Climax BB6100 Operating Manual Download

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BB6100 Operating Manual

ABLE

ID-

MOUNT BEARING COMPONENT FIGURE IDENTIFICATION

ID-Mount Bearing Assembly Bore Diameter Table

Bore Range

Inch (mm)

Components

required

12.0 - 14.53 (304.8 - 369.1)

1,3,4

14.53 - 16.53 (369.1 - 419.9)

2, 3, 6, 4

16.53 - 18.53 (419.9 - 470.7)

2, 3, 5, 6

18.53 - 20.53 (470.7 - 521.5)

2, 3, 4, 7

20.53 - 22.53 (521.5 - 572.3)

2, 3, 5, 7

22.53 - 24.53 (572.3 - 623.1)

2, 3, 5, 7, 10

24.53 - 27.53 (623.1 - 699.3)

2, 3, 4, 8

27.53 - 29.53 (699.3 - 750.1)

2, 3, 5, 8

29.53 - 31.53 (750.1 - 800.9)

2, 3, 5, 8, 10

31.53 - 33.53 (800.9 - 851.7)

2, 3, 4, 9

33.53 - 35.53 (851.7 - 902.5

2, 3, 5, 9

35.53 - 37.53 (902.5 - 953.3)

2, 3, 5, 9, 10

Number

Component

Plate check

Chuck body

Modified bearing

Short jacking bolt

Long jacking bolt

3.5

(90 mm) jaw

5.5

(140 mm) jaw

7.5" (190 mm) jaw

9.5" (240 mm) jaw

1" (25 mm) spacer

IGURE

ID-

MOUNT BEARING COMPONENT

Summary of Contents for BB6100

Page 1: ...PN 57017 May 2019 Revision 3 BB6100 BORING BAR OPERATING MANUAL ORIGINAL INSTRUCTIONS ...

Page 2: ......

Page 3: ...ons about CLIMAX products or services please call CLIMAX or e mail info cpmt com For quick and accurate service please provide your representative with the following Your name Shipping address Telephone number Machine model Serial number if applicable Date of purchase CLIMAX World Headquarters 2712 East 2nd Street Newberg Oregon 97132 USA Telephone worldwide 1 503 538 2815 Toll free North America ...

Page 4: ...Page B BB6100 Operating Manual CLIMAX WORLDWIDE LOCATIONS ...

Page 5: ...23 3 5 Preload bearing kit 23 3 6 RDU Setup 24 3 7 Mounting the Mechanical Axial Feed Unit 26 3 7 1 Setting feed direction and rate 27 3 7 2 Neutral no feed 27 3 7 3 Feed away from the axial feed unit 27 3 7 4 Feed toward the axial feed unit 28 3 7 5 Disengaging the feed under load 28 3 7 6 Setting the feed rate 28 3 7 7 Stopping the feed 29 3 8 Mounting the Electric Axial Feed Assembly 29 3 8 1 S...

Page 6: ... 47 4 5 Disassembly 48 4 5 1 Standard disassembly 48 4 5 2 Optional disassembly 48 5 MAINTENANCE 49 5 1 Recommended lubricants 49 5 2 Boring bar lead screw assembly 49 5 3 Axial feed unit 49 5 4 Rotational drive unit 49 5 5 Bearing support assembly 49 5 6 Tool head assembly 49 5 6 1 Boring head assembly 49 5 6 2 Mechanical facing head assembly 50 5 6 3 Tool carrier maintenance 50 5 7 Hydraulic pow...

Page 7: ...act its factory representative and return the part or repaired machine shipping prepaid to the factory CLIMAX will at its option either repair or replace the defective part and or correct any defect in the labor performed both at no charge and return the part or repaired machine shipping prepaid These warranties do not apply to the following Damage after the date of shipment not caused by defects ...

Page 8: ...al information that can aid in completion of a task 1 3 Safety Precautions CLIMAX leads the way in promoting the safe use of portable machine tools Safety is a joint effort You the machine operator must do your part by being aware of your work environment and closely following the operating procedures and safety precautions contained in this manual as well as your employer s safety guidelines Obse...

Page 9: ...r injuries Except for operating controls avoid contact with moving parts by hands or tools during machine operation Secure hair clothing jewelry and pocket items to prevent them from becoming entangled in moving parts Sharp Edges Cutting tools and workpieces have sharp edges that can easily cut skin Wear protective gloves and exercise caution when handling a cutting tool or workpiece Hot Surfaces ...

Page 10: ...ical orientation Clamp collars should be shouldered against the bearing when in use Electrical emissions There are no electrical components used on this machine Operator station Due to the nature of portable machinery no designated operator s station exists Moving parts The operator is not exposed to the cutter head when the work piece is being machined Keep all cords and hoses away from moving pa...

Page 11: ...irectly to the workpiece itself or to an adjacent structure and achieve their rigidity from the structure to which it is attached The design intent is that the Portable Machine Tool and the structure attached to it become one complete machine during the material removal process To achieve the intended results and to promote safety the operator must understand and follow the design intent set up an...

Page 12: ...ine operates and the best placement for the controls cabling and the operator I evaluated and mitigated any other potential risks specific to my work area TABLE 2 RISK ASSESSMENT CHECKLIST AFTER SET UP After Set up I checked that the machine is safely installed according to the Setup section and the potential fall path is clear If the machine is elevated I checked that the machine is safeguarded a...

Page 13: ... machine tool shown in Figure 2 1 is dedicated to on site restoration of worn internal diameters to precise roundness and dimensional accuracy ready to accept new bearings sleeves shafts or similar mating parts FIGURE 2 1 BB6100 COMPONENTS Number Component 1 Boring facing counterweight arm 2 ID bearing mount 3 Micro adjust boring head 4 Hydraulic motor 5 Net fit tool carrier 6 Boring facing arm 7 ...

Page 14: ...ur worksite and particular setup Please contact CLIMAX for accessories 2 2 Receipt and inspection Your CLIMAX product was inspected and tested before shipment and was packaged for normal shipment conditions CLIMAX does not guarantee the condition of your machine upon delivery When you receive your CLIMAX product perform the following receipt checks Inspect the shipping containers for damage Check ...

Page 15: ...P N 57017 Rev 3 Page 9 2 3 Specifications and Dimensions ...

Page 16: ...Page 10 BB6100 Operating Manual ...

Page 17: ...P N 57017 Rev 3 Page 11 ...

Page 18: ...Page 12 BB6100 Operating Manual ...

Page 19: ...P N 57017 Rev 3 Page 13 ...

Page 20: ...Page 14 BB6100 Operating Manual 2 4 Axial Feed Assembly ...

Page 21: ...ore precise alignment and accurate machining is called for plan to have the following additional tools on hand Magnetic base dial indicator Machinist s precision level Dial or digital slide calipers 3 1 Clamp collars The clamp collars P N 25010 must be used to secure the bar when the machine is in the vertical orientation This will prevent the bar from sliding through the support bearings or falli...

Page 22: ...mount bearing support attaches to the outside of the work piece it can be positioned anywhere on the boring bar 3 3 1 To install the end mount bearing support 1 Clean the bore with solvent to remove grease oil and dirt 2 Inspect the bar for nicks or cuts Dress the bar smooth with a honing stone if necessary Clean the bar with solvent to remove dirt and chips A bar with nicks or gouges can severely...

Page 23: ...f the bar 5 Using a hoist hold the bar and bearings in the approximate center of the bore Alignment within 1 8 3 mm is sufficient WARNING Uncontrolled swinging or falling machinery can cause serious injury Securely wrap the hoist around the bar and or bearings before lifting the machine 1 8 3 mm off center okay ...

Page 24: ...r end mount bearing support repeat steps 8 through 10 If using an ID mount bearing assembly see Section 3 4 on page 19 CLIMAX recommends no fewer than two support assemblies to obtain adequate machine stability The maximum recommended unsupported bar length is 5 feet 1 5 m See Section 3 2 on page 15 14 Slide the boring bar through all bearing assemblies and position axially Use an additional bar c...

Page 25: ...If necessary additionally tighten the lock nut until a slot in the lock plate is aligned with the retaining screw holes 7 Reinstall the retaining screws 3 4 ID mount bearing support The ID mount bearing support assembly can be placed inside of the workpiece at any position along the bar 1 Clean the bore with solvent to remove grease oil and dirt 2 Examine the bar for nicks or cuts Dress the bar sm...

Page 26: ...3 4 7 20 53 22 53 521 5 572 3 2 3 5 7 22 53 24 53 572 3 623 1 2 3 5 7 10 24 53 27 53 623 1 699 3 2 3 4 8 27 53 29 53 699 3 750 1 2 3 5 8 29 53 31 53 750 1 800 9 2 3 5 8 10 31 53 33 53 800 9 851 7 2 3 4 9 33 53 35 53 851 7 902 5 2 3 5 9 35 53 37 53 902 5 953 3 2 3 5 9 10 Number Component 1 Plate check 2 Chuck body 3 Modified bearing 4 Short jacking bolt 5 Long jacking bolt 6 3 5 90 mm jaw 7 5 5 140...

Page 27: ...oosely mount the bearing to the plate using the spring washers flat washers and screws if necessary If using the large chuck body do the following before moving on to step 5 a Loosely mount the jaw clamping plates to the chuck body Check that the stop plates on the end of the clamping plates face toward the center of the chuck and toward the leg slot Number Component 1 Jacking screw stop 2 Jaw cla...

Page 28: ...t the stop block on the back of the jaw clamping plates FIGURE 4 SLIDE JAWS IN AGAINST THE STOP BLOCK d Tighten the jaw clamping screws e Mount the bearing to the chuck body using spring washers flat washers and screws 5 Slide one bearing support assembly onto the boring bar 6 Position the bearing in the bore 7 Use a dial indicator to precisely align the boring bar to the bearing Number Component ...

Page 29: ... the bearing supports more than 5 feet 1 5 m apart 3 4 2 Clamping the bearing assembly to the bar Do the following to clamp the bearing assembly to the bar 1 Remove the screws holding the lock plate 2 Slide the lock plate away from the lock nut 3 Rotate the lock nut using both hands until it is snug This is the zero reference point 4 Mark or note the angular position of the lock nut 5 Use the offs...

Page 30: ...e bar and tighten it 4 Slide the bar through the bearing assemblies until the collar is against the bearings 5 Tightly clamp the modified collar onto the bar on opposite side either outside or inside 6 Tighten the collar tensioning screws until there is slight resistance on the screws 7 Rotate the bar by hand and check for resistance If the bar will not rotate back off the screws in the hinged cla...

Page 31: ...and the RDU drive hub are aligned 5 Push the bar drive key into the key slot CAUTION The rotational drive key must be in place before operating the boring bar Failure to do so may damage the machine 6 Adjust the shaft collars into place in the RDU Tighten the clamping screws to lock the shaft collars to the boring bar 7 Secure the torque arms to insure the RDU does not rotate when energized WARNIN...

Page 32: ...cal Axial Feed Unit The axial feed unit can be mounted to either end of the boring bar The hexagon hole in the output shaft fits onto the hexagon end of the bar lead screw 1 Place the axial feed unit in NEUTRAL so the lead screw drive can rotate in either direction See Section 3 7 1 on page 27 2 While holding the axial feed unit against the bar end cap turn the output shaft until the hexagons fit ...

Page 33: ...d screw dial Number Component 1 Feed adjustment knob 2 To feed unit 3 Neutral 4 From feed unit 3 7 2 Neutral no feed In neutral the lead screw can turn in either direction To verify this insert a hex wrench into the lead screw dial and turn the dial If the machine is in neutral the wrench will turn freely in either direction 3 7 3 Feed away from the axial feed unit Engage the feed by pushing the f...

Page 34: ...ce the feed adjustment knob To disengage a feed box under load 1 Insert a wrench into the dial socket 2 Turn the wrench in the direction the lead screw was turning while pushing or pulling the feed adjustment knob Upon disengagement the feed box will rotate freely in either direction If the feed box does not disengage 1 Unbolt the feed box from the end of the bar 2 Shift the feed into NEUTRAL 3 Re...

Page 35: ...e mounted to either end of the boring bar The locating nose and hex nut hole of the feed unit fit into the locating nose seat and protruding hex shaft of the boring bar end cap 1 Mount the adapter plate to the end of the bar using the 10 cap screw and two 13 cap screws 2 Mount the mechanical override assembly to the adaptor plate Make sure the hex in the mechanical override is aligned with the hex...

Page 36: ...nt 1 Electrical axial feed assembly 2 Mechanical override assembly 3 Adapter plate 4 Bar end cap NOTICE If the axial feed unit is moved to the opposite end of the bar the feed direction will reverse Check feed direction before operating the machine ...

Page 37: ...ricant The boring and facing heads require a tool carrier to mount them to the boring bar 3 9 1 Small bore tool carrier setup Do the following to mount the tool carrier 1 Check the bar for nicks burrs or cuts Smooth the bar if necessary A bar with nicks cuts or gouges can damage mating parts including the tool carrier and RDU beyond repair Clean the bar with solvent to remove dirt and chips 2 Moun...

Page 38: ...Tool carrier setup on page 31 for information Number Component 1 Tool carrier assembly 2 Tool holder 3 1 25 4 mm spacer 4 Leading tool holder 5 Trailing tool holder 6 2 50 18 mm spacer with slot 7 2 50 18 mm spacer no slot 8 6 152 4 mm spacer with slot 9 6 152 4 mm spacer no slot 10 13 Socket head cap screws different sizes ...

Page 39: ... not be necessary to re adjust them These set screws have Vibratite VC3 in order to avoid losing tension during vibration The lock also has this compound and it might be necessary to re apply it occasionally if necessary The BB6100 micro adjust boring head comes with a 3 4 19 mm square shank tool holder A bolt on shim is provided the 3 4 tool holder so that it can be easily converted to a 1 2 13 m...

Page 40: ...ool range table 8 8 40 8 224 1 036 mm diameter Bore range diameter Number of spacer blocks required 2 51 mm block 4 102 mm block 8 203 mm block 8 8 12 8 224 325 mm 0 0 0 12 8 16 8 325 427 mm 1 0 0 16 8 20 8 427 528 mm 0 1 0 20 8 24 8 528 630 mm 1 1 0 24 8 28 8 623 732 mm 0 0 1 28 8 32 8 732 833 mm 1 0 1 32 8 36 8 833 935 mm 0 1 1 36 8 40 8 935 1036 mm 1 1 1 ...

Page 41: ...7 246 323 mm 0 0 0 0 11 2 14 2 285 361 mm 1 0 0 0 13 7 16 7 348 424 mm 0 1 0 0 15 2 18 2 386 462 mm 1 1 0 0 17 7 20 7 450 526 mm 0 0 1 0 19 2 22 2 488 564 mm 1 0 1 0 21 7 24 7 551 627 mm 0 1 1 0 23 2 26 2 589 665 mm 1 1 1 0 25 7 28 7 653 729 mm 0 0 0 1 27 2 30 2 691 767 mm 1 0 0 1 29 7 32 7 754 831 mm 0 1 0 1 31 2 34 2 792 869 mm 1 1 0 1 33 7 36 7 856 932 mm 0 0 1 1 35 2 38 2 894 970 mm 1 0 1 1 39...

Page 42: ...nge table 2 Using the drawing as a guide assemble the stack up blocks on to the tool carrier symmetrically on both sides of the tool carrier from tallest to shortest 3 Mount the boring head and the counterweight on the stack up blocks Number Component 1 Stack up blocks 2 Boring head 3 Tool carrier 4 Counterweight ...

Page 43: ...P N 57017 Rev 3 Page 37 ...

Page 44: ... adjustment screw 3 Tighten the lock screw to keep the adjustment screw in position FIGURE 9 ADJUSTMENT SCREW LEFT AND LOCK SCREW RIGHT 3 11 2 Do the following to remove the brass nut 1 Do not remove all the screws 2 Remove the screws on each end of the brass nut If there is too much play in the brass nut the center set screw can be tightened FIGURE 10 REMOVING THE BRASS NUT ...

Page 45: ...st the tool cutting depth The maximum recommended cut is 0 125 3 mm TIP Precision bores are best achieved by several roughing cuts and one or more shallow finishing cuts 3 12 Install the slide arm onto the tool carrier 1 Using a device such as a crane place arm onto tool carrier flush with carrier surface as shown NOTICE Always use the lifting eyes when lifting the arms The rotating lifting eyes p...

Page 46: ...h the lifting eye onto counterweight arm and install arm NOTICE Always use the lifting eyes when lifting the arms The rotating lifting eyes provide the flexibility and safety during setup operations 3 Using a lifting device such as a crane lift the counterweight assembly to the arm Fasten the counterweight assembly to the arm using the fasteners shown in the exploded views Note that you can positi...

Page 47: ... 1 Feed trip 2 Facing head 3 Set screws 4 Tool bit 5 Cutting depth setting screw 6 Rotation 7 Tool carrier 8 Boring bar 4 Set the depth of cut by adjusting the screw 5 Engage the automatic feed trip The trip mechanism produces radial feed from 0 no trip to 0 010 0 254 mm The farther down the trip rod catches on the trip the greater the feed Multiple trip rods increase the rate of feed ...

Page 48: ...m 1 2 3 4 5 5 6 8 Number Component 1 Tool carrier 2 Facing head 3 Counterweight 4 5 Spacers different sizes 6 8 Socket head cap screws different sizes TIP The counterweight mounts on the side of the tool carrier opposite of the facing head The components figure shows spacers for one side only Use an identical spacer stack for each side The facing head can bore diameters as small as 23 25 590 55 mm...

Page 49: ...r disconnecting the hoses turn off the power unit The return and pressure lines are interchangeable If you switch these lines the boring bar will rotate in the opposite direction Do the following to reverse bar rotation 1 Turn off the hydraulic power unit 2 Switch the hoses at the motor end The control pendant s START STOP push buttons run the hydraulic power unit The 20 foot 6 meter cable allows ...

Page 50: ...Page 44 BB6100 Operating Manual This page is intentionally left blank ...

Page 51: ...tentiometer and runs the axial power feed at maximum rate regardless of the potentiometer setting Feed direction A 3 position switch that determines the direction of the axial or radial feed In the STOP position the motor will not move under power from the pendant Feed direction may be changed during operation Speed The Feed potentiometer controls the axial feed rate Counterclockwise decreases the...

Page 52: ...rical feed only The manual override consists of 2 position gear lever that disengages the electric drive from the boring bar When disengaged a hand drill can be installed for manual rapid operation When the gear box is in the manual override position the pendant functions are not active CAUTION Do not force the shift lever to engage Forceful engagement can damage the mechanical override mechanism ...

Page 53: ...ic power unit is turning as indicated by the arrow on the case 11 If using the boring bar in a vertical orientation check that the two clamp collars are in place to secure the bar see Section 3 1 on page 15 4 4 1 Running the machine 1 Set the feed direction and feed rate on the axial feed unit see Section 3 7 1 on page 27 2 Press START on the hydraulic power unit pendant 3 Adjust the bar rotation ...

Page 54: ...f the bar 9 Loosen the remaining bearing support assemblies Remove the boring bar 10 Remove the bearing supports from the work piece 4 5 2 Optional disassembly In some cases it is better to remove the bearings before removing the bar 1 Turn off and unplug the hydraulic power unit 2 Disconnect the hydraulic lines from the motor 3 Remove the tool bit 4 Remove the tool head and tool carrier 5 Securel...

Page 55: ...odically with light oil to ensure smooth travel of the tool carrier assembly Before storage lightly oil the bar to prevent rusting Do not grease the leadscrew 5 3 Axial feed unit Under normal conditions the mechanical axial feed unit is maintenance free 5 4 Rotational drive unit The RDU has sealed lubrication Under normal use it is maintenance free 5 5 Bearing support assembly Before using the bor...

Page 56: ...w frequently to prevent thread damage Lightly oil the lead screw 5 6 3 Tool carrier maintenance Before operating the boring bar pump light oil into the oiler in the side of the carrier Be careful not to damage the scrapers Before storage lightly oil all parts to prevent rusting 5 7 Hydraulic power unit and motor See the HPU manufacturer s documentation for information about your HPU and its mainte...

Page 57: ...0 TOOL KIT P N 54262 P N DESCRIPTION QTY UOM 10855 WRENCH EXTENSION 3 8 DRIVE X 6 1 Piece 11856 WASHER 5 8 FLTW 4 Piece 12339 WASHER 3 4 FLTW 2 Piece 12800 WRENCH END 15 16 1 Piece 12835 WRENCH END 1 1 8 COMBINATION LONG KB 1 Piece 14735 WRENCH EXTENSION 1 2 DRIVE X 10 1 Piece 14818 WRENCH RATCHET 1 2 DRIVE 1 Piece 15367 WRENCH STRAP 1 3 4 WIDE X 48 LONG 1 Piece 15781 WRENCH HEX BIT SOCKET 3 8 X 3...

Page 58: ...ece 25010 CLAMP COLLAR SPLIT HINGED 3 1 2ID 2 Piece 29661 WRENCH HINGE HANDLE 1 2 DRIVE 17 IN HANDLE KB 1 Piece 54411 STANDOFF RDU 6IN 1 Piece 54412 STANDOFF RDU 6 5IN 1 Piece 54717 TOOL BEARING BB6100 1 Piece 56734 WRENCH SPANNER FOR 3 5 DIA DODGE IMPERIAL BRG OFFSET 1 IN 1 Piece 57017 MANUAL INSTRUCTION BB6100 BORING BAR 1 Piece ...

Page 59: ...EL 1 22815 SPACER BOLT EYE 1 2 THK 1 Mechanical axial feed assembly 22409 DIAL FEED 1 14303 ROD STOP 1 Net fit tool carrier 54217 SHOE ADJUSTABLE TOOL CARRIER BB6100 1 54221 SET NUT AXIAL LEAD SCREW 3 4 5 ACME BB6100 2 14771 SCREW 5 16 18 X 3 4 BHSCS 4 Small bore tool carrier 22205 NUT AXIAL LEADSCREW 1 22384 WIPER ROD 3 5 ID MOLYTHANE 2 10453 SCREW 3 8 16 X 1 1 4 SHCS 6 Boring facing arms 45691 A...

Page 60: ... SINGLE TC 1 31868 BIT TOOL HSS 1 2 X 4 0 LH ROUGHING SINGLE 1 33996 HOLDER INSERT 3 4 SQ SHANK NEG RAKE RIGHT HAND 1 33997 HOLDER INSERT 3 4 SQ SHANK NEG RAKE LEFT HAND 1 41407 INSERT CARBIDE 80 DEG 1 2 IC 1 64 NOSE RADIUS KC5010 10 50741 INSERT CARBIDE 80 DEG 3 8 IC 1 64 NOSE RADIUS CPGM 3251 KC5010 10 ...

Page 61: ...ARTS LISTS The following diagrams and parts are for your reference purposes only The machine Limited Warranty is void if the machine has been tampered with by anyone who has not been authorized in writing by CLIMAX to perform service on the machine ...

Page 62: ...Page 56 BB6100 Operating Manual FIGURE 11 4 JAW CHUCK FACE ADJUSTING 3 5 ID BEARING ASSEMBLY P N 92850 ...

Page 63: ...P N 57017 Rev 3 Page 57 FIGURE 12 4 JAW CHUCK FACE ADJUSTING 3 5 ID BEARING ASSEMBLY PARTS LIST P N 92850 ...

Page 64: ...Page 58 BB6100 Operating Manual FIGURE 13 ID MOUNT BEARING ASSEMBLY P N 54355 ...

Page 65: ...P N 57017 Rev 3 Page 59 FIGURE 14 SPIDER BEARING ASSEMBLY END SUPPORT P N 53710 ...

Page 66: ...Page 60 BB6100 Operating Manual FIGURE 15 SPIDER BEARING THREE ARM END SUPPORT ASSEMBLY P N 53840 ...

Page 67: ...P N 57017 Rev 3 Page 61 FIGURE 16 4 ARM END MOUNT BEARING ASSEMBLY P N 22091 ...

Page 68: ...Page 62 BB6100 Operating Manual FIGURE 17 BORING BAR CHART ASSEMBLY P N 71618 ...

Page 69: ...P N 57017 Rev 3 Page 63 FIGURE 18 BORING BAR CHART ASSEMBLY PARTS LIST P N 71618 ...

Page 70: ...Page 64 BB6100 Operating Manual FIGURE 19 MECHANICAL AXIAL FEED UNIT ASSEMBLY P N 23299 ...

Page 71: ...P N 57017 Rev 3 Page 65 FIGURE 20 MECHANICAL AXIAL FEED UNIT ASSEMBLY PARTS LIST P N 23299 ...

Page 72: ...Page 66 BB6100 Operating Manual FIGURE 21 ELECTRIC AXIAL FEED ASSEMBLY P N 41062 ...

Page 73: ...P N 57017 Rev 3 Page 67 FIGURE 22 ELECTRIC AXIAL FEED ASSEMBLY PARTS LIST P N 41062 ...

Page 74: ...Page 68 BB6100 Operating Manual FIGURE 23 ELECTRIC AXIAL FEED ASSEMBLY P N 86681 ...

Page 75: ...P N 57017 Rev 3 Page 69 FIGURE 24 MECHANICAL FEED ASSEMBLY FOR ELECTRIC AXIAL FEED P N 41064 ...

Page 76: ...Page 70 BB6100 Operating Manual FIGURE 25 MECHANICAL FEED ASSEMBLY PARTS LIST FOR ELECTRIC AXIAL FEED P N 41064 ...

Page 77: ...P N 57017 Rev 3 Page 71 FIGURE 26 ROTATIONAL DRIVE ASSEMBLY P N 22221 ...

Page 78: ...Page 72 BB6100 Operating Manual FIGURE 27 ROTATIONAL DRIVE ASSEMBLY PARTS LIST P N 22221 ...

Page 79: ...P N 57017 Rev 3 Page 73 FIGURE 28 FACING HEAD CHART ASSEMBLY P N 75682 ...

Page 80: ...Page 74 BB6100 Operating Manual FIGURE 29 FACING HEAD CHART ASSEMBLY PARTS LIST P N 75682 ...

Page 81: ...P N 57017 Rev 3 Page 75 FIGURE 30 BORING FACING SLIDE ARM SET ASSEMBLY P N 81561 ...

Page 82: ...Page 76 BB6100 Operating Manual FIGURE 31 BORING FACING SLIDE ARM SET ASSEMBLY PARTS LIST P N 81561 ...

Page 83: ...P N 57017 Rev 3 Page 77 FIGURE 32 BORING FACING TOOL ARM CHART ASSEMBLY P N 86638 ...

Page 84: ...Page 78 BB6100 Operating Manual FIGURE 33 BORING FACING TOOL ARM CHART ASSEMBLY PARTS LIST P N 86638 ...

Page 85: ...P N 57017 Rev 3 Page 79 FIGURE 34 TOOL CARRIER ASSEMBLY P N 54224 ...

Page 86: ...Page 80 BB6100 Operating Manual FIGURE 35 ADJUSTABLE AXIAL NUT LEAD SCREW ASSEMBLY P N 54223 ...

Page 87: ...P N 57017 Rev 3 Page 81 FIGURE 36 BORING HEAD SOLID TOOLING P N 81246 ...

Page 88: ...Page 82 BB6100 Operating Manual FIGURE 37 BORING HEAD SET SUPPLEMENTAL SOLID TOOLING HOLDERS P N 60382 ...

Page 89: ...P N 57017 Rev 3 Page 83 FIGURE 38 MICRO ADJUST BORING HEAD ASSEMBLY P N 79325 ...

Page 90: ...Page 84 BB6100 Operating Manual FIGURE 39 MICRO ADJUST BORING HEAD ASSEMBLY PARTS LIST P N 79325 ...

Page 91: ...P N 57017 Rev 3 Page 85 FIGURE 40 BORING DIAMETER RANGE STACK UP BLOCKS ASSEMBLY P N 81249 ...

Page 92: ...Page 86 BB6100 Operating Manual FIGURE 41 BORING DIAMETER RANGE STACK UP BLOCKS ASSEMBLY PARTS LIST P N 81249 ...

Page 93: ...P N 57017 Rev 3 Page 87 FIGURE 42 TOOL CARRIER ASSEMBLY P N 22377 ...

Page 94: ...Page 88 BB6100 Operating Manual FIGURE 43 TORQUE ARM ASSEMBLY P N 22604 ...

Page 95: ...P N 57017 Rev 3 Page 89 FIGURE 44 SCREW ASSEMBLY P N 55564 ...

Page 96: ...Hydraulic 8 9 CIR 60 SERIES QD 43442 Hydraulic 11 3 CIR 60 SERIES QD 43443 Hydraulic 14 3 CIR 60 SERIES QD 43444 Hydraulic 17 9 CIR 84278 Hydraulic 3 6 CIR ISO 16028 QD 84279 Hydraulic 5 6 CIR ISO 16028 QD 84280 Hydraulic 7 3 CIR ISO 16028 QD 84281 Hydraulic 8 9 CIR ISO 16028 QD 84282 Hydraulic 11 3 CIR ISO 16028 QD 84283 Hydraulic 14 3 CIR ISO 16028 QD 84284 Hydraulic 17 9 CIR ISO 16028 QD ...

Page 97: ...P N 57017 Rev 3 Page 91 8 SCHEMATICS ...

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Page 99: ...P N 57017 Rev 3 Page 93 FIGURE 45 ELECTRIC FEED CONTROLLER ASSEMBLY P N 42368 ...

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