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EATON

  

Duraforce HMR Conversion Procedures Manual  E-MOPI-TM005-E   July 2012

Model Code

HMR 

Regulated Variable Displacement Motors  

(Open & Closed Loop Operation)

The following 36 digit coding system has been developed 

to identify preferred feature options for the Eaton Closed 

or Open Loop Hydraulic Motor. Use this code to specify a 

motor with the desired features. All 36-digits of the code 

must be present to release a new product number for 

ordering. Please contact your local customer service rep-

resentative for leadtime questions.

1 2 3

 Product

HMR –

 Regulated Variable Displacement 

Motors

l l l l l l

4 5 6

 

Displacement

075

– 075 cc

l

105

– 105 cc

l

135

– 135 cc

l

165

– 165 cc

l

210

– 210 cc

l

280

– 280 cc

l

7

 Mounting Flange

A

– SAE J744 standard

l l l l l l

P

– Plug-in (*d)

8

 Output Shaft

D

– splined ANSI B92.1 12/24 - 14 teeth 

(SAE J744 C)

l l

C

– splined ANSI B92.1 8/16 - 15 teeth 

(SAE J744 F)

l l

J

– splined ANSI B92.1 8/16 - 13 teeth 

(SAE J744 D&E)

l l

K

– splined ANSI B92.1 16/32 - 21 teeth

l

L

– splined ANSI B92.1 16/32 - 23 teeth

l

M

– splined ANSI B92.1 16/32 - 27 teeth

l l l

N

– splined ANSI B92.1 16/32 - 33 teeth

l

P

– shaft coupling flange size 4

9

 Porting

M

– ISO 6149 metric

l l l l

D

– DIN 3852

l l l

10

 Auxiliary Mount and Port Locations

1

– Radial ports / without PTO

l l l l l l

2

– Axial ports / without PTO

11

  Attachments to Service Ports

0

– Without

l l l l l l

1

– Crossover relief block 250 bar (*p)

l l l

2

– Crossover relief block 300 bar (*p)

3

– Crossover relief block 380 bar (*p)

4

– Crossover relief block 420 bar (*p)

l l l

12

  Motor Operation

A

– Closed loop operation

l l l l l l

B

– Open loop operation

l l l l l l

C

– bi-directional operation (when 

position 20,21 is blocked)

l l l l l l

13

  Motor Control

P

– pressure regulated

l l l l l l

14

  Displacement Override

0

– without 

l l l l l l

E

– electric 

l l l l l l

H

– hydraulic high pressure (*o)

l l l l l l

L

– hydraulic low pressure (*o)

l l l l l l

15

  Regulating Pressure Selection

0

– highest srevice port pressure

l l l l l l

E

– electric (*c)

l l l l l l

B

– through brake valve (*o)

l l l l l

16

  Control Solenoids

0

– not applicable

l l l l l l

A

– AMP / 12V

l l l l l l

B

– AMP / 24 V

l l l l l l

C

– DIN / 12 V

D

– DIN / 24 V

E

– Deutsch / 12V

F

– Deutsch / 24V

17

  Response Orifices

A

– 0,6 mm

E

– 1,0 mm

l l l l l l

18 19

  Crossover Relief Valves Integrated

00

– Without

l l

AG

– 350 bar (*q) frame sizes 75;165: (*l)

l l l l

AH

– 420 bar (*q) frame sizes 75;165: (*l)

l l l l

20

  Purge Relief Vlve

0

– Without purge devices

l l l l

A

– 10 bar standard purge flow

l l l l l l

B

– 14 bar standard purge flow

l l l l l l

C

– 10 bar reduced purge flow

D

– 14 bar reduced purge flow

E

– 10 bar increased purge flow

F

– flow controlled 6 l/min (*o)

l l l l l l

G

– blank plug instead of relief valve

21

  Purge Shuttle Valve

0

– Without purge devices

l l l l

1

– Standard shuttle valve

l l l l l l

2

– Damped shuttle valve

3

– Shuttle valve blocked 

22

  Brake / Counterbalance Valve Preparation

0

– Without brake / counterbalance valve 

preparation

l l l l l l

A

– With propel brake valve preparation 

(*o)

23 24 25

   Minimum  Displacement Setting

000

– Catalog Pump Displacement

l l l l l l

value

– 022 - 055 (numeric 3 digit)

value

– 031 - 075 (numeric 3 digit)

value

– 041 - 089 (numeric 3 digit)

value

– 052 - 108 (numeric 3 digit)

value

– 055 - 150 (numeric 3 digit)

value

– 085 - 175 (numeric 3 digit)

26 27 28

   Maximum  Displacement Setting

000

– Catalog Pump Displacement

l l l l l l

29 30 31

  Pressure Override Setting

value

– 190 - 260 bar  (numeric 3 digits)

l l l l l l

32 33

  Special Requirements

00

– Without (default)

l l l l l l

34

  Surface Coating

0

– anti-rust conservation oil (default)

l l l l l l

A

– primer blue

l l l l l l

35

  Unit Identification

A

– Eaton

l l l l l l

36

  Type Code Release

A

– Revision Level

l l l l l l

75 105 135 165 210 280

75 105 135 165 210 280

HMR  135   A   J    M   1   0   A   P   0   0   0   A   00   A  1   0   000   000   000  00  A   A   A

1

16

2 3

4 5 6

9

13

17

11

8

10

14

18

15

20

21

22  

34

35

36

7

12

19

24

23

25

30

27

29

26

31

28

32 33

(*c)  Closed loop operation only
(*d)  DIN porting only (see position 9)
(*l)   Axial service ports only (see position 10)
(*m) ISO metric porting only (see position 9)

(*o)   Open loop operation only
(*p)   Radial service ports only (see position 10)
(*q)   Without purging devices only (see position 

20 and 21)

(*v)   With blocked purge shuttle valve only (see 

position 21)

 

•  

Available Option       

Preferred Option   

Содержание DuraForce HMR Series

Страница 1: ...Eaton DuraForce HMR Conversion Procedures...

Страница 2: ...Orifices Set Up and Procedure 15 Maximum Displacement Adjustment Set up and Procedure 17 Minimum Displacement Adjustment Set up and Procedure 18 Adjust Crossover Relief Set up and Procedure 19 Operati...

Страница 3: ...base unit you want to convert Cleanliness Cleanliness is extremely important when repairing a hydrostatic pump or motor Before disconnecting the lines clean foreign material from exterior of unit Wor...

Страница 4: ...l l l l 16 Control Solenoids 0 not applicable l l l l l l A AMP 12V l l l l l l B AMP 24 V l l l l l l C DIN 12 V D DIN 24 V E Deutsch 12V F Deutsch 24V 17 Response Orifices A 0 6 mm E 1 0 mm l l l l...

Страница 5: ...aforce HMR Conversion Procedures Manual E MOPI TM005 E July 2012 Blocking the Case Flushing Feature Set Up Important This procedure must be performed in a clean environment using clean Parts Tools and...

Страница 6: ...please move to Procedure to Disable the Purge Valve section near the end of this document 1 Remove the spring with the needle nose pliers The safest way to remove spools springs etc like this is with...

Страница 7: ...with Standard or Optimized Shuttle Valve Assemblies For unit with Dampened Shuttle Valve Assembly please move to Procedure to Disable the Purge Valve section near the end of this document Reinstall th...

Страница 8: ...dure to Disable the Purge Valve Remove the purge valve Important This procedure applies to HMR Motors with Standard Optimized or Dampened Shuttle Valve Assemblies 1 Replace the existing purge valve wi...

Страница 9: ...Loop Purge Valve with the 13mm wrench Install the Open Loop Purge Valve and tighten it with the 17mm wrench Torque it to 15 N m 11 ft lb Procedure to Exchange an Open Loop Purge Valve with a Closed L...

Страница 10: ...hough these locations may differ from one unit type to the other the internal parts are the same This procedure must be performed in a clean environment using clean Parts Tools and Lubricants Importan...

Страница 11: ...the Loctite used to keep the shuttle body in place heat the area directly above the shuttle assembly as shown here 3 Remove the first set of shuttle spool spring and shim combination 2 Use the specia...

Страница 12: ...the rear head and torque it using the special Eaton tool refer to the torque chart at the bottom of this page Note An HMV motor is used to show the necessary steps throughout this document The same p...

Страница 13: ...ing DOR block with the 3mm Allen wrench Keep the S H C S with the DOR being removed Do NOT reused them with the new DOR block Remove the existing DOR block from the motor control Make sure that the O...

Страница 14: ...a clean environment using clean Parts Tools and Lubricants Remove the existing motor control by removing the two S H C S with the 6mm Allen wrench Keep the two S H C S for reuse Make sure to remove t...

Страница 15: ...Lubricants Exchanging Response Orifices on HMR Motors Set Up and Procedure Remove the four bolts that secure the control block as shown here 1 Remove the control block as shown here 2 Note Often the...

Страница 16: ...into the control block as shown here 5 Position the control block on the motors rear head as shown here 6 Exchanging Response Orifices on HMR Motors continued Set Up and Procedure Important Inspect al...

Страница 17: ...ustment Depending on the specific configuration of your motor it may or may not have a maximum displacement adjustment For those HMR motors without a maximum displacement adjustment please ignore this...

Страница 18: ...ntrol pressure is supplied into the displacement override port thus forcing the HMR to maximum displacement To Adjust the Motor Minimum Displacement a Hold the adjustment stud stationary with the 6mm...

Страница 19: ...her reaches this maximum limit stop all testing until the temperature cools off While supplying flow to Workport A read the pressure on the gauge This is the setting for the Workport A Relief Valve To...

Страница 20: ...The required purity of the hydraulic oil must be ensured during filling or topping up When drums canisters or large capacity tanks are used the oil generally has to be filtered We recommend the implem...

Страница 21: ...C 20 to 90 Working viscosity range mm s cSt 10 to 80 Optimum working viscosity mm s cSt 15 to 30 Max viscosity short time start up mm s cSt 1000 Permitted Pressure Fluids Recommended Viscosity Ranges...

Страница 22: ...dard p 9 Part Description Qty 0009630107 O ring 1 6003451008 Valve Sleeve 1 9516003252 Ball 1 0009211007 Spring 1 9289003006 Shim 0 5mm as req d 9289003003 Shim 0 1mm as req d 6003435512 Screw Plug 1...

Страница 23: ...rifice 0 9mm 2 0009037045 Orifice 1 0mm 2 0009037050 Orifice 1 2mm 2 0009037046 Orifice 1 5mm 2 0009037511 Orifice 1 8mm 2 0009037510 Orifice 2 1mm 2 O rings for Controls p 14 Part Description Qty 000...

Страница 24: ...p Europe Route de la Longeraie 7 1110 Morges Switzerland Tel 41 0 21 811 4600 Fax 41 0 21 811 4601 Eaton Hydraulics Group Asia Pacific Eaton Building No 7 Lane 280 Linhong Road Changning District Shan...

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