Hardinge Talent 6/45 Maintenance Manual
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Hardinge Talent 6/45 Maintenance Manual

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Revised: March 31, 2006
Manual No. M-448B
Part No. M B-0009500-0448
MAINTENANCE MANUAL
TALENT
TALENT 8/52
TALENT 8/66
TALENT 10/78
CNC LATHES
Equipped with a Fanuc 0i-T,
Fanuc 0i Mate-T,
or Siemens 810D Control
6/45
®
TP7086
Litho in U.S.A.
January, 2006

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  • Page 1 MAINTENANCE MANUAL TP7086 TALENT 6/45 ® TALENT 8/52 TALENT 8/66 TALENT 10/78 CNC LATHES Equipped with a Fanuc 0i-T, Fanuc 0i Mate-T, or Siemens 810D Control Revised: March 31, 2006 Manual No. M-448B Litho in U.S.A. Part No. M B-0009500-0448 January, 2006...
  • Page 2 CNC lathes equipped with a Fanuc 0i-T, Fanuc 0i Mate-T, or Siemens 810D control. In no event will Hardinge Inc. be responsible for indirect or consequential damage resulting from the use or application of the information in this man- ual.
  • Page 3 Machine should only be used with a bar feed approved by Hardinge Inc. HARDINGE SAFETY RECOMMENDATIONS Your Hardinge machine is designed and built for maximum ease and safety of operation. However, some previously accepted shop practices may not reflect current safety regulations and procedures, and should be re-examined to insure compliance with the current safety and health standards.
  • Page 4 NEVER OPERATE THE MACHINE SPINDLE without a work-holding device if the draw tube is in the spindle. TIGHTEN ALL DRAW TUBE SCREWS before beginning spindle operation. MAKE CERTAIN that the equipment is properly grounded. Consult National Electric Code and all local codes. DISCONNECT MAIN ELECTRICAL POWER before attempting repair or maintenance.
  • Page 5 DON’T JOG SPINDLE in either direction when checking threads with a thread gage. DON’T ATTEMPT to brake or slow the machine with hands or any makeshift device. ANY ATTACHMENT, TOOL, OR MACHINE MODIFICATION not obtained from Hardinge Inc. must be reviewed by a qualified safety engineer before installation.
  • Page 6 USE LIGHTER THAN NORMAL feedrates and depth of cut when machining a workpiece di- ameter that is larger than the gripping diameter. DON’T EXCEED the rated capacity of the machine. DON’T LEAVE the machine unattended while it is operating. DON’T CLEAN the machine with an air hose. KEEP TOTE PANS a safe distance from the machine.

  • Page 7: Table Of Contents

    X and Z Axis Lubrication on TALENT 8/66 and 10/78 Lathes ..2-4 Tailstock Lubrication on TALENT 6/45 and 8/52 Lathes ... . . 2-5 Tailstock Lubrication on TALENT 8/66 and 10/78 Lathes .
  • Page 8 Cleaning the Coolant Tank ......4-6 TALENT 6/45 and 8/52 Lathes ......4-6 TALENT 8/66 and 10/78 Lathes .
  • Page 9 - NOTES - M-448B...
  • Page 10 - NOTES - viii M-448B...

  • Page 11: Chapter 1 - Power-Up, Power-Down, And Lock-Out Procedures

    CHAPTER 1 - POWER-UP, POWER-DOWN, AND LOCK-OUT PROCEDURES - CAUTION - The recommended operating temperature range is 50° to 95° F [7° to 35° C]. MACHINE EQUIPPED WITH A FANUC CONTROL - NOTE - Information relating to machines equipped with a Siemens control begins on page 1-4.

  • Page 12: Reference Home Procedure

    - CAUTION - When pressing the Control ON push button, DO NOT press any other push buttons or keys until the position or alarm screen is displayed. Some push buttons and keys are used for control maintenance or special operation com- mands.

  • Page 13: Power-Down Procedure

    - NOTE - The X axis must be “homed” before the Z axis is “homed” on machines equipped with a tailstock. 7. Press the +X push button. The X axis will move to the X Home position and the X Home indicator light will turn ON.

  • Page 14: Machine Equipped With A Siemens Control

    MACHINE EQUIPPED WITH A SIEMENS CONTROL - NOTE - Information relating to machines equipped with a Fanuc control begins on page 1-1. POWER-UP PROCEDURE - NOTE - It is important that the power-up procedure is followed as described to ensure safe, accurate, and repeatable machine operation.

  • Page 15: Air And Electrical Lock-Out Procedures

    AIR AND ELECTRICAL LOCK-OUT PROCEDURES - NOTE - The air lock-out procedure applies only to machines equipped with the optional parts catcher. AIR LOCK-OUT PROCEDURE 1. Turn main air valve “C”, Figure 1.2, OFF. 2. Place a lock on the main air valve to prevent the valve from being turned ON. ELECTRICAL LOCK-OUT PROCEDURE 1.

  • Page 16: Clearing An Emergency Stop

    CLEARING AN EMERGENCY STOP The Emergency Stop pish button is located on the operator control panel. 1. Correct the problem that prompted the Emergency Stop condition. 2. Pull the Emergency Stop push button out and release. HOUR RUN METER - NOTE - ®...
  • Page 17 - NOTES - M-448B...
  • Page 18 - NOTES - M-448B...

  • Page 19: Chapter 2 - Lubrication

    RECOMMENDED GREASE The following greases are recommended by Hardinge Inc. for use on the TALENT CNC lathe. Hardinge Grease Grease Cartridge Part Number ®...

  • Page 20: Lubrication Alarm

    LUBRICATION ALARM The control issues the following lubrication alarms: • Axis lubrication alarm message after 600 hours of operation. • Turret lubrication alarm message after 2000 hours of operation. (Live tooling machines only) A lubrication alarm does not stop the machine, but will inhibit Cycle Start. Clear the alarm message as follows: If the machine is equipped with a Fanuc control, press the Feed Hold and Reset push but- tons at the same time to clear the alarm.

  • Page 21: Axis Lubrication

    AXIS LUBRICATION - NOTE - Grease should be added when the linear guides are still warm from operation. ® X AND Z AXIS LUBRICATION ON TALENT 6/45 AND 8/52 LATHES 1. Wait for the cycle to end and that the spindles and slides are stationary.

  • Page 22: And Z Axis Lubrication On Talent 8/66 And 10/78 Lathes

    ® X AND Z AXIS LUBRICATION ON TALENT 8/66 AND 10/78 LATHES 1. Wait for the cycle to end and that the spindles and slides are stationary. - NOTE - Refer Operator’s Manual (M-447) for information on using Rapid Reference to move axes to the refer- ence position.

  • Page 23: Tailstock Lubrication On Talent 6/45 And 8/52 Lathes

    ® TAILSTOCK LUBRICATION ON TALENT 6/45 AND 8/52 LATHES 1. Wait for the cycle to end and that the spindles and slides are stationary. - NOTE - Refer Operator’s Manual (M-447) for information on using Jog mode to move the tailstock. 2.

  • Page 24: Tailstock Lubrication On Talent 8/66 And 10/78 Lathes

    ® TAILSTOCK LUBRICATION ON TALENT 8/66 AND 10/78 LATHES 1. Wait for the cycle to end and that the spindles and slides are stationary. - NOTE - Refer to the Operator’s Manual (M-447) for information on using Jog mode to move the tailstock.

  • Page 25: Live Tool Gear Lubrication

    LIVE TOOL GEAR LUBRICATION - NOTE - Use Klübersynth UH1 14-1600 grease for live tool gear lubrication. The live tool gear lubrication should be checked every 2000 hours of machine operation. 1. Remove plug screw "I", Figure 2.8 or 2.9. 2.

  • Page 26: Lubrication Line Replacement

    LUBRICATION LINE REPLACEMENT REPLACEMENT PART NUMBERS Grease Manifold TT 0010234 Tubing TT 0007007 REPLACING A LUBRICATION LINE 1. Wait for the cycle to end and make certain that the spindle is stopped. 2. Remove cover “A”, Figure 2.1, to gain access to the grease manifolds and grease lines. 3.
  • Page 27 - NOTES - M-448B...
  • Page 28 - NOTES - 2-10 M-448B...

  • Page 29: Chapter 3 - Air System

    CHAPTER 3 - AIR SYSTEM SYSTEM DESCRIPTION The air connection is located at the rear of the machine near the lower left corner. It is mounted on the side of the hydraulic tank, as shown in Figure 3.1 or 3.2. The incoming air line should have a minimum inside diameter of 3/8 inch [9.5 mm].

  • Page 30: Setting The Air Pressure

    SETTING THE AIR PRESSURE - NOTE - This information applies only to machines equipped with the optional part catcher. 1. Turn main air valve “B”, Figure 3.2, ON. 2. Lift knob “A” up to unlock. 3. Rotate the knob in the appropriate direction to increase or decrease pressure, as needed. Observe the air pressure on the gauge.

  • Page 31: Air Line Lubricator

    AIR LINE LUBRICATOR 1. Turn main air valve “B”, Figure 3.2, OFF and lock out. - CAUTION - Use care not to spill the oil in the lubricator bowl. - NOTE - Notice the orientation of the locking lugs on the filter bowl when it releases from the lubricator head.
  • Page 32 - NOTES - M-448B...

  • Page 33: Chapter 4 - Coolant System

    Refer to Chapter 1 for the power-up, power-down, and lock-out procedures. Hardinge machine tools are designed using the latest technology and highest quality materials available. However, due to the ever increasing number of coolant selections available, it is impossible to test material compatibility with each and every coolant.

  • Page 34: System Description

    The approximate coolant tank capacity is listed below in gallons [liters]: Machine Model Coolant Tank Capacity TALENT 6/45 and 8/52 Lathes 33 [125] TALENT 8/66 and 10/78 Lathes 76.62 [290] WATER-BASED COOLANTS Water-based coolants are a cutting fluid which, when improperly specified or maintained, can affect the life of a machine and the quality of the parts made on it.

  • Page 35: Water Quality

    pH is a measure of a solution’s alkalinity or acidity. There are two common methods used to determine pH. One method is the use of special pH test paper and the other is a pH meter. Water based coolants are designed to run within the pH range determined by the manufacturer. The pH of water based coolants typically runs on the alkaline side of the pH scale.

  • Page 36: Checking The Coolant Level

    6/45 and 8/52 lathes, or sight gauge "B", Figure 4.2, on TALENT 8/66 and 10/78 lathes. TP6061 TP5248A Figure 4.1 - Coolant Sight Gauge Figure 4.2 - Coolant Sight Gauge (TALENT 6/45 and 8/52 Lathes) (TALENT 8/66 and 10/78 Lathes) M-448B...

  • Page 37: Chip Removal

    CHIP REMOVAL (Machines without Chip Conveyor) ® TALENT 6/45 AND 8/52 LATHES 1. Power down and lock out the machine. Refer to the appropriate power-down procedure in Chapter 1. 2. If coolant was ON, wait a few minutes to allow any coolant that was in use to drain back into the tank.

  • Page 38: Cleaning The Coolant Tank

    CLEANING THE COOLANT TANK ® TALENT 6/45 AND 8/52 LATHES Clean the coolant tank at least once every six months or more frequently if the coolant becomes contaminated by material being cut. Clean the coolant tank whenever changing the type or brand of coolant.

  • Page 39: Talent 8/66 And 10/78 Lathes

    ® TALENT 8/66 AND 10/78 LATHES Clean the coolant tank at least once every six months or more frequently if the coolant becomes contaminated by material being cut. Clean the coolant tank whenever changing the type or brand of coolant. 1.
  • Page 40 8. Remove chip pan "L", Figure 4.9, from the coolant tank. 9. Clean chip pan. 10. Remove three coolant tank screens “M”, Figure 4.10, from the tank. 11. Remove any coolant remaining in the tank and wipe the tank clean. 12.

  • Page 41: Replacing The Coolant Pump

    Figure 4.11 - Coolant Hoses Connected to Pump (TALENT 6/45 and 8/52 Lathes) 3. Disconnect the coolant pump cable from the machine. 4. Disconnect coolant hoses “N” and “O”, Figure 4.11 or 4.12, from the fittings on the coolant...
  • Page 42 7. Remove the cover from electrical junction box “H”, Figure 4.5 or 4.7. 8. Record the electrical connections in the junction box. Refer to Figure 4.13. 9. Disconnect the three power wires and the ground wire. 10. Remove the retaining nut from the conduit fitting and remove the conduit assembly from the junction box.
  • Page 43 - NOTES - M-448B 4-11...
  • Page 44 - NOTES - 4-12 M-448B...

  • Page 45: Chapter 5 - Hydraulic System

    CHAPTER 5 - HYDRAULIC SYSTEM INTRODUCTION - CAUTION - The machine must be powered down when the hydraulic system requires maintenance. Refer to Chapter 1 for the power-up, power-down, and lock-out procedures. The hydraulic unit is located at the rear of the machine. The hydraulic pump, which is driven by a 2 horsepower motor, provides a maximum of 580 psi [40 bars] operating pressure to the collet closer, spindle brake, turret, and tailstock.

  • Page 46: Hydraulic Tank

    HYDRAULIC TANK The oil level should be maintained at or near FULL to ensure good system cooling, good air dissipation, and overall system performance. Verify the hydraulic fluid level with sight gauge “C”, Figure 5.2. FILLING THE HYDRAULIC TANK 1. Power down and lock out the machine. Refer to the appropriate power-down procedure in Chapter 1.

  • Page 47: Draining And Filling The Hydraulic Tank

    DRAINING AND FILLING THE HYDRAULIC TANK 1. Power down and lock out the machine. Refer to the appropriate power-down procedure in Chapter 1. 2. Remove access cover “A”, Figure 5.1. 3. Place a drain pan capable of holding a minimum of 16 gallons [60 liters] of oil under drain plug “D”, Figure 5.3.

  • Page 48: Adjusting The Hydraulic System Pressure

    ADJUSTING THE HYDRAULIC SYSTEM PRESSURE The machine’s hydraulic system pressure can be adjusted by threading pressure adjustment screw “F”, Figure 5.5, IN or OUT. The hydraulic system main pressure gauge is located on the front of the machine. The main system hydraulic pressure should be set at 580 psi [40 bar]. - WARNING - The hydraulic system pressure adjustment is performed with the hydraulic pump motor ON.
  • Page 49 - NOTES - M-448B...
  • Page 50 - NOTES - M-448B...

  • Page 51: Chapter 6 - Miscellaneous

    CHAPTER 6 - MISCELLANEOUS BATTERY MAINTENANCE - CAUTION - New batteries must be installed at least once a year. Failure to perform this maintenance will result in the loss of turret or control information. The recommended replacement interval for the turret controller and CNC control batteries is once a year.
  • Page 52 5. Verify the new battery pack matches the battery pack being replaced. 6. Disconnect the old battery from receptacle “B”, Figure 6.2. 7. Connect the new battery. 8. Install the battery and close the cover. 9. Close the power case door. TP5224 Figure 6.2 - Turret Controller Battery M-448B...

  • Page 53: Cnc Control Battery Replacement (Fanuc Control Only)

    ® TALENT 6/45SV and 8/52SV lathes are equipped with a Fanuc 0i Mate-T control. TALENT 6/45, 6/82, 8/66, and 10/78 lathes are equipped with a Fanuc 0i-T control. Fanuc 0i Mate-T Control 1. Power up the machine. 2. After approximately 30 seconds, power down and lock out the machine.
  • Page 54 TP7092 TP5847 Figure 6.4 - CNC Control Figure 6.5 - CNC Control Battery - NOTE - The battery is located on the top of CNC control "E", Figure 6.4. 4. Press the battery latch down and remove control battery "G", Figure 6.5, from the holder. 5.

  • Page 55: Fanuc 0I-T Control

    Fanuc 0i-T Control 1. Power up the machine. 2. After approximately 30 seconds, power down and lock out the machine. 3. Remove access cover “D”, Figure 6.3. 4. Remove plugs "C" as needed to gain access to the upper mounting screws on the control unit - NOTE - The battery is located on the top of CNC control "E", Figure 6.4.

  • Page 56: Turret Zero Reference

    TURRET ZERO REFERENCE - NOTE - This procedure applies only to non-live tooling machines equipped with a Fanuc control. The turret zero reference will need to be reset if any of the following events occur: • The turret controller is replaced. •...
  • Page 57 5. Set the Mode Select switch to Reference mode. 6. Set the Turret Station selector switch "12". 7. Press and hold the Turret Index push button for 2 seconds. The turret will not index. 8. Set K00, bit 6 to "0". The alarm message will be cleared from the display. 9.

  • Page 58: Adjusting The Tailstock Bushing For Center

    4. Torque upper bolts “J” and lower bolts “K” to 11 lb-ft [15 N•m] 5. Check the concentricity between the tailstock centerline and the spindle centerline and adjust as necessary. Direction of Adjustment TP5754 Figure 6.9 - Tailstock Center Sleeve (TALENT 6/45 and 8/51 Lathes) M-448B...

  • Page 59: Cleaning The Power Case Heat Exchanger Air Filter

    CLEANING THE POWER CASE HEAT EXCHANGER AIR FILTER The power case is cooled by a heat exchange system. The heat exchanger provides the cooling and environmental protection necessary for proper operation of the printed circuit boards. This air unit employs a closed loop design which circulates air inside the power case while sealing out potentially contaminated, external air.

  • Page 60: Cleaning The Power Case Plenum Fan Air Filter

    CLEANING THE POWER CASE PLENUM FAN AIR FILTER The plenum fan is located on the side of the power case. It is recommended that the plenum air filter “M”, Figure 6.11, be cleaned once a week. 1. Power down the machine. Refer to the appropriate power-down procedure in Chapter 1. 2.
  • Page 61 - NOTES - M-448B 6-11...
  • Page 62 - NOTES - 6-12 M-448B...

  • Page 63: Appendix One - Preventive Maintenance Schedule

    APPENDIX ONE - PREVENTIVE MAINTENANCE SCHEDULE - CAUTION - Do not use caustic or abrasive cleaners on this machine. Never use compressed air to clean dirt or chips from the machine. Air pres- sure could force dirt particles and other foreign material past seals and wip- ers.
  • Page 64 1000 HOURS Drain and refill the hydraulic oil tank, ....Chapter 5 replace the hydraulic oil filter 2000 HOURS Check live tool gear grease lubrication ....Chapter 2 Install a new turret controller battery .
  • Page 65 - NOTES - M-448B A1-3...
  • Page 66 - NOTES - A1-4 M-448B...

  • Page 67: Appendix Two - Machine Photographs

    APPENDIX TWO - MACHINE PHOTOGRAPHS TP5251 Figure A2.1 - Coolant Pump Assembly ® (TALENT 6/45 and 8/52 Lathes) TP5250 Figure A2.2 - Coolant Tank (TALENT 6/45 and 8/52 Lathes) M-448B A2-1...
  • Page 68 TP6027 Figure A2.3 - Coolant Pump Electrical Connection ® (TALENT 6/45 and 8/52 Lathes) A2-2 M-448B...
  • Page 69 TP6031 Figure A2.4 - Coolant Pump Assembly ® (TALENT 8/66 and 10/78 Lathes) TP6028 Figure A2.5 - Coolant Tank (TALENT 8/66 and 10/78 Lathes) M-448B A2-3...
  • Page 70 TP5219 Figure A2.6 - Hydraulic Reservoir and Air Connection (Machine without Optional Part Catcher) TP5040 Figure A2.7 - Hydraulic Reservoir and Air Connection (Machine with Optional Part Catcher) A2-4 M-448B...
  • Page 71 TP5039A Figure A2.8 - Hydraulic Pump and Manifold on Reservoir ® (TALENT 6/45 and 8/52 Lathes) Filler Cap Sight Gauge M-448B A2-5...
  • Page 72 TP6039 Figure A2.9 - Hydraulic Pump and Manifold on Reservoir ® (TALENT 8/66 and 10/78 Lathes) Filler Cap Sight Gauge A2-6 M-448B...
  • Page 73 TP6040 Figure A2.10 - Tailstock Quill Hydraulic Valves ® (TALENT 8/66 and 10/78 Lathes) M-448B A2-7...
  • Page 74 TP5239 Figure A2.11 - Chuck Closer Hydraulic Valves ® (TALENT 6/45 and 8/52 Lathes) Chuck Closer Pressure Adjustment Knob Chuck Closer Pressure Switch M-448A A2-8...
  • Page 75 TP6032 Figure A2.12 - Chuck Closer Hydraulic Valves ® (TALENT 8/66 and 10/78 Lathes) Chuck Closer Pressure Adjustment Knob Chuck Closer Pressure Switch M-448B A2-9...
  • Page 76 TP6024 Figure A2.13 - Collet Closer Foot Switch Connection ® (TALENT 8/66 and 10/78 Lathes) TP6023 Figure A2.14 - Chip Conveyor, Tailstock Foot Switch, and Coolant Pump Connections (TALENT 8/66 and 10/78 Lathes) A2-10 M-448B...
  • Page 77 TP6025 Figure A2.15 - Collet Closer and Tailstock Foot Switches ® (TALENT 8/66 and 10/78 Lathes) M-448B A2-11...
  • Page 78 TP5240 Figure A2.16 - Tailstock Hydraulic Valves ® (TALENT 6/45 and 8/52 Lathes) A2-12 M-448B...
  • Page 79 TP6045 Figure A2.17 - Tailstock Hydraulic Valves ® (TALENT 8/66 and 10/78 Lathes) M-448B A2-13...
  • Page 80 TP5241 Figure A2.18 - Tailstock Hydraulic Pressure Switch ® (TALENT 6/45 and 8/52 Lathes) Tailstock Pressure Switch A2-14 M-448B...
  • Page 81 TP6046 Figure A2.19 - Tailstock Hydraulic Pressure Switch ® (TALENT 8/66 and 10/78 Lathes) Tailstock Pressure Switch M-448B A2-15...
  • Page 82 TP5200A Figure A2.20 - Internal Power Case View:: 115V AC Transformer ® (TALENT 6/45 and 8/52 Lathes) 115V AC Transformer A2-16 M-448B...
  • Page 83 TP6042 Figure A2.21 - Internal Power Case View:: 115V AC Transformer ® (TALENT 8/66 and 10/78 Lathes) 115V AC Transformer M-448B A2-17...
  • Page 84 TP5204A Figure A2.22 - Internal Power Case View: Axis and Spindle Drives, Control Power Supply ® (TALENT 6/45, 8/52, 8/66, and 10/78 Lathes) Axis Drive Module Spindle Drive Module Control Power Supply A2-18 M-448B...
  • Page 85 TP7096 Figure A2.23 - Internal Power Case View: Axis and Spindle Drive Module, Control Power Supply ® (TALENT 6/45SV and 8/52SV Lathes) Axis and Spindle Drive Module Control Power Supply M-448B A2-19...
  • Page 86 TP5208A Figure A2.24 - Internal Power Case View: Relay Panel A2-20 M-448B...
  • Page 87 TP5218A Figure A2.25 - Internal Power Case View: Ground Bar and Bar Feed Interface Ground Bar (System Ground) Bar Feed Interface M-448B A2-21...
  • Page 88 TP5210A Figure A2.26 - Internal Power Case View: Control Input/Output Module, 24 VDC Power Supply, and Turret Controller 24V DC Power Supply ® Turret Controller (Not on TALENT SV Lathes) Control Input/Output Module A2-22 M-448B...
  • Page 89 TP5206 Figure A2.27 - Internal Power Case View: Main Contactor and AC Line Reactor Main Contactor AC Line Reactor M-448B A2-23...
  • Page 90 TP5215 Figure A2.28 - Internal Power Case View: Main Disconnect Switch and Ground Studs Ground Studs (Earth Ground) Main Disconnect Switch A2-24 M-448B...
  • Page 91 TP5217A Figure A2.29 - Internal Power Case View: Service Entrance to Power Case M-448B A2-25...
  • Page 92 TP5209A Figure A2.30 - Internal Power Case View: Fuse and Contactor Panel A2-26 M-448B...
  • Page 93 TP5223 Figure A2.31 - Tailstock Lubrication Manifold ® (TALENT 6/45 and 8/52 Lathes) Tailstock Lubrication Manifold M-448B A2-27...
  • Page 94 TP6037 Figure A2.32 - Tailstock Grease Fitting ® (TALENT 8/66 and 10/78 Lathes) Tailstock Lubrication Grease Fitting A2-28 M-448B...
  • Page 95 TP5038 Figure A2.33 - X and Z Axis Lubrication Manifolds ® (TALENT 6/45 and 8/52 Lathes) X Axis Lubrication Manifold Z Axis Lubrication Manifold M-448B A2-29...
  • Page 96 TP6034 Figure A2.34 - X and Z Axis Lubrication Grease Fittings ® (TALENT 8/66 and 10/78 Lathes) X Axis Lubrication Manifold Z Axis Lubrication Manifold A2-30 M-448B...
  • Page 97 TP5231 Figure A2.35 - Pump for Through-Tool Coolant M-448B A2-31...
  • Page 98 TP5236 Figure A2.36 - Spindle with Chuck Removed A2-32 M-448B...
  • Page 99 TP5243 Figure A2.37 - Spindle with Chuck Installed M-448B A2-33...
  • Page 100 TP5754 Figure A2.38 - Tailstock Assembly ® (TALENT 6/45, 6/45SV, 8/52, and 8/52SV Lathes) A2-34 M-448B...
  • Page 101 TP6044 Figure A2.39 - Tailstock Assembly ® (TALENT 8/66 and 10/78 Lathes) M-448B A2-35...
  • Page 102 TP6049 Figure A2.40 - Z Axis Drive Motor ® (TALENT 8/66 and 10/78 Lathes) A2-36 M-448B...
  • Page 103 - NOTES - M-448B A2-37...
  • Page 104 Hardinge Inc. Elmira, New York 14902-1507 USA Phone: 607-734-2281 FAX: 607-734-8819 www.hardinge.com...

This manual is also suitable for:

Talent 8/52Talent 8/66Talent 10/78

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