Hydraulic Drum Motors - Transmission Expert · Hydraulic motor Planetary gearing made of high alloy...

Technical Manual

Hydraulic Drum Motors

Keeping Industry Moving!

HM 19-10-05 In the interest of development and improvement of their products, BDL reserve the right to carry out design and specification changes without notice.

Contents

BDL

BDL Introduction

International distributors

The Hydraulic Drum Motor

General information

Right choice of hydraulic drum motor size

Recommendations for hydraulic liquids

Installation and maintenance

Technical Data

Sectional drawing

Overview charts

Product specifications

Hydraulic drum motor TM 110 H with charts




Checklist

4

5

6

7

8

9

9

10

11

12-15

16-19

20-23

24-26

27

Powerful Driving Solutions For Modern Industry

Tecnical Manual

BDL Introduction

BDL Maschinenbau GmbHLothforster Strasse 32-4041849 WassenbergTel.: +49-2432-9666-0Fax: +49-2432-9666-20Email: [email protected]

BDL has been developing, designing and producing drum motor drives in the picturesque town of Wassen-berg, just west of Düsseldorf, Germany, since 1980. At that time, drum motors were still in their infancy and were not thought of as an economic or reliable option to the more traditional geared motor system. With this in mind, BDL decided to design a new range of high quality, reliable drum motor drives that would meet the most demanding criteria at affordable prices. Today, BDL is market leader of drum motor drives within its product range and has earned the respect and com-mitment of its customers in many diverse industries throughout the world.

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Website adresshttp://www.bdldrummotors.com

AustriaReinhold Spörk AntriebssystemeGewerbegasse 4AT-2540 Bad VöslauTel.: +43 2252 71110Fax: +43 2252 71333EMail: [email protected]

Belgium, Netherlands, Luxemburg & Eastern EuropeBDL Trommelmotoren b.v.Veldweg 38NL-6075 HerkenboschTel.: +31 4755 33701Fax: +31 4755 32597EMail: [email protected]

ChinaWalker Tianjin Industrial Automation Components Co. Ltd.Block Nr.1 Haiyuan Bieshu B-20 Beichen DistrictTianijn 300401Tel. : +86 22 83819292Fax: +86 22 83819290EMail: [email protected]

DenmarkBDL Tromlemotorer A/SIslandsvej 5DK-7900 Nykøbing MorsTel.: +45 9771 1555Fax: +45 9771 1655EMail: [email protected]

FinlandMovetec OyHannuksentie 1FIN-02270 EspooTel.: +358 9 5259 230Fax: +358 9 5259 2333EMail: [email protected]

FranceBDL Tambours moteursZ.I. De Kerannou-BP34FR-29250 Saint-Pol-de-LeonTel.: +33 2 98 24 4100Fax: +33 2 98 24 4102EMail: [email protected]

GermanyBDL Maschinenbau GmbHLothforster Strasse 36-40D-41849 WassenbergTel.: +49 2432 9666 0Fax: +49 2432 9666 33EMail: [email protected]

IcelandIBH ehf.Dugguvogur 10IS-104 ReykjavikTel.: +354 562 6858Fax: +354 562 6862EMail: [email protected]

IndiaBDL Drum Motors (India) Private LimitedSF 12, KSSIDC Building, III stage Peenya Indl EstateBangalore – 56 00 58Tel.: +91 80 23595904Fax: +91 80 23495241EMail: [email protected] IsraelElram Engineering LTD.PO Box 12077Ind. Area. Emek.Hefer 38800Tel.: +972 4 6220766Fax: +972 4 6220760 EMail: [email protected]

ItalyBDL Mototamburi S.r.l,Via Caduti di Sabbiuno 9/fIT-40011 Anzola Dell Emilia (Bo)Tel.: +39 051 5880100Fax: +39 051 5880089EMail: [email protected]

NorwayPolymec A.S.Sophus Buggesv. 46NO-3269 LarvikTel.: +47 33 1327 00Fax: +47 33 1327 01EMail: [email protected]

PortugalABV-EquipamentosR de Santana 6 – Lugar da SerraPT-2580 155 Carnota (Alenquer)Tel.: +351 263 759 112Fax: +351 263 759 184EMail: [email protected]

South AfrikaBDL Drum Motors SA (PTY) Ltd.Unit 13W Coachman´s Crescent26 Jakaranda StreetHennopspark IndustrialCenturion ZA-0046Tel.: +27 12 653 8740/8Fax: +27 12 653 5934EMail: [email protected]

Spain BDL Mototambores S.A.L.Apdo.7ES-20280 Hondarribia (Guipuzcoa) Tel.: +34 943 611 102 Fax: +34 943 611 102 EMail: [email protected]

SwedenBDL Sverige ABBjörnbovägen 10SE-691 52 KarlskogaTel:: +46 586 80680Fax: +46 586 39690 EMail: [email protected]

SwitzerlandPolytechna AGPfäffikerstrasse 27CH-8335 HittnauTel.: +41 44 953 22 11Fax: +41 44 953 22 19EMail: [email protected]

United KingdomBDL Drum Motors (UK) LTD.21, Causeway Road,Earlstrees Industrial Estate,Corby, Northants. NN 17 4DUTel.: +44 1536 408899Fax: +44 1536 408877EMail: [email protected]

USA, Canada, Central &South AmericaBDL America Ltd.,101 Portwatch Way, WilmingtonNC 28412 USATel.: +1 910 790 8008Fax: +1 910 790 8022Email: [email protected]

International distributors

The drum motors can complete-ly or partly be produced of high alloy steel by request.

All BDL drum motors are also available with electric motors.

BDL hydraulic drum motors are performed on protection mode IP66.

Rust and sea water resistant aluminium or stainless steel end housing

Sealing made of a double lip shaft and a pressure seal.

Hydraulic supply

Ground and hardened stainless steel wear rings. Better sealing, less wear.

Hydraulic motor

Planetary gearing made of high alloy steel with precision-cut helical and hardened polished teeth.

Maintenance free ball bea-rings continually lubricated

Modern production processes guarantee a quiet operation and a long stand position.

The Hydraulic Dum Motor

Hydraulic drum motors

BDL as one of the largest European suppliers of hydraulic drum motors offering 16 different hydraulic drum motors in different sizes, flow volumes and speeds. This catalogue is a supplement of the BDL-main catalogue. All options (stainless steel, rubber lagging, grooves, sprockets etc.) as well as maintenance and installation instructions can be found in the main catalogue.The hydraulic drum motors vary in the flow volumes from 24 cm3 to 143 cm3 per rotation.Speeds from 0,05 m/s up to 4,4 m/s are reached at harmonious run.

Principle function

Hydraulic drum motors transform hydraulic energy (pressure, volume) into mechanical energy (torgue, number of revolutions). BDL hydraulic drum motors have a constant volume; that means, at a given hydraulic flow and a given pressure the size of the drum motors flow volume determines the number of revolutions and the torque. At a given drum motor flow volume (drum motor size) the number of revolutions is determined by the hydraulic flow and the torque is determined by the pressure.

Minimum speed

At very low speed < 0,1 m/s the hydraulic drum motor will have an uneven run. In borderline applications the hydraulic drum motor should be tested in the desired operation conditions an din the given system. The best result will be reached by a constant load, an outlet pressure of 3-5 bar and a oil viscosity of min. 35 cSt.

Maximum speed

The hydraulic losses increase with higher speed. A larger oil flow gives a larger loss of pressure over the pipes and connections. The available pressure difference becomes lower and the hydraulic drum motor torque will be reduced.

Characteristic features: - Smooth consistant running, also at a low speed - Constant torque over a wide range of various speeds - High starting torque - High efficiency - Long service life, also at extremely hard operating conditions - Robust and compact construction - Application both in open as well as on closed hydraulic systems

General Information

Seite 7

Selection of data:After calculation of the necessary power and/or the necessary torque at the desired speed (BDL-main catalogue) the chart for the optimum hydraulic drum motor can be selected on basis of the beam diagrames on page 11 of the catalog.

Charts and types:The charts are organized by types as following.:

TM 110 H 24

drum motor diameter hydraulic 24 cm3 hydraulic volume per rotation

Example:

1. Requirement: variable speed, starting at 0,5 m/s up to 1,0 m/s 2. The necessary torque at a 1,0 m/s is calculated at 150 Nm (see BDL-main catalogue)3. According to the beam diagrames on page 11 is to see that the TM 110 H 93 and the TM 160 H 130 fulfill the minimum requirements of the speed and the torque. To recognize is further that the TM 110 H 93 at this special point of work is still at the end of the area for continuous operation. The TM 160 H 130 still has got power reserv. The chart for the TM 160 H 130 is chosen.4. Select the point of work:

point of work by 1 m/s and 150 Nm flow volume pressure level power efficiency

5. Using the determined point of work in the chart, the following data can be found: - the hydraulic drum motor requires at this point of work a hydraulic volume of approx. 17 liter per minute (flow volume = vertical lines in the chart) - the hydraulic drum motor requires at this point of work a pressure difference of approx..90 bar (the absolute pressure increases with the pressure at the outlet). (pressure levels = horizontal lines in the Chart) - the hydraulic drum motor has got an efficiency at this point of work of approx. 70 % („mussel fields“ in the Chart) - D the hydraulic drum motor has a power of approx. 1,6 kilowatt at this point of work. (Hyperboles in the Chart)

If the size of the hydraulic drum motor is chosen, the power of the hydraulic pump station can be determined. In this example the hydraulic pump station must give a flow volume of min. 17 l/min. and a pressure at least of 90 bar. If the hydraulic drum motor should be installed in an available system with a given pump, the choice of the motor is limited thereby.

246 Nm

205 Nm

164 Nm

123 Nm

82 Nm

41 Nm

0 Nm

0 0,2 0,42 0,63 0,84 1,0 1,25 1,5 1,7

continuous interrupted

m/s

drum r/min 0 24 49 73 98 122 146 171 195

Q=3

l/m

in

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

p=140 bar

120 bar

100 bar

70 bar

50 bar

p=30 barnt = 55 %

65 %

nt = 73 %70 %

0,25 kW

0,5 kW

1 kW

2 kW

3 kW

Choosing the right hydraulic motor size

The efficiency and the service life of BDL hydraulic drum motors depend largely to the hydraulic pressure fluids. One of the most important criterions for choosing the right hydraulic pressure fluid in a hydraulics-systems in the viscosity. The choice of the viscosity presents always a compromise; enough liquid must be the hydraulic pressure fluid, to flow around easily and to seal viscous enough, and to guarantee a lubrication between bearing and sealing systems.

Temperature and viscosity: The ambient temperature should be between -30°C und +60°C, so that the sealing rings keep their sealing characteristics.The oil temperature should be at normal work between +30°C und +60°C. The service life of the oil is reduced greatly, if the oil temperature climbs over 60°C. Generally, the service life of the oil becomes halved per 8°C over 60°C.

Viscosity:

At the above temperature the viscosity should be between 20 - 35 cSt. We recommend a viscosity of 35 cSt at the nornal wor-king temperature.

Filtration:

To ensure problem-free life of the hydraulic drum motor, it is necessary, to keep the oil contamination on an acceptable level. The recommended maximum contamination in systems hydraulic drum motor is 18 / 13 (see ISO 4406). This class allows a maximum of 2500 contamination grains per 0,001 liter larger than 5 µm and a maximum of 80 contamaination grains per 0,001 liter larger than 15 µm. Qur experiences show, that the level of contamination is observed by 18/ 13 with a filter in the outlet more finely than 30 µm absolutely or 20 µm nominally. At very dirty environment, in complex systems or in closed circulation we recommend a finely of 20 µm absolutely or 10 µm nominally. A generally acknowledged filter supplier can make available the corresponding filter information.

Recommendations for hydraulic pressure fluids

Constructive requirements: - A pressure gauge should be fitted to the tube coming from the hydraulic pump station available.- The pipes, used for hydraulic signals must be placed so that no air bubbles assemble.

Installation: - Hemp, teflon and other unfit sealants are not allowed to be used. Please use „Usit-ring-sealings“, O-ring-sealings or similar.- The plastic protection caps at the HP-screws/connector head are to be removed first directly before installation of the tubes. - The oil must have a purity of at least 18/13 according to ISO 4406. If necessary, the oil should be filtered.

Starting: - Hydraulic pump station drive motor start and let run with lowest number of revolutions.- Gas outlet screw must be opened until foam free oil comes out.- Signs of air in the system: a) Foam in the tank b) Sporadically movement of the hydraulic drum motor c) Noise- If necessary refill with oil.- The hydraulic drive may not become loaded, before it is ventilated completely.- The hydraulic system has to be checked on density and satisfactory function.- Possibly oil filter exchange.

Maintenance:- A conscientious maintenance is necessary for the safety and long service life of the hydraulic drum motor.- Oil and filter are to be exchanged according to the instructions of the suppliers.- The condition of the oil is to be checked regular.- Density of the system and oil level have to be checked regular.

Installation, starting and maintenance

1 Front shaft5 Front end housing7 Rear end housing12 Drum shell16 Rear shaft63 Groove ball bearing68 Groove ball bearing104 Socket screw115 Oil screw141 Sealing ring142 Sealing ring

1 154 160 162 161 164 165 168 169 171 7 16 104 172 174

155 143

Hydraulic Drum Motor with planetary gear

143 Ground sleeve152 Fixing ring153 Retaining ring154 O-ring seal155 Labyrinth seal160 C sprin key161 Flange162 Socket screw163 Geared rim164 Groove ball bearing165 Planetary wheel

166 Connector167 Input wheel168 Axel169 Screw170 Hydraulic motor171 Socket screw172 O-ring seal173 Connector head174 HP screw175 Socket screw

Type: TM 110 H 24

Drum motor diameter hydraulic 24 cm3 hydraulic volume per rotation

continuous = 100% fulltimeinterrupted = 10% of every minute

Maximum speed TM 110 - TM 215 H ...

5

4,5

4

3,5

3

2,5

2

1,5

1

0,5

0

TM 1

10 H

24

TM 1

10 H

38

TM 1

10 H

59

TM 1

10 H

93

TM 1

35 H

24

TM 1

35 H

38

TM 1

35 H

59

TM 1

35 H

93

TM 1

60 H

37

TM 1

60 H

58

TM 1

60 H

89

TM 2

15 H

89

Maximum torque TM 110 - TM 215 H ...

300

150

250

100

200

50

0

continuous

interrupted

continuous

interrupted

TM 1

60 H

143

TM 1

60 H

143

TM 1

10 H

24

TM 1

10 H

38

TM 1

10 H

59

TM 1

10 H

93

TM 1

35 H

24

TM 1

35 H

38

TM 1

35 H

59

TM 1

35 H

93

TM 1

60 H

37

TM 1

60 H

58

TM 1

60 H

89

TM 2

15 H

89

TM 1

60 H

143

TM 1

60 H

143

type of motor

type of motor

m/s

Nm

Speed / Torque

Hydraulic-Drum motor TM 110 H

type 24 38 59 93

max. flow volume cm3/U (in3/r) 24,4 (1,5) 38,3 (2,3) 58,8 (3,6) 93,9 (5,7)

max. speed at continuous operation r/min 610 526 354 223

max. speed m/s 3,6 3,1 2,1 1,3

flow volume 1/min (GPM) continuous* 15 (4) 21 (5,5) 21 (5,5) 21 (5,5)

interrupted** 17 (4,5) 25 (6,5) 25 (6,5) 25 (6,5)

torque Nm (in-lb) continuous* 44 (389) 69 (618) 107 (945) 149 (1319)

interrupted** 51 (454) 80 (713) 126 (1110) 181 (1610)

peak 65 (573) 107,8 (953) 166 (1170) 246 (2177)

pressure bar (PSI) continuous* 140 (2030) 140 (2030) 140 (2030) 121 (1750)

interrupted** 165 (2400) 165 (2400) 165 (2400) 150 (2175)

peak 220 (3190) 220 (3190) 220 (3190) 190 (2756)

gearing planetary gearing, iges = 2,97

maximum allowed pressure at the inlet 220 bar intermittent (equal the outlet pressure) pressure-difference: difference between entrance- and outlet pressure*continuous opration: the motor can work 100 % of the time**interrupted operation: the motor can work 10 % of the time

AGL = B + 70

EL = B + 20

B25

10

1,5

45

4521

2510

1,5

25

111,

5

81

511

3

GS

W

G = 1/4“

30

SW 20


Standard width B [mm]

250 300 350 400 450 500 550 600 650 700 750

Weight [kg]

Standard 8,6 9,2 9,8 10,4 11,0 11,6 12,2 12,8 13,4 14,0 14,6

Chart TM 110 H 38

Chart TM 110 H 24

72 Nm

66 Nm

60 Nm

54 Nm

48 Nm

42 Nm

36 Nm

30 Nm

24 Nm

18 Nm

12 Nm

6 Nm

0 Nm

0 0,4 0,8 1,2 1,6 2,0 2,4 2,8 3,2 3,6 m/s

drum - U/min 0 67 135 202 269 337 404 471 539 606

Q=1

l/m

in

3 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

5 l/m

in

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 %0,25 kW

0,5 kW nt = 73 %

1 kW

2 kW

3 kW

1,5 kW

2,5 kW

48 Nm

42 Nm

36 Nm

30 Nm

24 Nm

18 Nm

12 Nm

6 Nm

0 Nm

m/s

drum - r/min

0 0,5 0,95 1,5 2,0 2,5 3,0 3,5 3,8 4,5

0 84 160 253 338 420 505 589 673 758

2 l/m

in

8 l/m

in

12 l/

min

16 l/

min

Q=2

0 l/m

in

4 l/m

in

Q=1

l/m

in

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %65 %

70 %

0,25 kW

0,5 kW

nt = 73 %

1 kW

2 kW1,5 kW

2,5 kW



Charts TM 110 H

Chart TM 110 H 93

Chart TM 110 H 59

180 Nm

175 Nm

150 Nm

135 Nm

120 Nm

105 Nm

90 Nm

75 Nm

60 Nm

45 Nm

30 Nm

15 Nm

0 Nm

0 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1,0 1,1 1,2 1,3 1,4 1,5 1,6 m/s

drum - U/min 0 15 33 50 67 84 101 117 134 151 168 185 202 219 235 252 269

Q=3

l/m

in

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

p=140 bar

120 bar

100 bar

70 bar

50 bar

p=30 barnt = 55 %

65 %

nt = 73 %70 %

0,25 kW

0,5 kW

1 kW

2 kW

3 kW

120 Nm

105 Nm

90 Nm

75 Nm

60 Nm

45 Nm

30 Nm

15 Nm

0 Nm

m/s

drum - U/min

0 0,2 0,4 0,6 0,8 1,0 1,2 1,4 1,6 1,8 2,0 2,2 2,4 2,6

0 34 67 101 135 168 202 236 269 303 337 370 404 438

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %65 %

70 % 0,25 kW

1 kW

2 kW

3 kWQ

=3 l/

min

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in



Charts TM 110 H


type 24 38 59 93

max. flow volume cm3/U (in3/r) 24,4 (1,5) 38,3 (2,3) 58,8 (3,6) 93,9 (5,7)


max. speed m/s 4,4 3,8 2,5 1,6


interrupted** 17 (4,5) 25 (6,5) 25 (6,5) 25 (6,5)


interrupted** 51 (454) 80 (713) 126 (1110) 181 (1610)

peak 65 (573) 107,8 (953) 166 (1170) 246 (2177)


interrupted** 165 (2400) 165 (2400) 165 (2400) 150 (2175)

peak 220 (3190) 220 (3190) 220 (3190) 190 (2756)



AGL = B + 80

EL = B + 30

B

25

15

1,5

55

5521

2515

1,5

30

135

100

6,5 137

GS

W

G = 1/4“

35

SW 20



300 350 400 450 500 550 600 650 700 750

Weight [kg]

Standard 9,2 10,0 10,4 11,0 11,6 12,2 12,8 13,4 14,0 14,6

72 Nm

66 Nm

60 Nm

54 Nm

48 Nm

42 Nm

36 Nm

30 Nm

24 Nm

18 Nm

12 Nm

6 Nm

0 Nm

0 0,5 1,0 1,5 2,0 2,4 2,9 3,4 3,9 4,4 m/s

drum - r/min 0 67 135 202 269 337 404 471 539 606

Q=1

l/m

in

3 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

5 l/m

in

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 %0,25 kW

0,5 kW nt = 73 %

1 kW

2 kW

3 kW

1,5 kW

2,5 kW

48 Nm

42 Nm

36 Nm

30 Nm

24 Nm

18 Nm

12 Nm

6 Nm

0 Nm

m/s

drum - r/min

0 0,5 0,95 1,5 2,0 2,5 3,0 3,5 3,8 4,5

0 84 160 253 338 420 505 589 673 758

2 l/m

in

8 l/m

in

12 l/

min

16 l/

min

Q=2

0 l/m

in

4 l/m

in

Q=1

l/m

in

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %65 %

70 %0,25 kW

0,5 kW

nt = 73 %

1 kW

2 kW1,5 kW

2,5 kW

Charts TM 135 H

Chart TM 135 H 38

Chart TM 135 H 24



180 Nm

175 Nm

150 Nm

135 Nm

120 Nm

105 Nm

90 Nm

75 Nm

60 Nm

45 Nm

30 Nm

15 Nm

0 Nm

0 0,12 0,24 0,36 0,5 0,6 0,7 0,9 1,0 1,1 1,2 1,3 1,5 1,6 1,7 1,8 1,9m/s

drum - r/min 0 15 33 50 67 84 101 117 134 151 168 185 202 219 235 252 269

Q=3

l/m

in

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

p=140 bar

120 bar

100 bar

70 bar

50 bar

p=30 barnt = 55 %

65 %

nt = 73 %70 %

0,25 kW

0,5 kW

1 kW

2 kW

3 kW

120 Nm

105 Nm

90 Nm

75 Nm

60 Nm

45 Nm

30 Nm

15 Nm

0 Nm

m/s

drum - r/min

0 0,25 0,5 0,7 1,0 1,2 1,5 1,7 1,9 2,2 2,5 2,7 2,9 3,2

0 34 67 101 135 168 202 236 269 303 337 370 404 438

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 %0,25 kW

0,5 kW nt = 73 %

1 kW

2 kW

3 kWQ

=3 l/

min

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

Charts TM 135 H

Chart TM 135 H 93

Chart TM 135 H 59




type 37 58 89 143

max. flow volume cm3/U (in3/r) 36,9 (2,3) 58 (3,5) 89,1 (5,5) 142,2 (8,7)


max. speed m/s 3,5 3,0 2,0 1,25


interrupted** 17 (4,5) 25 (6,5) 25 (6,5) 25 (6,5)


interrupted** 78 (688) 122 (1040) 190 (1682) 275 (2438)


interrupted** 165 (2400) 165 (2400) 165 (2400) 150 (2175)



AGL = B + 90

EL = B + 40

B25

20

1,5

55

5521

2520

1,5

40

162

120

8,5

164

GS

W

G = 1/4“

35

SW 30



400 450 500 550 600 650 700 750

Weight [kg]

Standard 27,0 28,3 29,7 30,9 32,3 33,4 35,0 36,4

107 Nm

99 Nm

90 Nm

81 Nm

72 Nm

63 Nm

54 Nm

45 Nm

36 Nm

27 Nm

18 Nm

9 Nm

0 Nm

0 0,36 0,8 1,2 1,5 1,9 2,3 2,6 3,2 3,5 3,7 m/s

drum - r/min 0 45 89 133 178 222 267 312 355 400 436

Q=1

l/m

in

3 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

5 l/m

in

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 %0,25 kW

0,5 kW nt = 73 %

1 kW

2 kW

3 kW

1,5 kW

2,5 kW

72 Nm

63 Nm

53 Nm

45 Nm

36 Nm

27 Nm

18 Nm

9 Nm

0 Nm

m/s

drum - r/min

0 0,45 0,9 1,5 1,9 2,4 2,8 3,4 3,7 4,3 4,7

0 56 111 167 222 278 333 389 436 500 556

2 l/m

in

8 l/m

in

12 l/

min

16 l/

min

Q=2

0 l/m

in

4 l/m

in

Q=1

l/m

in

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 % 0,25 kW

0,5 kW

nt = 73 %

1 kW

2 kW1,5 kW

2,5 kW

Charts TM 160 H

Chart TM 160 H 58

Chart TM 160 H 37



270 Nm

225 Nm

180 Nm

135 Nm

90 Nm

45 Nm

0 Nm

0 0,18 0,38 0,6 0,78 0,9 1,14 1,4 1,6m/s

drum - r/min 0 22 45 67 90 111 133 156 178

Q=3

l/m

in

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

p=140 bar

120 bar

100 bar

70 bar

50 bar

p=30 barnt = 55 %

65 %

nt = 73 %70 %

0,25 kW

0,5 kW

1 kW

2 kW

3 kW

180 Nm

158 Nm

135 Nm

113 Nm

90 Nm

68 Nm

45 Nm

23 Nm

0 Nm

m/s

drum - r/min

0 0,18 0,38 0,6 0,75 0,9 1,14 1,4 1,6 1,7 1,9 2,1 2,3 2,5

0 22 45 67 90 111 133 156 178 200 222 244 267 289

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 % 0,25 kW

0,5 kW nt = 73 %

1 kW

2 kW

3 kWQ

=3 l/

min

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

Charts TM 160 H

Chart TM 160 H 143

Chart TM 160 H 89




type 89 143

max. flow volume cm3/U (in3/r) 89,1 (5,5) 142,2 (8,7)

max. speed at continuous operation r/min 233 147

max. speed m/s 2,6 1,7

flow volume 1/min (GPM) continuous* 21 (5,5) 21 (5,5)

interrupted** 25 (6,5) 25 (6,5)

torque Nm (in-lb) continuous* 161 (1431) 226 (1998)

interrupted** 190 (1682) 275 (2438)

pressure bar (PSI) continuous* 140 (2030) 121 (1750)

interrupted** 165 (2400) 150 (2175)



AGL = B + 90

EL = B + 40

B25

20

1,5

55

5521

2520

1,5

40

215,

5

120

8,521

7,5

GS

W

G = 1/4“

35

SW 30



400 450 500 550 600 650 700 750

Weight [kg]

Standard 33,0 34,3 35,7 36,9 38,3 39,4 41,0 42,4

270 Nm

225 Nm

180 Nm

135 Nm

90 Nm

45 Nm

0 Nm

0 0,24 0,51 0,76 0,10 1,3 1,5 1,8 2,0m/s

drum - r/min 0 22 45 67 90 111 133 156 178

Q=3

l/m

in

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

p=140 bar

120 bar

100 bar

70 bar

50 bar

p=30 barnt = 55 %

65 %

nt = 73 %70 %

0,5 kW

1 kW

2 kW

180 Nm

158 Nm

135 Nm

113 Nm

90 Nm

68 Nm

45 Nm

23 Nm

0 Nm

m/s

drum - r/min

0 0,24 0,51 0,76 1,0 1,3 1,5 1,8 2,0 2,3 2,5 2,7 3,0 3,3

0 22 45 67 90 111 133 156 178 200 222 244 267 289

50 bar

p=30 bar

p=140 bar

120 bar

100 bar

70 bar

nt = 55 %

65 %

70 %

0,5 kW nt = 73 %

1 kW

2 kW

Q=3

l/m

in

5 l/m

in

10 l/

min

15 l/

min

20 l/

min

Q=2

5 l/m

in

3 kW

0,25 kW

0,25 kW

3 kW



Charts TM 215 H

Chart TM 215 H 143

Chart TM 215 H 89

B =EL =

AGL =

Checklist

Fax from: To:

company:

contact:

Tel.: Att.:

Fax: Fax:

Reference- Nr.__________________ Order / Enquirey (in case of a standard hydraulic drum motor please insert only the b - dimension and diameter)

Specification Tubebelt speed (m/s) spec. crowned

belt pull N cylindric

(regarding to the desired belt speed) stainless steel

torque Nm rubber lagging

(regarding to the desired belt speed) other

shaft

If the hydraulic drum motor will be used in an existing hydraulic system: end housing

hydraulic oil pressure level: bar

max. available oil flow: l/min sealing IP 66

nett price for hydraulic drum motor:

further specials:

Delivery time:

Terms of delivery:

Terms of payment:

More than just a motorD

esig

n an

d re

alisa

tion:

ww

w.ic

on-k

omm

unik

atio

n.d

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BDL Maschinenbau GmbHLothforster Strasse 32-40D-41849 WassenbergTel.: +49 2432 9666 0Fax: +49 2432 9666 33EMail: [email protected]: www.bdldrummotors.com

Hydraulic Drum Motors - Transmission Expert · Hydraulic motor Planetary gearing made of high alloy...

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