high frequency spindle z62-d452.93 s3 manual 00 (… · z62-d452.93 s3 high frequency spindle...

Manual

Z62-D452.93 S3

High Frequency SpindlePneumatic direct change

Item no. 10304048-02, Revision 002 ( 40 )

Identification of HF spindle

Spindle type

Pmax S6-60%

Item no. .... Serial no.

Rated rotation speed

Serial no.

Item no.

Power data

Spindle type

S1-100%

As we always ensure that our HF spindles are at the cutting edge of techno-logical development, we reserve the right to make technical modificationsand variations from the exact design described in the manual.

The text in this manual has been compiled with the utmost care. However, Al-fred Jäger GmbH cannot assume any legal responsibility or liability of anykind for incorrect information and any consequences thereof.

Translations and reproductions – including of extracts – are prohibited with-out the express written approval of Alfred Jäger GmbH.

Item no. 10304048-02, 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

5.7 Cylinder vent ....................................................................... 13

6 Technical Specifications 14

6.1 Dimensions .......................................................................... 15

6.2 Technical data sheet (KL3703 , AC-Motor)................ 16

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

6.3 Wiring diagram ................................................................... 18

6.4 Motor protection PTC 130°C.......................................... 19

6.5 Air-borne noise emissions .............................................. 19

7 Operating location 20

8 Installation 21

8.1 Installing the HF spindle.................................................. 21

8.2 Diameter of media supply line...................................... 22

8.3 Cooling water...................................................................... 22

8.3.1 Quality of cooling water.................................... 22

8.3.2 Setting the cooling............................................... 22

8.4 Compressed air .................................................................... 23

8.4.1 Air purity classes (ISO 8573-1).......................... 23

8.4.2 Setting the sealing air ......................................... 23

8.4.3 Setting values......................................................... 24

9 Commissioning 25

9.1 Running-in schedule.......................................................... 25

9.2 Daily start-up ........................................................................ 26

9.3 Shutdown signal ................................................................. 26

9.4 Commissioning after storage ......................................... 26

10 Tool change 27

10.1 Clockwise ............................................................................... 27

10.2 pneumatic direct change................................................. 27

10.2.1 Changing the collet ............................................. 28

10.3 Tool changing station (optional accessory) .............. 29

10.3.1 pneumatic direct change................................... 29

10.3.2 Installing the changing station........................ 29

10.3.3 Maintenance........................................................... 29

11 Tools for high speed cutting 30

11.1 Broken-off tool ..................................................................... 30

12 Maintenance 31

12.1 Ball bearings ......................................................................... 31

12.2 Daily cleaning....................................................................... 31

12.2.1 Before commencing work ................................. 31

12.2.2 With every tool change ...................................... 32

12.3 In the case of storage......................................................... 32

12.4 Monthly maintenance....................................................... 32

12.5 Long periods of storage ................................................... 32

12.6 Maximum storage time..................................................... 32

13 Dismantling 33

13.1 Disposal and environmental protection .................... 33

14 Service and repairs 34

14.1 Service partners................................................................... 34

14.2 Malfunctions ......................................................................... 35

15 Warranty 38

16 Declaration of Incorporation 39

Contents:

Item no. 10304048-02, Revision 004 ( 40 )

Preliminary information

Item no. 10304048-02, Revision 00 5 ( 40 )

1 Preliminary informationThe high frequency spindle (HF spindle) is a high quality precision tool forhigh speed machining.

1.1 Purpose of the manualThe manual is an important component of the HF spindle.

Ü Store the manual carefully.

Ü Make the manual available to all persons who work with the HF spindle.

Ü Read the documentation supplied in full.

Ü Before carrying out any work, read the corresponding section of the man-ual carefully again.

1.2 Explanation of symbols usedTo enable quick classification of information, this manual uses visual aids inthe form of symbols and text markings.

Notes are marked with a signal word and a colored box:

DANGER

Dangerous situation!

Results in serious injury or death.

u Measure to avert the danger.

WARNING


May result in serious injury or death.


CAUTION


May result in minor to moderate injury.


Note

May result in material damage. This warning symbol is not a warning for per-sonal injury.

Tip

Tips indicate useful information for users.

Transport and packaging

Item no. 10304048-02, Revision 006 ( 40 )

2 Transport and packaging

Example of design: Inserting theshank

Note: Ensure functionality

u When transporting the HF spindle, always fit an appropriate shank in thecollet.

Avoid strong vibrations or impacts during transportation, as these could dam-age the ball bearings of the HF spindle.

Ü Any damage reduces the accuracy of the HF spindle.

Ü Any damage restricts the functionality of the HF spindle.

Ü Any damage shortens the service life of the HF spindle.

2.1 Scope of supply of HF spindleThe following parts are supplied with the HF spindle:

q High Frequency Spindle

q Transport packaging

Ü Check the high frequency spindle for completeness upon delivery.

2.1.1 Optional accessoriesAvailable on request:

q Spindle holderq Frequency converterq Chillerq Colletq Service setq Hose connectionsq Motor cableq Further accessories on request.

Only approved accessories have been tested for operational safety and func-tionality.

Ü Do not use any other accessories – this may invalidate any warranty claimsand compensation claims for damages.

Ü If the spindle holder is to be produced in-house, it is essential to contactAlfred Jäger GmbH before starting production to request the tolerancesand production plan for the spindle holder.

2.1.2 Documentation suppliedThe documents listed below are supplied with the HF spindle:

q Manual

q The declaration of incorporation is part of the manual.

q Inspection protocol

Ü Check that the documentation supplied is complete when the spindle isdelivered. If necessary, request a new copy.

Designated use

Item no. 10304048-02, Revision 00 7 ( 40 )

2.2 Packaging of HF spindleAll transport packaging materials can be recycled in appropriate disposal facil-ities.

3 Designated useThe HF spindle is an “incomplete machine” in accordance with the MachineryDirective and cannot perform any function independently. The HF spindle canonly be operated in conjunction with a machine tool and a frequency con-verter.

3.1 Permissible types of machiningThe HF spindle has been developed only for the following types of machining.

q Cutting

q Drilling

q Engraving

q Grinding

Ü Contact Alfred Jäger GmbH if other types of machining are required.

3.2 Permissible materialsThe HF spindle has been developed only for the following materials.

q Metals (such as alloys, cast metals etc.)

q Sintered materials

q Plastics

q Wood

q Graphite

q Stone (marble, etc.)

q Paper and cardboard

q Circuit boards

q Glass and ceramic

Ü Contact Alfred Jäger GmbH if other materials are to be machined.

Safety instructions

Item no. 10304048-02, Revision 008 ( 40 )

4 Safety instructionsThe high frequency spindle is a state of the art product and is safe to operate.

However, the HF spindle may pose a risk in the following cases:

q If it is installed by untrained personnel.

q If it is used incorrectly.

q If it is not used in accordance with its intended use.

The high frequency spindle may only be installed, commissioned, and main-tained by specialist personnel.

Definition: Specialist personnel are persons who are familiar with the assem-bly, installation, commissioning, and operation of the product and have therelevant qualifications for their area of activity. The operator must closely con-trol the responsibility, training, and monitoring of these personnel.

DANGER: Due to explosion.

HF spindles are not approved for use in areas at risk of explosion. Use in suchareas may result in explosions.

u Do not use the HF spindle in potentially explosive atmospheres.

DANGER: Due to flying parts.

The HF spindle operates at high speeds and may therefore be flung away bythese.

u Operate the HF spindle only if it is installed in the machine or system in afixed manner.

Note: Adhere to the limit values.

u Observe the limit values specified in the technical data.

Note: Take account of the machine.

u Observe the manual of the machine in which the HF spindle is installed.

u Observe all safety instructions specified by the machine manufacturer.

u Ensure that the machine does not cause any hazards (e.g. uncontrolledmovements). Do not install the HF spindle in the machine until this hasbeen done.

Note. Do not damage the HF spindle.

u Any damage reduces the accuracy of the HF spindle.

u Any damage restricts the functionality of the HF spindle.

u Any damage shortens the service life of the HF spindle.

Safety instructions

Item no. 10304048-02, Revision 00 9 ( 40 )

4.1 Safe workingObserve all safety instructions set out in the manual, the applicable nationalaccident prevention regulations, and the valid company work, operation, andsafety guidelines.


Tools that are not clamped correctly will be flung away by the centrifugalforces that occur during machining.

u Use the full clamping depth of the collet.

u Clamp the tool securely.


If the wrong rotational direction is used, the clamping system releases andthe tool is flung away.

u It is essential to adhere to the rotational direction of the HF spindle.

WARNING: Risk of injury due to flying parts.

The HF spindle operates at high speeds which may cause chips to fly outwith great force.

u Never remove the protective devices of the machine or system.

u Always wear protective goggles during work.


Note: Ensure functionality.

u Never operate the HF spindle without a 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 damaged.

Ü Take the relevant measures to protect against splashes and spray accord-ing to the type of machining, the type of material being machined, and thetype of tool selected.Ä Observe the manual of the machine in which the HF spindle is installed.

Ü Obtain the maximum circumferential speeds of the tools used from thetool supplier.

Single-point tools are not suitable for high speed cutting.

If they are required for production reasons:

Ü Only use a balanced tool.Ä DIN ISO 1940Ä Balance grade 2,5

Safety instructions

Item no. 10304048-02, Revision 0010 ( 40 )

The tool cutting diameter (X) must not be greater than the maximumclamping range (Y).

Ü Always clamp the tool so that it is as short as possible.

Ü Keep the dimension (Z) small.Ä (Y) See section: Technical Specifications [} 14].

4.2 Shutdown of HF spindleThe procedure for shutting down the high frequency spindle for installationand maintenance work is as follows:

Ü Completely disconnect the power supply.

Ü Completely disconnect the media supply (air and liquid).

Ü Make sure that the shaft of the HF spindle has come to an absolute stand-still.

If the HF spindle is being shut down to be cleaned:

Ü Reconnect only the sealing air.

Tip: Forward the data to the controller.

u Use the option on the frequency converter of detecting the shutdownsignal from the shaft and forwarding this to the machine controller forevaluation.

4.3 Installation and maintenanceÜ Carry out installation, cleaning, and maintenance work only after shutting

down the HF spindle and after the shaft has come to a standstill.

Ü Install all safety and protective devices of the machine immediately aftercompleting work.

4.4 Modification and repairModifications or alterations to the HF spindle are only permitted after priorconsultation with Alfred Jäger GmbH.

Only the service partners listed in the “Service and repair [} 34]” section areauthorized to open and repair the HF spindle.

Only approved accessories have been tested for operational safety and func-tionality.

4.5 Improper operationThe high frequency spindle is only safe to operate for its designated use.

Ü Observe the safety instructions in all sections of the manual to preventhazards to persons, the environment, the machine, or the HF spindle itself.

Failure to observe the safety instructions may invalidate any warranty claimsand compensation claims for damages.

Technical description

Item no. 10304048-02, Revision 00 11 ( 40 )

5 Technical description

5.1 Connections of HF spindle

2 13 27 84

1 Electrical connection

2 Cooling water G 1/8"

3 Sealing air G 1/8"

4 Blow air through collet during tool change G 1/8"

7 Pneumatic system for tool change G 1/8"

8 Cylinder vent


Item no. 10304048-02, Revision 0012 ( 40 )

5.2 Electrical connectionThe HF spindle may only be operated with a frequency converter (FC).

Ü Check whether the current, voltage, and frequency data of the HF spindlematch the raw data for the frequency converter.

Ü Use a motor supply line that is as short as possible.

Ü Adjust the speed of the HF spindle using the FC.

Ü Refer to the frequency converter manual for further information.

The FC detects the following operating states of the HF spindle, depending onthe version:

q HF spindle rotating.

q HF spindle too hot.

q HF spindle at a standstill, etc.

The FC forwards the operating states of the HF spindle to the machine con-troller.

Note: Connect the SpeedTEC quick locking connector.

u For the combination SpeedTEC connector plug/SpeedTEC cable plug:

u Remove the O ring on the SpeedTEC connector plug.

5.3 CoolingLiquid cooling keeps the HF spindle at a constant temperature during opera-tion.

Note: Extension of the service life through heat dissipation.

Heat is produced during operation of the HF spindle. The temperature of theHF spindle should not exceed + 45° C as this shortens the service life of thebearing.

u Check the temperature of the HF spindle on the housing.


Item no. 10304048-02, Revision 00 13 ( 40 )

5.4 Sealing airFor guidelines on air quality,see "Air purity classes (ISO8573-1) [} 23]" section.

The sealing air prevents foreign bodies such as chips and liquids (e.g. emul-sions) from entering the HF spindle.

Ü Check that air escapes at the front between the housing and the rotatingparts of the HF spindle.

5.5 Taper cleaningTaper cleaning prevents chips and liquids from entering the shaft during atool change and causing contamination and damage to the inner taper andthe clamping system.

The taper cleaning is integrated in the pneumatics system for the tool change.This means that no additional connections are required.

q Blow air through collet during tool change

5.6 Pneumatic tool changeFor guidelines on air quality,see "Air purity classes (ISO8573-1) [} 23]" section.

The tool change or tool taper change is performed pneumatically.

During this, a mechanism is operated inside the HF spindle which clamps, re-leases, or ejects the tool taper or collet.

5.7 Cylinder ventThe cylinder takes in air when clamping the taper/tool. This air must be cleanand dry.

Technical Specifications

Item no. 10304048-02, Revision 0014 ( 40 )

6 Technical Specifications

Bearings Hybrid ball bearing (pcs) 3

Lifetime lubricated maintenance free

Power values

Liquid cooledPmax / 5 s S6-60% S1-100%

Rated power 3,2 2,5 2,3 [kW]

Voltage 185 185 185 [V]

Current 16 13,2 11,8 [A]

Motor dataMotor technology 3-phase asynchronous drive

(no brushes or sensors)

Frequency 967 Hz

Motor poles (pairs) 1

Rated rotation speed 52.000 rpm

Acceleration/braking value

Per second

10.000 rpm

(other values by consultation)

Characteristics Motor protection PTC 130°C

Housing Stainless steel

Housing diameter 61,9 mm

Cooling Liquid cooled

Ambient temperature + 10°C … + 45°C

Sealing air

Protection category

(sealing air turned on)IP54

Blow air through collet during toolchange

Tool change Pneumatic direct change

Collet type8/5°

Optional accessories

Clamping range up to 6 mm (1/4")

Clockwise

Coupler plug 8-pin (SpeedTEC)

Weight ~ 4,6 kg

Inner taper run out < 1 µ


Item no. 10304048-02, Revision 00 15 ( 40 )

6.1 Dimensions

(*) = Clamping range


Item no. 10304048-02, Revision 0016 ( 40 )

6.2 Technical data sheet (KL3703 , AC-Motor)The power values (S1, S6, S2)are valid for sinusoidal cur-rents and voltages.

The power values of the HFspindle are dependent on thefrequency converter used andmay vary from the indicatedvalues.

Motor type ACM 48/30/45-2E

Rated power 2,3 kW

Rated rotation speed 52.000 rpm

Cooling Liquid cooled

Motor protection PTC 130°C

Winding resistance 0,85 Ω

Measured values: S1-100%

Rated rotation speed 10.000 20.000 30.000 40.000 50.000 52.000 rpm

Speed 8.634 18.567 28.678 38.789 48.900 50.818 rpm

Frequency 167 333 500 667 833 867 Hz

Rated power 0,43 0,91 1,36 1,8 2,25 2,29 kW

Torque 0,48 0,47 0,46 0,45 0,44 0.43 Nm

Voltage 44 78 114 149 185 185 V

Current 11,8 11,8 11,6 11,5 11,3 11,3 A

Measured values: S6-60%


Speed 8.063 18.450 28.537 38.625 48.712 50.617 rpm

Frequency 167 333 500 667 833 867 Hz

Rated power 0,44 0,95 1,47 1,98 2,5 2,53 kW

Torque 0,53 0,49 0,49 0,49 0,49 0,48 Nm

Voltage 44 75 112 148 185 185 V

Current 13,2 12,3 12,3 12,3 12,3 12,3 A


Item no. 10304048-02, Revision 00 17 ( 40 )

Measured values: S2-Pmax./5s


Speed 6.960 17.375 27.596 37.818 48.040 49.895 rpm

Frequency 167 333 500 667 833 867 Hz

Rated power 0,47 1,14 1,82 2,49 3,17 3,17 kW

Torque 0,65 0,63 0,63 0,63 0,63 0,61 Nm

Voltage 44 75 112 148 185 185 V

Current 16 16 16 16 15,9 15,8 A

Note on operation with static frequency converters:

For operation with a frequency converter, the effective fundamental voltagemust correspond to the specified motor voltage.

The measured currents may be greater than the specified values due to theharmonic content.

6.2.1 Performance Diagram


Item no. 10304048-02, Revision 0018 ( 40 )

6.3 Wiring diagram

Note: Do not change the ex-works configuration.

Any change may cause overvoltage on the electrical components (e.g. PTC,differential magneto resistor).

Rückseiteback side

1

Perschewski

23.03.16

1

29028470

g

f

e

d

c

b

a

4 5 61 32

a

b

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Übersetzungen, Vervielfältigungen und die Weitergabe an Dritte, auch nur auszugsweise,ist ohne schriftliche Gehnehmigung der Fa. Alfred Jäger GmbH untersagt

Datum

Gepr.

Bearb.

Norm

Projekt Nr.:

Version Nr.:Zeichn.Nr.:

von

Blatt

DIN 61346Pinbelegung FS8 (S3) PTC

A

B C

D

1 3

4

PTC+ / KTY+

PE Schutzleiterprotective earth

Kundenseitecustomer side

phase U

----

phase W

----

phase V

Kundenseitecustomer side

Spindelstecker FS8 (S3)

spindle plug FS8 (S3)

PE

1

4

3

A

B

C

D

GNYE0,75mm²

U

W

VStator

PTC oder KTY

siehe Tabelle/ see chart





PTC- / KTY-

U

V

W

2/4-23/7-2

2/7-24/7-2

3/7-47/7-4 AC3.01

PTC

1/4-2AC4.+AC6.+AC7ACM 26..ACM70/40/50..DC2..+DC3..DCM26.+DCM44.DCM48/30/60..

AC9.01ACM60/32..ACM70/40/100DCM60/40..

KTY

AC8.01AC9.02ACM48/30/45..ACM82/50/80-4DC4..+DC5..DCM48/30/90..

AC8.02AC10.01AC10.02ACM82/50/80-4EDC9.01

DC8.02DC9.02 DC8.01

0,5 RD

0,5 GN

0,5 WH

2x 0,14

0,5 RD

0,5 BU

0,5 WH

0,22 BN

0,22 VT

0,22 WH

0,25 BN

0,25 BU

0,25 BK

0,5 BN

0,5 BU

0,5 BK 0,75 BK

0,75 BU

0,75 BN 1 BN

1 BU

1 BK 1,5 BK

1,5 BU

1,5 BN 2,5 BN

2,5 BU

2,5 BK 4 BK

4 BU

4 BN

Werte in mm²(*) Motortyp siehe Handbuch - Kapitel "Technisches Datenblatt"(**) Belegung der Pins siehe Schaltplan

2x 0,14 2x 0,14 2x 0,14 2x 0,14 2x 0,14 2x 0,14 2x 0,14

2x 0,14 2x 0,14 2x 0,14 2x 0,25 2x 0,25 2x 0,25 2x 0,25 2x 0,25 2x 0,25 2x 0,25

Zust. Änderung Datum Name

a neue Motorentabelle eingefügt

25.04.19 SP

2.0


Item no. 10304048-02, Revision 00 19 ( 40 )

6.4 Motor protection PTC 130°CPTC thermistor with protective insulation

Characteristic curves for rated response temperatures 90°C to 160°C in accor-dance with DIN VDE V 0898-1-401.

Positive temperature coefficientthermistor resistance (RPTC)

according to the positivetemperature coefficient thermistor

temperature (TPTC) (small-signalresistance).


Type M135

Max. operating voltage (TA = 0 … 40°C) V max. 30 V

Max. measuring voltage (TA – 25 K … TNAT + 15 K) V Meas, max 7.5 V

Nominal resistance (VPTC ≤ 2.5 V) RN ≤ 250 Ω

Insulation test voltage Vis 3 kV~

Response time ta < 2.5 s

Operating temperature range (V=0) Top -25/+180°C

Resistance values

TNAT ±ΔTR (TNAT – ΔT)

(VPTC ≤ 2.5 V)

R (TNAT – ΔT)

(VPTC ≤ 2.5 V)

R (TNAT + 15 K)

(VPTC ≤ 7.5 V)

R (TNAT + 23 K)

(VPTC ≤ 2.5 V)

130 ±5°C ≤ 550 Ω ≥ 1330 Ω ≥ 4 kΩ ----

6.5 Air-borne noise emissions

CAUTION: Noise has an impact on health.

u Only operate the HF spindle if you are wearing hearing protection.

Operating location

Item no. 10304048-02, Revision 0020 ( 40 )

7 Operating location


If the HF spindle is incorrectly attached, it may come loose during operationand be flung away by the forces that occur.

u Clamp the HF spindle firmly.

WARNING: Risk of injury due to flying parts.

The HF spindle operates at high speeds which may cause chips to fly outwith great force.

u Never remove the protective devices of the machine or system.

u Always wear protective goggles during work.

Example of design: Mountingsurface

Note the following points before installing the HF spindle:

Ü Make sure that the correct spindle holder for the HF spindle is fitted in themachine.

Ü Check the connecting hoses for damage.

Ü Check the connecting cables for damage.

Ü Only use undamaged hoses and cables.

Ü Do not allow the HF spindle to run in the vicinity of a heat source.

Installation

Item no. 10304048-02, Revision 00 21 ( 40 )

8 InstallationBefore installation:

Ü Check the HF spindle for damage and ensure that it is complete.

If the HF spindle has been stored for a long period:

Ü Carry out all steps in the Commissioning after storage section.

8.1 Installing the HF spindle

Connect media and cables with aflexible connection.

Complete the following steps in sequence to install the HF spindle:

Ü Remove the sealing plugs that protect the connections against damageand contamination during transportation.

Ü Instead of these sealing plugs, install the appropriate hose fittings.

Ü Install the corresponding hoses in the hose fittings

Ü Make sure that the connections are flexible and free of strain.

Ü Seal all connections for compressed air axially in relation to the tighteningdirection.

Ü Seal all connections for cooling water axially in relation to the tighteningdirection.

Ü If the HF spindle is equipped with sealing air:Ä Make sure that no air flow can occur in the bearing area.Ä Always use sealed cable boxes when connecting electrical lines.

Ü Mount the HF spindle on the machine.

Ü Connect the hoses to the connection of the respective media.

Ü Remove the protective cap that protects the shaft against damage andcontamination during transportation.

Ü Connect the connector of the operating connection lines to the relevantconnection of the HF spindle and to the frequency converter.

Ü Lock the connectors.

Note: Connect the SpeedTEC quick locking connector.

u For the combination SpeedTEC connector plug/SpeedTEC cable plug:

u Remove the O ring on the SpeedTEC connector plug.

Installation

Item no. 10304048-02, Revision 0022 ( 40 )

8.2 Diameter of media supply lineÜ The nominal size of the media supply lines can be found in the following

table:

DN Medium D1 D2

2.8 Compressed air 2.8 mm 7/64" 4 mm 5/32"

4 Compressed air 4 mm 5/32" 6 mm 15/64"

6 Compressed air 6 mm 15/64" 8 mm 5/16"

5.5 Cooling water 5.5 mm 7/32" 8 mm 5/16"

7 Cooling water 7 mm 9/32" 10 mm 25/64"

8.3 Cooling water

8.3.1 Quality of cooling waterDistilled water causes immediate corrosion on bare parts, which is often unno-ticeable at first, but later leads to serious corrosion damage.

Ü Do not use pure or distilled water.

Deposits in cooling channels due to unsuitable cooling water prevent the dis-sipation of heat.

Ü Use cooling water with the following properties:

Drinking water according to98/83/EC

Hardness 1-15°dH

PH value 7-9

Additive (corrosion protection) 20% Antifrogen N

8.3.2 Setting the coolingÜ Observe the following values for liquid cooling:

Hose diameter (*) Min. DN 5.5

Feed temperature Min. 20°C

Volumetric flow Min. 1.5 l/min

Return temperature Max. 40°C

(*) Use cooling hoses that are impermeable to UV light.

Installation

Item no. 10304048-02, Revision 00 23 ( 40 )

8.4 Compressed air

8.4.1 Air purity classes (ISO 8573-1)

Solid impuritiesClass 3

Filter grade at least 5 µm for solids

Water contentClass 4

Max. pressure dew point +3 °C

Total oil contentClass 3

Max. oil content 1 mg/m3

8.4.2 Setting the sealing airFor guidelines on air quality,see "Air purity classes (ISO8573-1) [} 23]" section.

The adjustment value for the sealing air depends on the hose diameter andlength.

Ü Hose diameter: DN 4

Ü The setting value can be found in the following diagram.

Ü To ensure effective control, turn on the sealing air and cooling when turn-ing on the machine. This protects the HF spindle even when it is stationary.

Lowest sealing air supply Dry machining

Medium sealing air supply Machining with spray water

Highest sealing air supply Machining with hose water

Installation

Item no. 10304048-02, Revision 0024 ( 40 )

8.4.3 Setting valuesFor guidelines on air quality,see "Air purity classes (ISO8573-1) [} 23]" section.

Ü Keep to the following values:

Pneumatic system for tool change 6 bar

Commissioning

Item no. 10304048-02, Revision 00 25 ( 40 )

9 Commissioning


If the speed is selected incorrectly, the HF spindle or the tool may be de-stroyed and their fragments 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 always the lowest specified speed.









Example of design: Clockwise

Ü Turn the shaft of the spindle at least ten times by hand.

Ü Before storing and before commissioning only clean the cooling duct withcompressed air.

9.1 Running-in schedule

Duration of load (minutes)

Max

. loa

d (%

)

Ü Put the HF spindle into operation with a clamped tool (without machining)for approx. 10 minutes.

Ü The speed in this case should be no more than 20% of the maximum per-missible speed for the HF spindle.Ä See definition: Max. permissible speed

Ü Allow the HF spindle to run for approx. 2 minutes at a maximum of 50% ofthe maximum permissible speed.

Ü Operate the HF spindle for approx. 2 more minutes at a maximum of 80%of the maximum permissible speed.

The HF spindle is now ready for operation.

Commissioning

Item no. 10304048-02, Revision 0026 ( 40 )

9.2 Daily start-upProceed as follows to preheat the grease lubrication of the bearing and toprotect it:

Ü Operate the HF spindle with a clamped tool (without machining).Ä Approx. 2 minutes.Ä At maximum 50 % of the maximum permissible speed.

(See Commissioning [} 25] section)

This brings the HF spindle to its operating temperature.

9.3 Shutdown signalUse the option on the frequency converter of detecting the shutdown signalfrom the shaft and forwarding this to the machine controller for evaluation.

9.4 Commissioning after storageÜ Do not put the HF spindle into operation until its temperature has adjusted

from the temperature of the storage location to the temperature of the us-age location.Ä The temperature difference between the HF spindle and the usage lo-

cation should not exceed 10°C.

Ü Carry out all steps in the "Maintenance [} 31]" section.

Ü Operate the HF spindle at a maximum of 50 % of the max. permissiblespeed for approx. 5 minutes.Ä See Commissioning [} 25] section

Ü Operate the HF spindle for approx. 2 more minutes at a maximum of 80 %of the maximum permissible speed.

This preheats the grease lubrication of the bearing and protects it.

Tool change

Item no. 10304048-02, Revision 00 27 ( 40 )

10 Tool change

CAUTION: Danger of being drawn in by rotating shaft.

If the shaft is still rotating, fingers and hands may be drawn in and crushed.

u Only change the tool if the shaft is at a standstill.









10.1 Clockwise

Sample illustration: Direction of rotation indication

The HF spindle clamping system is designed for clockwise rotation.

Ü Only use tools with the correct direction of rotation for the HF spindle.

Ü Only use tool mounts with the correct HF spindle direction of rotation.

Ü Set the direction of rotation of the HF spindle on the FC in accordance withthe arrow display on the HF spindle.

10.2 pneumatic direct change

Tip: Ensure concentric run-out quality.

u Keep collet, clamping nut, contact surface, shaft, tool taper, and toolmount clean at all times.

u When transporting the HF spindle, always fit an appropriate shank in thecollet.


Ü Switch on the compressed air for the tool change.

Ü Remove the tool.

Ü Clean the inner taper of the tool mount and the inner taper of the shaftwith the felt cleaning taper.

Ü Insert the tool.

Ü Switch off the compressed air for the tool change.

Ü Wait for 1-2 seconds after the tool change.

Ü Start the HF spindle.

Tool change

Item no. 10304048-02, Revision 0028 ( 40 )

10.2.1 Changing the colletProceed as follows to change the collet:


Ü Remove the tool.


u Never close the collet without a clamped tool shank.


q The clamping system is damaged.

Ü Insert a suitable tool shank into the collet.

Ü Screw the collet out of the shaft of the HF spindle using the screw-in tool.

Tip: Ensure concentric run-out quality.

u Make sure that there is no contamination in the collet and that no con-tamination occurs during cleaning.

Ü Clean the inner taper of the shaft with the felt cone from the service set.

Ü Clean the collet with the brush.

Ü Apply a light greasy film to the taper of the collet. To do this, only use thecollet grease from the service set.

Ü Insert a suitable tool shank into the collet.

Ü Screw the collet as far as possible into the shaft using the screw-in tool.


Tip: Check the tool change.

u Activate the tool change 2-3 times.

Ü Check the fit of the collet.Ä Tighten the collet if necessary.


Ü Remove the shank from the collet.

Ü Insert the tool.


The HF spindle is now ready for operation.

Tool change

Item no. 10304048-02, Revision 00 29 ( 40 )

10.3 Tool changing station (optional accessory)

Example of design: Ejection travel

During a tool change, the HF spindle moves into the changing station withthe clamped tool.

Ü Note the following values when producing the changing station in orderto compensate for the ejection travel (X):

Spring loaded X = 2 - 5 mm

Spring force 40 - 80 N

10.3.1 pneumatic direct changeThe HF spindle enters the changing station as far as the stop ring. Only thendoes the cylinder push the collet out of the shaft.

Ü The collet opens.

Ü Only the tool is deposited in the changing station.

Tip: Fast tool change.

u Use a tool with a stop ring.

This means that there is no need to re-adjust the immersion depth after eachtool change.

10.3.2 Installing the changing stationProceed as follows to install the changing station:

Ü Drill a hole with a suitable diameter (Ø D1 H7) for the tool mount.

Ü Add an M5 thread.

Ü Insert the changing station into the hole.

Ü Secure the changing station using the threaded spindle (M5).

10.3.3 MaintenanceBefore commencing work:

Ü Check that all surfaces are thoroughly cleaned and free of dust, grease,coolant, machining residues, and metal particles.

Ü Check that the changing station is free of damage.

Tools for high speed cutting

Item no. 10304048-02, Revision 0030 ( 40 )

11 Tools for high speed cutting


If the wrong direction of rotation is used, the tool is damaged when load isapplied. The centrifugal forces cause the broken part to be flung out.

u Only use tools with the correct direction of rotation for the HF spindle.


If the speed is selected incorrectly, the HF spindle or the tool may be de-stroyed and their fragments 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 always the lowest specified speed.

Ü Only use tools that are technically sound.Ü Only use tools with a tool shank diameter that corresponds to the inner di-

ameter of the collet. For example, do not use shanks with a diameter of 3mm in collets for 1/8” (=3.175 mm).Ä Also see the Technical Specifications [} 14] section

Ü Only use tool shanks with a diameter tolerance of h6.Ü Do not use tool shanks with a clamping surface (e.g. Weldon).Ü Only use a balanced tool.

Ä DIN ISO 1940, balance grade 2,5 .

11.1 Broken-off tool

CAUTION: Risk of burns.

The broken-off tool may be hot.

u Use gloves to protect against injury.

Remove the remains of the broken-off tool from the collet using the ejectorpin from the service set.

Proceed as follows:Ü Remove the collet from the shaft of the HF spindle.

Inside the collet there is a stop screw with a hole.Ü Insert the ejector pin through this hole.Ü Push the broken-off tool forward out of the collet using the ejector pin.Ü Clean the collet.Ü Insert the collet back into the HF spindle shaft.

Maintenance

Item no. 10304048-02, Revision 00 31 ( 40 )

12 MaintenanceOnly specialist personnel may perform maintenance on the spindle.

The HF spindle must be shut down before any maintenance work.


Ü Before carrying out any work, read the corresponding section of the man-ual carefully again.

Ü Observe the manual of the machine in which the HF spindle is installed.

Ü Observe all safety instructions and safety rules.

12.1 Ball bearings

Note: Foreign matter reduces the service life.

The HF spindle bearings have lifetime grease lubrication. This means thatthey do not require maintenance.

u Do not lubricate the ball bearings.

u Do not apply grease, oil, or cleaning agents to the openings of the HFspindle.

12.2 Daily cleaningTo 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, and thetool holder must be clean.

Note: Foreign matter reduces the service life.

u Do not use compressed air to clean the HF spindle.

u Do not use ultrasonic cleaning on the HF spindle.

u Do not use steam jets to clean the HF spindle.

This could cause contamination to enter the bearing area.

12.2.1 Before commencing workÜ Check that all surfaces are thoroughly cleaned and free of dust, grease,

coolant, machining residues, and metal particles.

Ü Check that the HF spindle is free of damage.

Ü If the HF spindle is equipped with sealing air, always switch this on duringcleaning.

Ü Only use a clean, soft cloth or a clean, soft brush for cleaning.

Maintenance

Item no. 10304048-02, Revision 0032 ( 40 )

12.2.2 With every tool changeÜ Clean the inner taper of the HF spindle shaft. The inner taper must be free

of chips and contamination.

Ü Clean the tool taper.

Ü Clean the collet and the collet mount.

Ü Apply a light greasy film to the taper of the collet after cleaning.Ä Only use the collet grease from the service set.

This improves the sliding movement and increases the clamping force of thecollet.

12.3 In the case of storageIf the HF spindle is not required for a prolonged period of time:

Ü Before storing and before commissioning only clean the cooling duct withcompressed air.

Ü Remove all coolant residues.

Ü Store the HF spindle in horizontal position.

Ü Store the HF spindle so that it is protected from moisture, dust, and otherenvironmental influences.

Ü Note the following storage conditions.

Temperature of storage location +10°C … + 45° C

Relative humidity < 50 %

12.4 Monthly maintenanceÜ Turn the shaft of the HF spindle at least ten times by hand every four

weeks.

12.5 Long periods of storageÜ Turn the shaft of the HF spindle at least ten times by hand every three

months.

Ü Then put the HF spindle into operation with a tool inserted for approx.10 minutes.Ä The speed should be no more than 20 % of the maximum permissible

speed for the HF spindle. (See Commissioning [} 25] section)

12.6 Maximum storage timeThe maximum storage time is 2 years.

Ü Make sure that all information in the "Long periods of storage [} 32]" sec-tion is adhered to. This is the only way in which to maintain the functional-ity of the HF spindle.

Dismantling

Item no. 10304048-02, Revision 00 33 ( 40 )

13 DismantlingProceed as follows to remove the HF spindle:

Ü Completely disconnect the power supply.

Ü Completely disconnect the media supply (air and liquid).


Ü Remove all connections from the HF spindle.

Ü Empty the cooling duct of the HF spindle.

Ü Remove the HF spindle from the machine.

13.1 Disposal and environmental protectionMore than 90% of the materials used in the HF spindle can be recycled (alu-minum, stainless steel, steel, copper, etc.)

The HF spindle may not be disposed of with normal domestic waste.

Ü Remove all non-recyclable materials.

Ü Dispose of the HF spindle as scrap at an approved recycling facility.

Ü Follow all rules of the responsible administrative bodies.

Ü Do not discharge coolants into wastewater.

Ü Dispose of cooling media in accordance with local regulations.

If the HF spindle cannot be dismantled, send the HF spindle to Alfred JägerGmbH. Alfred Jäger GmbH shall not assume the costs incurred for shipmentand the fees for the recycling facilities.

Service and repairs

Item no. 10304048-02, Revision 0034 ( 40 )

14 Service and repairs

DANGER: Electric shock.

Electric shock can lead to severe burns and life-threatening injuries.

Take measures to prevent hazards caused by electrical energy (for details re-fer e.g. to the regulations issued by the VDE and the local energy supplycompanies).

u Before commencing work, switch off the power supply of the HF spindle.

Note: Damage due to electrostatic discharge.

Do not touch the electrostatic-sensitive components of the HF spindle.

14.1 Service partnersOnly certified service partners may open and repair the spindle. Failure tocomply with this voids any warranty claims and compensation claims for dam-ages.

Ü The list of partners can be found on the following website.

http://www.alfredjaeger.de/de/spindel-servicepartner.html

http://www.alfredjaeger.de/de/spindel-servicepartner.html

Service and repairs

Item no. 10304048-02, Revision 00 35 ( 40 )

14.2 MalfunctionsThe list below can be used to quickly investigate and eliminate faults.

HF spindle not rotating Cause Troubleshooting

No power supply

q Check the frequency converter.

q Check the machine.

q Check all electrical connections.

q Check all wires in the motor cable.

q Activate the Start/Reset button.

Thermal protection hasbeen activated

q Wait until the HF spindle has cooled down.

q Check the frequency converter for error messages. If nomessages are illuminated, start the frequency converter.

(See also “Spindle becomes hot [} 35]”.)

Frequency converterhas 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 Troubleshooting

Insufficient cooling

q Check the power of the chiller.

q Check the water level of the chiller.

q Check the connections and the cooling hoses.

q Check the cooling circuit.

q Check the chiller for error messages.

Phase missing q Check all wires in the motor cable for cable breaks.

Machining too heavy

q Check the rotational direction of the HF spindle.

q Check the rotational direction of the tool.

q Check the tool for damage.

q Reduce the machining load intensity.

Frequency converterincorrectly set

q Compare the values for the HF spindle with the set valueson the frequency converter.

Service and repairs

Item no. 10304048-02, Revision 0036 ( 40 )

HF spindle becomes loud Cause Troubleshooting

Tool unsuitable

q Only use balanced tools.

(Also see the "Tools for high speed cutting [} 30]" section.)


q Replace damaged tool.

HF spindle is notclamped truly or is dis-torted

q Only use spindle holders from the original accessories orholders produced according to the tolerances specified byAlfred Jäger GmbH.

HF spindle clampedtoo tightly

q Only tighten the clamping screws of the spindle holdermanually.

q Do not use technical aids to clamp the HF spindle.

Bearings damaged q Contact Alfred Jäger GmbH service.

No automatic tool change Cause Troubleshooting

Contamination

q Remove all contamination between the tool taper andshaft of the HF spindle.

(Observe all points in the “Tool change [} 27]” and “Mainte-nance [} 31]” sections.)

Lack of pressure

q Check the connections for compressed air.

q Check the hoses for compressed air.

q Check the pneumatic circuit.

q Check the setting of the compressed air for the toolchange.

(Also see the "Setting values [} 24]" section.)

Sensor does not send anysignals

Cause Troubleshooting

No connection to sen-sor q Check the lines and connections.

Service and repairs

Item no. 10304048-02, Revision 00 37 ( 40 )

HF spindle vibrates/oscillates

Cause Troubleshooting

Tool unsuitable

q Only use balanced tools.

(Also see the "Tools for high speed cutting [} 30]" section.)

q Check whether the tool is suitable for the application.


q Replace damaged tool.

Contamination

q Remove all contamination between the tool taper and shaftof the HF spindle.

(Observe all points in the “Tool change [} 27]” and “Mainte-nance [} 31]” sections.)

Frequency converterincorrectly set

q Compare the values for the HF spindle with the set values onthe frequency converter.

Machining too heavy q Reduce the machining load intensity.

Mounting screws areloose q Tighten the screws securely.

HF spindle damaged q Contact Alfred Jäger GmbH service.

If the error is not rectified after checking all of the points, contact the relevantservice partner.

Ü Request the accompanying note for the repair from the service partner.

Ü Check the manual of the machine.

Ü Contact the manufacturer of the machine.

Warranty

Item no. 10304048-02, Revision 0038 ( 40 )

15 WarrantyIn the case of legitimate complaints that relate to the goods and are recog-nized by the supplier, repair or redelivery must be performed according to thereasonably exercised discretion of the supplier for all parts that are renderedunusable or that are significantly impaired in terms of their usability prior to2000 operating hours having elapsed – in the case of Jäger spindles, whichfeature an integrated meter – according to the meter reading of the dedicatedmeter for the spindle in question, or within 12 months of delivery, i.e. follow-ing the delivery of the delivery item, and as a result of an issue that waspresent prior to the transfer of risk, especially due to defective design, poor-quality building materials, or faulty equipment.

Complaints regarding visible defects must be reported to the supplier within10 days after receipt of the product.

No liability is accepted for damage caused by the following: Unsuitable ornon-designated use, incorrect installation or commissioning by the customeror third parties, natural wear and tear of wearing parts, particularly ball bear-ings, incorrect or negligent handling, inappropriate operating media, chemi-cal electro-chemical or electrical influences, where these cannot be attributedto a fault on the part of the supplier. Otherwise, our general terms and condi-tions of business apply, in particular section VII “Liability for defects and war-ranty”. Unless agreed separately, the customer is liable for all other costs, par-ticularly all shipping costs.

We reserve the right to make changes to the design without prior notificationor special indication.

We reserve the right to carry out renovations to spindles during repairs to re-flect the latest technological advances.

Likewise, the supplier bears no liability if the customer or a third party makesimproper modifications or carries out unauthorised repair work on the prod-uct without the prior approval of the supplier.

Declaration of Incorporation

Item no. 10304048-02, Revision 00 39 ( 40 )

16 Declaration of IncorporationUnder the EC Machinery Directive

The safety instructions of theproduct documentation sup-plied must be observed.

Alfred Jäger GmbH

SF-Elektromaschinenbau

Siemensstr. 8

D-61239 Ober-Mörlen

Tel. +49 (0) 60029123 -0

hereby declare that the product,

Product High Frequency Spindle

Type Z62-D452.93 S3

Serial no. See last page of manual

as far as possible from the supplied, complies with the essential requirementsof the Machinery Directive 2006/42/EC.

Sections of the Machinery Directive have been applied: 1.1.1; 1.1.2; 1.1.5; 1.3.2;1.3.4; 1.5.1; 1.5.2; 1.5.4; 1.5.5; 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 withthe following applicable regulations:

Applicable harmonized standardsDIN EN ISO 12100

Safety of machines

The machinery is incomplete and must not be put into service until the ma-chinery into which it is to be incorporated has been declared in conformitywith the provisions of the Machinery Directive 2006/42/EC and any other ap-plicable regulations.

We at Alfred Jäger GmbH agree to submit the special documents for incom-plete machines to national authorities upon request.

The special technical documentation referred to in Annex VII, Part B, belong-ing to the machine has been created.

Person who is authorized to compile the documents listed in Annex VII, Part B:

Alfred Jäger GmbH

Ober-Mörlen, 25.01.2018Place and date of issue

Bernd JägerExecutive Board

Alfred Jäger YouTube channelScan this QR code with the Jäger app orany QR code scanner.

Alfred Jäger GmbHSiemensstraße 861239 Ober-MörlenGERMANY

+49 (0)[email protected]

Serial number

Spindle type Z62-D452.93 S3

Item no. 10304048-02

Revision 00 Date 25.01.2018

Language EN

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Jaeger Spindles North America, Corp.6611 Bay Circle, Suite 165Norcross, GA 30071USA

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+1 (770) [email protected]/en

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