electric motors - electronic components from silicon … · electric motors the proper drive for...

D.C. motors with and without

transmissions, blowers and pumps

Electric motors

The proper drive for your projects

Bosch electric motors for industrial applications

Bosch provides a wide range of technically and economically interesting product solutions. Take advantage of our engineers’ experience gathered from application in millions of automobiles and from many other industrial uses.

The ideal contact person can be found on the last page of the catalogue.

www.bosch-elektromotoren.de

Copy deadline: 31.05.2006 Subject to changes without notice! Please address your queries and information to our agency. With the publication of this issue all previous issues are rendered invalid.

1 987 721 540/200606

AA/MKM3 - 06.2006 - En

© 2006 Robert Bosch GmbHAutomotive AftermarketP.O. Box 41 09 6076225 Karlsruhe, Germany Token fee: € 5,00

2006 | 2007

Order no.: 1 987 721 021 Order no.: 1 987 721 540 Order no.: 1 987 721 076

Order no.: 1 987 721 029 Order no.: 1 987 721 074

4 047023 039880

The right drive for your projects – Bosch electric motors Bosch contacts worldwidefor sales and advice

Belgium / Holland

Robert Bosch BeneluxAfdeling/Département RBBN/SOERue H. Genessestraat 1B - 1070 BrusselsTel.: +32 2 525 5271Fax: +32 2 525 5262Email: [email protected]

Czech Republic

Robert Bosch odbytova sroDavid KomrskaAutomotive Aftermarket (AA/SEM1-SSD3)Pod Visnovkou 1661/3514000 PragueTel.: +420 261300-504Fax: +420 261300-524Email: [email protected]

Denmark / Norway

Robert Bosch A/SEda HojenskiAA/SDKTelegrafvej 1DK - 2750 BallerupTel.: +45 4489 8321Fax: +45 4489 8680Email: [email protected]

Finland

Robert Bosch OyEnsiasennustuotteetAnsatie 6aC01740 VantaaTel.: +358 9 435 991Fax: +358 9 435 992 28Email: [email protected]

France

Robert Bosch France S.A.S.Patrick LandesAA/SSD3-SO32, Avenue Michelet93404 Saint-Ouen CedexTel.: +33 1 40 10 76 90Fax: +33 1 40 10 73 08Email: [email protected]

Germany

Robert Bosch GmbHDepartment AA/SSD3P.O. Box 41 09 6076225 KarlsruheTel.: +49 (0) 721/942-2278Fax: +49 (0) 721/942-2520Email: [email protected]

Electric motors from Bosch encourage movement in product development

With its competence, Bosch, as the leading global developer and manu-facturer of automotive technology, has proved itself millions of times over in mobile applications. As a development partner to various industrial branches, Bosch is aligned to the requirements of its customers. Thus, Bosch electric motors are also the ideal solution for many applications outside of the automobile. The total of its advantages are immediately obvious, where quality, reliability and inexpensive prices through high-volume production are called for.

Industrial customers in particular, expect to have competent contact partners at their suppliers. To this end, an independent engineering team has been set up. Bosch engineers will advise and support you in the applica-tion engineering for D.C. motors, blowers and pumps. The proper contact person can be found on the last page of the catalogue.

www.bosch-elektromotoren.de

Israel

Ledico Technologies Ltd.Adi TasmanP.P. Box 1746 HolonTel.: +972 3 650 4017Fax: +972 3 650 4055Email: [email protected]

Italy

Robert Bosch S.p.A.Claudio Vailati AA/SITVia M.A. Colonna, 3520149 MilanTel.: +39 02 36 96 - 2387Fax: +39 02 36 96 - 2423Email: [email protected]

Japan

Bosch CorporationAndreas ZiegelerDepartment JA/MKT23-6-7, Shibuya,Shibuya-ku,Tokyo 150-8360Tel.: +81 3 5485-5982Fax: +81 3 5485-6386Email: [email protected]

Republic of South Africa

Robert Bosch (Pty) LtdUwe WinzlerSales OE & Engineering (RBSA/SOE)P.O. Box 348BRITS0250 North West ProvinceTel.: +27 12 381 3445Fax: +27 12 250 2646 Email: [email protected]

Spain / Portugal

Robert Bosch España, S.A.AA/SSPHnos. García Noblejas, 19E - 28037 MadridTel.: +34 91 327 96 59Fax: +34 91 410 41 64

Sweden

Robert Bosch ABIndustriförsäljningBox 1154164 26 KistaTel.: +46 (0)8 750 1570Fax: +46 (0)8 750 1560 Email: [email protected]

Switzerland

Robert Bosch AGAutomobiltechnik IndustrieIndustriestrasse 318112 OtelfingenTel.: +41 (0)44 847 15 30Fax: +41 (0)44 847 15 29Email: [email protected]

Turkey

Bosch San. ve Tic. A.SDepartment RBTR/SAAAhi Evran Cad. No: 1 Kat: 22Polaris Plaza - MaslakIstanbulTel.: +09 (0) 212/335-0655Fax: +09 (0) 212/346-0053Email: [email protected]

United Kingdom

Robert Bosch LtdDept AA/SEU/motors and controlsPO Box 98Uxbridge UB9 5HNTel.: +44 (0) 1895 838371Fax: +44 (0) 1895 838333Email: [email protected]

USA

Chief Enterprises, Inc.Bob Socha545 W, Lake St.Elmhurst, IL 60126Tel.: +01 630-530-1154Fax: +01 630-530-1224Internet: www.chiefent.com

Unlimited service – Bosch electric motors 2Parameter explanation 4D.C. motors without transmission 10D.C. motors with transmission 50Blowers with D.C. motors 94Water pressure pumps with D.C. motors 114Water-circulation pumpswith D.C. motors 116Bi-pressure pump 124Solenoid valves 126Part numbers 130Data-sheet inquiry 132

Notes

This catalog lists the standard parts supplied, with all the technical infor-mation normally required by design engineers to select the best motor fortheir particular requirements. These motors were originally designed foruse in motor vehicles.

We recommend that Bosch be consulted first before you use motors forany applications other than those specified, particularly in the case ofother requirements, loads, or environmental conditions.Please use the “Inquiry Sheet” for this purpose.

Subject to change.The current drawings quoted shall prevail.

Electric motors

2 | Unlimited service – Bosch electric motors

Bosch Automotive Aftermarket 2006 | 2007

Unlimited service – Bosch electric motors

The worldwide competent partner for industrial applications

As the largest manufacturer of electric motors in Europe, Bosch provides its customers with a comprehensive range of products including brushless D.C. motors and brush-type D.C. motors. Bosch electric motors are developed for the automotive industry and installed into automobiles and commercial vehicles as drives for wiping systems, engine cooling and passenger compartment air-conditioning as well as for the adjustment of windows, sliding roofs and seats. The Bosch electric motors referred to here are permanent-magnet-excited D.C. motors. They excel on account of an excellent power/weight ratio,

a broad working range and through outstanding flexibility for adaptation to different requirements and installation situations. In addition to this they are extremely quiet and very robust (see D.C. motors without transmis-sion).Bosch plants around the globe operate according to the stringent, inter-nationally-binding Bosch quality guidelines, which only permit products for series production that have been well-proven in tough endurance tests. For several years now, Bosch has also extremely successfully provided its pro-ducts to customers outside the automobile industry.

Unlimited service – Bosch electric motors | 3

2006 | 2007 Bosch Automotive Aftermarket

Bosch worldwide production sites:

• Toluca, Mexico• Albion, USA• Campinas, Brazil• Castellet, Spain• Bühl, Germany• Miskolc, Hungary• Brits, South Africa• Changsha, China• Penang, Malaysia• Suzhou, China• Buyong, Korea• Clayton, Australia

Professional customer service

• Engineering team for new developments – Right from the very start, Bosch engineers provide their support and advice in the appli-cation engineering for D.C. motors, blowers or pumps.

• All-encompassing customer orientation – Bosch guarantees worldwide uniform production and quality standards, and availability of its products.

• Technical information – Comprehensive information on Bosch electric motors is available in our catalogue or on the available CD-ROM. Apart from this, you can also find all technical details online at www.bosch-elektromotoren.de.

Customer orientation in development, production and sales

Innovative technology from the automobile industry

• Many million times well proven and reliable Bosch quality – As a leading developer and manufacturer of automotive technology Bosch is also a mobile and experienced partner outside the automobile industry.

• Bosch electric motors operate absolutely reliably – They are available in a light and compact design, have a high output and long service life.

• Price and performance, that match up – High-volume production results in inexpensive prices.

Individual solutions for your application

• The right solution for every requirement – Due to a variety of different designs and sizes, the Bosch range of electric motors provides a great deal of flexibility for installation and use. Bosch electric motors operate in a D.C. voltage range of 12 to 24 Volt. They are also optionally available with and without Hall elements.

• Successful application examples – Power-operated hospital beds, wheel chairs, garage-door drives, lawnmowers, locking systems and output systems, electric mopeds and lots more.

4 | Parameter explanation

Parameter explanation


Nominal valuesNominal valueValue of a variable (e.g. voltage, current, resistance ...) according to which a motor, blower, or pump, or its characteristics and parts are specified or according to which they are designated.

Power consumption P1

P1 = U · I

P1 Power consumption in WU Voltage in VI Current in A

Output power P2

For motors the output power P2 is always given.

P2 = 2 · M · n

60

P2 Output power in WM Torque in Nmn Rotational speed in min–1

Efficiency Efficiency refers to the relationship between mechanical output P2 and electrical power input P1.

P2 2 = P1

ExampleTheoretically, a nominal voltage of 24 V and a rated current of 35 A result in a power input of P1:P1 = UN · IN; P1 = 24 V · 35 A; P1 = 840 W.This power consumption P1 and the output P2N (see Fig. page 7) determined from the characte-ristic-curves chart are used to calculate the efficiency :

P2N 600 W = = = 0.71 = 71 %

P1 840 W

Rated torque MN

The motor’s rated torque is calculated from:

60 P2N

MN = ·

2 nN

MN Rated torque in NmP2N Rated power output in WnN Rated speed in min–1

Rated speed nN

Rated speed refers to the speed of amotor supplied with rated voltage and driven at a rated output.

Direction of rotationWhen looking at the motor’s shaft end, clockwise operation is deemed to be right-handed rotation.For motors with two shaft ends, the shaft end opposite the commutator determines the direction of rotation.

Short-circuit valuesThe current consumed by the motor in case of short-circuit (when armature is braked to stand-still), is the maximum current Imax.When a short circuit occurs, the maximum torque MA (breakaway torque) is effective.

IP degrees of protection Valid for electrical equipment of road vehicles as under IEC 60 529 and DIN 40 050, Part 9.

Protection of electrical equipment within housing against influence of solid foreign bodies including dust.

Protection of electrical equipment within housing against ingress of water.

Protection of people against touching hazardous parts1 within housing.

1 Moving mechanical parts.

Fastening

Housing fastening: By means of screws on the motor or transmission housing. Blowers are fastened in a similar manner, either to the drive motor or the air shroud.

Flange mounting: The motor’s drive-end support has a two or three-hole flange, or the front side contains three or four threaded holes for fastening.

Cooling

Internal natural cooling: open-type design, without fan.

Internal natural cooling: open-type design, with separate fan.

Internal forced-air cooling: open-type design, with externally-driven fan.

Surface natural cooling: closed design, without fan.

Surface natural cooling: closed design, with separate fan.

Parameter explanation | 5


IP-code structure

IP 2 2) 3 3) C M If an index number is not given, then the letter “X” must be substituted (i.e. “XX”, if both index numbers are missing).Additional and/or supplementary letters can be omitted without any substitution.2) The supplementary letter “K” is placed

either immediately after the first index numbers 5 and 6 or immediately after the second index numbers 4, 6 and 9.

3) During the water test for example: IP16KB protection against ingress of solid foreign bodies with a diameter 50 mm, protection against powerful spray water at high pressure, protection against being touched by fingers.

Code letters

First index number0...6 or letter X

Second index number0...9 or letter X

Supplementary letter (facultative) A, B, C, D

Supplementary letter (facultative)M, S

K2)

Explanations of IP code1. Index number

and supple-mentary letter K

Protection of electrical equipment against ingress of foreign bodies

People 2. Index number and supple-mentary letter K

Protection of electrical equipment against ingress of water

Letter(facultative)

Protection of people in event of contact with hazardous parts

Letter(facultative)

0 Notprotected

Notprotected

0 Notprotected

A Protection against contact with back of hand

M Motion ofmoving parts 3)

1 Protection against foreign bodiesØ 50 mm

Protection against contact with back of hand

1 Protection against verticaldroplets

B Protection against contact with fingers

S Standstill ofmoving parts 3)

2 Protection against foreign bodiesØ 12.5 mm

Protection against contact with fingers

2 Protection against droplets,15° Inclination

C Protection against contact with tools


Protection against contact with tools

3 Protection against spray water

D Protection against contact with wire


Protection against contact with wire


5K

Dust-protected Protection against contact with wire

4K Protection against spray water with increased pressure

6K Dust-proof Protection against contact with wire


6 Protection against powerfulspray water

6K Protection against powerful spray water with increased pressure

7 Protection against temporary immersion

8 Protection against permanent immersion

9K Protection against high pressure/ vapor pressure cleaning



M

M

Operating modes (VDE 0530)

Continuous operation S 1Operation with constant load condition, the duration of which is sufficient to reach the thermal steady-state condition.

Parameters for curve inspectionP1 Power inputPV Power loss

Temperature

max Highest temperaturetB Load periodtr Relative on period (as percentage)tS DurationtSt Standstill period

Short-term operation S 2Operation with constant load condition, which does not last long enough however to enable the thermal steady-state condition to be reached, and a subsequent pause, which lasts long enough for the motor temperature not to deviate more than 2 K from the coolant temperature.

Example: S 2 – 60 min(The stated time refers to 60 minutes of operation at normal rating)

Intermittent operation S 3Operation, comprised of a sequence of similar cycles, each of which encompasses a time with constant load and a pause, whereby the startup current does not exert any perceptible influence on heating.

Example: S 3 – 10 %(Stated percentage refers to on period)

Symbols

Permanent- (magnet) excitedD.C. motor

Interference- suppression componentThrottle

Interference- suppression componentCapacitor

Varistor disk

Resistance

Thermoswitch

Limit shutoff

Varistor (voltage-dependent resistor)

Bridge rectifier

Power input Power loss Temperature



tBtr = · 100 %

tB + tSt



Characteristic curvesWith a specified working point of 160 Ncm one plots a vertical line to the torque axis. The intersecting points of these vertical lines with the various characteristic curves result in the operat-ing data for the rated speed nN, rated current IN and mechanical output P2N.

Explanation of characteristic curve evaluationAP Working pointM TorqueP2 Power inputI Currentn Rotational speed

Example:Given: MN = 160 Ncm.Found: nN = 3,800 min–1.P2N = 600 W and IN = 35 A.

-Identification and manufacturer declaration in accordance with EU directiveAs under the EU Directive all electrically- powered machines, devices and systems, which are manufactured, imported and sold within the borders of the European Union must have a CE-label attached to them.The EU Directive also includes the following individual guidelines, which are of significance for motor users.

1. Machine DirectiveIt is valid for self-contained operational machines or any interlinking of machines to form integral systems.It is not valid for machine components however, such as, for example, electrical control systems or electric motors which have no independent function.The entire machine or system must always comply with the Directive.

2. Low-voltage DirectiveIt is valid and is to be applied for all electric motors as from a low-voltage limit of 75 V for D.C. voltage and 50 V for A.C. voltage and higher.Because the electric motors listed in this catalogue are designed for rated voltages of up to maximum 24 V, they are not governed by this Directive.

3. EMC DirectiveThis Directive is valid for all electrical and electronic devices, installations and systems. However, this Directive is also valid for com-plex components such as, e.g. electric motors, although this only applies where they are openly available for purchase by the public. The electric motors listed in this catalogue are solely shipped as supplied parts or replacement parts, and are not subject to § 5 paragraph 5 of the EMC Act regarding a mandatory CE label.

The limits for the relaying and the radiation of high-frequency interference are specified in EN 55 014 of the EMC Act.Because of the previously-mentioned reasons, Bosch electric motors are on no account subject to mandatory CE labeling.

We will gladly assist you with information in all matters relating to the acceptance of your application.


Hall effect

Hall effect. d Thickness of chip.

-

UH

+

IS

B

d++++++

----

--

If a current IS flows through a chip, a Hall voltage UH is generated transverse to the direction of the current, the size of which is proportional to the magnetic induction B (vertical to IS) and the current IS. The Hall voltage UH is made up of:

IS · BUH = RH · d

RH Hall-constant factor

Since the resulting Hall voltages are extremely small, they are amplified. When using silicon Hall elements, the circuit for signal processing (e.g. a Schmitt trigger with subsequent driver) are integrated directly onto the same chip. This component is then designated a Hall-IC. The output is a transistor with open collector, with which a switching function is realized.

Permanently connected to the armature shaft is a magnetic ring, the magnetic field of which permeates the Hall element. When the armature shaft rotates, the magnetomotive-force direction in the Hall element changes. The output transistor is then either switched through or open.

Motors with Hall sensor

Circuit.

UV

UA

R

1k

Characteristic curves.

0 t

0 t

Out

put v

olta

geU

A

Indu

ctio

nB

Hall sensor IC



NS

H2

H1

S

N

H2

H1

Output signals, 1 armature rotation.

0 α 360

UA1

UA2

Hall-effect applications in D.C. motorsBy counting the generated output-voltage pulses, one can determine the number of rotations and thus the speed. If the rotational motion is converted into a linear motion, it then becomes possible to monitor the adjustment travel exactly.If there are two Hall generators installed offset to each other at a specific angle in a motor, then the direction of rotation can also be determined.

Basic arrangement in motor

H1, H2 Hall generatorN North poleS South pole

Angle between the two Hall generators


Basic arrangement in motor with 8-pole ring magnet.

Basic arrangement in motor with 2-pole ring magnet.

Output signals

UA1 Output voltage of first Hall generatorUA2 Output voltage of second Hall generator

Angle between the two Hall generators

Rotational angle

Output signals, 1 armature rotation.

0 α 360360 + α

UA1

UA2


10 | D.C. motors without transmission

The Bosch D.C. motors without transmission referred to here are permanent-magnet D.C. motors developed for use in motor vehicles. They excel on account of an excellent power/weight ratio, and a broad working range in different requirements and installation situations.

Bosch electric motors without transmission are typically used in motor vehicles as a motor for heater or air-conditioning devices or for power-seat adjustment. The installation position can vary arbitrarily from horizontal to vertical. Bosch electric motors without transmission, are also the suitable solution for many applications outside the automobile.

D.C. motors without transmission

Product features

• Wide range of permanent-magnet D.C. motor products • D.C. voltage range from 12 to 24 Volt • Speed range from 1,750 to 9,500 min–1 • Available with and without Hall elements

Advantages for your application

• Robust and reliable quality, well-proven in many millions of motor vehicles • High reliability and service life • A multitude of different sizes and designs for greater flexibility • Favorable price/performance ratio

Application examples

Automotive technology:Heater and air-conditioning blowers, engine cooling, power-seat adjustment

Industrial applications:Electric mopeds, sweeping machines, hospital wheelchairs, adjustable office desks, window adjustment, hoisting winches and lots more.

| 11D.C. motors without transmission


APG

M0

5

10

15

I n

W A min-1

0

20

40

60

0

5000

10000

15000

Up = 12 V

0 5 10 15 Ncm

M

P2

P2

I

n

ø 2

4,5

800

5

ø 5

ø 1

4

ø 2

2,5

ø 4

0

4,5

28,6

2,6

6,6

N

101,6

N Cap supplied separately (part number 3 130 508 003)

12 V 20 WPart number 0 130 002 211Nominal voltage 5 12 VNominal power p 20 WNominal current Á 2,8 ANominal speed á 9500 minÉNominal torque À 2 NcmBreakaway torque à 20 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 54 AB) Weight approx. 0,30 kg B) Bearings excluded

APG

M0

2

6

4

8

I n

W A min-1

0

20

40

60

0

5000

10000

15000

Up = 24 V

0 5 10 15 Ncm

M

P2

P2

I

n

N

S

14

5

24,5

46,5

300

320

2,6

6,6

4,5

40

28,6

101,6

N Cap supplied separately (part number 3 130 508 003)S Round plug, Kostal (part number 1 02 24 32944 0)

24 V 20 WPart number 0 130 002 092Nominal voltage 5 24 VNominal power p 20 WNominal current Á 1,7 ANominal speed á 9500 minÉNominal torque À 2 NcmBreakaway torque à 20 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 54 AB) Weight approx. 0,30 kg B) Bearings excluded



API

II

I

M

n

n

Ncm00

5

0

2000

10 4000

15 6000

Imax

10 20 30

I

A min–1UP = 13 V

M

17,5

13,5

max

.

1,5

46°

45°

ø24 m

ax.

ø11,2

7

110

15,9 ø32 m

ax.

ø37 m

in.

163,5

3,2 ø3,4

max.

12 V 28 WPart number 0 130 002 525Nominal voltage 5 12 VNominal power p 28 WNominal current Á 7,0 ANominal speed á 3100 minÉNominal torque À 9 NcmBreakaway torque à 38 NcmDirection of rotation L/R Type of duty S 3 - 15 %Degree of protection IP 50 A Weight approx. 0,44 kg Clockwise: I to term (+), II to term (–)Counterclockwise: I to term (–), II to term (+)

APIwith Hall sensor

R

RUU

+ –

U

M

IIIIIIV I

SN

n

n

Ncm00

5

0

2000

10 4000

15 6000

Imax

10 20 30

I

A min–1UP = 13 V

M

17,5

13,5

max

.

1,5

46°

45°

ø24 m

ax.

ø11,2

7

110

ø32 m

ax.

ø37 m

in.

15,9

163,5

3,2 ø3,4

max.

12 V 28 WPart number 0 130 002 527Nominal voltage 5 12 VNominal power p 28 WNominal current Á 7,0 ANominal speed á 3100 minÉNominal torque À 9 NcmBreakaway torque à 38 NcmDirection of rotation L/R Type of duty S 3 - 15 %Degree of protection IP 50 A Weight approx. 0,44 kg Clockwise: I to term (+), II to term (–)Counterclockwise: I to term (–), II to term (+)



API

II

I

M

n

n

Ncm00

5

0

1000

10 2000

15 3000

20 4000

Imax

20 40 60

I

A min–1UP = 13 V

M

14,5

47°20°

ø32 m

ax.

3,2

ø3,4

max.

ø11,2

ø42

ø24 m

ax.

7

134

15,9

ø37 m

in.

203,5

12 V 46 WPart number 0 130 002 529Nominal voltage 5 12 VNominal power p 46 WNominal current Á 9,0 ANominal speed á 2900 minÉNominal torque À 15 NcmBreakaway torque à 63 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,44 kg Clockwise: I to term (+), II to term (–)Counterclockwise: I to term (–), II to term (+)

APIwith Hall sensor

R

RUU

+ –

U

M

IIIIIIV I

SN

n

n

Ncm00

5

0

1000

10 2000

15 3000

20 4000

Imax

20 40 60

I

A min–1UP = 13 V

M

14,5

47°

20°

3,2

ø3,4

max.

ø11,2

ø42

ø24 m

ax.

7

134

15,9

203,5

ø32 m

ax.

ø37 m

in.

12 V 46 WPart number 0 130 002 530Nominal voltage 5 12 VNominal power p 46 WNominal current Á 9,0 ANominal speed á 2900 minÉNominal torque À 15 NcmBreakaway torque à 63 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,44 kg Clockwise: I to term (+), II to term (–)Counterclockwise: I to term (–), II to term (+)



API

UM

rt

br0

I

n

Ncm5 10 15 25200

4

6

8

0

12

18

24

0

2000

26 1000

3000

4000

P2

UP = 24 V

M

I n

A min–1mW

P2

R 2

3

ø 4

2

ø 3

0

ø 2

0

2514

20

114

R 0

,4 (4x

)

ø 3

,4

3,2

S

S Blade terminal 6.3 mm, Tyco number 280 081-1, plug housing Tyco number 180 908-0

24 V 25 WPart number 0 130 002 562Nominal voltage 5 24 VNominal power p 25 WNominal current Á 2,7 ANominal speed á 2950 minÉNominal torque À 8 NcmBreakaway torque à 27 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,50 kg Clockwise:red (rt) to term (+), brown (br) to term (–)Counterclockwise:red (rt) to term (–),brown (br) to term (+)

API

I

II

M

n

n

Ncm00

4

0

1000

8 2000

12 3000

I

20 40 60

I

A min–1UP = 26 V

M

14,5

47°

20°

ø32 m

ax.

3,2

ø3,4

max.

ø11,2

ø42

ø24 m

ax.

7

134

15,9

ø37 m

in.

203,5

24 V 46 W B)Part number 0 130 002 671Nominal voltage 5 24 VNominal power p 46 WNominal current Á 4,5 ANominal speed á 2900 minÉNominal torque À 15 NcmBreakaway torque à 63 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,44 kg B) On requestClockwise: I to term (+) II to term (-)Counterclockwise: I to (-) II to (+)



APIwith Hall sensor

R

RUU

n

n

Ncm00

4

0

1000

8 2000

12 3000

I

20 40 60

I

A min–1UP = 26 V

M

14,5

47°20°

3,2

ø3,4

max.

ø11,2

ø42

ø24 m

ax.

7

134

15,9

203,5

ø32 m

ax.

ø37 m

in.

24 V 46 W B)Part number 0 130 002 672Nominal voltage 5 24 VNominal power p 46 WNominal current Á 4,5 ANominal speed á 2900 minÉNominal torque À 15 NcmBreakaway torque à 63 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,44 kg B) On requestClockwise: I to term (+) II to term (-)Counterclockwise: I to term (-) II to term (+)

APIwith Hall sensor

R

RUU

n

n

Ncm00

5

0

1000

10 2000

15 3000

20 4000

I

10 20 30 40 50

I

A min–1UP = 13 V

M

32

7 7

109,5

ø64,5

52

,15

36

6,4

9,5

ø5,5 20

18,25 15,35

13

ø4

2

24,5

15,5

ø11

,2

ø2

3,4

5

ø9

I IV

II III

12 V 34.5 WPart number 0 130 002 632Nominal voltage 5 12 VNominal power p 34,5 WNominal current Á 6,8 ANominal speed á 3360 minÉNominal torque À 10 NcmBreakaway torque à 49 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,45 kg Clockwise: I to term (+), II to term (–)Counterclockwise: I to term (–), II to term (+)



API

I

II

M

n

n

Ncm00

5

0

1000

10 2000

15 3000

20 4000

I

10 20 30 40 50

I

A min–1UP = 13 V

M

ø64,4

52

,15

36

6,4

9,5

ø5,5 20

18,25 15,35

13

ø9

I

II

32

7

109,5

ø4

2

24,5

ø11

,2

ø2

3,4

5

15,5

7


APIwith Hall sensor

R

RUU

0

5

00

10

20

1000

0

2000

15

16

32

64

48 3000

4000

�

�

20 40 60

�

Ncm

� �

A min–1W

�2

�2

�P = 12 V

32

7

119,5

ø64,4

52

,15

36

6,5

9,5

ø5,5 20

18,25 15,35

13

ø4

2

24,5

ø11

,2

ø2

3,4

5

ø9

15,5

7

I IV

II III




API

I

II

M

M

n

n

Ncm00

5

0

1000

10 2000

15 3000

20 4000

I

20 40 60

I

A min–1UP = 13 V

ø64,4

52

,15

36

6,5

9,5

60°

ø5,5 20

18,25 15,35

13

ø9

I

II

32

7

129,5

ø4

2

24,5

15,5

37°

7

ø11

,2

ø2

3,4

5


APIwith Hall sensor

R

RUU

M

n

n

Ncm00

5

0

1000

10 2000

15 3000

20 4000

I

20 40 60

I

A min–1UP = 13 V

ø64,4

52

,15

36

6,5

9,5

60°

ø5,5 20

18,25 15,35

13

ø9

I IV

II III

32

7

129,5

ø4

2

24,5

15,5

37°

7

ø11

,2

ø2

3,4

512 V 29.2 WPart number 0 130 002 613 Nominal voltage 5 12 VNominal power p 29,2 WNominal current Á 5,8 ANominal speed á 2790 minÉNominal torque À 10 NcmBreakaway torque à 69 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,60 kg Clockwise: I to term (+) II to term (-)Counterclockwise: I to term (-) II to term (+)



APIwith Hall sensor

R

RUU

n

n

Ncm00

4

0

1000

8 2000

12 3000I

20 40 60

I

A min–1UP = 26 V

M

ø64,4

52

,15

36

6,5

9,5

60°

ø5,5 20

18,25 15,35

13

ø9

I IV

II III

32

7

129,5

ø4

2

24,5

15,5

37°

7

ø11

,2

ø2

3,4

5

24 V 29.2 W B)Part number 0 130 002 673Nominal voltage 5 24 VNominal power p 29,2 WNominal current Á 2,9 ANominal speed á 2790 minÉNominal torque À 10 NcmBreakaway torque à 69 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,60 kg B) On requestClockwise: I to term (+) II to term (-)Counterclockwise: I to term (-) II to term (+)

API

I

II

M

n

n

Ncm00

4

0

1000

8 2000

12 3000I

20 40 60

I

A min–1UP = 26 V

M

ø64,4

52

,15

36

6,5

9,5

60°

ø5,5 20

18,25 15,35

13

ø9

I

II

32

7

129,5

ø4

2

24,5

15,5

37°

7

ø11

,2

ø2

3,4

5

24 V 29.2 W B)Part number 0 130 002 674Nominal voltage 5 24 VNominal power p 29,2 WNominal current Á 2,9 ANominal speed á 2790 minÉNominal torque À 10 NcmBreakaway torque à 69 NcmDirection of rotation L/R Type of duty S 3 - 15 % Degree of protection IP 50 Weight approx. 0,60 kg B) On requestClockwise: I to term (+) II to term (-)Counterclockwise: I to term (-) II to term (+)



BPA

M0

10

20

30

I n

W A min-1

0

20

40

60

0

2000

4000

6000

Up = 12 V

0 10 20 30 Ncm

M

P2

P2

I

n

ø 5

1

A B

M4

45°

26

ø 3

9

ø 6

103,5

99,2

72

~ 2,826,8

35,2

M

A (–) Receptacle for blade terminal 6.3 x 0.8B (+) Blade terminal 6.3 x 0.8

12 V 34 WPart number 0 130 007 343Nominal voltage 5 12 VNominal power p 34 WNominal current Á 5,5 ANominal speed á 5425 minÉNominal torque À 6 NcmBreakaway torque à 40 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 0,40 kg

BPA

M

35,2

45

48

72

51

107

ø 6

A B





BPA

M0

5

10

15

I n

W A min-1

0

10

20

30

0

1000

2000

3000

Up = 12 V

0 10 20 30 Ncm

M

P2

P2

I

n

M4

26

45°

ø 6

ø 3

9

ø 1

1

107

27,372

2,8

(+) (-)

35,226,7

150

51

S M

S Round plug a 2.5 mm.Connections: (+) green, (–) black.

12 V 14 WPart number 0 130 007 342Nominal voltage 5 12 VNominal power p 14 WNominal current Á 2,5 ANominal speed á 2860 minÉNominal torque À 4,6 NcmBreakaway torque à 31 NcmDirection of rotation L Type of duty S 1 Degree of protection IP 10 Weight approx. 0,40 kg

BPA

M

35,2

45

48

72

51

107

ø 6

A B





CPB

0

n

I

00

M

0

I n

–

P

0Nc5030 40

0 000

0 500

40 000

30 500

60 3000

50 500

UP = V

0

0

0

40

30

60

50

W

P

129,5

ø5

9

51,530,8

ø8

21,7 39,1

12 V 24 WPart number F 006 B10 148Nominal voltage 5 12 VNominal power p 24 WNominal speed á 2950 minÉNominal torque À 7 NcmBreakaway torque à 26 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 0,50 kg

CPB

M0

00

20

60

2000

40

50

150

100 4000

6000

� �

25 50 75 100

�

Ncm

� �

A min–1W

�2

�2

�P = 13 V

0

51,5 45

26

27

107,6

30

45°

90°

5937,4

30,8 19 16,7

19,2

62,2 4,5

145

27

30,6

3,3

ø8

7,2

12 V 99 WPart number 0 130 063 075Nominal voltage 5 12 VNominal power p 99 WNominal current Á 13,0 ANominal speed á 3800 minÉNominal torque À 25 NcmBreakaway torque à 108 NcmDirection of rotation L Type of duty S 1 Degree of protection IP 10 Weight approx. 0,72 kg



CPB

M

W

0

2000

4000

6000

2050

00

40

60

0

100

150

M

P2 I n

P2

I

n

UP=13VA min-1

Ncm40 80 120

2xM

4

47,5

ø8

593711,151,5

4,593,4

137

M

A B

37,4



CPB

A (–) Receptacle for blade terminal 6.3 x 0.8B (+) Blade terminal 6.3 x 0.8R Clockwise




CPB

M

000

20

60

2000

40

50

150

100 4000

6000

�

�

25 50 75 100

�

Ncm

� �

A min–1W

�2

�2

�P = 13 V

0

19,2

51,5 11,1

33,5

ø 8

47,5

30,5

96,1 59

30

90°

93,4 4,5

133,5

3,3

45°


CPB

M0

5

10

15

I n

W A min-1

0

20

40

60

80

0

1000

2000

3000

Up = 26 V

0 20 40 8060 Ncm

M

P2

P2

I

n

BA

33,5

133,5 59

ø 8

ø 4

7,5

11,1

4,5

M

93,4

51,5





CPB

M

+–

0

n

I

20 40 60 80

M

0

50 2500

40 2000

20 1000

30 1500

I n

A min–1

P2

0Ncm

10 500

UP = 24 V

W

P2

93,4

30 165

56,8

11,1

2,5 5,7

ø3

,85

51,5

20 20 30

59

5,6

M5

47

,5

34

,5

30

,5

ø2

2

3,4

45

24 V 36 WPart number F 006 MG0 30BNominal voltage 5 24 VNominal power p 120 WNominal current Á 2,5 ANominal speed á 2300 minÉNominal torque À 50 NcmBreakaway torque à 450 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 0,67 kg

CPB

M0

10

20

30

P I n2

W A min-1

0

50

100

150

0

2000

4000

6000

Up = 24 V

0 25 50 75 Ncm

M

P2

I

n

100

30

34,5

M 5

20°20°

19

93,4

ø6

47

,5

ø2

2

51,5

ø6,4

51,5

11,1

2,5

30,5

59

30

3,4

5,6 45°

BA


24 V 57 WPart number 0 130 063 092Nominal voltage 5 24 VNominal power p 57 WNominal current Á 3,5 ANominal speed á 3650 minÉNominal torque À 15 NcmBreakaway torque à 112 NcmDirection of rotation L/R Type of duty S 1 Degree of protection IP 10 Weight approx. 0,70 kg



CPB

M0

10

20

30

0

50

100

150

I n

W A min-1

0

2000

4000

6000

Up = 28 V

0 25 50 10075 Ncm

M

P2

P2

In

BA

33,5

133,5 59

ø 8

ø 4

7,5

11,1

4,5

M

93,4

51,5



CPB

A (–) Receptacle for blade terminal 6.3 x 0.8B (+) Blade terminal 6.3 x 0.8R Clockwise




CPR

M

+ –

0

n

I

0

M

00

8000 000

600 000

000 000

I n

–W

P

0Nc007

0 0 000

UP = V

59,6

100

62 44

107

70

45

68

93,3 5,3

144

ø8

10

3


CPR

M

+–

0

�

�

55

�

00

20

40

4000

30

160

10 200080

320

240 6000

8000

� �

A min–1W

�2

�2

110 1650

Ncm

�P = 26 V

86,4 128,6

70 58

924,5 18,7

101,3 5,3

215

ø60,2

30,5

3,3

8

30

45°

90°

24 V 123 WPart number 0 130 063 602Nominal voltage 5 24 VNominal power p 123 WNominal current Á 7,5 ANominal speed á 4300 minÉNominal torque À 27,5 NcmBreakaway torque à 188 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 0,72 kg



DPD

M0

50

100

150

0

20

40

60

I n

W A min-1

0

1000

2000

3000

Up = 13 V

0 50 150100 Ncm

M

P2

P2

I

n

40

ø 4

4

ø 8

ø 8

735670,2

15,5

4,94,9 112,2

22320°

A B

M

A Receptacle for blade terminal 6.3 x 0.8B Blade terminal 6.3 x 0.8


DPD

M0

20

40

80

60

0

100

200

300

I n

W A min-1

0

2000

4000

6000

Up = 13 V

0 50 150100 Ncm

M

P2

P2

I

n

2 x M4

41

148

40

ø 4

4

ø 8

58

20°

73

15,5

4,9100

A B

M





DPD

M0

20

40

80

60

0

100

200

300

I n

W A min-1

0

2000

4000

6000

Up = 13 V

0 50 150100 Ncm

M

P2

P2

I

n

2 x M4

41

148

40

ø 4

4

ø 8

58

20°

73

15,5

4,9100

A B

M



DPD

M

– +

0

100

200

300

0

50

100

150

I n

W A min-1

0

2000

4000

6000

Up = 12 V

0 50 150100 Ncm

M

P2

P2

I

n

3358

100

168

40

ø 4

4

ø 8

ø 8

73

15,5

4,94,9 20°

A B

M




DPD

M0

�

�

40

�

00

80

2000100 40

3000150 60

20 100050

200 4000

� �

AW

�2

�2

080 120 160

�P = 12 Vmin–1

Ncm

58 41

15,5

44

22°

10

M4

40

45°

43

8

73

15 4,9

148

8

22°

20°


DPD

M0

�

�

40

�

00

80

2000100 40

3000150 60

20 100050

200 4000

� �

AW

�2

�2

080 120 160

�P = 12 Vmin–1

Ncm

58 62

92

21,5

11

15,5

44

10

40

45°

15°

43

8

22°

73

15

4,94,9 100

215

8

22°

5°

20°




DPD

F Blade terminal 6.3–2.5; blade terminal housing Tyco No. 280 081– 2.


DPD

M

0

100

200

300

0

20

40

60

I n

W A min-1

0

2000

4000

6000

Up = 26 V

0 50 150100 Ncm

M

P2

P2

I

n

11

5°

6258

100

40

ø 4

4

ø 8

73

15,5

4,94,9 20°

A B

M

ø 8

215 92





DPD

M

0

200

400

600

0

20

40

60

I n

W A min-1

0

2000

4000

6000

Up = 26 V

0 100 300200 Ncm

M

P2

P2

I

n

5270,2

112,2

11

5°

40

ø 4

4

ø 8

73

15,5

4,94,9 20°

A B

M

ø 8

215 92





DPB24 V 32 WPart number 0 130 110 003Nominal voltage 5 24 VNominal power p 32 WNominal current Á 2,5 ANominal speed á 1300 minÉNominal torque À 24 NcmBreakaway torque à 110 NcmDirection of rotation L Type of duty S 1 Degree of protection IP 44 Weight approx. 1,80 kg Connections: (+) red), (–) black.

DPB

0

20

40

60

I n

W A min-1

0

100

200

300

0

2000

4000

6000

p = 24 V

0 50 100 150 Ncm

M

P2

P2

I

n

U

E (–) Blade receptacle B 6.3-2.5 DIN 46 247 (brown).F (+) Blade terminal B 6.3-2.5 DIN 46 248 (black).T a4.4 for Tapite M5.




DPB

+sw -br

0

100

200

300

0

10

20

30

I n

W A min-1

0

2000

4000

6000

Up = 24 V

0 50 200150100 Ncm

M

P2

P2

I

n

30°

147°

120° 1

20°

ø6

220

30

ø 4

0

3

A B

ø4

0

ø 7

6

M4

ø5

,6

ø7

,6

34

4

1,6

7,5

2010

2,6

175,5

51,3 1,3

M

A (–) Blade terminal 6.3-2.5 DIN 46 343 (brown).B (+) Blade terminal 6.3-2.5 DIN 46 343 (black).

24 V 73 WPart number 0 130 110 002Nominal voltage 5 24 VNominal power p 73 WNominal current Á 4,4 ANominal speed á 4000 minÉNominal torque À 17,5 NcmBreakaway torque à 212 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 54 A Weight approx. 1,80 kg

DPB24 V 100 WPart number 0 130 110 019Nominal voltage 5 24 VNominal power p 100 WNominal current Á 5,5 ANominal speed á 4500 minÉNominal torque À 20 NcmBreakaway torque à 170 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 44 Weight approx. 1,40 kg Connections: (+) black, (–) brown.



DPG

M0

50

100

150

0

10

20

30

I n

W A min-1

0

1000

2000

3000

Up = 26 V

0 50 150100 Ncm

M

P2

P2

I

n

138

300

+

-

83 14,5

79

23,7

4,5

2,6

29,1

A

ø6

8

ø7,

3

ø8

ø7

5,8M

A Blade terminal 6.3-2.5 DIN 46 343 – Bz.




DPL

1 +2 –

M0

100

200

300

0

50

100

150

I n

W A min-1

0

2000

4000

6000

Up = 12 V

0 50 100 200150 Ncm

M

P2

P2

I

n

40

3,3

20°

43

140

ø 7

3

ø 3

3,7

ø 8

ø 8

177

7,580,6

104,9

139

M

S

S Socket housing Tyco No. 1-828 816-1 with round plug receptacle Tyco No. 927 788-2


DPL

1 +2 –

M

W

00

50

75

100

0

140

210

280

0

2000

2570 1000

3000

4000

M

P2 I n

P2

In

UP=13VA min-1

Ncm70 140 210

40°20°

3,3

ø33,7

ø8

92,8

191

43,1

6

7,5

43

ø73

ø62,2

ø22

169

162,2

117,1

96,7

M

S

S Socket housing Yazaki 7283-5590-40, blade receptacle Yazaki 7116-4122-02.




DPL

1 +2 –

M0

200

400

600

0

50

100

150

I n

W A min-1

0

2000

4000

6000

Up = 13 V

0 100 300200 Ncm

M

P2

P2

In

160,2

3,3

40

ø 7

3

ø 3

3,7

ø 8

7,5

20,1

20°

30,7

92,8117,1

153,2

28,9

55

M


DPL

1 +2 –

M0

� �

�

00

80

2000160 40

20 100080

320 4000

60240 3000

�

A min–1W

�2

�2

0Ncm

�P = 13 V

50 100 150 200

�

40°

20°

28,9

80,6 7,5

+ –

104,9

153

160

35,6

30,7 43,1

20,1

4,9

61,8

8 (4x)

23,9

13,6

ø22

ø73

ø62,2

55

ø8

ø33,7

40




DPL

+–

M0

�

�

50

�

00

150

4000200 100

50 2000100

300 6000

� �

A min–1W

�2

�2

0100 150 200 Ncm

�P = 12 V

40°

20°

28,9

80,6 7,5

104,9

137

144

4,9

8 (4x)

23,9

13,6

40

ø22

ø73

ø62,2

55

ø8

ø33,7

35,6

30,7 43,1

20,1

+ –


DPL

1 +2 –

M0

� �

50

�

00

100

100 50

25 100050

200

125250

� �

A min–1W

�2

�2

0100 150 200 Ncm

�P = 13 V

2000

150 75

4000

5000

3000

40°

20°

24

80,6 7,5

+

–

104,9

140,55

180,5

4,9

8 (4x)

23,9

13,6

40

ø22

ø73

ø62,2

43

ø8

ø33,7

35,6 43,1

118

20

40,35

139

18




GPB

+ –

M

0

n

I

0000

M

00

770 600

880 00

I n

–W

P

P

0Nc0000

90 00

UP = V

XX

85,8

21,2

12

230

ø1

10

,8

24 V 175 WPart number F 006 KM0 60FNominal voltage 5 24 VNominal power p 175 WNominal current Á 10,5 ANominal speed á 2200 minÉNominal torque À 75 NcmBreakaway torque à 480 NcmDirection of rotation R Type of duty S 1 Degree of protection IP 03 Weight approx. 1,50 kg Clockwise: I to (+) II to (-)Counterclockwise: I to (-) II to (+)

GPB

M0

50

100

150

0

20

40

60

I n

W A min-1

0

1000

2000

3000

Up = 12 V

0 50 100 150 Ncm

M

P2

P2

I

n

ø7,7

ø8

ø6

ø7,6

2

1,5

8

ø 1

10,7

2

61

69,05

ø 1

06

ø 1

02

ø 7

,7

155

127

275

20

120°

120°

40°

5,5

M

A

A Connections: Yazaki 7114-2872




GPB

M0

50

100

150

0

20

40

60

I n

W A min-1

0

1000

2000

3000

Up = 12 V

0 50 100 200150 Ncm

M

P2

P2

I

n

ø 4

,35

R 6

9

R 77,5

120° 1

20°

ø 6

,2

ø 8

ø 3

41,2

77,7

M

ø 1

10

,85

15

+-


GPB

M

–++

0

M

P2

I

n

UP = 13 V

Ncm

P2 I n

50 100 150 200

W

1000

2000

3000

2060

00

40

60

0

120

180

A min-1

31,6

101,8

105,8

120°

20

71°

61,4

77,2 max

110,8

39,75

7,2

14,95

80

23,1

ø155

1

2

3




GPB

0

100

200

300

0

25

50

75

I n

W A min-1

0

1000

2000

3000

Up = 13 V

0 100 200 300 Ncm

M

P2

P2

I

n

4

20

5°

120°

M6

ø11

0,8

86

-

+

A

259,3

M

2060

12

ø155ø138

ø10

1,8

ø8

4,5

2,6

A For counterpart from Kabelwerk Reinshagen No. AK 15 444


GPB

M0

200

400

600

0

50

100

150

I n

W A min-1

0

1000

2000

3000

Up = 12 V

0 100 200 300 400 Ncm

M

P2

P2

I

n

ø15

8

ø12

0

ø11

0,8

4

ø8 M

6

- +

9,3

86

M

A

18

1860

ø133

20

15°260

12

4,5

2,6

ø10

1,8

A Blade terminal housing VW No. 357 972 782, blade terminal EF 4.8-4 N101573.




GPA

A

100

160

120°

120°

M 6

M 8

x1

158

10

22,3

9

10

8

M

15°

12

g7 M

A Blade receptacle 9.6 x 6 DIN 46 247. M When mounting, clamp ball-bearing inner ring with ring (part number 3 130 202 004, not in scope of delivery).

12 V 400 WPart number 0 130 302 003Nominal voltage 5 12 VNominal power p 400 WNominal current Á 50,0 ANominal speed á 3400 minÉNominal torque À 1,2 NmBreakaway torque à 6,4 NmDirection of rotation L Type of duty S 1 Degree of protection IP 20 Weight approx. 3,10 kg

GPA

K

G

100

120°

120°

M 6

M 1

2 lin

ks

163

129,3

22,3

12

10

8

22

0

18

5

70

M

18

M

G (+) for blade terminal 9.5 x 1.2 (red).K (–) cable lug A4 x 3.4 DIN 46 225 (brown).M When mounting, clamp ball-bearing inner ring with ring (part number 3 130 202 004, not in scope of delivery).

12 V 400 WPart number 0 130 302 002Nominal voltage 5 12 VNominal power p 400 WNominal current Á 55,0 ANominal speed á 3200 minÉNominal torque À 1,2 NmBreakaway torque à 7,7 NmDirection of rotation R Type of duty S 1 Degree of protection IP 20 Weight approx. 3,10 kg



GPA

120°120°

15°

M 6

M 1

2 lin

ks

185

140,3

18

22,3

5

12

108

10

100

K

G

M

22

0

18

5

M

G (+) for blade terminal 9.5 x 1.2 (red).K (–) cable lug A4 x 3.4 DIN 46 225 (brown).M When mounting, clamp ball-bearing inner ring with ring (part number 3 130 202 004, not in scope of delivery).

12 V 630 WPart number 0 130 302 009Nominal voltage 5 12 VNominal power p 630 WNominal current Á 75,0 ANominal speed á 3000 minÉNominal torque À 2 NmBreakaway torque à 9 NmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 3,80 kg

GPA

128

140

7,5

7,2

8g

7

18

6

29,3

165F

28

0

108 M

F Blade terminal housing Tyco No. 180 908.

24 V 255 WPart number 0 130 302 012Nominal voltage 5 24 VNominal power p 255 WNominal current Á 14,0 ANominal speed á 1750 minÉNominal torque À 1,4 NmBreakaway torque à 8 NmDirection of rotation L Type of duty S 1 Degree of protection IP 20 Weight approx. 3,80 kg Connections: (+) red, (–) black.



GPA

120°

120°

15°

110°

110°

70

188,5 max

140,3 35

110,517

18

4

M12M6

10

2,5

19

108

12

30

100°

31

M

24 V 650 WPart number 0 130 302 015Nominal voltage 5 24 VNominal power p 650 WNominal current Á 35,0 ANominal speed á 3100 minÉNominal torque À 2 NmBreakaway torque à 12 NmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 3,80 kg

GPA

0

50

100

150

P I n2

W A min-1

0

500

1000

1500

0

2000

4000

6000

Up = 24 V

0 2,5 5 7,5 Nm

M

P2

I

n

10

K

L

100

120°

120°

45°

M 6

M 1

2

188,5

140,3

14,5 10

35

310

M 6

12

10

8

70

230

M

M

L (+) Cable lug A8 x 3.4 DIN 46 225 (red).K (–) Cable lug B4 x 3.4 DIN 46 225 (black).M When mounting, clamp ball-bearing inner ring with ring (part number 3 130 202 004, not in scope of delivery).

24 V 750 WPart number 0 130 302 001Nominal voltage 5 24 VNominal power p 750 WNominal current Á 40,0 ANominal speed á 3300 minÉNominal torque À 2,2 NmBreakaway torque à 11 NmDirection of rotation L Type of duty S 1 Degree of protection IP 10 Weight approx. 3,80 kg



GPA

0

50

100

150

P I n2

W A min-1

0

500

1000

1500

0

2000

4000

6000

Up = 24 V

0 2,5 5 7,5 Nm

M

P2

I

n

10

K J

M

100

120°

120°

15°

45°

M 6

M 1

2

188,5

140,3

14,5 18

35

310

M 6

12

108

70

230

M

J (+) Cable lug A8 x 3.4 DIN 46 225 (red).K (–) Cable lug B4 x 3.4 DIN 46 225 (brown).M When mounting, clamp ball-bearing inner ring with ring (part number 3 130 202 004, not in scope of delivery).

24 V 750 WPart number 0 130 302 013Nominal voltage 5 24 VNominal power p 750 WNominal current Á 40,0 ANominal speed á 3300 minÉNominal torque À 2,2 NmBreakaway torque à 11 NmDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 3,80 kg

GPA

0

50

100

150

P I n2

W A min-1

0

500

1000

1500

0

2000

4000

6000

Up = 24 V

0 2,5 5 7,5 Nm

M

P2

I

n

10

120°

120°

15°

310

230

12

8

110° 110°

12

ca. 57

188,5 max

140,3 35

110,5

12

16

10

4 mind.

108

11,5

SW10

17

M6M

11

M When mounting, clamp ball-bearing inner ring with ring (part number 3 130 202 004, not in scope of delivery

24 V 750 WPart number 0 130 302 014Nominal voltage 5 24 VNominal power p 750 WNominal current Á 40,0 ANominal speed á 3300 minÉNominal torque À 2,2 NmBreakaway torque à 11 NmDirection of rotation L/R Type of duty S 1 Degree of protection IP 10 Weight approx. 3,80 kg I = red, II = black.Clockwise: (–) to I, (+) to II.Counterclockwise: (+) to I, (–) to II.



Inverse speed motorGrounded frame

M

A F2 F1

0 Nm5 10 15 2000000

12 2,424 450 6000

15 330 540 7500

6 1,212 270 3000

3 0,66 180 1500

9 1,818 360 4500

UP = 12 V

kW

P2

P2

M

n

min-1

0

12

18

6

3

9

I

U

S3

n

S2

min

S3

%

U

V

I

A

S2

232,3

163,2

109,042,5

40

114

15° 15°

M8 x 1,25

Terminal

12 V 1.2 kWPart number F 000 MM0 618Nominal voltage 5 12 VNominal power p 1200 WNominal current Á 195 ANominal speed á 2100 minÉNominal torque À 5,4 NmBreakaway torque à 24 NmDirection of rotation L/R Type of duty S 2 - 6 min Degree of protection IP 44 Weight approx. 7,00 kg

Inverse speed motorGrounded frame

M

A F2 F1

0 Nm10 20 30 4000000

9,6 2,424 432 6000

4,8 1,212 216 3000

2,4 0,66 108 1500

7,2 1,818 324 4500

0

24

12

6

18

UP = 24 V

kW

P2

P2

M

n

min-1

I

U

S3

n

S2

min

S3

%

I

A

S2

U

V

240,3

171,5

42,5 117,0

40

114

15° 15°

M8 x 1,25

Terminal




Inverse speed motorGrounded frame with flange

M

A F2 F1

0 Nm5 10 15 2000000

12 2,424 450 6000

15 330 540 7500

6 1,212 270 3000

3 0,66 180 1500

9 1,818 360 4500

UP = 12 V

kW

P2

P2

M

n

min-1

0

12

18

6

3

9

I

U

S3

n

S2

min

S3

%

U

V

I

A

S2

1/2 widht across flats

5/16 – 24 UNF – 2B

237,1

178

173,4

23,2

4,8

45°15° 15°

90°

95,2

Ø101,6

89,4

114

24,5

3/8 – 24 UNF – 3

44,5

22,2

Made in Brazil


Inverse speed motorGrounded frame with flange

M

A F2 F1

UP = 24 V

kW

P2

P2

0 Nm5 10 15 20 25

M

00000

n

min-1

I

U

S3

n

12 4,848 324 6000

6 2,424 162 3000

3 1,212 81 1500

S2

min

S3

%

I

A

S2

9 3,636 243 4500

0

24

12

6

18

U

V

1/2 widht across flats

5/16 – 24 UNF – 2B

237,1

178

173,4

23,2

4,8

45°15° 15°

90°

95,2

Ø101,6

89,4

114

24,5

3/8 – 24 UNF – 3

44,5

22,2

Made in Brazil




Inverse speed motor

UP = 12 V

kW

P2

P2

0 Nm3 6 9 12 15

M

00000

n

min-1

I

U

S3

n

12 430 480 6000

6 215 240 3000

3 17,5 120 1500

S2

min

S3

%

I

A

S2

9 322,5 360 4500

0

12

6

3

9

U

V

ø24,8

ø11

4

87

90,5 11,2

152,4

181,9

28° 28°

10,6

12 V 1.6 kWPart number F 000 MM0 001Nominal voltage 5 12 VNominal power p 1600 WNominal current Á 220 ANominal speed á 3000 minÉNominal torque À 5,1 NmDirection of rotation L/R Type of duty S 2 - 2,8 min Degree of protection IP 00 Weight approx. 7,50 kg

Inverse speed motor

0 Nm10 20 30 4000000

9,6 2,424 480 6000

4,8 1,212 240 3000

2,4 0,66 120 1500

7,2 1,818 360 4500

UP = 24 V

kW

P2

P2

M

n

min-1

I

U

S3

n

S2

min

S3

%

I

A

S2

0

24

12

6

18

U

V

ø24,8

ø11

4

90,5

152,4

181,9

28° 28°

87

11,2

10,6

24 V 2.38 kWPart number F 000 MM0 003Nominal voltage 5 24 VNominal power p 2380 WNominal current Á 140 ANominal speed á 3250 minÉNominal torque À 7 NmDirection of rotation L/R Type of duty S 2 - 4 min Degree of protection IP 00 Weight approx. 7,00 kg



Permanent-magnet motorwithout flange

0 Nm2 4 6 800000

9,6 2,424 360 6000

4,8 1,212 180 3000

2,4 0,66 90 1500

7,2 1,818 270 4500

UP = 12 V

kW

P2

P2

M

n

min-1

I

U

S3

n

S2

min

S3

%

U

V

I

A

S20

12

6

3

9

ø78,5

ø32

12

67

13,2

9,5

8,6

108 23,2

12 V 0.9 kWPart number F 000 MM0 805Nominal voltage 5 12 VNominal power p 900 WNominal current Á 150 ANominal speed á 4000 minÉNominal torque À 2,66 NmBreakaway torque à 10 NmDirection of rotation L/R Type of duty S 2 - 2,4 min Degree of protection IP 00 Weight approx. 2,10 kg

| 49Notes



50 | D.C. motors with transmission

D.C. motors with transmission

Bosch electric motors with transmission provide fitting solutions for almost every application. They provide a wide range of performance and are highly versatile in their application. The new generation of Bosch adjustment motors have a compact design and have been optimized in terms of installation space and weight. In addition to this, they are exceptionally quiet and highly robust. The desired speed can easily be regulated by changing the voltage. The direction of rotation can be inverted by changing over +/–. Maximum torque is available during the startup phase.

Product features

• Wide range of permanently-excited motor-and-gear assemblies

• D.C. voltage range from 12 to 24 Volt• Available with and without self-locking feature • Breakaway torques from 1 Nm to 70 Nm• Speed range from 16 to 700 min–1

• Available with and without Hall elements


• A multitude of different sizes and designs for greater flexibility• Robust and reliable quality, well-proven millions of times over in automobiles• High reliability • Favorable price/performance ratio

Application examples

Automotive technology:Flap positioning for climate control, air proportioning and distribution, wiper motors, power-window motors, seat-adjustment motors, adjustment motors

Industrial applications:Control motors, garage-door drives, locking systems, medical technology etc.


D.C. motors with transmission | 51


• Compact and space-saving adjuster drive• Robust and reliable quality, well-proven millions of times over in automobiles• Favorable price/performance ratio

The VMC flap actuators generation from Bosch

As comfort requirements on air conditioners increase and the resulting number of air flaps also increase, the number of air-flap actuators also rises. Modern vehicles are equipped with 4–16 air-flap actuators.

TechnologyThe flap actuator consists of a permanently-excited D.C. motor and a trans-mission. The mechanical angle of rotation can be limited by means of stops attached to the housing. The electrical connector is designed for the AMP Micro Quadlock system.

VMC modular system with:• Standard on/off switching• Integrated potentiometer• Automatic limit stop• Output consumption for different positioning elements

In many applications outside the automobile too, exact flap and valve positioning is required. This is why Bosch VMC motors are ideal for your concept.

Application examplesThe VMC air-flap positioner is used for positioning flaps during climate control in automobiles. It is also ideally suited for industrial applications such as valve positioning for water, oil, gas or for instance, for proportioning air quantities in solariums.Bring your idea and application along to us. Together we will get your project moving – with electric motors from Bosch.

VMC with potentiometer



VMCwith potentiometer

M

1 2 3 4 5 6

u

U

0

40

120

80

1600,40

P I n2

W mA min-1

0

0,10

0,20

0,30

0

2

4

6

8

Up = 26 V

0 40

M

P 2

I

n

80 120 Ncm

15°

183°

90°

R 12,5

5

10

10

47

4,6

14

21,6

14,4 27,2

6

4

33,5

29

45,2

36

65,5

72

11

19,25

63,5

SS

2 13

456

S Connection: Socket housing 1 928 403 095 with socket contact Tyco No. 928 999-1.

24 V 0.22 WPart number 0 132 801 141Nominal voltage 5 24 VNominal power p 0,22 WNominal current Á ) 55 mA Maximum current Â 250 mANominal speed á 6 minÉRated torque À 40 NcmBreakaway torque à ( 100 Ncm Reduction i 405 : 1 Direction of rotation L/R Shaft load max. axial â ) 30 N Shaft load max. radialÄ ) 50 N Type of duty S 1 Degree of protection IP 54 Weight approx. 0,12 kg Clockwise: 4 to (+), 6 to (–)Counterclockwise: 6 to (+), 4 to (–)

VMC

00

50

250

1

100 2

200

0

40

200

80

150 3120

160 4

� �

30 60 90 120

�

Ncm

�

min–1mW

�2

�2

�P = 12 V

0

5

�

mA

62°

90°

11 6,6

27 47

46,2

5

72

36

7,4

14,5

27,5

25

4,6

6

57

54,5

R12

,5

R10,5

5 6

Plug housing Tyco-No. 1355082-1. Terminal housing PN Tyco-No. 928 999

12 V 0.16 WPart number 0 132 801 346Nominal voltage 5 12 VNominal power p 0,16 WNominal current Á ) 150 mA Maximum current Â ) 270 mANominal speed á 4,5 minÉRated torque À 35 NcmBreakaway torque à ( 120 Ncm Reduction i 450 : 1 Direction of rotation L/R Shaft load max. axial â ) 30 N Shaft load max. radialÄ ) 50 N Type of duty S 1 Degree of protection IP 50 Weight approx. 0,09 kg

| 53D.C. motors with transmission


VMC

M

1 2 3 4 5 6

0

100

80

60

40

20

0,05

0,15

0,10

0,20

P I n2

W mA min-1

0 0

4

8

10

Up = 26 V

0 25

M

P 2

In

50 75 Ncm

60°

4,6

1,5

14,4 27,24,6

6

4

33,5

29

45,2

36

65,5

72

11

19,25

47

63,5

SS

2 31

456

S Connection: Socket housing 1 982 403 095 with socket contact Tyco No. 928 999-1

24 V 0,26 WPart number 0 132 801 143Nominal voltage 5 24 VNominal power p 0,26 WNominal current Á ) 100 mA Maximum current Â 200 mANominal speed á 7 minÉRated torque À 35 NcmBreakaway torque à ( 70 Ncm Reduction i 310 : 1 Direction of rotation L/R Shaft load max. axial â ) 30 N Shaft load max. radialÄ ) 50 N Type of duty S 1 Degree of protection IP 40 Weight approx. 0,12 kg Clockwise: 1 to (+), 3 to (–)Counterclockwise: 1 to (–), 3 to (+)

VMCwith potentiometer

00

50

250

1

100 2

200

0

40

200

80

150 3120

160 4

� �

30 60 90 120

�

Ncm

�

min–1mW

�2

�2

�P = 12 V

0

5

�

mA

62°

90°

11 6,6

27 47

46,2

5

72

36

7,4

14,5

27,5

254,6 6

57

54,5

R12

,5

R10,5

1 2 3 5 6

Plug housing Tyco-No. 1355082-1.Terminal housing PN Tyco-No. 928 999

12 V 0,16 WDesign, technical data, overall dimensi-ons, and sequence chart are identicalto the motor 0 132 801 346, but withan additional potentiometer to adjustthe different angel positions exactly(see connection diagram).

Angle of rotation Part numbermechanical electrical

360° 120° 0 132 801 347360° 150° 0 132 801 348360° 180° 0 132 801 349360° 250° 0 132 801 350360° 340° 0 132 801 351



VMC

M

1 2 3 4 5 6

0

P I n2

W mA min-1

0 0

3

6

9

0,10

0,20

0,30

75

150

225

Up = 13 V

0 25

M

P 2

I

n

50 75 100 Ncm

60°

4,6

1,5

14,4 27,24,6

6

4

33,5

29

45,2

36

65,5

72

11

19,25

47

63,5

SS

2 31

456

S Connection: Socket housing 1 982 403 095 with socket contact Tyco No. 928 999-1

12 V 0,29 WPart number 0 132 801 142Nominal voltage 5 12 VNominal power p 0,29 WNominal current Á ) 180 mA Maximum current Â 400 mANominal speed á 7 minÉRated torque À 40 NcmBreakaway torque à ( 90 Ncm Reduction i 310 : 1 Direction of rotation L/R Shaft load max. axial â ) 30 N Shaft load max. radialÄ ) 50 N Type of duty S 1 Degree of protection IP 40 Weight approx. 0,12 kg Clockwise: 1 to (+), 3 to (–)Counterclockwise: 1 to (–), 3 to (+)



9 13,2 4,8

12

8

18

5,9

128 9

4

25 31

R16

2

Part number 1 132 061 016

45°9

12

36 41,5

5

813,2 4,8

18

10

15

8 9


5°

11,7 9

1,8

40°

9 6,5

4,8

13,2 25

8

12

6

17°

RS

25104°

3


7,8

13,2

4,8

4,2x45°

63,

5

11,9

5

6,5

9,4 9

9


9 12,9 13,2

4,8

8

2,3

2,312

9

6212'

316'

Number of teeth = 24, Modul 1Part number 1 132 061 028

18

9

5056,5 1

10

3,5

12

63

2

13

23,9

157

0,59

9

45°13,2

4,8


9

0,2

9,6

13,2

4,8

96,7

14,7

14 12 18

23

8

35°

13°

70°


18

5

45°9

12

43 49

13,2 4,8

10

15

8 9


8,9 13,2

25

6

12

9

61° 61°

84,8

2,9 6,5 9

2,5


ø22

ø9,02

ø9,0

2

3,3

1,4

5

3,1

13

30°

9,3

11,5


Adjusting elementsfor VMC motors0 132 801 142, ..143



AHC

U

M

II I

0

5

10

15

P I n2

W A min-1

0

10

20

30

0

200

400

600

800

Up = 13 V

0 25 50 75

M

P 2

I

n

100 Ncm

33

63,6

I

II

11,4

6,45

A8,1

3531,1

11

12

30

143

18

(2x)5,5

16

16

11

11 ø3

9

12,5

2

17SW

4,6

25

15

23,1

35

14 53

,5

7,3

(2x)15,2

S

14

,7

ø1

1

ø14

A Inner spur gear, number of teeth 8, module 0.8S Matching plug housing Tyco No. 968 182-1

12 V 21 WPart number 0 390 201 900

mirror-image 0 390 201 912Nominal voltage 5 12 VNominal power p 21 WNominal current Á 6 A Maximum current Â 17 ANominal speed á 675 minÉNominal torque À 30 NcmBreakaway torque à 100 Ncm Reduction i 27 : 4 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,33 kg Clockwise: I to (–), II to (+)Counterclockwise: I to (+), II to (–)B) On request

AHC

U

M

II I

0

5

10

15

P I n2

W A min-1

0

10

20

30

0

200

400

600

800

Up = 13 V

0 50 100 150

M

P 2

In

Ncm

33

78,6

I

II

S

11,4

6,45

A8,1

3531,1

11

14

,7

12

30

157,4

18

(2x)5,5

16

16

11

11 ø3

9

12,5

2

17SW

4,6

25

15

ø1

1

ø14

23,1

35

14 53

,5

7,3

(2x)15,2


12 V 29 W B)Part number 0 390 201 901

mirror-image 0 390 201 913Nominal voltage 5 12 VNominal power p 29 WNominal current Á ) 7,5 mA Maximum current Â 22 mANominal speed á 700 minÉRated torque À 40 NcmBreakaway torque à ( 140 Ncm Reduction i 27 : 4 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,40 kg Clockwise: I to (–), II to (+)Counterclockwise: I to (+), II to (–)B) On request



AHCwith Hall sensor

+ –

U

M

IIIIIIV I

SN

0

5

10

15

P I n2

W A min-1

0

10

20

30

0

200

400

600

800

Up = 13 V

0 25 50 75

M

P 2

I

n

100 Ncm

33

63,6

I

II

11,4

6,45

A8,1

3531,1

11

12

30

143

18

(2x)5,5

16

16

11

11 ø3

9

12,5

2

17SW

4,6

25

15

23,1

35

14 53

,5

7,3

(2x)15,2

S

14

,7

ø1

1

ø14


12 V 21 WPart number 0 390 201 902

mirror-image 0 390 201 914Nominal voltage 5 12 VNominal power p 21 WNominal current Á 6 A Maximum current Â 17 ANominal speed á 675 minÉNominal torque À 30 NcmBreakaway torque à 100 Ncm Reduction i 27 : 4 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,33 kg Clockwise: I to (+), II to (–)Counterclockwise: I to (–), II to (+)B) On request

AHCwith Hall sensor

+ –

U

M

IIIIIIV I

SN

0

5

10

15

P I n2

W A min-1

0

10

20

30

0

200

400

600

800

Up = 13 V

0 50 100 150

M

P 2

In

Ncm

33

78,6

I

II

S

11,4

6,45

A8,1

3531,1

11

14

,7

12

30

157,4

18

(2x)5,5

16

16

11

11 ø3

9

12,5

2

17SW

4,6

25

15

ø1

1

ø14

23,1

35

14 53

,5

7,3

(2x)15,2

A Inner spur gear, number of teeth 8, module 0.8S Matching plug housing Tyco-No. 968 182-1

12 V 29 W B)Nominal speed á 700 minÉNominal torque À 40 NcmBreakaway torque à 140 Ncm Reduction i 27 : 4 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,40 kg Clockwise: I to (+), II to (–)Counterclockwise: I to (–), II to (+)A square-wave period is generated for each turn of thearmature.B) On request

12 V 29 W B)Part number 0 390 201 903

mirror-image 0 390 201 915Nominal voltage 5 12 VNominal power p 29 WNominal current Á 7,5 A Maximum current Â 22 A



AHC

M

1

3 000

4 40

8 80

12 120

4

8

12

�

�

1 2 3

�

Nm

�

AW

�2

�2

�P = 13 V

0

�

min–1

ø14

ø11

223

24,89,8 14,6 14,7

28,5

33

16,5

R6 (3x)

35

R15

R4 (3

x)

27

30,339

ø12

75

11,5

141,1

13

ø5,5 (3x)

1

3

12 V 10 WPart number 0 390 201 997Nominal voltage 5 12 VNominal power p 10 WNominal current Á 5 A Maximum current Â 15 ANominal speed á 115 minÉNominal torque À 0,85 NmBreakaway torque à 3,4 Nm Reduction i 29 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,55 kg Clockwise: (+) to 3Counterclockwise: (+) to 1

AHC

I

II

M

0

M

P2 I

n

UP = 13 V

Nm

P2 I n

3 6 9 12

W

10

20

30

35

00

6

9

0

10

15

A min-1

II I

26,7 35

29

,51

54

9,8

15

31,5

R 11,5

ø39

ø12

30,3

26

50,7

9,9

17

8,6ø16

13 43

12 V 10.4 WPart number 0 390 201 964Nominal voltage 5 12 VNominal power p 10,4 WNominal current Á 5 A Maximum current Â 17 ANominal speed á 22 minÉNominal torque À 4,5 NmBreakaway torque à 12 Nm Reduction i 119,5 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,62 kg Clockwise: (+) to ICounterclockwise: (+) to II



AHC

M

1 2

W

0

5

0

10

15

20

4

0

8

12

16

6

0

12

18

24

P2 I n

P2

I

n UP=12VA min-1

Nm5 10 15 20

M

45°

29

,2

11

30,5(3

x)

26

259

15

23,1

40°

65°

8°

14,5X

R27,5

R23

23,223,2

19

30

,65

35

35

28

30,3

6,0

5

35,8

6,05

37

12

,57

5

11

,4

ø392 1

X Suitable coupling connector: Housing Tyco No. 0-968 182-1

12 V 8 WPart number 0 390 201 918Nominal voltage 5 12 VNominal power p 8 WNominal current Á 8 A Maximum current Â 23,5 ANominal speed á 26 minÉNominal torque À 3 NmBreakaway torque à 23 Nm Reduction i 185,5 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,45 kg

AHCwith Hall sensor

s

ICI

H L/U

PR

RPU

I

III

IV

M

+ –

IIIIIIV I

SN

W

0

5

0

10

15

20

4

0

8

12

16

6

0

12

18

24

P2 I n

P2

I

n UP=12VA min-1

Nm5 10 15 20

M

29

,2

14,5

11

30,5(3

x)

X

26

259

15

23,1

40°

65°

8°

R27,5

R23

23,223,2

19

30

,65

35

35

28

30,3

6,0

5

35,8

6,05

37

12

,57

5

11

,4

ø39

45°

II

IIIIV

I

X Suitable coupling connector: Housing Tyco No. 0-968 182-1

12 V 8 WPart number 0 390 201 925Nominal voltage 5 12 VNominal power p 8 WNominal current Á 8 A Maximum current Â 23,5 ANominal speed á 26 minÉNominal torque À 3 NmBreakaway torque à 23 Nm Reduction i 185,5 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,45 kg A square-wave period is generated for each turn of thearmature.



AHC

M

1

3 000

4

16

5

12

2,5

8 105,0

10,0

7,5 15

�

�

4 8 12 16

�

Nm

� �

AW

�2

�2

�P = 12 V

0

20

min–1

15 28

9 25

35,8

23,1

8,0

5

R23

30,3

ø12

39

37

6,3

2

30,6

5

8°

65°

40°

45°

35

28

30,5

(3x)

12,5

90

11,4

26

1

3

12 V 6,3 WPart number 0 390 201 973Nominal voltage 5 12 VNominal power p 6,3 WNominal current Á 6 A Maximum current Â 15 ANominal speed á 20 minÉNominal torque À 3 NmBreakaway torque à 17,5 Nm Reduction i 185,5 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,49 kg Clockwise: (+) to 1Counterclockwise: (+) to 3

AHCwith Hall sensor

�IC

�SIC

2

4

�H/L �B

�

M

1 3

SN

42

000

4

16

5

12

2,5

8 105,0

10,0

7,5 15

�

�

4 8 12 16

�

Nm

� �

AW

�2

�2

�P = 12 V

0

20

min–1

15 28

9 25

35,8

23,1

8,0

5

R23

30,3

ø12

12

4 3

39

37

6,3

2

30,6

5

8°

65°

40°

45°

35

28

30,5

(3x)

12,5

90

11,4

26




AHC

2

1

M

0

�

�

5

�

00

� �

A min–1W

�2

�2

010 15 20 Nm

�P = 13 V

5 8

10 16

15 24

20

4

8

12

16 32

15 28

9 25

35,8

23,1

6,0

5

R23

30,3

ø12

ø39

37

6,3

2

30,6

5

8°

65°

40°

45°

35

29,2

14,5

2 1

11

23,2

19

30,5

(3x)

23,2

12,5

75

11,4

26

12 V 8 WPart number 0 390 201 944Nominal voltage 5 12 VNominal power p 8 WNominal current Á 8 A Maximum current Â 24 ANominal speed á 26 minÉNominal torque À 3 NmBreakaway torque à 21 Nm Reduction i 185,5 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,45 kg Clockwise: (+) to 1Counterclockwise: (+) to 2

AHC

1

3

M

000

4

16

5

12

2,5

8 105,0

10,0

7,5 15

�

�

4 8 12 16

�

Nm

� �

AW

�2

�2

�P = 12 V

0

20

min–1

15 28

9 25

35,8

23,1

8,0

5

R23

30,3

ø12

39

37

6,3

2

30,6

5

8°

65°

40°

45°

35

28

30,5

(3x)

12,5

90

11,4

26

1

3




AHC

M

��

00

5

10 10

0

2,5

5,0

�

�

�

�

AW

�2

�2

�P = 12 V

0

5

4 8 12 16 Nm

15 157,5

�

min–1

II I

15 28

9 25

35,8

23,1

R 23

R 2

7,5

30,3

ø12

35 ø39

26,7

37

6,3

2

30

,65

8

65

40

4535

11

,5

28

30,5

(3x)

12

,5

90

11

,4

26

12 V 5 WPart number 0 390 203 224Nominal voltage 5 12 VNominal power p 5 WNominal current Á 4,5 A Maximum current Â 14 ANominal speed á 16 minÉNominal torque À 3 NmBreakaway torque à 19,4 Nm Reduction i 217 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,50 kg Clockwise: (+) to IICounterclockwise: (+) to I

AHC

M

��

00

5

10 10

0

2,5

5,0

�

�

�

�

AW

�2

�2

�P = 12 V

0

5

4 8 12 16 Nm

15 157,5

�

min–1

II I

30

,65

865

40

45 3

5

28

30,5 (3x)

26

1528

925

35,8

23,1

R 23

R 2

7,5

30,3

ø12

ø39

26,7

37

6,3

2

12

,5

90

11

,4

35

11

,5




AHC

I

IIM

n

n

Nm00

3

0

5

6 10

9 15

I

10 20

I

A min–1UP = 26 V

M

II I

15 28

9 25

35,8

23,1

R 23

R 2

7,5

30,3

ø12

35 ø39

26,7

37

6,3

2

30

,65

8

65

40

4535

11

,5

28

30,5

(3x)

12

,5

90

11

,4

26

24 V 5 WPart number 0 390 203 310Nominal voltage 5 24 VNominal power p 5 WNominal current Á 2,3 A Maximum current Â 7 ANominal speed á 16 minÉNominal torque À 3 NmBreakaway torque à 19,4 Nm Reduction i 217 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,50 kg On request

AHC

I

IIM

n

n

Nm00

3

0

5

6 10

9 15

I

10 20

I

A min–1UP = 26 V

M

II I

30

,65

865

40

45 3

5

28

30,5 (3x)

26

1528

925

35,8

23,1

R 23

R 2

7,5

30,3

ø12

ø39

26,7

37

6,3

2

12

,5

90

11

,4

35

11

,524 V 5 WPart number 0 390 203 311Nominal voltage 5 24 VNominal power p 5 WNominal current Á 2,3 A Maximum current Â 7 ANominal speed á 16 minÉNominal torque À 3 NmBreakaway torque à 19,4 Nm Reduction i 217 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 50 Weight approx. 0,50 kg On request



AHC

R

RUU

M

+ –

IIIIIIV I

SN

00

5

10 10

0

2,5

5,0

�

�

�

�

AW

�2

�2

�P = 12 V

0

5

4 8 12 16 Nm

15 157,5

�

min–1

II I

VI III

15 28

9 25

35,8

23,1

R 23

R 2

7,5

30,3

ø12

35 ø39

26,7

37

6,3

2

30

,65

8

65

40

4535

11

,5

28

30,5

(3x)

12

,5

90

11

,4

26


AHC

R

RUU

M

+ –

IIIIIIV I

SN

00

5

10 10

0

2,5

5,0

�

�

�

�

AW

�2

�2

�P = 12 V

0

5

4 8 12 16 Nm

15 157,5

�

min–1

30

,65

865

40

45 3

5

28

30,5 (3x)

26

II I

VI III

1528

925

35,8

23,1

R 23

R 2

7,5

30,3

ø12

ø39

26,7

37

6,3

2

12

,5

90

11

,4

35

11

,5




AHC

IIIIIIIV

M

+ –

SN

UIC

Rp RIC

IV

III

UH/LUB

IS

I

n

n

Nm00

3

0

5

6 10

9 15

I

10 20

I

A min–1UP = 26 V

M

II I

VI III

15 28

9 25

35,8

23,1

R 23

R 2

7,5

30,3

ø12

35 ø39

26,7

37

6,3

2

30

,65

8

65

40

4535

11

,5

28

30,5

(3x)

12

,5

90

11

,4

26


AHC

IIIIIIIV

M

+ –

SN

UIC

Rp RIC

IV

III

UH/LUB

IS

I

n

n

Nm00

3

0

5

6 10

9 15

I

10 20

I

A min–1UP = 26 V

M

30

,65

865

40

45 3

5

28

30,5 (3x)

26

1528

925

35,8

23,1

R 23

R 2

7,5

30,3

ø12

ø39

26,7

37

6,3

2

12

,5

90

11

,4

35

11

,5

II I

VI III




AHCActuator motor with spindle

I

II

M

0

F

I

v

UP = 13 V

N1000 2000 30000

10

15

20

0

4

5 2

6

8

I v

A mm/s

34

75

max. 143

30,329,2

max. ø12 11

14,5

63162

172,5

ø39

ø18

20

29,3

28

35

2,5

8ø10,4

11,4

12 VPart number 0 390 201 941Nominal voltage 5 12 VNominal current Á 6 A Maximum current Â 23 ANominal force 500 NMaximum force Å 3200 NAdjustment speed ã 7 mm/sDegree of protection IP 50 Weight approx. 0,54 kg Clockwise: (+) to ICounterclockwise: (+) to II

AHCwith Hall sensorActuator motor with spindle

R

RUU

N

� F

ν

ν

12 VPart number 0 390 201 927Nominal voltage 5 12 VNominal current Á 4 A Maximum current Â 17 ANominal force 500 NMaximum force Å 2800 NAdjustment speed ã 4 mm/sDegree of protection IP 50 Weight approx. 0,55 kg A square-wave period is generated for each turn of thearmature.



AHCwith Hall sensorActuator motor with spindle

M

1 3

SN

42

�IC

�SIC

2

4

�H/L �B

�

0 1000 2000 3000

�P = 13 V

υ

N

�

υ

mm/s

0

5

15

0

2

10 4

6

20 8

�

�

A

75

143

11,4

34

ø12,5

30,3

2937

20

19

ø18

30

30,6

50,5

15

149

25 65,5

30

ø8

Ø24

1

2 4

3

12 VPart number 0 390 201 989Nominal voltage 5 12 VNominal current Á 8,5 A Maximum current Â 24 ANominal force 1000 NMaximum force Å 3000 NAdjustment speed ã 6 mm/sDegree of protection IP 50 Weight approx. 0,57 kg

AHCActuator motor with spindle

�IC

�SIC

2

4

�H/L �B

�

M

1 3

SN

42

00

10

0

5

20 10

�

1000 2000

�

� �

�

A min–1�P = 12 V

N

36,45

179

11,5

19

22

ø12,5

30,3

158

R12

16

24

M 2

2x

2

39

90

11,4

34

37

ø28

ø18

ø30

29

30,6

50,5

65,5

30

54

1

2 4

3

12 VPart number 0 390 203 229Nominal voltage 5 12 VNominal current Á 13 A Maximum current Â 28 ANominal force 1000 NMaximum force Å 2500 NAdjustment speed ã 9 mm/sDegree of protection IP 50 Weight approx. 0,64 kg



AHP

B Blade terminal 6.3 x 0.8W With rotation of shaft

12 V 4 WPart number 0 390 206 692Nominal voltage 5 12 VNominal power p 4 WNominal current Á 1,7 A Maximum current Â 3,8 ANominal speed á 65 minÉNominal torque À 0,6 NmBreakaway torque à 2,2 Nm Reduction i 33 : 1 Direction of rotation L/R Type of duty S 2 - 20 min Degree of protection IP 20 Weight approx. 0,42 kg

AHP


12 V 35 WPart number 0 390 206 693Nominal voltage 5 12 VNominal power p 35 WNominal current Á 9 A Maximum current Â 24 ANominal speed á 550 minÉNominal torque À 0,6 NmBreakaway torque à 2,2 Nm Reduction i 33 : 3 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,42 kg



AHP

M

1

2

0

5

10

15

P I n2

W A min-1

0

20

40

60

0

200

400

600

Up = 24 V

0 0,5 1,0 1,5 Nm

M

P2 In

2,0

ø47,5

54,5

R 0

,3 m

ax.

23

4

4

ø42

32

M5

5,5

15,5

15,5

60,5

74,5

60,531

26

12,5

125

G

0,3

W

G Blade terminal housing Tyco No. 180 908-0W With rotation of shaftBlade terminal 6.3 mm Tycp No. 160 869-2

24 V 35 WPart number 0 390 202 600Nominal voltage 5 24 VNominal power p 35 WNominal current Á 4,5 A Maximum current Â 12 ANominal speed á 550 minÉNominal torque À 0,6 NmBreakaway torque à 2,2 Nm Reduction i 33 : 3 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,42 kg

AHP

0

5

10

15

P I n2

W A min-1

0

5

10

15

0

200

400

600

Up = 13 V

0 0,25 0,50 0,75

M

P2

In

1,00 Nm

9

F

ø47,5

54,5

R 0

,3 m

ax.

23

4

4

ø42

32

M5

5,5

15,5

15,5

31

26

12,5 0,3

W

135

70,5

84,5

F Blade terminal 6.3 x 0.8W With rotation of shaft

12 V 9,2 WPart number 0 390 206 634Nominal voltage 5 12 VNominal power p 9,2 WNominal current Á 4 A Maximum current Â 11,5 ANominal speed á 350 minÉNominal torque À 0,25 NmBreakaway torque à 1,2 Nm Reduction i 33 : 3 Direction of rotation L/R Type of duty S 2 - 20 min Degree of protection IP 20 Weight approx. 0,42 kg



AHP


12 V 6,2 WPart number 0 390 206 682Nominal voltage 5 12 VNominal power p 6,2 WNominal current Á 2,8 A Maximum current Â 9 ANominal speed á 60 minÉNominal torque À 1 NmBreakaway torque à 4,5 Nm Reduction i 33 : 1 Direction of rotation L/R Type of duty S 2 - 20 min Degree of protection IP 20 Weight approx. 0,49 kg

AHP

M

0

n

I

42

M

00

1660 160

1245 120

830 80

I n

A min–1

W

P2

0Nm8 106

15 4 40

UP = 26 V

P2

ø8

ø76

38,5

15

12 0,5 x 45°

133,5

ø42

26

120°

120°

28,5

M6

ø42

F

F Blade terminal 6.3 x 0.8 DIN 46 244

24 V 12 WPart number 0 390 207 605Nominal voltage 5 24 VNominal power p 12 WNominal current Á 3,5 A Maximum current Â 16 ANominal speed á 140 minÉNominal torque À 0,8 NmBreakaway torque à 11,6 Nm Reduction i 61 : 2 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,63 kg On request



AHP

M

0

n I

84

M

00

1640 80

1230 60

820 40

I n

A min–1

W

P2

0Nm1612

10 4 20

UP = 26 V

P2

ø8

ø76

38,5

15

12 0,5 x 45°

133,5

ø42

26

120°

120°

28,5

M6

ø42

F


24 V 12 WPart number 0 390 207 606Nominal voltage 5 24 VNominal power p 12 WNominal current Á 3,5 A Maximum current Â 16 ANominal speed á 75 minÉNominal torque À 1,4 NmBreakaway torque à 17,2 Nm Reduction i 61 : 1 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,63 kg On request

AHP

U Plastic pinion, removableToothed wheel: m = 1; z = 18

24 V 12 WPart number 0 390 207 698Nominal voltage 5 24 VNominal power p 12 WNominal current Á 1,5 A Maximum current Â 5 ANominal speed á 125 minÉNominal torque À 0,9 NmBreakaway torque à 3,6 Nm Reduction i 61 : 3 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,51 kg



AHP

M

0

2

4

6

I n

W A min-1

0

10

20

30

0

50

100

150

p = 24 V

0 2 4 6 Nm

M

P2

P2

I

n

U

ø8

ø76

38,5

15

12 0,5 x 45°

133,5

ø42

26

120°

120°

28,5

M6

ø42

F


24 V 8 WPart number 0 390 207 697Nominal voltage 5 24 VNominal power p 8 WNominal current Á 3 A Maximum current Â 7,2 ANominal speed á 120 minÉNominal torque À 0,5 NmBreakaway torque à 6,2 Nm Reduction i 61 : 3 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,63 kg

AHP

M

W

00

10

15

20

0

20

30

40

0

100

510 50

150

200

M

P2 I n

P2

I

n

UP=24VA min-1

Nm2 4 6

ø8

ø76

38,5

15

12 0,5 x 45°

133,5

ø42

26

120°

120°

28,5

M6

ø42

F


24 V 11.5 WPart number 0 390 207 696Nominal voltage 5 24 VNominal power p 11,5 WNominal current Á 4 A Maximum current Â 22 ANominal speed á 220 minÉNominal torque À 0,5 NmBreakaway torque à 7,5 Nm Reduction i 61 : 3 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,63 kg



AHP

M

W

00

16

24

32

0

20

30

40

0

100

810 50

150

200

M

P2 I nP2

I

n

UP=13VA min-1

Nm2 4 6

ø8

ø76

38,5

15

12 0,5 x 45°

133,5

ø42

26

120°

120°

28,5

M6

ø42

F


12 V 11 WPart number 0 390 206 616Nominal voltage 5 12 VNominal power p 11 WNominal current Á 8 A Maximum current Â 32 ANominal speed á 210 minÉNominal torque À 0,5 NmBreakaway torque à 8 Nm Reduction i 61 : 3 Direction of rotation L/R Type of duty S 2 - 10 min Degree of protection IP 20 Weight approx. 0,63 kg

AHP

M

W

00

12

18

24

0

20

30

40

0

80

610 40

120

160

M

P2 I n

P2I

n UP=12VA min-1

Nm2 4 6

A Blade terminal 6.3 x 0.8 DIN 46 244




AHP

M

A Blade terminal 6.3 x 0.8 DIN 46 244




ADP

M

0

2

4

6

I n

W A min-1

0

5

10

15

0

20

40

60

p = 24 V

0 5 10 Nm

M

P2

P2

I

n

U

15

°

105°

110°

84

ø42

121,4

112,2

170

35

ø8

22

33

ø3

24 V 8 WPart number 0 390 207 405Nominal voltage 5 24 VNominal power p 8 WNominal current Á 1,5 A Maximum current Â 8 ANominal speed á 45 minÉNominal torque À 1,8 NmBreakaway torque à 9 Nm Reduction i 89 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 0,70 kg

ADPElectronic speed detectionwith Hall sensor.

1

M 3

40

10

20

30

I n

W A min-1

0

20

40

60

0

50

100

150

Up = 18 V

0 5,0 10,0 15,0

M

I

n

P2

P2

Nm

110°

105°

15

°

ø84

120

33,4235

ø4239

M6

ø6,2

H1

1

6,5

ø8

ø3

7

1,2

11

1033

H11A

A Socket housing Tycp No. 280 592-0Plug socket Tyco No. 181 299-1

18 V 23 WPart number 0 390 207 406Nominal voltage 5 18 VNominal power p 23 WNominal current Á 5 A Maximum current Â 31 ANominal speed á 150 minÉNominal torque À 1,5 NmBreakaway torque à 15 Nm Reduction i 84 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 0,70 kg Four square-wave periods are generated for each turn ofthe armature.



FPC

M

1

2

0

I n

W A min-1

0

3030

2020

1010

0

20

40

80

0 2,5 5,0 Nm

M

P2

P2

I

n

7,5 10,0

60

p = 12 V U

43

ø14

8

50

24

,66

27,

64

140

55 16,2 29,4

10,612,734

ø39 30,5

3

32,94 1

2

35,22

12 V 9 WPart number 0 130 822 003

mirror-image 0 130 822 004Nominal voltage 5 12 VNominal power p 9 WNominal current Á 7 A Maximum current Â 27 ANominal speed á 82 minÉNominal torque À 1 NmBreakaway torque à 11 Nm Reduction i 72 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 53 Weight approx. 0,50 kg



FPG

M

1

20

M

P2 I

n

UP = 13 V

Nm

P2 I n

2,5 5 7,5 10

W

30

60

90

1010

00

20

30

0

20

30

A min-1

12,8

21,444,3

ø43,05

7,5

max.17,2

max.39,1

15,5

ø8

120°

ø75

max. 42

17

138

50

29

5,37,7

16,3

12 V 9,7 WPart number 0 130 821 666

mirror-image 0 130 821 667Nominal voltage 5 12 VNominal power p 9,7 WNominal current Á 7 A Maximum current Â 30 ANominal speed á 93 minÉNominal torque À 1 NmBreakaway torque à 11 Nm Reduction i 62 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 53 Weight approx. 0,63 kg

FPG

II

IM

0

n

I

52,5

M

00

3030 90

2020 60

I n

A min–

W

P2

P2

0Nm07,5

0 0 30

UP = 2 V

I II

ø43,05

52,3 352717,5

3320,8

8,6

13,5

12

7,8

50

20 25

25

ø8 77

,6ø7

3,9

24

20 19,3

12 V 8.9 WPart number 0 130 821 530

mirror-image 0 130 821 531Nominal voltage 5 12 VNominal power p 8,9 WNominal current Á 6 A Maximum current Â 25 ANominal speed á 85 minÉNominal torque À 1 NmBreakaway torque à 12 Nm Direction of rotation L/R Degree of protection IP 5X Weight approx. 0,56 kg



FPG

0

M

P2 In

UP = 13 V

Nm

P2 I n

2,5 5 7,5 10

W

30

60

90

1010

00

20

30

0

20

30

A min-1

41,5

16,5

26,5

8

33

58

52

30

38

38,5

42,5

7,5

56

42

144

ø43,05

22,4

17,5 18,7

14,2

4,5

max. ø

36

39

17

30°

3,91,0

8,5

R1,5

ø8

12 V 9,7 WPart number 0 130 821 682

mirror-image 0 130 821 683Nominal voltage 5 12 VNominal power p 9,7 WNominal current Á 9 A Maximum current Â 36 ANominal speed á 93 minÉNominal torque À 1 NmBreakaway torque à 12,2 Nm Reduction i 73 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 53 Weight approx. 0,62 kg

FPG

II

IM

0

n

I

52,5

M

00

3030 90

2020 60

I n

A min–

W

P2

P2

0Nm07,5

0 0 30

UP = 24 V

I II

ø43,05

52,3 352717,5

3320,8

8,6

13,5

12

7,8

50

20 25

25

ø8 77

,6ø7

3,9

24

20 19,3

24 V 11.6 WPart number 0 130 821 542

mirror-image 0 130 821 543Nominal voltage 5 24 VNominal power p 11,6 WNominal current Á 4 A Maximum current Â 15,5 ANominal speed á 110,5 minÉNominal torque À 1 NmBreakaway torque à 12 Nm Direction of rotation L/R Degree of protection IP 5X Weight approx. 0,56 kg



FPG

0

M

P2

I

n

UP = 13 V

Nm

P2

I n

2,5 5 7,5 10

W

20

40

60

2,55

00

5

7,5

0

10

15

A min-1

41,5

16,5

26,5

8

33

58

52

30

38

38,5

42,5

7,5

56

42

144

ø43,05

22,4

17,5 18,7

14,2

4,5

max. ø

36

39

17

30°

3,91,0

8,5

R1,5

ø8

24 V 9,7 WPart number 0 130 821 916

mirror-image 0 130 821 917Nominal voltage 5 24 VNominal power p 9,7 WNominal current Á 3,5 A Maximum current Â 8 ANominal speed á 56 minÉNominal torque À 1 NmBreakaway torque à 11,3 Nm Reduction i 73 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 53 Weight approx. 0,65 kg

FPG

M

2 1

0

�

�

2

�

00

9

506

3 25

75

12

15

10

5

20

� �

A min–1W

�2

�2

4 6 8 Nm

�P = 26 V

100

0

29120°

53

5,317,2 15,2

7,7

12,8

44,3

ø43,05 39,1

ø8

42,4

3,7

28,9

79

34,5

138 17

50

2

1

24 V 8,9 WPart number 0 130 821 782

mirror-image 0 130 821 783Nominal voltage 5 24 VNominal power p 8,9 WNominal current Á 3 A Maximum current Â 14 ANominal speed á 85 minÉNominal torque À 1 NmBreakaway torque à 9 Nm Reduction i 73 : 1 Direction of rotation L/R Type of duty S 2 - 5 min Degree of protection IP 53 Weight approx. 0,60 kg



CHP

M

W

0

15

30

45

1010

00

20

30

0

20

30

M

P2 I n

P2

I

n

UP = 11 VA min-1

Nm10 20 30

7°

ø13

14

20,3

28,8

31

50

120°

ø50,8

135

ø60

31

M6

11

35

120

°

550

12 V 20 WPart number 0 390 251 690Nominal voltage 5 12 VNominal power p 20 WNominal current Á 8 A Maximum current Â 30 ANominal speed á 38 minÉNominal torque À 5 NmBreakaway torque à 25 Nm Reduction i 55 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg

CHP

M

gn

br

W

0

20

40

60

816

00

16

24

0

32

48

M

P2 I n

P2

I

n

UP = 24 VA min-1

Nm8 16 24

31

120

120

35

35

12

ø61

1414

11

ø7

128

ø50,8

150 ø

M6

24 V 27,5Part number F 006 B20 097Nominal voltage 5 24 VNominal power p 27,5 WNominal current Á 7,5 A Maximum current Â 27 ANominal speed á 53 minÉNominal torque À 5 NmBreakaway torque à 26 Nm Reduction i 69 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg On request



CHP

M

gn

br 0

M

P2

I

n

UP = 12 V

Nm

W

0

30

45

60

0

40

60

80

0

80

1520 40

120

160

P2 I n

A min-1

4 8 12 16

31120

120

35

12

ø61

14 14

35

11

ø7

128

ø50,8

150ø

M6

12 V 40 WPart number F 006 B20 093Nominal voltage 5 12 VNominal power p 40 WNominal current Á 10 A Maximum current Â 60 ANominal speed á 151 minÉNominal torque À 2,5 NmBreakaway torque à 17 Nm Reduction i 52 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg On request

CHP

M

gn

br 0

M

P2

I

n

UP = 12 V

Nm

W

0

30

45

60

0

40

60

80

0

80

1520 40

120

160

P2 I n

A min-1

4 8 12 16

1

ø9,8

22

29

G

ø59

M6

11

35

150

135

ø 50,8

31

120°

120°

Z

G Housing for blade receptacles Tycp No. 926 474-1Z Grooved toothing 8 x 10 DIN 5481 (28 teeth)

12 V 40 WPart number 0 390 251 684Nominal voltage 5 12 VNominal power p 40 WNominal current Á 10 A Maximum current Â 60 ANominal speed á 151 minÉNominal torque À 2,5 NmBreakaway torque à 17 Nm Reduction i 52 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg Clockwise: Green (+)



CHP

0

M

P2I

n

UP = 24 V

Nm

P2 I n

3 6 9 12

W

5

10

15

12

00

2

3

0

4

6

A min-1

24 V 2,5 WPart number 0 390 257 697Nominal voltage 5 24 VNominal power p 2,5 WNominal current Á 0,7 A Maximum current Â 3 ANominal speed á 16 minÉNominal torque À 1,5 NmBreakaway torque à 9 Nm Reduction i 55 : 1 Direction of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg (+) to 53 (green)

CHP

0

4

8

12

I n

W A min-1

0

10

20

30

0

20

40

60

p = 26 V

0 10 155 20 25 Nm

M

P2

P2

I

n

U

24 V 21 WPart number 0 390 257 699Nominal voltage 5 24 VNominal power p 21 WNominal current Á 2 A Maximum current Â 9 ANominal speed á 40 minÉNominal torque À 5 NmBreakaway torque à 25 Nm Reduction i 55 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg 53 green, 31 brown.



CHP

M

0

M

P2

In

UP = 24 V

Nm

W

0

5

7,5

10

0

10

15

20

0

16

2,55 8

24

32

P2 I n

A min-1

5 10 15 20

Z

120°

ø50,8

135

ø60

31150

ø7

M6

14

11

0,94

11

3528

G

120°

G Housing for blade receptacles DIN 46 340 – B 6.3-MSZ Grooved toothing 8 x 10 DIN 5481 (28 teeth)

24 V 12 WPart number 0 390 257 689Nominal voltage 5 24 VNominal power p 12 WNominal current Á 2,5 A Maximum current Â 11 ANominal speed á 29 minÉNominal torque À 4 NmBreakaway torque à 22 Nm Reduction i 55 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg

CHP

M

gn

br

W

0

20

40

60

816

00

16

24

0

32

48

M

P2 I n

P2

I

n

UP = 24 VA min-1

Nm8 16 24

Z

13

25

F

ø50,8

12

0°

120°

M6

13

0 14

11

0,94

143531

ø60

ø7

F Receptacles 1 394 478 041, Tycp No. 160 824-6Z Grooved toothing 8 x 10 DIN 5481 (28 teeth)

24 V 27,5 WPart number 0 390 257 685Nominal voltage 5 24 VNominal power p 27,5 WNominal current Á 7,5 A Maximum current Â 27 ANominal speed á 53 minÉNominal torque À 5 NmBreakaway torque à 26 Nm Reduction i 69 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg Clockwise: Green (+)



CHP

0

M

P2

I

nUP = 24 V

Nm10 20 30

W

0

12

18

24

0

20

30

40

0

20

610 10

30

40

P2 I n

A min-1

Z

120°

ø50,8

13

5

ø60

3118

0 M6

1114

3533

19

G

12

0°

G Housing for blade receptacles DIN 46 340-B 6.3-MSZ Grooved toothing 8 x 10 DIN 5481 (28 teeth)


CHP

0

5

10

15

I n

W A min-1

0

20

40

60

0

50

100

150

p = 24 V

0 5 10 15 Nm

M

P2

P2

n

U

I

F Blade terminal 6.3 x 0.8

24 V 35 WPart number 0 390 257 694Nominal voltage 5 24 VNominal power p 35 WNominal current Á 3,7 A Maximum current Â 17,5 ANominal speed á 112 minÉNominal torque À 3 NmBreakaway torque à 20 Nm Reduction i 52 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg Counterclockwise: (+) to red, (–) to green.



CHP

0

5

10

15

I n

W A min-1

0

20

40

60

0

50

100

150

p = 24 V

0 5 10 15 Nm

M

P2

P2

n

U

I

13

5

7,5

ø10

8,5

9,4

M4

M6

30°

31

31

11

35 31

13,5

1,5

1,2

7

10

19,5 ø60

3

50,8

120°

120°

24 V 35 WPart number 0 390 257 687Nominal voltage 5 24 VNominal power p 35 WNominal current Á 3,7 A Maximum current Â 17,5 ANominal speed á 112 minÉNominal torque À 3 NmBreakaway torque à 20 Nm Reduction i 52 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg Clockwise: (-) at gn terminal (green)Counterclockwise: (+) to red, (–) to green.

CHP


24 V 42 WPart number 0 390 257 693Nominal voltage 5 24 VNominal power p 42 WNominal current Á 3,5 A Maximum current Â 16 ANominal speed á 90 minÉNominal torque À 4,5 NmBreakaway torque à 19 Nm Reduction i 52 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg Clockwise: (-) at gn terminal (green)Counterclockwise: (+) to red, (–) to green.



CHP

M

G

ø59

8,5

10

M4

M6

10

7

13,511

3135

15

0

13

5

ø 50,8

31

120°

120°

ø10

G Housing for blade receptacles DIN 46 340 – B 6.3-MS

24 V 43 WPart number 0 390 257 691Nominal voltage 5 24 VNominal power p 43 WNominal current Á 3,8 A Maximum current Â 21 ANominal speed á 165 minÉNominal torque À 2,5 NmBreakaway torque à 16 Nm Reduction i 52 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg

CHP

0

10

20

30

P I n2

W A min-1

0

50

100

150

0

50

100

150

Up = 24 V

0 5,0 10,0 15,0

M

P2

I

n

20,0 Nm

1

ø9

,8

22

29

G

ø59

M6

11

35

15

0

13

5

ø 50,8

31

120°

120°

Z

G Housing for blade receptacles Tyco No. 926 474-1Z Grooved toothing 8 x 10 DIN 5481 (28 teeth)




CHP

0

n

I

100

M

00

1040 400

I n

A min–1W

P2

P2

0Nm200 300

20 5 200

UP = 26 V

35

120°

120°

22

31

50,8

ø59

135

11

M6

ø10

24 V 21,7 WPart number 9 390 453 009Nominal voltage 5 24 VNominal power p 21,7 WNominal current Á 4 A Maximum current Â 13 ANominal speed á 260 minÉNominal torque À 0,8 NmBreakaway torque à 3,8 Nm Reduction i 38 : 4 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,03 kg



CEP

W

0

15

30

45

410

00

8

12

0

20

30

M

P2 I nUP = 24 V

A min-1

Nm8 16 24

P2-2

I2

n2

P2-1

I1n1

A10xM8DIN 72 783

13ø 50,8

120°

ø 61

35

127,5

M 6

143,5

37,5

12

3520

31

31b

53a

53b

53

M

24 V 12/16,5 WPart number 0 390 242 301Nominal voltage 5 24 VNominal power p 12/16,5 WNominal current Á 2,5/3,5 AMaximum current Â 9/12 ANominal speed á 26/45 minÉNominal torque À 4,5/3,5 NmBreakaway torque à 23/20 NmReduction i 63 : 1 Direction of rotation L Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg

CEP

35

ø61

14 14

37

,5

14

3

11

ø7

12

7,5

ø5

0,8

35

15

0

120

øM

6

24 V 26 WPart number F 006 B20 106Nominal voltage 5 24 VNominal power p 26 WNominal current Á 7 AMaximum current Â 32 ANominal speed á 42 minÉNominal torque À 6 NmBreakaway torque à 40 NmReduction i 79 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg



CEP

35

ø61

1414

37,5

143

11

ø7

127,5

ø50,8

35

150

120

øM

6

24 V 26 WPart number F 006 B20 111Nominal voltage 5 24 VNominal power p 26 WNominal current Á 7 AMaximum current Â 32 ANominal speed á 42 minÉNominal torque À 6 NmBreakaway torque à 40 NmReduction i 79 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg

CEP

W

0

15

30

45

1015

00

20

30

0

30

45

M

P2 I n

P2

In

UP = 24 VA min-1

Nm10 20 30

Z

14

12

28

ø50,8

3x120°

142,5

127

5,3

37,5

35

ø61

M6

11

0,94

1435

ø7F

F Receptacles 1 394 478 041, Tyco No. 160 824-6Z Grooved toothing 8 x 10 DIN 5481; (28 teeth)

24 V 23 WPart number 0 390 257 652Nominal voltage 5 24 VNominal power p 23 WNominal current Á 6,5 AMaximum current Â 30 ANominal speed á 37 minÉNominal torque À 6 NmBreakaway torque à 33 NmReduction i 79 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,30 kg Clockwise: (+) to green, (–) to brown.Counterclockwise: (+) to brown, (–) to green.



CEPElectronic speed detectionwith Hall sensor.

M

2

4

3 rt

we

sw

gn

br

X

Y

1414

11

0,94

35

1273x120°

ø 50,8

ø 61

35

ø 7

M 6

142,3

37,5

12

Z

X

X

Y (4)

(3)

(1)

(2)

X Housing for blade receptacles DIN 46 340-B 6.3-MSY Plug: 4-pole Lumberg 2.5 MBC, plug connector 2.5 MSF, terminal spring FC 01 LZ Grooved toothing 8 x 10 DIN 5481 (28 teeth)

24 V 26 WPart number 0 390 257 651Nominal voltage 5 24 VNominal power p 26 WNominal current Á 7 AMaximum current Â 32 ANominal speed á 42 minÉNominal torque À 6 NmBreakaway torque à 40 NmReduction i 79 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,20 kg Clockwise: (+) to green, (–) to brown.Counterclockwise: (+) to brown, (–) to green.A square-wave period is generated for each turn of thearmature.

CEPElectronic speed detectionwith Hall sensor.

M

2

4

3 rt

we

sw

gn

br

W

0

10

20

30

46

00

8

12

0

12

18

M

P2 I n

P2

I

n

UP = 24 VA min-1

Nm8 16 24

X

Y

1414

11

0,94

35

1273x120°

ø 50,8

ø 61

35

ø 7

M 6

142,3

37,5

12

Z

X

X

Y (4)

(3)

(1)

(2)

X Housing for blade receptacles DIN 46 340-B 6.3-MSY Plug: 4-pole Lumberg 2.5 MBC, plug connector 2.5 MSF, terminal spring FC 01 LZ Grooved toothing 8 x 10 DIN 5481 (28 teeth)

24 V 10,5 WPart number 0 390 257 653Nominal voltage 5 24 VNominal power p 10,5 WNominal current Á 2,5 AMaximum current Â 11 ANominal speed á 26 minÉNominal torque À 4 NmBreakaway torque à 22 NmReduction i 63 : 1 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg Clockwise: (+) to green, (–) to brown.Counterclockwise: (+) to brown, (–) to green.A square-wave period is generated for each turn of thearmature.



CDP

53b

53

31

31b

53a

+

0 I II

M

W

0

15

30

45

515

00

10

15

0

30

45

M

P2 I nUP = 28 V

A min-1

Nm20 40 60

P2-2

I2

n2

P2-1

I1

n1

13

M 6

50 16

8

8

44

12

160

ø49

120°

42

(4) 53 (5) 31b (6)

(3) 31 (2) 53b (1) 53a62

˘72

Z teethnumber z = 42

24 V 22/29 WPart number 0 390 242 409Nominal voltage 5 24 VNominal power p 22/29 WNominal current Á 4,5/5,5 AMaximum current Â 17/18 ANominal speed á 21/35 minÉNominal torque À 10/8 NmBreakaway torque à 50/41 NmReduction i 77 : 1 Direction of rotation L Type of duty S 1 Degree of protection IP 23 Weight approx. 1,40 kg

CDP

0

M

P2

I

n

UP = 28 V

Nm10 20 30

W

0

8

12

16

0

20

30

40

0

20

410 10

30

40

P2 I n

A min-1

24 V 22 WPart number 0 390 242 401Nominal voltage 5 24 VNominal power p 22 WNominal current Á 4 AMaximum current Â 15 ANominal speed á 35 minÉNominal torque À 6 NmBreakaway torque à 30 NmReduction i 108 : 2 Direction of rotation L/R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,30 kg



EDP24 V 32/39 WPart number 0 390 442 451Nominal voltage 5 24 VNominal power p 32/39 WB)Nominal current Á 3/4 AMaximum current Â 26/30 ANominal speed á 21/36 minÉNominal torque À 15/10 NmBreakaway torque à 105/80 NmReduction i 96 : 2 Direction of rotation L Type of duty S 1 Degree of protection IP 23 Weight approx. 4,40 kg B) Level I/level II



EFP

M0

10

20

30

I n

W A min-1

0

60

100

150

0

20

40

60

p = 24 V

0 20 40 60 Nm

M

P2

P2

I

n

U

B Blade terminal 6.3 x 0.8


EFP

M




94 | Blowers with D.C. motors

Product features

• Wide range of blowers• D.C. voltage range 12 V and 24 V• Axial and radial-type blowers available• RPM control


• Low noise development• High efficiency• Low weight• Favorable price/performance ratio

Blowers with D.C. motors

As the largest manufacturer of electric motors in Europe, Bosch provides a comprehensive range of blower and engine-cooling products for every output range. Our blower range consists of single or multiple-stage suction or pressure blowers. The delivery range encompasses radial and axial-type blowers for 12 V and 24 V. The blowers are designed for operating mode S1 (continuous operation). The modules are available with brush-type motors or as brushless drives. The compact design of the modules means that they can be easily installed in areas where space is at a premium.

Application examplesHeating, ventilation, air-conditioning and engine cooling, cooler blowers in general

| 95Blowers with D.C. motors


APK

2

+ 31 –

M

27

40

53°

9,8°28,8

5

76

260

340

50

1(-)2(+)3

86

3012

2,5

77,6

35,6

30°

15

ø30

12 V radialPart number 0 130 002 830Nominal voltage 5 12 VVolumetric flow J 10 mZ·hÉDifferential pressure çd 62,5 PaSpeed á 4600 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 0,12 kg

APK12 V radialPart number 0 130 002 828Nominal voltage 5 12 VVolumetric flow J 10 mZ·hÉDifferential pressure çd 60,0 PaSpeed á 4700 minÉDirection of rotation L Type of duty S 1 Degree of protection IP 23 Weight approx. 0,11 kg



BPA

0

2000

4000

6000

I

A Pa

n

min-1

0

2,5

5,0

7,5

0

250

500

750

Up = 13 V

0 50 100 150 m3/h

V

p

I

I

n

n

200

Δ

pΔ

pΔ

III

F Blade terminal Tyco No. 42 460 –1.

12 V radialPart number 0 130 007 804Nominal voltage 5 12 VVolumetric flow J 190 mZ·hÉDifferential pressure çd 400 PaSpeed level I 2000...2500 minÉSpeed level II 3000...4000 minÉDirection of rotation L Type of duty S 1 Degree of protection IP 10 Weight approx. 0,64 kg Connections: 33f black-red, 33b black-yellow, 31 brow

BPA

Connections: Blade terminals 2.8 x 1

12 V axialPart number 0 130 007 304Nominal voltage 5 12 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 150 PaSpeed á 4500 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 0,72 kg



BPA

750

500

250

�

�

Δ�

7,5

5,0

2,5

6000

4000

2000

00

� �

A min–1

00

6030 90 120 m3/h

Pa

Δ��P = 12 V

�

38

20°11

56

64

250

58

93

142

70°

12 V radialPart number 0 130 007 810Nominal voltage 5 12 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 250 PaSpeed á 6500 minÉDirection of rotation L Type of duty S 1 Degree of protection IP 13 Weight approx. 0,56 kg

BPA

A Blade receptacles 6.3 x 0.8.Connections: 33b red, 33f black, 31 brown.

24 V radialPart number 0 130 007 803Nominal voltage 5 24 VVolumetric flow J 100 mZ·hÉDifferential pressure çd 150 PaSpeed level I ì 1800 minÉSpeed level II 2300...2800 minÉDirection of rotation L Type of duty S 1 Degree of protection IP 13 Weight approx. 0,75 kg



BPA

Connections: Blade receptacles 6.3 x 0.8.

24 V axialPart number 0 130 007 802Nominal voltage 5 24 VVolumetric flow J 150 mZ·hÉDifferential pressure çd 150 PaSpeed level I ì 3900 minÉSpeed level II 5850...6550 minÉDirection of rotation L Type of duty S 1 Degree of protection IP 12 Weight approx. 0,61 kg



CPB12 V radialPart number 0 130 063 805Nominal voltage 5 12 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 200 PaSpeed á 2350...2900 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 13 Weight approx. 1,30 kg Connections: (+) blade terminal 6.3 x 0.8 (red), (–)blade terminal 6.3 x 0.8 (brown).

CPB

Connections: (+) blade terminal 6.3 x 0.8 (red), (–) blade receptacle 6.3 x 0.8 (brown).

12 V radialPart number 0 130 063 804Nominal voltage 5 12 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 350 PaSpeed á 3250...3800 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 10 Weight approx. 1,00 kg



CPB

M

-sw +gn

0

2000

4000

6000

10 250

00 0

20

30

500

750

V

Δp

Δp

In

I

n

UP=13VA Pamin-1

m3

h

200 400 600

(+) (–)

(–)

(+)

65

285

153

10 175 186

ø6,5

13 66

F

F Blade terminal housing MPM-280/2, blade terminal MPP-280/3.9-2.0.

12 V radialPart number 0 130 063 810Nominal voltage 5 12 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 470 PaSpeed á 3510...4200 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 13 Weight approx. 1,13 kg Connections: (+) green, (–) black.

CPB24 V radialPart number 0 130 063 809Nominal voltage 5 24 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 200 PaSpeed á 2350...2900 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 13 Weight approx. 1,13 kg Connections: (+) blade terminal 6.3 x 0.8 (red), (–)blade terminal 6.3 x 0.8 (brow



CPC

M

-sw +rt

0

V

Δp

I

n

UP=26V

m3

h

200 400 600

2000

4000

6000

2,5 250

00 0

5,0

7,5

500

750

ΔpIn

A Pamin-1

(+) (–)

(–)

(+)

F

153

186

ø6,5

13 66

220

10 175

F Blade terminal housing Tyco 180 908-0, blade terminal Tyco 928 947-2.

24 V radialPart number 0 130 063 814Nominal voltage 5 24 VVolumetric flow J 400 mZ·hÉDifferential pressure çd 500 PaSpeed á 3700...4200 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 13 Weight approx. 1,30 kg Connections: (+) red, (–) brown.



DPE

A Blade receptacle 6.3 x 0.8

12 V axialPart number 0 130 109 207Nominal voltage 5 12 VVolumetric flow J 0,55 KDifferential pressure çd 200 PaSpeed level I ì ( 2800 min!Speed level II í ( 3400 min!Direction of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,50 kg

DPE


24 V axialPart number 0 130 109 213Nominal voltage 5 24 VVolumetric flow J 0,36 KDifferential pressure çd 200 PaSpeed á ( 3100 min!Direction of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,50 kg



DPG



DPG

+ –

M

107,25

ø75,8

ø309,8

1

57

12 VPart number F 006 B10 134Nominal voltage 5 13 VVolumetric flow J 0,419 KDifferential pressure çd 105 PaSpeed á ( 2990 min!Direction of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,10 kg



DPG





GPB12 V axialPart number 0 130 303 245Nominal voltage 5 12 VVolumetric flow J 0,53 KDifferential pressure çd 140 PaSpeed level I ì 1900 minÉSpeed level II í 2400 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 1,80 kg

GPB

++

Rv

,

9V

–

MV 0

n

n

I

I

0,0,

0

0

0

I

ΔpΔp

kg/s0,80,6

0

II

I

0

000

000

000

00

00

00

00

– 0

0

0

Δp

Pa

0

0

00

00

00

UP = 8 V

n

min–

387,1

316 13,8

45

193,5

100,8

ø7

287,5

479

17,2

117,613,8

4

24 V 260 WPart number F 006 D10 029Nominal voltage 5 24 VNominal power p 260 WNominal current Á 11,0 ADirection of rotation R Type of duty S 1 Degree of protection IP 03 Weight approx. 2,50 kg



GPB

+ –

M

21,5

89,4

ø110,7

ø138

30

120

12076,2

12 V axialPart number F 006 B10 132Nominal voltage 5 12 VVolumetric flow J 0,44 KDifferential pressure çd 190 PaSpeed á 3400 rpmÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,30 kg Connections: (+) red), (–) brown.

GPB12 V axialPart number 0 130 303 246Nominal voltage 5 12 VVolumetric flow J 0,6 KDifferential pressure çd 200 PaSpeed level I ì 1900 minÉSpeed level II í 2700 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,20 kg



GPB

2 (+)

1 (–) 3 (+)

12 V axialPart number 0 130 303 233Nominal voltage 5 12 VVolumetric flow J 0,25 KDifferential pressure çd 200 PaSpeed level I ì 1800 minÉSpeed level II í 2900 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,90 kg Connections: 1 black, 2 white, 3 green.

GPB

M

+ -

m3/s0

200

400

600

1010

00

20

30

0

20

30

I

I

n

Δp

Δp

A Pa

n

min-1

0,40,2 0,6V

3x8

8 36

21,5

59

ø307,5

ø313

ø301

ø284

90°

3x12

1 (–)

2 (+)

12 V axialPart number 0 130 303 897Nominal voltage 5 12 VVolumetric flow J 0,44 KDifferential pressure çd 190 PaSpeed á 3400 rpmÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,30 kg Connections: 1 brown, 2 red.



GPB

M

- +

m3/s0

100

200

300

10005

00

2000

3000

0

10

15

I

I

n

Δp

Δp

A Pa

n

min-1

0,40,2 0,6 0,8V

ø110,8

ø381

ø442

352,4

21,2

215,9

95,3

35°

5° 1

53,2

18°

300,5

300,5

33°

300,5

7,5

48

64,5

22

8045°

2,0

12 V axialPart number 0 130 303 805Nominal voltage 5 12 VVolumetric flow J 0,6 KDifferential pressure çd 100 PaSpeed á 2200 rpmÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,70 kg (–) brown, (+) red.

GPB

R

(–)(+) (+)

MT

S

Mm3/s0

100

200

300

100010

00

2000

3000

0

20

30

I

I

n

A Pa

n

min-1

0,25 0,75 1,0

Δp

Δp

V

0,5

ø110,8

ø381

ø442

352,4

21,2

215,9

95,3

35°

5° 1

53,2

18°

300,5

300,5

33°

300,5

7,5

64,5

22

68,6

8045°

2,0

48

12 V axialPart number 0 130 303 806Nominal voltage 5 12 VVolumetric flow J 0,55 KDifferential pressure çd 200 PaSpeed level I ì 2200 minÉSpeed level II í 2650 minÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,70 kg Connections: (+) Stage I green, (+) Stage II red, (–)brown.



GPB

M

+ -

m3/s0

100

200

300

100010

00

2000

3000

0

20

30

I

I

n

Δp

Δp

A Pa

n

min-1

0,40,2 0,6V

3x8

8 36

13,5

59

307,5

301

284

90°

3x12

1 (–)

2 (+)

12 V axialPart number 0 130 303 902Nominal voltage 5 12 VVolumetric flow J 0,41 KDifferential pressure çd 160 PaSpeed á 3200 rpmÉDirection of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,90 kg Connections: 1 brown, 2 black.



GPD

M

+ -

12 V axialPart number 0 130 305 206Nominal voltage 5 12 VVolumetric flow J 0,4 KDifferential pressure çd 260 PaSpeed á 3400 min!Direction of rotation R Type of duty S 1 Degree of protection IP 23 Weight approx. 2,90 kg Connections: (–) brown, (+) black red.

| 111Notes




Brushless D.C. motors as blower drivesDeveloped for use as engine cooling blowers in the vehicle

Product features

• Short installation length• High output• High efficiency• RPM control• Soft start• Lock-up detection• Broad ambient-temperature range• Integrated power electronics• High continuous output• Long service life• Diagnosis capability

DesignElectronically commutated, brushless D.C. external-rotor motor with permanent excitation and integrated control electronics (BLDC motor).

Description of operationThe motor speed can be continuously adjusted and regulated in a range between 625...2,500 min–1. To do so, a pulse-width-modulated signal has to be generated.A microcontroller evaluates the input signal and adjusts the set value for the speed.

Commutation of the coil currents is by means of an integrated inverter. The motor is configured for a single direction of rotation. It is not protected against reverse polarity.

The motor housing is connected internally to the negative terminal of the voltage supply.

Overrun cut-off

• for blocked motor

• outside permissible operating-voltage range

Blowers with D.C. motors | 113


Relative change in speedConnection diagram for PWM signal wire

1 Minus2 Plus3 Control line4 Signal wire for PWM signal

12 V

Rated voltage UN 12 VOperating voltage UB 8.5...16.2 VMaximum current1 Imax 48 A ±2 AMax. volumetric flow V

.max 0.85 m3 · s–1

Max. pressure difference ∆pmax 220 PaRotational-speed range n 625...2,500 min–1

RPM control PWM signal 2

Direction of rotation ROperating mode S 1Weight approx. 4.6 kgOrder number 0 130 706 8161 Internal current limitation2 Pulse-width modulation

Duty cycle TVin of the PWM signalTP: Period of PWM signalThigh: Duration of high levelUhigh ≥ 5.66 V; Ulow ≤ 1.80 V

Control line Pin 3 on Speed n 0 ≤ TV ≤ 5 % Uncontrolled nmax 5 % ≤ TV ≤ 12 % Motor off 12 % ≤ TV ≤ 15 % Minimum nmin 15 % ≤ TV ≤ 85 % Controlled 85 % ≤ TV ≤ 100 % Uncontrolled nmax

100 % constant Uncontrolled nmax

Set-value signalPulse-width-modulated signal (PWM signal) with a duty cycle of 5...50 Hz and a high level dependent on the operating voltage.

The set value of the speed is defined by the duty cycle TVin = Thigh/TP.

Control line Pin 3 off Speed n 0 ≤ TV ≤ 5 % Motor off 5 % ≤ TV ≤ 12 % Motor off 12 % ≤ TV ≤ 15 % Minimum nmin 15 % ≤ TV ≤ 85 % Controlled 85 % ≤ TV ≤ 100 % Uncontrolled nmax 100 % constant Motor off

QBA

114 | Water pressure pumps with D.C. motors


PAC12 VPart number 0 392 003 501Nominal voltage 5 12 VDelivery J 0,75 :Delivery pressure d 1,5 barDirection of rotation L Type of duty S 2 - 1,5 min Degree of protection IP 54A Weight approx. 0,09 kg

Water pressure pumps with D.C. motors

ApplicationThe main application is for vehicle washer-pump assemblies.Please contact us if thepumps are to be used for fluidsother than water.TypeWater pumps are centrifugalpumps with permanent-magnetDC motors.

| 115Water pressure pumps with D.C. motors


PAC12 VPart number 0 392 040 008Nominal voltage 5 12 VDelivery J 2 :Delivery pressure d 2,0 barDirection of rotation R Type of duty S 2 - 1,5 min Degree of protection IP 54A Weight approx. 0,10 kg

PAC24 VPart number 0 392 040 001Nominal voltage 5 24 VDelivery J 0,75 :Delivery pressure d 1,5 barDirection of rotation L Type of duty S 2 - 2 min Degree of protection IP 54A Weight approx. 0,09 kg

116 | Water-circulation pumps with D.C. motors

Water-circulation pumps with D.C. motors


ApplicationIf the pumps are to be used for fluids other than water, please consult us first.

VersionRotary pumps with solenoid-operated coupling, no sealing between motor and pump unit, and therefore leak-proof.

NoteOperation of these water pumps is not regenerative.

1 Pump housing made of polyamide ww. polyetherimide, 2 Bearing bolt made of stainless steel, 3 Pump housing made of polyphenylene sulfide, 4 Pump housing made of polyamide, 5 Impellor made of plasto ferrite, 6 Solenoid-operated coupling made of plasto ferrite, 7 O-ring made of soft rubber.

751 6

32 4

| 117Water-circulation pumps with D.C. motors


PAA

Δp

l/h00

0,5

0

0,05

1 0,1

1,5 0,15

400 800 1200

I

A barUP = 13 V

V

I

Δp

°

12 VPart number 0 392 020 024Nominal voltage 5 12 VDelivery J 530 gDelivery pressure d 0,1 barDirection of rotation R Type of duty S 1 Degree of protection IP 4 K 0 Weight approx. 0,4 kg

PAA

M

�

Δp

l/h00

0,5

0

0,05

1 0,1

1,5 0,15

1000 1500500

I

A barUP = 13 V

V

IΔp

12 VPart number 0 392 020 064Nominal voltage 5 12 VDelivery J 1200 gDelivery pressure d 0,1 barDirection of rotation R Type of duty S 1 Degree of protection IP 5 K 4B) Weight approx. 0,5 kg B) Applies only with receptacle housing in place



PAA

U

M0 400 800 1200

UP = 13 V

V

I

Δp

Δp

0

0,5

0

0,05

1 0,1

1,5 0,15

I

A bar

l/h

48,58°

12,5

17

20

61

24

4

54

42,3

29

149 16

4

13,2

22

,5

26 41

12 VPart number 0 392 020 039Nominal voltage 5 12 VDelivery J 530 gDelivery pressure d 0,1 barDirection of rotation R Type of duty S 1 Degree of protection IP 4 K 0 Weight approx. 0,4 kg B) Applies only with receptacle housing in place

PAA

Δp

l/h00

0,5

0

0,05

1 0,1

1,5 0,15

600 1200

I

A barUP = 13 V

V

I

Δp

48,5

12,5

20

61

24

4

55

43,3

30

150 16

4

22

,5

26 41


| 119Water-circulation pumps with D.C. motors


PAA

M

+ –




PCA

M

Δp

l/h00

1,5

0

150

3 300

4,5 450

500 1000 1500

I

A hPa

UP = 13 V

Δp

I

V

30,5 9

93

ø17,

2

ø19

ø19

ø2

1

ø17,

2

ø2

1

ø 5

9

6

192,7 17

9430,5

82,5

12 VPart number 0 392 022 002Nominal voltage 5 12 VDelivery J 1200 gDelivery pressure d 0,3 barDirection of rotation R Operating mode S 1 Degree of protection IP 5 K 4B) Weight approx. 1,0 kg B) Applies only with receptacle housing in place

PCA

M

�

Δ�

l/h00

1,5

0

15

3 30

4,5 45

6 60

500 1000 1500

�

A kPa�P = 13 V

Δ�

�

�

63

20

ø23

ø22

170

32,1 94 12

ø59

20

20

ø5

+ –

12 VPart number 0 392 022 010Nominal voltage 5 12 VDelivery J 1400 gDelivery pressure d 0,3 barDirection of rotation R Operating mode S 1 Degree of protection IP 5 K 4B) Weight approx. 1,1 kg B) Applies only with receptacle housing in place

| 121Notes




The PAD is a rotary pump. The stator and electronics are mechanically fully-separated from the rotor in the dry motor housing. The electronics and the stator winding generate an alternating electrical magnetic field, which in turn drives the rotor. The rotor, as part of the pump wheel, is seated in the separate pump housing. The non-contact torque transmission serves to ensure that throughout the entire service life coolant does not come into contact with the electronics.

PAD Water-circulation pumps with brushless drive

Application examples For versatile applications Bosch offers auxiliary water pumps with electronically commutated drive motors: • Heater circuit • Auxiliary heater • Charge-air cooling • Generator cooling• Turbocharger cooling • Fuel cooling • After-run cooling of combustion engines • Thermal management of electric vehicles• Battery and electronic cooling

Water circulation pumps with brushless drive


The essential advantages of the PAD auxiliary water pump in comparison to pumps, which are driven by carbon-brush mechanically- commutated electric motors, are:

• A reduction in installation length of up to approx. one third • Approx. half the weight• High delivery rate • Longer service life • Better efficiency • Quieter operation

| 123Water-circulating pump driven by brushless motor


PADWater-circulating pumpdriven by brushless motor

0

0,3

0

0,6

1,2

bar

0,05

0

0,1

0,9 0,15

0,2

�

�

�

�

A

I/h500 1000

�P = 13 V

�

ø60 69

50

1,7

97,8 ≥19

≥19

ø18

,4 ø18

,4

ø19

,522

,5

18,2

12 VPart number 0 392 023 004Nominal voltage 5 12 VDelivery quantity J 900 gDelivery pressure d 0,1 barDirection of rotation R Type of duty S 1 Degree of protection IP 69 K Weight approx. 0,3 kg Circuit diagram for connection please contact us

124 | Bi-pressure pump


Bi-pressure pump

ApplicationExample applications in automotive engineering: - Individual comfort seat adjustment - Raising and lowering headrests - Central locking - Closing assistance for doors

and trunk lids - Operation of pneumatic actuators

Bi-pressure pumpAir pump for mobile andstationary pressure supply Δp

l/min00

4

0

1

8 2

12 3

5 10 15

V

20

I

A barUP = 12 V

p I

48,5

A

42

7

152

39 59,2

28,1

ø21

5

ø5,8

4,75

2 7

2

3

14ø52

ø50

ø54

93,4

85

D S

Bi-pressure pumpPart number 1 137 222 030Nominal voltage 5 12 VDelivery J 16 :Delivery pressure d 1 barDirection of rotation R/L Type of duty S 3 - 6 % Weight approx. 0,8 kg

| 125Notes


Solenoid valves

126 | Solenoid valves


Valves for water-quantity control ApplicationHeater control for passenger cars and commercial vehicles.

Valve modelsThe lower valve cone is designed as a non-return valve. The valves are open when de-energized.

Changeover valve or pulse valve

Shutoff- or pulse valve

W and W´ heat exchanger optionally upstream or downstream of valve

| 127Solenoid valves


Shutoff or timing valves


12 VPart number 1 147 412 020Nominal voltage 5 12 VNominal resistance G 12,4 APressure drop çd 0,25 barat a throughput of J 2000 :Switchablepressure difference çd 1,6 barSwitching times ) 150 ms Duty cycle 0 ... 100 % Degree of protection IP 54 Weight approx. 390,0 g

Shutoff or timing valves

F Blade terminal Tyco No. 160 450-3G Blade terminal housing Tyco No. 180 908

24 VPart number 1 147 412 033Nominal voltage 5 24 VNominal resistance G 48 APressure drop çd 0,4 barat a throughput of J 2000 :Switchablepressure difference çd 1,6 barSwitching times ) 150 ms Duty cycle 0 ... 100 % Degree of protection IP 54 Weight approx. 410,0 g

128 | Solenoid valves


Switching or timing valves12 VPart number 1 147 412 049Nominal voltage 5 12 VNominal resistance G 12,4 APressure drop çd 0,5 barat a throughput of J 2000 :Switchablepressure difference çd 0,6 barSwitching times ) 150 ms Duty cycle 0 ... 100 % Degree of protection IP 50 Weight approx. 480,0 g

Switching or timing valves24 VPart number 1 147 412 094Nominal voltage 5 24 VNominal resistance G 48 APressure drop çd 0,5 barat a throughput of J 2000 :Switchablepressure difference çd 0,6 barSwitching times ) 150 ms Duty cycle 0 ... 100 % Degree of protection IP 54 Weight approx. 500,0 g

| 129Notes


130 | Part numbers


Part number page Part number page Part number page

Part numbers

0 130 002 092 110 130 002 211 110 130 002 525 120 130 002 527 120 130 002 529 13

0 130 002 530 130 130 002 562 140 130 002 613 170 130 002 632 150 130 002 633 16

0 130 002 634 160 130 002 636 170 130 002 671 140 130 002 672 150 130 002 673 18

0 130 002 674 180 130 002 828 950 130 002 830 950 130 007 027 200 130 007 051 19

0 130 007 304 960 130 007 342 200 130 007 343 190 130 007 802 980 130 007 803 97

0 130 007 804 960 130 007 810 970 130 063 012 220 130 063 029 250 130 063 040 23

0 130 063 042 230 130 063 059 250 130 063 075 210 130 063 076 220 130 063 092 24

0 130 063 602 260 130 063 604 260 130 063 804 990 130 063 805 990 130 063 809 100

0 130 063 810 1000 130 063 814 1010 130 101 102 360 130 101 103 350 130 101 108 35

0 130 101 112 360 130 101 117 370 130 101 123 370 130 107 077 1030 130 107 100 34

0 130 107 212 1040 130 109 207 1020 130 109 213 1020 130 110 002 330 130 110 003 32

0 130 110 005 320 130 110 019 330 130 111 003 270 130 111 042 310 130 111 101 30

0 130 111 110 280 130 111 130 300 130 111 136 290 130 111 159 280 130 111 171 27

0 130 111 189 290 130 302 001 430 130 302 002 410 130 302 003 410 130 302 009 42

0 130 302 012 420 130 302 013 440 130 302 014 440 130 302 015 430 130 303 001 39

0 130 303 003 380 130 303 015 390 130 303 233 1070 130 303 245 1050 130 303 246 106

0 130 303 805 1080 130 303 806 1080 130 303 897 1070 130 303 902 1090 130 305 206 110

0 130 706 816 1130 130 821 530 770 130 821 531 770 130 821 542 780 130 821 543 78

0 130 821 666 770 130 821 667 770 130 821 682 780 130 821 683 780 130 821 782 79

0 130 821 783 790 130 821 916 790 130 821 917 790 130 822 003 760 130 822 004 76

0 132 801 141 520 132 801 142 540 132 801 143 530 132 801 346 520 132 801 347 53

0 132 801 348 530 132 801 349 530 132 801 350 530 132 801 351 530 390 201 900 56

0 390 201 901 560 390 201 902 570 390 201 903 570 390 201 912 560 390 201 913 56

0 390 201 914 570 390 201 915 570 390 201 918 590 390 201 925 590 390 201 927 66

| 131Part numbers


Part number page Part number page Part number page

0 390 201 941 660 390 201 944 610 390 201 964 580 390 201 972 600 390 201 973 60

0 390 201 989 670 390 201 997 580 390 201 999 610 390 202 600 690 390 203 224 62

0 390 203 225 620 390 203 226 640 390 203 227 640 390 203 229 670 390 203 310 63

0 390 203 311 630 390 203 312 650 390 203 313 650 390 206 616 730 390 206 617 73

0 390 206 634 690 390 206 682 700 390 206 692 680 390 206 693 680 390 207 405 75

0 390 207 406 750 390 207 604 740 390 207 605 700 390 207 606 710 390 207 696 72

0 390 207 697 720 390 207 698 710 390 242 301 880 390 242 401 910 390 242 409 91

0 390 251 684 810 390 251 690 800 390 257 651 900 390 257 652 890 390 257 653 90

0 390 257 685 830 390 257 687 850 390 257 688 860 390 257 689 830 390 257 690 84

0 390 257 691 860 390 257 693 850 390 257 694 840 390 257 697 820 390 257 699 82

0 390 442 409 930 390 442 410 930 390 442 451 920 392 003 501 1140 392 020 024 117

0 392 020 027 1190 392 020 034 1180 392 020 039 1180 392 020 064 1170 392 022 002 120

0 392 022 010 1200 392 023 004 1230 392 040 001 1150 392 040 008 1151 132 061 016 55

1 132 061 023 551 132 061 025 551 132 061 027 551 132 061 028 551 132 061 047 55

1 132 061 048 551 132 061 049 551 132 061 050 551 132 061 074 551 137 222 030 124

1 147 412 020 1271 147 412 033 1271 147 412 049 1281 147 412 094 1283 137 227 713 40

3 137 227 744 409 390 453 009 87F 000 MM0 001 47F 000 MM0 003 47F 000 MM0 616 46

F 000 MM0 617 45F 000 MM0 618 45F 000 MM0 619 46F 000 MM0 805 48F 006 B10 132 106

F 006 B10 134 103F 006 B10 148 21F 006 B20 093 81F 006 B20 097 80F 006 B20 106 88

F 006 B20 111 89F 006 D10 029 105F 006 KM0 60F 38F 006 MG0 30B 24

132 | Data-sheet inquiry


Should you have any special requests, which go beyond the range of motors we have on offer, please note these on the following data sheet. In the event of any modifications, please state the known product here.Bosch-Order no.:

Please select address (from list opposite):

Please use this printed data sheet as a master copy and return the filled out copy.

Sender (customer):

Annual requirement 1. Year: 2. Year:

Rated voltage V

Rated speed min–1

Rated torque Ncm

Starting torque Ncm

Operating mode: Continuous service

Short-time service

Operating time min

Number of cycles h–1

Service life h

Endurance-test condition at

Ambient temperature

max. °C

min. °C

Direction of rotation (viewed towards drive shaft end)

Right

Left

Installation space

Installation length

Shaft end as for series motor

as under

Ball bearing in drive

Performance specification

Customer drawing

Degree of protection

Your reference/dated Our dept./person in charge Telephone (extension) Date

Project, application:

electric motors - electronic components from silicon … · electric motors the proper drive for...

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