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Item no. 10406100, Revision 00

3 ( 40 )

Contents:

Translation of the original manual

1

Preliminary information

 5

1.1

Purpose of the manual ......................................................  5

1.2

Explanation of symbols used ..........................................  5

2

Transport and packaging

 6

2.1

Scope of supply of HF spindle ........................................  6

2.1.1 Optional accessories.............................................  6

2.1.2 Documentation supplied....................................  6

2.2

Packaging of HF spindle....................................................  7

3

Designated use

 7

3.1

Permissible types of machining .....................................  7

3.2

Permissible materials .........................................................  7

4

Safety instructions

 8

4.1

Safe working..........................................................................  9

4.2

Shutdown of HF spindle ................................................. 10

4.3

Installation and maintenance ....................................... 10

4.4

Modification and repair................................................... 10

4.5

Improper operation .......................................................... 10

5

Technical description

 11

5.1

Connections of HF spindle ............................................. 11

5.2

Electrical connection........................................................ 12

5.3

Cooling .................................................................................. 12

5.4

Sealing air............................................................................. 13

5.5

Taper cleaning .................................................................... 13

5.6

Pneumatic tool change ................................................... 13

6

Technical Specifications

 14

6.1

Dimensions .......................................................................... 15

6.2

Motor data ........................................................................... 16

6.2.1 Performance Diagram........................................ 17

6.2.2 Equivalent circuit diagram data ..................... 17

Parameter............................................................................. 18

6.3

Wiring diagram................................................................... 19

6.4

Motor protection Pt1000 ................................................ 21

6.5

Motor protection PTC 130°C.......................................... 22

6.6

Tool change monitoring ................................................. 22

6.7

Air-borne noise emissions.............................................. 23

7

Operating location

 23

8

Installation

 24

8.1

Installing the HF spindle .................................................  24

8.2

Diameter of media supply line .....................................  25

8.3

Cooling water......................................................................  25

8.3.1 Quality of cooling water....................................  25

8.3.2 Setting the cooling..............................................  25

8.4

Compressed air...................................................................  26

8.4.1 Air purity classes (ISO 8573-1) .........................  26

8.4.2 Setting the sealing air ........................................  26

8.4.3 Setting values........................................................  27

9

Commissioning

 27

9.1

Running-in schedule ........................................................  27

9.2

Daily start-up.......................................................................  28

9.3

Shutdown signal................................................................  28

9.4

Commissioning after storage........................................  28

10

Tool change

 29

10.1

Clockwise and counter-clockwise ...............................  29

10.2

Pneumatic taper change ................................................  30

10.2.1 Automatic hollow shank taper tool clamp

....................................................................................  30

10.3

Tool changing station (optional accessory).............  31

10.3.1 pneumatic taper change...................................  31

10.3.2 Installing the changing station.......................  31

10.3.3 Maintenance..........................................................  31

11

Tools for high speed cutting

 32

12

Maintenance

 33

12.1

Ball bearings ........................................................................  33

12.2

Daily cleaning .....................................................................  33

12.2.1 Before commencing work ................................  33

12.2.2 With every tool change .....................................  33

12.2.3 Every time the clamping device is changed

....................................................................................  34

12.3

In the case of storage .......................................................  34

12.4

Monthly maintenance .....................................................  34

12.5

Long periods of storage..................................................  34

12.6

Maximum storage time ...................................................  34

13

Dismantling

 35

13.1

Disposal and environmental protection ...................  35

14

Service and repairs

 35

Summary of Contents for B150-H626.01 K3W2

Page 1: ...Manual B150 H626 01 K3W2 High Frequency Spindle Pneumatic taper change...

Page 2: ...opment we reserve the right to make technical modifications and variations from the exact design described in the manual The text in this manual has been compiled with the utmost care However Nakanish...

Page 3: ...monitoring 22 6 7 Air borne noise emissions 23 7 Operating location 23 8 Installation 24 8 1 Installing the HF spindle 24 8 2 Diameter of media supply line 25 8 3 Cooling water 25 8 3 1 Quality of coo...

Page 4: ...Item no 10406100 Revision 00 4 40 Contents Translation of the original manual 14 1 Service partners 35 14 2 Malfunctions 36 15 Declaration of Incorporation 39...

Page 5: ...of the man ual carefully again 1 2 Explanation of symbols used To enable quick classification of information this manual uses visual aids in the form of symbols and text markings Notes are marked with...

Page 6: ...ck the high frequency spindle for completeness upon delivery 2 1 1 Optional accessories Available on request q Frequency converter q Chiller q Collet grease q Hose connections q Motor cable q Control...

Page 7: ...nd a frequency con verter 3 1 Permissible types of machining The HF spindle has been developed only for the following types of machining q Cutting q Drilling q Engraving q Grinding Contact Nakanishi J...

Page 8: ...re not approved for use in areas at risk of explosion Use in such areas may result in explosions u Do not use the HF spindle in potentially explosive atmospheres DANGER Due to flying parts The HF spin...

Page 9: ...ay cause chips to fly out with great force u Never remove the protective devices of the machine or system u Always wear protective goggles during work Example of design Inserting the shank Note Ensure...

Page 10: ...o the machine controller for evaluation 4 3 Installation and maintenance Carry out installation cleaning and maintenance work only after shutting down the HF spindle and after the shaft has come to a...

Page 11: ...HF spindle 1a 8 2 3 1b 4 7 2 1a Electrical connection for motor phases 1b Electrical connection for Tool taper monitoring PTC Pt1000 2 Cooling water G 1 4 3 Sealing air G 1 8 4 Taper cleaning G 1 8 7...

Page 12: ...ormation The FC detects the following operating states of the HF spindle depending on the version q HF spindle rotating q HF spindle too hot q HF spindle at a standstill etc The FC forwards the operat...

Page 13: ...er cleaning prevents chips and liquids from entering the shaft during a tool change and causing contamination and damage to the inner taper and the clamping system The taper cleaning is integrated in...

Page 14: ...s 2 Rated rotation speed 26 000 rpm Acceleration braking value Per second 10 000 rpm other values by consultation Characteristics Speed sensor Vector control Optional accessories Toothed wheel Teeth 1...

Page 15: ...Specifications Item no 10406100 Revision 00 15 40 Clockwise and anticlockwise Connection Cable length 3 m motor phases Cable length 3 m sensors Weight 28 kg Inner taper run out 1 Axial run out 1 6 1 D...

Page 16: ...Rated rotation speed 1 000 5 000 6 000 7 000 10 000 15 000 26 000 rpm Speed 747 4 722 5 728 6 684 9 458 14 325 25 233 rpm Frequency 33 167 200 233 333 500 867 Hz Rated power 1 4 7 86 9 3 10 5 10 9 9...

Page 17: ...W Torque 28 9 29 06 29 14 27 15 16 97 7 1 2 29 Nm Voltage 86 353 380 380 380 380 380 V Current 38 2 42 42 0 42 0 42 0 26 6 16 9 A cos 0 83 0 74 0 79 0 82 0 72 0 71 0 66 Note on operation with static f...

Page 18: ...current 14 13 Arms p0322 Maximum speed 26 000 rpm p0326 Stalling torque correction factor 100 p0335 Cooling type Liquid cooled p0341 Moment of inertia 0 0031 kgm p0348 Field weakening operating speed...

Page 19: ...GN 0 5mm YE 0 5mm BN 0 5mm BU 0 5mm WH 0 5mm 1 2 3 4 5 6 7 Motorkabel 7x0 5mm motor cable 7x0 5mm Spindel Zust nderung Datum Name a Bemassung zugef gt SP 18 01 21 b Kabelplan ohne Stecker 17 03 23 SP...

Page 20: ...torkabel 4x2 5mm motor cable 4x2 5mm 1 Perschewski 06 05 21 1 29049070 g f e d c b a 4 5 6 1 3 2 a b c d e f g Bl bersetzungen Vervielf ltigungen und die Weitergabe an Dritte auch nur auszugsweise ist...

Page 21: ...1171 1175 1179 1182 1186 1190 50 1194 1198 1202 1206 1209 1213 1217 1221 1225 1229 60 1232 1236 1240 1244 1248 1252 1255 1259 1263 1267 70 1271 1275 1278 1282 1286 1290 1294 1298 1301 1305 80 1309 131...

Page 22: ...nal resistance VPTC 2 5 V RN 250 Insulation test voltage Vis 3 kV Response time ta 2 5 s Operating temperature range V 0 Top 25 180 C Resistance values TNAT T R TNAT T VPTC 2 5 V R TNAT T VPTC 2 5 V R...

Page 23: ...le operates at high speeds which may cause chips to fly out with great force u Never remove the protective devices of the machine or system u Always wear protective goggles during work Example of desi...

Page 24: ...corresponding hoses in the hose fittings Make sure that the connections are flexible and free of strain Seal all connections for compressed air axially in relation to the tightening direction Seal al...

Page 25: ...s immediate corrosion on bare parts which is often unno ticeable at first but later leads to serious corrosion damage Do not use pure or distilled water Deposits in cooling channels due to unsuitable...

Page 26: ...n air quality see Air purity classes ISO 8573 1 26 section The adjustment value for the sealing air depends on the hose diameter and length Hose diameter DN 4 The setting value can be found in the fol...

Page 27: ...clamped tool shank If no tool shank is clamped q The clamping system is damaged by the centrifugal forces q The clamping system is shifted q The balance of the HF spindle is affected q The bearing is...

Page 28: ...rding this to the machine controller for evaluation 9 4 Commissioning after storage Do not put the HF spindle into operation until its temperature has adjusted from the temperature of the storage loca...

Page 29: ...q The clamping system is damaged by the centrifugal forces q The clamping system is shifted q The balance of the HF spindle is affected q The bearing is damaged 10 1 Clockwise and counter clockwise Sa...

Page 30: ...amage and clean when switching to the HF spindle Insert the tool up to the contact surface of the clamping taper Make sure that the shaft of the HF spindle has come to an absolute stand still Switch o...

Page 31: ...eumatic taper change During a tool change the tool mount is pressed out of the shaft by the cylin der 10 3 2 Installing the changing station Proceed as follows to install the changing station Drill a...

Page 32: ...ments may be flung out u Note the maximum speed for the selected tool u Note the maximum speed for the HF spindle u The maximum permissible speed of the HF spindle for commissioning processing is alwa...

Page 33: ...to the openings of the HF spindle 12 2 Daily cleaning To ensure that the HF spindle functions safely and accurately all contact sur faces of the HF spindle the mount for the HF spindle the tool mount...

Page 34: ...zontal position Store the HF spindle so that it is protected from moisture dust and other environmental influences Note the following storage conditions Temperature of storage location 10 C 45 C Relat...

Page 35: ...ewater Dispose of cooling media in accordance with local regulations If the HF spindle cannot be dismantled send the HF spindle to Nakanishi Jaeger GmbH Nakanishi Jaeger GmbH shall not assume the cost...

Page 36: ...equency converter has shut down q Check the error messages in the frequency converter man ual Tool change initiated q Turn off the pneumatic system for the tool change HF spindle becomes hot Cause Tro...

Page 37: ...maged q Contact Nakanishi Jaeger GmbH service No automatic tool change Cause Troubleshooting Contamination q Remove all contamination between the tool taper and shaft of the HF spindle Observe all poi...

Page 38: ...serve all points in the Tool change 29 and Mainte nance 33 sections Frequency converter incorrectly set q Compare the values for the HF spindle with the set values on the frequency converter Machining...

Page 39: ...5 1 5 6 1 5 8 1 5 9 1 6 4 1 6 5 1 7 1 1 7 1 1 1 7 2 1 7 3 1 7 4 The incomplete machinery in its standard design complies furthermore with the following applicable regulations Applicable harmonized sta...

Page 40: ...len GERMANY 49 0 6002 9123 0 sales anakanishi jaeger com www nakanishi jaeger com Serial number Type B150 H626 01 K3W2 Item no 10406100 Revision 00 Date 11 12 2023 Language EN Jaeger Spindles North Am...

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