3,7 62 2,4 1,51 3,3 1,21 86,0
4B09
mB1m2,mA1
3,2 52 5631 042 4,11 14 6,6 42 2,5 91 47,017,0
m4,m3 0,2 04 0931 063 2,01 14 9,5 42 7,4 91 07,0
4B001
mB1m2,mA1
5,3 52 5041 042 5,61 17 5,9 14 6,7 33 27,037,0
m4,m3 0,3 04 0241 063 2,51 17 7,8 14 0,7 33 86,0
4B211
mB1m2,mA1
2,5 52 0141 042 32 601 5,31 16 8,01 94 57,086,0
m4,m3 5,4 04 5241 063 12 601 1,21 16 7,9 94 07,0
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V032
Wk mpr mN A mN mgk 2 h 1- mN gK
2/8A36FBZ 300B60,0 576 58,0 51,1 95,0 04,1 02,2 7,1
95400,0027
4,1 0152,0 5472 78,0 56,1 17,0 56,2 01,2 5,1 055
300B2/8A17FBZ90,0 576 52,1 03,1 16,0 06,1 07,2 5,2
09600,0026
9,1 2,2143,0 5872 51,1 57,1 37,0 05,3 06,2 5,2 005
020B2/8A08FBZ31,0 036 59,1 01,2 46,0 02,1 01,2 5,3
57210,0026
3,3 5,9105,0 0972 07,1 04,2 37,0 05,4 06,2 0,4 005
020B2/8B09FBZ02,0 096 08,2 06,2 05,0 59,1 05,2 5,6
96120,0085
4,4 2,8208,0 5672 08,2 00,4 97,0 06,3 04,2 2,6 054
050B2/8A001FBZ92,0 586 00,4 07,3 05,0 08,1 05,2 0,9
29030,0064
3,8 5302,1 0672 02,4 06,5 28,0 00,4 05,2 5,9 053
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V004
Wk mpr mN A mN mgk 2 h 1- mN gK
2/8A36FBZ 300B60,0 576 58,0 66,0 95,0 04,1 02,2 7,1
95400,0027
4,1 0152,0 5472 78,0 59,0 17,0 56,2 01,2 5,1 055
300B2/8A17FBZ90,0 576 52,1 67,0 16,0 06,1 07,2 5,2
09600,0026
9,1 2,2143,0 5872 51,1 00,1 37,0 05,3 06,2 5,2 005
020B2/8A08FBZ31,0 036 59,1 02,1 46,0 02,1 01,2 5,3
57210,0026
3,3 5,9105,0 0972 07,1 04,1 37,0 05,4 06,2 0,4 005
020B2/8B09FBZ02,0 096 08,2 05,1 05,0 59,1 05,2 5,6
96120,0085
4,4 2,8208,0 5672 08,2 03,2 97,0 06,3 04,2 2,6 054
050B2/8A001FBZ92,0 586 00,4 01,2 05,0 08,1 05,2 0,9
29030,0064
3,8 5302,1 0672 02,4 02,3 28,0 00,4 05,2 5,9 053
22 2033
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/140
703
Example for calculating the cross sections of the conductors of cables exceedingthe length indicated in the table:
KBH 112 B 2/12, 230 V required length 25 m
EUDH 300/400 travel motor for trolley size 5, 2/1and 4/2 rope reeving
DH 300 – DH 2000 motor data
EUDH, EKDH travel motor (40 % CDF)
EKDH 300/400 travel motor for trolley size 5, 2/1and 4/2 rope reeving (15/40 % CDF)
eziS P FDC% n ItnerrucdetaR N Itnerrucgnitratsdna A zH05rof soc soc
V032 V004 V005 ϕ N ϕ AWk mpr )A(NI )A(AI )A(NI )A(AI )A(NI )A(AI
4A08FMK 23,0 04 0531 7,1 5,5 59,0 1,3 67,0 5,2 47,0 28,0
2/8A08FMK 5,0/31,0 04 0172/0360,25,2
3,39,9
1,14,1
9,17,5
19,01,1
5,16,4
17,088,0
48,048,0
mm² 416
25 x 2,5cable of length known
length required x section rossc known==
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V005
Wk mpr mN A mN mgk 2 h 1- mN gK
2/8A36FBZ 300B60,0 576 58,0 35,0 95,0 04,1 02,2 7,1
95400,0027
4,1 0152,0 5472 78,0 67,0 17,0 56,2 01,2 5,1 055
300B2/8A17FBZ90,0 576 52,1 16,0 16,0 06,1 07,2 5,2
09600,0026
9,1 2,2143,0 5872 51,1 08,0 37,0 05,3 06,2 5,2 005
020B2/8A08FBZ31,0 036 59,1 69,0 46,0 02,1 01,2 5,3
57210,0026
3,3 5,9105,0 0972 07,1 01,1 37,0 05,4 06,2 0,4 005
020B2/8B09FBZ02,0 096 08,2 02,1 05,0 59,1 05,2 5,6
96120,0085
4,4 2,8208,0 5672 08,2 58,1 97,0 06,3 04,2 2,6 054
050B2/8A001FBZ92,0 586 00,4 07,1 05,0 08,1 05,2 0,9
29030,0064
3,8 5302,1 0672 02,4 06,2 28,0 00,4 05,2 5,9 053
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V032
Wk mpr mN A mN mgk 2 h 1- mN gK
020B4/21A08FBZ60,0 514 04,1 07,2 17,0 00,1 04,2 0,3
57210,0026
3,3 5,9152,0 0831 57,1 07,1 46,0 08,2 01,2 6,3 083
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V004
Wk mpr mN A mN mgk 2 h 1- mN gK
020B4/21A08FBZ60,0 514 04,1 05,1 17,0 00,1 04,2 0,3
57210,0026
3,3 5,9152,0 0831 57,1 79,0 46,0 08,2 01,2 6,3 083
PN nN MN IN soc ϕ N IA I/ N MA M/ N MH J tom A M dtsB thgieW
eziS V005
Wk mpr mN A mN mgk 2 h 1- mN gK
020B4/21A08FBZ60,0 514 04,1 02,1 17,0 00,1 04,2 0,3
57210,0026
3,3 5,9152,0 0831 57,1 87,0 46,0 08,2 01,2 6,3 083
232033
41k1
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/140
703
DH 160, DH 200, DH 300, DH 400 hoist weights
Variable speed travel drive
EUDH/EKDH travel motorIndrive motor key data at 400 V, 87 Hz, approx. 2500 rpm, 100 % CDF
eziS evirdnI PN nN MN IN soc ϕ N MH M/ N J tom ekarB
ezisekarB M dtsBeziS Wk mpr mN A mgk 2 01· 3-
4A17IBZ 500DNI 44,0 0052 7,1 8,1 95,0 6,1 15,0 700B mN4,3
4B17IBZ 500DNI 46,0 0942 5,2 7,2 35,0 6,1 16,0 700B mN1,5
4A08IBZ 500DNI 69,0 0252 6,3 3 46,0 6,1 94,1 700B mN6,7
4B08IBZ 500DNI 53,1 0252 1,5 2,4 16,0 6,1 65,1 020B mN01
4A09IBZ 500DNI 59,1 0152 0 4,7 0 9,4 47,0 6,1 50,2 020B 0 mN61
4B09IBZ 700DNI 7,2 0352 2,01 6 97,0 6,1 37,4 020B 0 mN02
gniveerepoR 1/1 1/2 2/4 1/4AepyT gniveerepoR 1/1 1/2 2/4 1/4AepyT
egnaR ezisrotoM eziS egnaR ezisrotoM eziS
HD 561-861 561-861 561-861 561-861 HD 802-212 802-212 802-212 802-212
21H061HD HMK
09 - 331 - -
01H002HD HMK
- - - - -
001 131 241 - 561 001 331 731 - 271
211 141 251 - 571 211 341 741 - 281
91H061HD HMK
09 - 841 251 -
61H002HD HMK
- - - - -
001 541 551 951 871 001 841 151 161 581
211 551 561 961 881 211 851 161 171 591
gniveerepoR 1/1 1/2 2/4 1/4AepyT
egnaR ezisrotoM eziS
HD 803-023 013-023 803 013-023 803 013-023 803
21H003HD HBK
001 091 002 512 022 042 532 572
211 502 512 032 532 552 052 092
521 022 032 542 052 072 562 503
041 072 062 572 082 003 592 533
02H003HD HBK
001 512 522 042 052 072 062 003
211 032 042 552 562 582 572 513
521 542 552 072 082 003 092 033
041 592 582 003 013 033 023 063
tinudeepsorcimlacinahcemfothgieW60GF htiw 80GF-gk81=17ABK htiw 80GF-gk05=17ABK htiw gk55=08ABK
gniveerepoR 1/1 1/2 2/4 1/4AepyT
egnaR ezisrotoM eziS
HD 014-524 214-524 014 214-524 014 214-524 014
21H004HD HBK
001 091 002 512 022 042 532 572
211 502 512 032 532 552 052 092
521 022 032 542 052 072 562 503
041 072 062 572 082 003 592 533
02H004HD HBK
001 512 522 042 052 072 062 003
211 032 042 552 562 582 572 513
521 542 552 072 082 003 092 033
041 592 582 003 013 033 023 063
tinudeepsorcimlacinahcemfothgieW60GF htiw 80GF-gk81=17ABK htiw 80GF-gk05=17ABK htiw gk55=08ABK
24 2033
41k1
.p65
/140
703
DH 500 and DH 600 hoist weights
gniveerepoR 1/1 1/2 2/4 1/4AepyT 1/4BepyT
egnaR ezisrotoM eziS
HD 215-235 615-235 215 615-235 215 615-235 215 615-235 215
21H005HD HBK
211 003 592 533 013 543 573 054 - -
521 023 513 553 033 563 593 074 - -
041 053 543 583 063 593 524 005 - -
061 024 514 554 034 564 594 075 - -
02H005HD HBK
211 043 533 573 533 073 004 574 - -
521 063 553 593 553 093 024 594 - -
041 093 583 524 583 024 054 525 - -
061 064 554 594 554 094 025 595 - -
04H005HD HBK
211 064 554 594 554 094 - - 025 595
521 084 574 515 574 015 - - 045 516
041 015 505 545 505 045 - - 075 546
061 085 575 516 575 016 - - 046 517
25H005HD HBK
211 525 025 065 025 555 - - 585 066
521 545 045 085 045 575 - - 506 086
041 575 075 016 075 506 - - 536 017
061 546 046 086 046 576 - - 507 087
tinudeepsorcimlacinahcemfothgieWgk05=17ABKhtiw80GFgk55=08ABKhtiw80GF
gniveerepoR 1/1 1/2 2/4 1/4AepyT 1/4BepyT
egnaR ezisrotoM eziS
HD 616-236 026-046 616 026-046 616 026-046 616 026-046 616
21H006HD HBK
211 003 592 533 013 543 573 054 - -
521 023 513 553 033 563 593 074 - -
041 053 543 583 063 593 524 005 - -
061 024 514 554 034 564 594 075 - -
02H006HD HBK
211 043 533 573 533 073 004 574 - -
521 063 553 593 553 093 024 594 - -
041 093 583 524 583 024 054 525 - -
061 064 554 594 554 094 025 595 - -
04H006HD HBK
211 064 554 594 554 094 - - 025 595
521 084 574 515 574 015 - - 045 516
041 015 505 545 505 045 - - 075 546
061 085 575 516 575 016 - - 046 517
25H006HD HBK
211 525 025 065 025 555 - - 585 066
521 545 045 085 045 575 - - 506 086
041 575 075 016 075 506 - - 536 017
061 546 046 086 046 576 - - 507 087
tinudeepsorcimlacinahcemfothgieWgk05=17ABKhtiw80GFgk55=08ABKhtiw80GF
252033
41k1
.p65
/140
703
DH 1000 and DH 2000 hoist weights
gniveerepoR 1/1 1/2 2/4 1/4AepyT 1/4BepyT
egnaR ezisrotoM eziS
HD 5201-3601 2301-3601 5201 2301-3601 5201 2301-3601 5201 2301-3601 5201
61H0001HD HBK
041 566 586 007 027 567 528 098 - -
061 537 557 077 097 538 598 069 - -
081 508 528 048 068 509 569 0301 - -
002 568 588 069 029 569 5201 0901 - -
42H0001HD HBK
041 557 577 097 018 558 019 589 019 589
061 528 548 068 088 529 089 5501 089 5501
081 598 519 039 059 599 0501 5211 0501 5211
002 559 579 099 0101 5501 0111 5811 0111 5811
04H0001HD HBK
041 559 579 099 0101 5501 - - 0111 5811
061 5201 5401 0601 0801 5211 - - 0811 5521
081 5901 5111 0311 0511 5911 - - 0521 5231
002 5511 5711 0911 0121 5521 - - 0131 5831
15H0001HD HBK
041 5701 5901 0111 0311 5711 - - 0321 5031
061 5411 5611 0811 0021 5421 - - 0031 5731
081 5121 5321 0521 0721 5131 - - 0731 5441
002 5721 5921 0131 0331 5731 - - 0341 5051
tinudeepsorcimlacinahcemfosthgieWgk55=08ABKhtiw80GF
gk061=09ABKhtiw01GFgk681=001ABKhtiw01GF
gniveerepoR 1/1 1/2 2/4 1/4AepyT 1/4BepyT
egnaR ezisrotoM eziS
HD 3602-5212 0802-5212 0502-3602 3602-5212 0502 0802-5212 0502-3602 0802-5212 0502-3602
81H0002HD HBK
061 5511 5031 0331 5031 5731 0851 5461 - -
081 5321 5831 0141 5831 5541 0661 5271 - -
002 0031 0541 5741 0541 0251 5271 0971 - -
522 5041 5551 0751 5551 5261 0381 5981 - -
72H0002HD HBK
061 5431 5941 0251 0051 0751 0081 5681 0081 5681
081 5241 5751 0061 0851 0561 0881 5491 0881 5491
002 0941 0461 5661 5461 5171 5491 0102 5491 0102
522 5951 5471 0771 0571 5281 0502 5112 0502 5112
74H0002HD HBK
061 5271 5781 0091 5881 5591 - - 0512 5122
081 5081 5591 0891 5691 5302 - - 0322 5922
002 0781 0202 5402 0302 0012 - - 5922 0632
522 5791 0212 0512 5312 5022 - - 0042 5642
tinudeepsorcimlacinahcemfosthgieW01GF htiw ABK gk061=0901GF htiw gk681=001ABK01GF htiw ABK =211 gk212
26 2033
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703
22
33
1
3
21 1
Mounting flangeposition C
Mounting flangeposition A
Code numberCode number
Terminal boxMain hoist motor
41443144.eps 41443344.eps
2
3
1
2
11
2
33
Looking at main hoist motor end faces
33
1
2
1
3
1
2 2
3
1
3
1
2
1
2
2
3
Code number Code number
41443444.eps41443244.eps
Mounting flangeposition D
Mounting flangeposition B
Fig. 5
Mounting flange positions and rope lead-offs
41111144.eps
5
4
Fig. 6
Demag hoist unit with rope guide Demag hoist unit without rope guide
Special rope lead-offs 4 and 5 (on request)
Rope lead-off 2 or 3 possible (dimensions on request).
egnaR ffo-daelepoR ngisedlaicepS
ffo-daelepoR
1 2 3
1α 1β 2α 2β 3α 3β
002/061HD °02 °82 °02 °81 °02 °21
004/003HD
°02 °52
°32 °11 °12 °9
006/005HD °32 °01 °12 °8
0001HD °02 °31 °02 °8
0002HD °02 °51 °02 °0
egnaR ffo-daelepoR
1 2 3
1α 1β 2α 2β 3α 3β
002/061HD °02 °05 °52 °51 °06 °01
003HD004HD
21H°22 °75 °43 °61 °66 °11
02H
005HD006HD
21H
°42
°05
°53
°21
°17 °902H
005HD04H
°53 °225H
0001HD
61H
°52 °54
°83°51
°66 °942H
°4304H°3
15H
0002HD
81H
°22°95
°33 °91 °26 °072H
74H °25
Remove suspension from DH 300-DH 400 at this point (if necessary).
Pay attention to mountingposition provided on DH160, DH 200, DH 2000.
Welded suspension only forDH 300-DH 400 andDH 500-DH 2000 4/1
DH 160 – H19 and DH 200 – H16 4/1
272033
41k1
.p65
/140
703
eziS egnaR 7b
6
1/4003HD
3411/4004HD
1/2005HD
1/2006HD
01
1/4005HD
5611/4006HD
1/20001HD
Fig. 7 40134144.eps
0
2
31
Standard
1) Other gear ratios on application2) For 6-pole main hoist motor i = 15
Model code for ordering a mechanical microspeed unit
Dimensions for fitting end stops on runways
End stop cpl.part no. 963 360 44
Part no. 963 362 44Part no. 963 362 44
End stop cpl.part no. 963 360 44
KDHUDH
End stops must be fitted at both ends of the runway
Fig. 8 41904044.eps 41903944.eps
Mounting flange positions and rope lead-offs
eziS egnaR 7b
6
1/4003HD
5,0711/4004HD
1/2005HD
1/2006HD
01
1/4005HD
0021/4006HD
1/20001HD
noitacolxoblanimreTegnalfgnitnuoM
noitisop
1H A
0H B
3H C
2H D
xobraeG mrofcisaBlanimretrotomtsiohniaM
noitacolxoblanimretrotomdeepsorciM
noitacolxoboitarraeG )1
..GF - 0U - 1H - 1F / )201
..GF - 1U - 0H - 0F / )201
..GF - 2U - 1H 1F / )201
..GF 3U 0H - 0F / )201
Indication of position of terminal boxes for main/creep lifting motor (mechanicalmicrospeed).
Four different mounting positions A, B, C and D and three rope lead-offs 1, 2 and 3can be obtained by rotating the hoist unit about its longitudinal axis (see fig. 7).
The position of the motor terminal box can be changed, staggered at 90°.
If the mounting flange position is altered, it must be ensured that the code numberstamped into the gearbox casing (gear ratio) always points upwards (see fig. 7).
Only then do we guarantee that the gearbox is vented properly.
The position is indicated by the codenumbers 0 – 1 – 2 – 3, ascending inanti-clockwise direction when looking atthe motor end face.
The position must be indicated in ac-cordance with the selected mountingflange position A, B, C or D.
b7
28 2033
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/140
703
Approximate counterweight box fillings for EKDH trolleys
Counterweight box filling for EKDH 300 – EKDH 1000 trolleys
KDH low headroom monorail trolleys feature a counterweight box with cover.
The counterweight boxes are supplied empty.
Fill the counterweight box with scrap when fitting the trolley.
The quantity depends on the flange width and the trolley drive arrangement.
KDH monorail trolleys must be balanced exactly. Refer to the table below for thecounterweight.
eziS egnaR gniveerepoR ezisrotoMhtdiwegnalF gnillifxobthgiewretnuoC
]mm[b ]gk[.xorppa
6
21H003HD21H004HD
1/4
001HBK001 54
503 51
211HBK001 55
503 02
521HBK001 06
503 52
041HBK001 08
503 04
02H003HD02H004HD
001HBK001 06
503 52
211HBK001 07
503 03
521HBK001 57
503 53
041HBK001 59
503 05
21H005HD21H006HD
2/4,1/2
211HBK001 58
503 04
521HBK001 59
503 05
041HBK001 011
503 06
061HBK001 041
503 58
02H005HD02H006HD
211HBK001 501
503 55
521HBK001 511
503 56
041HBK001 031
503 57
061HBK 001 551
503 59
292033
41k1
.p65
/140
703
eziS egnaR gniveerepoR ezisrotoMhtdiwegnalF gnillifxobthgiewretnuoC
]mm[b ]gk[.xorppa
01
21H005HD21H006HD
1/4
211HBK001 08
503 03
521HBK001 09
503 04
041HBK001 001
503 05
061HBK001 031
503 57
02H005HD02H006HD
211HBK001 59
503 54
521HBK001 501
503 55
041HBK001 511
503 56
061HBK001 051
503 09
01
61H0001HD
2/4,1/2
041HBK011 062
503 002
061HBK011 003
503 042
081HBK011 033
503 062
002HBK011 063
503 092
42H0001HD
041HBK011 503
503 042
061HBK011 033
503 062
081HBK011 073
503 003
002HBK011 004
503 533
04H0001HD
041HBK011 004
503 533
061HBK011 054
503 073
081HBK011 074
503 093
002HBK011 005
503 024
When a standard type U0 or U2 microspeed unit is fitted, the counterweight box filling should be increasedby 50 % of the weight of the unit, and by 80 % of the weight of the unit for the standard type U1.
30 2033
41k1
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703
DH hoist mounting positionsTables and diagrams of mounting positions in flange position A and rope lead-off 1.
1) Acc. to VDI guideline 2230-07/1986, rigid connection with clamping length lk /bolt diameter d ≥ 2, µ = 0,14individual verification required in the case of deviations.
2) Hoist type A and B (see pages 32 – 45)
Possible reevings are marked with an x in the table.Mounting positions with other rope lead-offs on request.
Mounting position 1 Mounting position 3Mounting position 2 Mounting position 4
40131144.eps40130944.eps 40131044.eps40130844.eps
42505944.eps
Hoist mounting in position 2
42506044.eps
Motor side
DH 160, 2/1, 4/2 and 4/1 rope reevingDH 200, 2/1 and 4/2 rope reeving
DH 200, 4/1 rope reeving
Motor side
SetnutRetainingnut
DH 300 – DH 1000 – DH 2000 (4 x threaded plate)
egnaR 002/061HD 003HD 004HD 005HD 006HD 0001HD 0002HD
1/4dna2/4,1/2 1/4dna2/4,1/2 1/4 1/4dna2/4,1/2 1/4 1/4dna2/4,1/2 1/4dna2/4,1/2
004HD 006HD 25H,04H006HD
2/4dna1/2 2/4dna1/2 1/4dna2/4,1/2
tungniniateR
leetstalF44960038x4
61MtuN99116433x4
rehsaW99524043x4
-
x2
-
x2
-
x4
.ontraP 44952228 44952328etalpdedaerhT
44922528
noisnemiD h 03 63 05
tunteS x4 x2 x4 x2 x4
-.ontraP 89279200 89279200 89016400 89016400 44681003
noisnemiD h 22 22 72 72 23
tinutsioH gniveerepoR.xaM
euqrotgninethgit)1
1/1 2/2 1/2 2/4 1/4
noitisopgnitnuoM
1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 )22
91H,21H061HDx - x - x - x - x 9.01-61M
mN01361H,01H002HD
02H,21H004/003HD x x x x x
016-236HD/005HDx x x x x 9.01-02M
mN02625H,04H,02H,21H
02H,21H046HD
25H,04H046HD x x x x x -
15H,04H,02H,61H0001HD x x x x xylno61H
9.01-42MmN0601
74H,72H,81H0002HD x - x - x - x - x9.01-03M
mN0012
312033
41k1
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90
90Ø33
Ø33
3f
DH 160/200 DH 300 – DH 1000
DH 2000 range
125
7210
8
18 70
110240
53
21320
5018
e
5
Fig. 10
40226244.eps41162844.eps
DH 160 – DH 2000 frame dimensions
Motor side
41492344.eps
Motor side
Motor side
egnaR f 1f 2f 3f e 4e 5e 1s
061HD21H
erugifees
064
erugifees91H 056
002HD01H 064
61H 056
004/003HD21H
043 55 532 6025
35 12 8102H 087
006/005HD
21H
583 55 382 7
065
06 32 3202H 048
04H 0451
25H 5691
0001HD
61H
005 59 563 9
087
57 5,92 8242H 0501
04H 0061
15H 7991
0002HD
81H
096 011 - 01
019
09 53 3372H 0221
74H 0091
f
2f
1
e 4
e 5
3f
e
1
f
S1
S1
f
Motor side
Welded suspension only forDH 300-DH 400 andDH 500-DH 2000 4/1
DH 2000 special design
Bore holes on sides 3 and 4 on request.
32 2033
41k2
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703
DH 160 and DH 200 hoist unitsSWL 500 kg – 5000 kg
Hoist unit
Hook dimension C
eziS gniveerepoR eziS gniveerepoR
1/1 1/2 1/4 2/4 1/1 1/2 1/4 2/4 1/1 1/2 1/4 2/4 1/1 1/2 1/4 2/4
htapkooH levartkooH htapkooH levartkooH
m 1m 1n 2m 2n 4g 4n 1e 2e m 1m 1n 2m 2n 4g 4n 1e 2e
561-861HD21H 42 21 6 - 061 981 821
7405 78 - -
802-212HD01H 02 01 5 - 141 181 811
3453 18 - -
91H 83 91 5,9 3,01 552 482 322 541 531 801 512 61H 23 61 8 1,9 632 672 312 031 821 29 212
eziS ffo-tucdaolrevotuohtiwdnahtiwCsnoisnemidkooH
1/1 1/2 2/4 1/4A
htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw
gnitfilpeerc
561-861HD 053 093054 094 073 014
023 043
802-212HD 024 064 014 034
53l2 255
1821
m1 n1
g4
n4
l1 L3
d
m2 n2
H12 = 460H19 = 650
420
240 180
70
50320
305
155
C
240110
7212
510
8
99,5
39C
53l2 255
1821
m1 n1
g4
n4
l1 L3
d
m2 n2
H10 = 460H16 = 650
420
240 180
70
50320
305
155
C
240110
7212
510
8
99,5
DH 160 – H 12, H 19
DH 200 – H10, H16
1/1 rope reeving 2/1
41136344.eps 41139844.eps 41139944.eps
Hook travel 1/1
4/1
2/1
41697744.eps
41139844.eps 41690344.eps
Hook travel 1/1
4/1
2/1
1/1 rope reeving 2/1
C
39
332033
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.p65
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703 Motor type – Main hoist
Motor type – Main/creep lifting, pole changing F 4
See page 23 for weights
DH 160 and DH 200 hoist units
snoisnemidtinutsioH
egnaR 061HD 002HD
dohtemgniveerepoR 1/1 1/2 1/4 ,2/2 2/4 1/1 1/2 1/4 2/2 2/4
.aidepoR mm 7 5,7 5,5 9 5,6
.aidmurD)ertnec-ot-ertnecepor(
mm 991 891 002 891
hctiP mm 5,8 5,6 01 2,7
egnaR niaMtsiohrotom
ezis
edoC 1l egnaR niaMtsiohrotom
ezis
edoC 1l
htapkoohhtiw htapkoohhtiw
d 21H 91H 21H 91H 2l d 01H 61H 01H 61H 2l
061HD
09HMK 1V 871 865 366
915 316
603002HD
001HMK 1V 891 195 686915 316
923
001HMK 2V 891 195 686 923 211HMK 2V 222 236 727 073
211HMK 3V 222 236 727 073
egnaR niaMtsiohrotom
ezis
edoC 1l 3l egnaR niaMtsiohrotom
ezis
edoC 1l 3l
htapkoohhtiw htapkoohhtiw
d 21H 91H 21H 91H 2l d 01H 61H 01H 61H 2l
061HD 001HMK 2V 891 195 686 915 316 923 002HD 001HMK 1V 891 195 686 915 316 923
e1
21
=
e2 e2
=
48
CC
34
Type A 4/1
41136044.eps 41136244.eps 41136144.eps
Type A 4/1
4/2 rope reeving
DH 160 – H 19
DH 200 – H 16
No hook travel with 4/2
C
15
230
255
84,5
C
15
230
255
84,5
42526944.eps
42526944.eps
H12 H19
H10 H16
C
34
41136044.eps
34 2033
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703
DH 300 hoist unitSWL 800 kg – 8000 kg
Hook dimension C
Hoist unit
See page 23 for weights
d
1821
53
e
m1
g4
l1
l2
l3
l4
6
18
n4
n1
m2 n2
55
C34
5
175
55
119
200250
450
235
340
C
5
40
C
86
268
228
13
1/1 rope reeving
Type A 4/12/1 rope reeving
40431544.eps
41149744.eps40431644.eps
40224044.eps
Hook travel 1/1
4/1
2/1
eziS gniveerepoR
1/1 1/2 1/4 2/4 1/1 1/2 1/4AepyT2/4
htapkooH levartkooH
m 1m 1n 2m 2n 4g 4n 2e e
803-023HD21H 42 21 6 3,6 091 691 021 37 5,32 69 341 025
02H 04 02 01 21 023 223 052 17 351 161 472 087
snoisnemidtinutsioH
egnaR 003HD
dohtemgniveerepoR 1/1 1/2 1/4 2/2 2/4
.aidepoR mm 11 7 5,7
epor(.aidmurD)ertnec-ot-ertnec
mm 832 732
hctiP mm 21 5,8
eziS ffo-tucdaolrevohtiwCsnoisnemidkooH ffo-tucdaolrevotuohtiwCsnoisnemidkooH
1/1 1/2 2/4 1/4A 1/1 1/2 2/4 1/4A
htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw
gnitfilpeerc gnitfilpeerc
013-023HD014 554
506 056025 565
545 565014 554
545 095025 565
584 505
803HD 007 047 516 046 086 555
352033
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703
= =
15
e285e2
Motor type – Main/creep lifting, pole changing F 6
Motor type – Main hoist with F 10 mechanical microspeed unit
C
40
34
h4
l7
l6
l3l5
l4
e
g1
h6
g2
200250
345
175
h5h4
0
1
2
3
h7
40431744.eps 40224144.eps
40225044.eps 40225144.eps
4/2 rope reeving
Extra forMGS or ZMS
No hook travel with 4/2
DH hoist unit with F 10 mechanical microspeed unit
DH 300 hoist unit
Motor type – Main hoist
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 21H 02H 2l 21H 02H trohs gnol
211HBK 1V 022 307 338 114 trohs gnol trohs gnol
452 523521HBK 2V 642 657 688 464 645 716 676 747
041HBK 3V 472 428 459 235
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 1g 21H 02H 2l 21H 02H trohs gnol
001HBK 1V 691 181 086 018 883 trohs gnol trohs gnol
452 523211HBK 2V 022 881 307 338 114 645 716 676 747
521HBK 3V 642 002 657 688 464
tsiohniaMezisrotom
edoC ezisxobraeG tsiohpeerCezisrotom
5l
htapkoohhtiw
2g 4h 5h 6h 7h 21H 02H 6l 7l
001HBK 1V 60GF 17ABK231
124 17 - 64 638 669 445 734
211HBK 2V80GF
17ABK884 831 36 311
719 7401 526 484
521HBK 3V 08ABK 141 179 1011 796 325
36 2033
41k2
.p65
/140
703
DH 400 hoist unitSWL 1000 kg – 10000 kg
Hook dimension C
Hoist unit
See page 23 for weights
d
1821
53
e
m1
n4
g4
6
18
l1
l2
l3
l4
n1
m2 n2
55
C34
5
175
55
119
200250
450
235
340
C
5
40
C
86
268
228
13
1/1 rope reeving
Type A 4/12/1 rope reeving
41170544.eps
41149744.eps40431644.eps
40224044.eps
Hook travel 1/1
4/1
2/1
snoisnemidtinutsioH
egnaR 004HD
dohtemgniveerepoR 1/1 1/2 1/4 2/2 2/4
.aidepoR mm 11 7 5,7
epor(.aidmurD)ertnec-ot-ertnec
mm 832 732
hctiP mm 21 5,8
eziS gniveerepoR
1/1 1/2 1/4 2/4 1/1 1/2 1/4AepyT2/4
htapkooH levartkooH
m 1m 1n 2m 2n 4g 4n 2e e
014-524HD21H 42 21 6 3,6 091 691 021 37 5,32 69 341 025
02H 04 02 01 21 023 223 052 17 351 161 472 087
eziS ffo-tucdaolrevohtiwCsnoisnemidkooH ffo-tucdaolrevotuohtiwCsnoisnemidkooH
1/1 1/2 2/4 1/4A 1/1 1/2 2/4 1/4A
htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw htiw tuohtiw
gnitfilpeerc gnitfilpeerc
524HD -506 056
025 565545 565
-545 095
025 565584 505
214-024HD014 554 014 554
014HD 007 047 516 046 086 555
372033
41k2
.p65
/140
703
Motor type – Main/creep lifting, pole changing F 6
Motor type – Main hoist with F 10 mechanical microspeed unit
C
40
34
h4
l7
l6
l3l5
l4
e
g1
h6
g2
200250
345
175
h5h4
0
1
2
3
h7
41698944.eps 40224144.eps
41699044.eps 40225144.eps
4/2 rope reeving
Extra forMGS or ZMS
No hook travel with 4/2
DH hoist unit with F 10 mechanical microspeed unit
DH 400 hoist unit
Motor type – Main hoist
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 21H 02H 2l 21H 02H trohs gnol
211HBK 1V 022 307 338 114 trohs gnol trohs gnol
452 523521HBK 2V 642 657 688 464 645 716 676 747
041HBK 3V 472 428 459 235
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 1g 21H 02H 2l 21H 02H trohs gnol
001HBK 1V 691 181 086 018 883 trohs gnol trohs gnol
452 523211HBK 2V 022 881 307 338 114 645 716 676 747
521HBK 3V 642 002 657 688 464
tsiohniaMezisrotom
edoC ezisxobraeG tsiohpeerCezisrotom
5l
htapkoohhtiw
2g 4h 5h 6h 7h 21H 02H 6l 7l
001HBK 1V 60GF 17ABK231
124 17 - 64 638 669 445 734
211HBK 2V80GF
17ABK884 831 36 311
719 7401 526 484
521HBK 3V 08ABK 141 179 1011 796 325
= =
15
e285e2
38 2033
41k2
.p65
/140
703
d
2323
60
e
m1
g4
l1
l2
l3
l4
7
23
n4
n1
m2 n2
DH 500 hoist unitSWL 1250 kg – 12500 kg
Hook dimension C
Hoist unit
55
C39
3
199
55141,5
215280
495
283
385
C
15
41
C
298
250
14
105
373
250
550
C
314
304
314
m7
l832
60
m8
24
Ø65
H40= 1660
H52= 2085
Ø65
550
383
1/1 rope reeving Type A 4/1H12; H 20
41427344.eps
40267244.eps
40468244.eps
41427444.eps
2/1
41427544.eps41429544.eps
Type B 4/1H40; H 52
40468144.eps
Hook travel 1/1
4/1
2/1
Important:Pay attention to m8 when determining the design.
65 D10 dia. bore holes for locating return sheave
eziS gniveerepoR
1/1 1/2 1/4 2/4 1/1 1/2 1/4A 1/4B2/4
htapkooH levartkooH
m 1m 1n 2m 2n 4g 4n 8l 7m 8m 4g 4n 2e e
215-235HD21H 42 21 6 2,5 991 022 701
301
6 501- - - - -
641 065
02H 04 02 01 2,01 933 063 742 061 571 282 048
615-235HD04H 08 04 02 6,22 986 017 795
- -
113 692 09 435053 636 0451
215HD 133 403 55 035
615-235HD25H 401 25 62 2,03 109 229 908
113 692 09 747654 848 5691
215HD 133 403 55 347
eziS ffo-tucdaolrevohtiwCsnoisnemidkooH ffo-tucdaolrevotuohtiwCsnoisnemidkooH
1/1 1/2 2/4 1/4A 1/4B 1/1 1/2 2/4 1/4A 1/4B
htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w
gnitfilpeerchtiw gnitfilpeerchtiw
615-235HD555 006
057 554 005 036 056 036 056555 006
086 554 005 065 085 065 085
215HD 529 075 016 058 058 558 075 016 087 087
392033
41k2
.p65
/140
703
= =
18
e2114e2
Motor type – Main/creep lifting, pole changing F 6
Motor type – Main hoist with F 10 mechanical microspeed unit
See page 24 for weights
g1
44
g2
215280
393
199
114
512
0
1
2
3
98
512
l7
l6
l3l5
l4
e
C
41
24
41427944.eps 41427844.eps
41427744.eps 41427644.eps
4/2 rope reeving
Extra forMGS or ZMS
No hook travel with 4/2
DH hoist unit with F 10 mechanical microspeed unit
Special designSee pages 46 – 47 for type C 4/1 hoist units
DH 500 hoist unit
Motor type – Main hoist
snoisnemidtinutsioH
egnaR 005HD
dohtemgniveerepoR 1/1 1/2 1/4 2/2 2/4
.aidepoR mm 41 11
epor(.aidmurD)ertnec-ot-ertnec
mm 382
hctiP mm 5,51 5,21
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 21H 02H 04H 25H 2l 21H 02H 04H 25H trohs gnol
521HBK 1V 642 477 419 4621 7741 754 trohs gnol trohs gnol trohs gnol trohs gnol
452 523041HBK 2V 472 248 289 2331 5451 525 175 246 117 287 1601 2311 1721 2431
061HBK 3V 413 429 4601 4141 7261 706
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 1g 21H 02H 04H 25H 2l 21H 02H 04H 25H trohs gnol
211HBK 1V 022 881 717 758 7021 0241 004 trohs gnol trohs gnol trohs gnol trohs gnol
452 523521HBK 2V 642 002 477 419 4621 7741 754 175 246 117 287 1601 2311 1721 2431
041HBK 3V 472 922 248 289 2331 5451 525
tsiohniaMezisrotom
edoC ezisxobraeG tsiohpeerCezisrotom
5l
htapkoohhtiw
2g 21H 02H 04H 25H 6l 7l
211HBK 1V
80GF
17ABK 231 139 1701 4441 7561 416 484
521HBK 2V 08ABK141
989 9211 2051 5171 276325
041HBK 3V 08ABK 2501 2911 2451 8771 537
40 2033
41k2
.p65
/140
703
DH 600 hoist unitSWL 1600 kg –16000 kg
Hook dimension C
Hoist unit
d
2323
60
e
m1
g4
l1
l2
l3
l4
7
23
n4
n1
m2 n2
55
C39
3
199
55141,5
215280
495
283
385
C
15
41
C
298
250
14
105
373
250
550
C
314
304
314
m7
l832
60
m8
24
Ø65
H40= 1660
H52= 2085
Ø65
550
383
1/1 rope reeving Type A 4/1H12; H 20
41427344.eps
40267244.eps
40468244.eps
41427444.eps
2/1
41427544.eps41429544.eps
Type B 4/1H40; H 52
40468144.eps
Hook travel 1/1
4/1
2/1
Important:Pay attention to m8 when determining the design.
65 D10 dia. bore holes for locating return sheave
eziS gniveerepoR
1/1 1/2 1/4 2/4 1/1 1/2 1/4A 1/4B2/4
htapkooH levartkooH
m 1m 1n 2m 2n 4g 4n 8l 7m 8m 4g 4n 2e e
616-046HD21H 42 21 6 2,5 991 022 701
301
6 501- - - - -
641 065
02H 04 02 01 2,01 933 063 742 061 571 282 048
026-046HD04H 08 04 02 6,22 986 017 795
- -
113 692 09 435053 636 0451
616HD 133 403 55 035
026-046HD25H 401 25 62 2,03 109 229 908
113 692 09 747654 848 5691
616HD 133 403 55 347
eziS ffo-tucdaolrevohtiwCsnoisnemidkooH ffo-tucdaolrevotuohtiwCsnoisnemidkooH
1/1 1/2 2/4 1/4A 1/4B 1/1 1/2 2/4 1/4A 1/4B
htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w
gnitfilpeerchtiw gnitfilpeerchtiw
046HD -057 554 005 036 056 036 056
-086 554 005 065 085 065 085
026-236HD555 006 555 006
616HD 529 075 016 058 058 558 075 016 087 087
412033
41k2
.p65
/140
703
DH 600 hoist unit
snoisnemidtinutsioH
egnaR 006HD
dohtemgniveerepoR 1/1 1/2 1/4 2/2 2/4
.aidepoR mm 41 11
epor(.aidmurD)ertnec-ot-ertnec
mm 382
hctiP mm 5,51 5,21
= =
18
e2114e2
See page 24 for weights
g1
44
g2
215280
393
199
114
512
0
1
2
3
98
512
l7
l6
l3l5
l4
e
C
41
24
41427944.eps 41427844.eps
41427744.eps 41427644.eps
4/2 rope reeving
Extra forMGS or ZMS
No hook travel with 4/2
DH hoist unit with F 10 mechanical microspeed unit
Special designSee pages 46 – 47 for type C 4/1 hoist units
Motor type – Main/creep lifting, pole changing F 6
Motor type – Main hoist with F 10 mechanical microspeed unit
Motor type – Main hoist
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 21H 02H 04H 25H 2l 21H 02H 04H 25H trohs gnol
521HBK 1V 642 477 419 4621 7741 754 trohs gnol trohs gnol trohs gnol trohs gnol
452 523041HBK 2V 472 248 289 2331 5451 525 175 246 117 287 1601 2311 1721 2431
061HBK 3V 413 429 4601 4141 7261 706
tsiohniaMezisrotom
edoC 1l 3lrevoC revoC
htapkoohhtiw htapkoohhtiw 4l
d 1g 21H 02H 04H 25H 2l 21H 02H 04H 25H trohs gnol
211HBK 1V 022 881 717 758 7021 0241 004 trohs gnol trohs gnol trohs gnol trohs gnol
452 523521HBK 2V 642 002 477 419 4621 7741 754 175 246 117 287 1601 2311 1721 2431
041HBK 3V 472 922 248 289 2331 5451 525
tsiohniaMezisrotom
edoC xobraeGezis
tsiohpeerCezisrotom
5l
htapkoohhtiw
2g 21H 02H 04H 25H 6l 7l
211HBK 1V
80GF
17ABK 231 139 1701 4441 7561 416 484
521HBK 2V 08ABK141
989 9211 2051 5171 276325
041HBK 3V 08ABK 2501 2911 2451 8771 537
42 2033
41k2
.p65
/140
703
DH 1000 hoist unitSWL 2500 kg – 25000 kg
Hoist unit
Hook dimension C
d
2830
75
e
m1
g4
l1
l2
l3
290
9
28
n4
n1
m2 n2
95
C55
5
280
95
203
300390
690
365
500
C
30
57
C
138
407
342
22
476
342
680
C
468
418
468
m7
l832
37
m8
24
Ø65
H40= 1673
H52= 2070
Ø65
444
680
1/1 rope reeving Type A 4/1H16; H 24
41428544.eps
41428444.eps
41428244.eps 41428344.eps
2/1
41428044.eps41428144.eps
41428644.eps
Important:Pay attention to m8 when determining the design.
65D10 dia. bore holes for locating return sheave
Hook travel 1/1
4/1
2/1
Type B 4/1H40; H 51
eziS gniveerepoR
1/1 1/2 1/4 2/4 1/1 1/2 1/4A 1/4B2/4
htapkooH levartkooH
m 1m 1n 2m 2n 4g 4n 8l 7m 8m 4g 4n 2e e
2301-3601HD61H 23 61 8 8 772 882 281
101
56141
- - - - -
391 0875201HD 55
2301-3601HD42H 84 42 21 5,31 214 324 713
891902 823 0501
5201HD 881
2301-3601HD04H 08 04 02 8,42 786 896 295
- -
182 992 44 835643 306 0061
5201HD 703 113 84 625
2301-3601HD15H 201 15 5,52 33 588 698 197
182 992 44 737544 208 7991
5201HD 703 113 84 527
eziS ffo-tucdaolrevohtiwCsnoisnemidkooH ffo-tucdaolrevotuohtiwCsnoisnemidkooH
1/1 1/2 2/4 1/4A 1/4B 1/1 1/2 2/4 1/4A 1/4B
htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w htiw o/w
gnitfilpeerchtiw gnitfilpeerchtiw
2301-3601HD526 076
098 539 565 506 548 568 018 038526 076
018 558 565 506 567 587 037 057
5201HD 0601 5011 0611 5021 0211 0001 0201 089 5201 0611 5021 0401 029 049
432033
41k2
.p65
/140
703
= =
28
e2141e2
Motor type – Main/creep lifting, pole changing F 6
Motor type – Main hoist with F 10 mechanical microspeed unit
g1
h6
g2
300390
555
280
h5h4
0
1
2
3
h7
C
57
14
h4
l7
l6
l3l5
290
e
See page 25 for weights
41428744.eps 41428844.eps
41428944.eps 41429044.eps
4/2 rope reeving
Extra forMGS or ZMS
No hook travel with 4/2
DH hoist unit with F 10 mechanical microspeed unit
Special designSee pages 46 – 47 for type C 4/1 hoist units
DH 1000 hoist unit
Motor type – Main hoist
snoisnemidtinutsioH
egnaR 0001HD
dohtemgniveerepoR 1/1 1/2 1/4 2/2 2/4
.aidepoR mm 02 41
epor(.aidmurD)ertnec-ot-ertnec
mm 604
hctiP mm 22 5,51
tsiohniaMezisrotom
edoC 1l 3lrevoC
htapkoohhtiw htapkoohhtiw
d 61H 42H 04H 15H 2l 61H 42H 04H 15H
061HBK 1V 413 2501 7811 2641 1661 716
527 068 5311 4331081HBK 2V 453 8211 3621 8351 7371 396
002HBK 3V 493 5021 0431 5161 4181 077
tsiohniaMezisrotom
edoC 1l 3l
htapkoohhtiw htapkoohhtiw
d 1g 61H 42H 04H 15H 2l 61H 42H 04H 15H
041HBK 1V 472 922 079 5011 0831 4751 535
527 068 5311 4331061HBK 2V 413 742 2501 7811 2641 1661 716
002HBK 3V 493 203 5021 0431 5161 4181 077
tsiohniaMezisrotom
edoC xobraeGezis
tsiohpeerCezisrotom
5l
htapkoohhtiw
2g 4h 5h 6h 7h 61H 42H 04H 15H 6l 7l
041HBK 1V 80GF 08ABK 141 395 33 - 31 0811 5131 0951 9871 547 325
061HBK 2V01GF
09ABK 151337 371 36 351
3831 8151 3971 2991 849 566
002HBK 3V 001ABK 671 1351 6661 1491 0412 6901 207
44 2033
41k2
.p65
/140
703
DH 2000 hoist unitSWL 6300 kg – 50000 kg
Hoist unit
Hook dimension C
d
Ø 3335
90
e
g4
l1
l2 260
n4
e33
10
l3
m1 n1m2 n2
405505
910
110
25538
5760
CØ 33
690
C
77
465
515
165
C
30
680
465
1000
C
648
552
648
2060
m7
l8