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Hitachi DS 14DMR Technical Data And Service Manual Download Page 8

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Fig. 3

Selling points of the Models WR 14DMR/WR 18DMR

Powerful tightening torque

    WR 14DMR: 200 N.m (2040 kgf.cm, 1770 in-lbs.)

    WR 18DMR: 220 N.m (2245 kgf.cm, 1950 in-lbs.)

Both the Models WR 14DMR and WR 18DMR are equipped with a relatively inexpensive magnet and the

entire length is significantly shorter than the previous models respectively.  However, the performance is

superior to the competitors thanks to the large hammer and the optimized impact timing.  Comparison of

measured data with the previous model and the competitors is shown below.

(1) Tightening torque comparison

Figure 3 shows the torque required for tightening an M16 F10T bolt in 3 seconds with a hexagon socket

(40 mm long).

    WR 14DMR: 25 % higher than P3

    WR 18DMR: 20 % higher than P4

* The data above are intended for reference purposes only because actual tightening torque will vary
  depending on tightening conditions.

T

ightening torque

0

50

100

150

WR 14DMR

(14.4 V)

238

WR 14DM

(14.4 V)

P3

(14.4 V)

kgf

.

cm

242

207

200

250

0

500

(434 in-lbs.)

1000

(868 in-lbs.)

1500

(1302 in-lbs.)

2000

(1736 in-lbs.)

2500

(2710 in-lbs.)

N

.

m

WR 18DMR

(18 V)

P4

(18 V)

232

182

Summary of Contents for DS 14DMR

Page 1: ...ECT TO CHANGE FOR IMPROVEMENT LIST Nos WH 14DMR G829 WH 18DMR G831 WR 14DMR G830 WR 18DMR G832 Jul 2005 W MODELS WH 14DMR WH 18DMR WR 14DMR WR 18DMR Hitachi Power Tools CORDLESS IMPACT DRIVER WH 14DMR WH 18DMR CORDLESS IMPACT WRENCH WR 14DMR WR 18DMR WH 14DMR WR 14DMR ...

Page 2: ... The symbol s utilized here is are as follows Symbol Utilized Competitor Company Name Model Name WH 14DMR Symbol Utilized Competitor Company Name Model Name WH 18DMR P2 DEWALT DW056 P1 DEWALT DW054 Symbol Utilized Competitor Company Name Model Name WR 14DMR Symbol Utilized Competitor Company Name Model Name WR 18DMR P4 DEWALT DW057 P3 DEWALT DW055 ...

Page 3: ...ews or Bolts Driven 21 8 PRECAUTIONS IN SALES PROMOTION 22 8 1 Safety Instructions 22 8 2 Tightening Torque Inspection Prior to Operation 25 8 3 Tightening Torque Variation 25 8 4 Suggestions and Precautions for the Efficient Use of the Charger 26 9 OTHER PRECAUTIONS 27 10 REPAIR GUIDE 28 10 1 Precautions in Disassembly and Reassembly 28 10 2 Precautions in Disassembly and Reassembly of Battery Ch...

Page 4: ...rms mounting removal of form ties drilling into the wood frames of concrete forms etc Manufacturing industry Assembly work for automobiles rolling stock shipbuilding agricultural machinery and tools industrial machines steel furniture etc Utility industry Assembly and installation of electric equipment plumbing facilities air conditioning duct assembly etc sanitary fixtures and various other facil...

Page 5: ... the Model WH 12DM2 Advanced case Replaceable carbon brushes Common to the Model WH 12DM2 Convenient light equipped hook Common to the Model WH 12DM2 Protector is standard Common to the Model WH 12DM2 Common to the Model WH 12DM2 Class top tightening speed and tightening torque WH 14DMR 140 N m WH 18DMR 150 N m P1 130 N m P2 132 N m ...

Page 6: ...to the Model WH 12DM2 Replaceable carbon brushes Common to the Model WH 12DM2 Convenient light equipped hook Common to the Model WH 12DM2 Protector is standard Common to the Model WH 12DM2 Advanced case Common to the Model WH 12DM2 Class top tightening torque WR 14DMR 200 N m WR 18DMR 220 N m P3 175 N m P4 186 N m ...

Page 7: ...red data with the previous model and the competitors is shown below Tightening time comparison Figure 1 shows the time required for tightening a wood screw 5 3 mm dia x 120 mm length into a lauan workpiece WH 14DMR 10 higher than P1 WH 18DMR 15 higher than P2 150 40 80 160 0 WH 14DMR WH 14DM 400 347 in lbs 800 694 in lbs 1200 1042 in lbs N m 120 1600 1389 in lbs 155 137 162 140 100 60 200 174 in l...

Page 8: ...t timing Comparison of measured data with the previous model and the competitors is shown below 1 Tightening torque comparison Figure 3 shows the torque required for tightening an M16 F10T bolt in 3 seconds with a hexagon socket 40 mm long WR 14DMR 25 higher than P3 WR 18DMR 20 higher than P4 The data above are intended for reference purposes only because actual tightening torque will vary dependi...

Page 9: ...al nickel cadmium batteries Nominal voltage DC 14 4 V Nominal life Charging discharging approximately 300 cycles in the case of the Model UC 18YG Nominal capacity 2 0 Ah 167 mm 6 37 64 x 236 mm 9 19 64 Battery Type EB 1426H EB 1430H Sealed cylindrical nickel metal hydride batteries Nominal voltage DC 14 4 V Nominal life Charging discharging approximately 500 cycles in the case of the Model UC 14YF...

Page 10: ... tightening an M12 9 16 bolt strength grade 12 9 for 3 seconds with a hexagonal socket 3 This torque is based on tightening an M16 5 8 bolt F10T for 3 seconds with a hexagonal socket 4 Main body does not include accessory tools and hook hexagonal bit etc Prior to charging During charging Charging completed Charging not possible High battery temperature Blinks Lit Blinks Flickers Lit 0 5 sec ON 0 5...

Page 11: ...16 Battery Type EB 1820L Sealed cylindrical nickel cadmium batteries Nominal voltage DC 18 V Nominal life Charging discharging approximately 300 cycles in the case of the Model UC 18YG Nominal capacity 2 0 Ah 167 mm 6 37 64 x 236 mm 9 19 64 Battery Type EB 1826HL EB 1830HL Sealed cylindrical nickel metal hydride batteries Nominal voltage DC 18 V Nominal life Charging discharging approximately 500 ...

Page 12: ...od Pilot lamp indicator of battery charging Function On During charging Off Charging completed 1 In the case of tapping screws and wood screws a minimum of M3 1 8 is possible 2 This torque is based on tightening an M14 9 16 bolt strength grade 12 9 for 3 seconds with a hexagonal socket 3 This torque is based on tightening an M16 5 8 bolt F10T for 3 seconds with a hexagonal socket 4 Main body does ...

Page 13: ... 32 65 2 9 16 12 5 16 Hexagon socket 996179 13 1 2 65 2 9 16 13 8 mm Hexagon socket 996180 14 9 16 65 2 9 16 14 10 mm Hexagon socket small type 996181 16 5 8 65 2 9 16 16 10 mm Hexagon socket 996182 17 21 32 65 2 9 16 17 10 mm Hexagon socket 996197 21 53 64 166 6 17 32 21 1 2 Hexagon long socket Woodworking drill bit Code No 959183 14 mm dia 35 64 83 mm 3 17 64 Drill chuck adaptor set Code No 9961...

Page 14: ...540 873536 873624 873626 873627 873629 873630 985195 Hexagon socket 12 7 mm 1 2 Square drive dimension Sq Part name Code No Nominal diameter of applicable bolts Dihedral width H mm Shape Socket primary dimensions mm L M 6 1 4 M 8 5 16 M 10 3 8 M 12 15 32 M 14 9 16 M 16 5 8 M 18 23 32 M 8 5 16 M 10 3 8 M 12 15 32 M 14 9 16 M 16 5 8 M 18 23 32 M 20 L1 8 5 16 8 5 16 9 11 32 9 11 32 8 5 16 9 11 32 10 ...

Page 15: ... mm Shape Socket primary dimensions mm L L1 20 25 32 20 25 32 20 25 32 24 15 16 24 15 16 24 15 16 24 15 16 24 15 16 24 15 16 24 15 16 24 15 16 25 63 64 25 63 64 D1 20 25 32 21 5 53 64 22 7 8 25 1 25 1 28 1 3 32 28 1 3 32 31 1 7 32 31 1 7 32 31 1 7 32 32 5 1 9 32 34 1 11 32 38 1 1 2 L2 ISO Ordinary ISO Small type Inch screw ISO High strength M 8 5 16 M 10 3 8 M 10 3 8 M 12 15 32 M 12 15 32 M 14 9 1...

Page 16: ...nd hook hexagon bit etc Plastic tool case Charger UC 14YF2 or UC 14YFA M 4 M 10 5 32 3 8 WH 14DM M 6 M 14 1 4 9 16 M 6 M 12 1 4 15 32 145 1480 kgf cm 1280 in lbs 0 2 600 0 3 200 1 8 3 9 lbs 155 1582 kgf cm 1373 in lbs 0 2 650 0 3 210 179 x 236 7 3 64 x 9 19 64 27 1 1 16 1 89 4 1 lbs 71 Driver chuck Variable speed switch with forward reverse changeover lever DC magnet 14 4 30 EB 14B or EB1430H EB 1...

Page 17: ...70 in lbs 0 2 300 0 3 000 1 8 3 9 lbs 238 2429 kgf cm 2108 in lbs 0 2 350 0 3 210 184 x 236 7 1 4 x 9 19 64 27 1 1 16 1 89 4 1 lbs 70 DC magnet 14 4 26 EB 14B or EB1430H EB 14B 2 0 EB 1430H 3 0 14 4 0 40 UC 14YF2 UC 14YF2 44 UC 14YFA 56 Plastic tool case Charger UC 24YFA or UC 18YG HITACHI WR 18DMR M 10 M 16 3 8 5 8 M 8 M 14 5 16 9 16 220 2245 kgf cm 1950 in lbs 0 2 600 0 3 200 2 0 4 4 lbs 242 246...

Page 18: ... mm Accessory tool Hexagon socket length 40 mm width across flat 19 mm 1 Impact driver 14 4 V WH 14DM 200 174 in lbs 0 1 2 3 400 347 in lbs 600 521 in lbs 800 694 in lbs 1000 868 in lbs WH 14DMR 1200 1042 in lbs 120 100 80 20 40 60 0 0 0 140 1400 1215 in lbs P1 180 160 1600 1389 in lbs 1800 1562 in lbs N m kgf cm sec WH 18DMR 200 174 in lbs 0 1 2 3 400 347 in lbs 600 521 in lbs 800 694 in lbs 1000...

Page 19: ...el plate Mild steel Thickness 25 mm Accessory tool Hexagon socket ass y 3 Impact wrench 14 4 V WR 14DM 500 434 in lbs 0 1 2 3 1000 868 in lbs WR 14DMR 1500 1302 in lbs 150 100 50 0 0 0 200 2000 1736 in lbs P3 250 2500 2170 in lbs N m kgf cm sec WR 18DMR 500 434 in lbs 0 1 2 3 1000 868 in lbs 1500 1302 in lbs 150 100 50 0 0 0 200 2000 1736 in lbs P4 250 2500 2170 in lbs N m kgf cm sec 300 3000 2604...

Page 20: ...cient 0 17 Strength grade and rated axial stress of threads Strength grade Rated axial stress kgf mm2 Material Heat treatment 4 8 6 8 8 8 12 9 29 1 43 7 58 2 95 Mild steel Alloy steel including Ni Mn Cr etc None Processed hard material Diameter and effective sectional areas of threads Kind of thread x pitch Effective sectional area of thread mm2 M5 x 0 8 mm 3 16 14 2 M6 x 1 mm 1 4 20 1 M8 x 1 25 m...

Page 21: ...s The following bolts were utilized Ordinary bolt strength grade 4 8 High strength bolt strength grade 12 9 Strength grade is read as follows 4 8 Yield point or durable force 45 500 psi Tensile strength of the bolt 56 900 psi Fig 5 1 0 1 2 3 Tightening time sec Steel plate thickness t 25 mm M14 x 50 High strength bolt Ordinary bolt Tightening torque 200 174 400 347 600 521 800 694 1000 868 0 0 20 ...

Page 22: ...ghtening time sec Steel plate thickness t 25 mm 0 1 2 3 kgf cm in lbs M12 x 45 Tightening torque High strength bolt 0 0 50 100 150 200 N m Ordinary bolt Tightening time sec Steel plate thickness t 25 mm 500 434 0 1 2 3 1000 868 1500 1302 2000 1736 kgf cm in lbs M14 x 45 Tightening torque High strength bolt 0 0 50 100 150 200 N m Ordinary bolt 250 2500 2170 500 434 1000 868 1500 1302 2000 1736 kgf ...

Page 23: ...I WH 18DMR P2 1 4 sec 14 4 Voltage 14 4 14 4 18 18 5 1 Wood screw 5 3 mm dia x 120 mm length lauan 7 4 Tightening Time The performance of the Models WH 14DMR WH 18DMR WR 14DMR and WR 18DMR is superior to the competitors thanks to the large hammer and the optimized impact timing Tightening time comparison is shown below The data below are intended for reference purposes only because actual tighteni...

Page 24: ...ing conditions screw sizes ambient temperatures and the charging capacity of the battery Number of screws or bolts driven Cordless impact driver Battery Tightening condition Model HITACHI WH 14DMR HITACHI WH 14DM P1 EB 14B Nominal capacity 2 0 Ah EB 14B Nominal capacity 2 0 Ah DW9091 Nominal capacity 1 7 Ah Wood screw 4 0 mm dia x 50 mm soft wood 640 Wood screw 4 2 mm dia x 90 mm hard wood 150 275...

Page 25: ...is order is reversed the charger may not function properly 4 Ensure the power source voltage is the same as that indicated on the Name Plate of the charger Use of any other power source DC outlet fuel powered generator etc will cause the charger to overheat and burn out 5 Do not use any voltage increasing equipment transformer etc between the power source and the charger If the charger is used wit...

Page 26: ...ed service center in the event repair or replacement is necessary 10 Disposal of the storage batteries Ensure that all customers understand that the Storage Batteries should be returned to the Hitachi power tool sales outlet or authorized service center when they are no longer capable of being recharged or repaired If thrown into a fire the batteries may explode or if discarded indiscriminately le...

Page 27: ... following caution is listed on the Name Plate attached to the Model UC 18YG Charger For the U S A CAUTION For safe operation see Instruction Manual Charge HITACHI rechargeable batteries Type EB 7 EB 9 EB 12 EB 14 EB 18 series and EB 24B Other types of batteries may burst causing personal injury and damage Charge between 32 and 104 ûF Indoor use only Replace defective cord immediately 5 The follow...

Page 28: ...ibed below Salespersons are requested to advise the customer to confirm that appropriate tightening torque is obtained by measuring the torque with an appropriate torque wrench or torque driver at the beginning of the tightening operations and as necessary during the tightening operations In addition the torque values shown in Para 7 3 2 above are useful as a handy reference and may be utilized as...

Page 29: ... of the driver chuck which is fitted onto the anvil in the main body will become worn and loose Wear and looseness will cause a proportionate loss of tightening torque In addition use of an incorrect size socket slightly larger than the bolt being tightened will also result in decreased torque 7 Bolt and nut rotate together Tightening torque that can be achieved will be considerably decreased if t...

Page 30: ...bolts or nuts it will not only cause insufficient tightening torque but could also easily cause damage to the socket Please refer to the tables in Para 6 2 for appropriate socket dimensions 3 Hammering section lubrication Grease Molub Alloy 777 1 is utilized in the hammering section Frequent or continuous use of the tool will cause excessive temperature rise of the hammering section resulting in d...

Page 31: ...leeve D 4 in order by following the procedure shown in Figs 7 1 to 7 4 Be sure not to lose the two Steel Balls D3 5 9 in Anvil B 10 Hold the body and adjust the gap of the retaining ring to the groove of anvil B then insert a small flat blade screwdriver into the groove at an angle Press down washer D with the small flat blade screwdriver Fig 7 2 Fig 7 1 1 2 Small flat blade screwdriver Anvil B 10...

Page 32: ...e Stopper B 17 14 with a small flat blade screwdriver then release the hand press See Fig 8 Remove the hammer assembly from the J 297 base for washer S and support the end surface of Spindle 18 15 With a hand press push down either of the raised faces of the Hammer 12 9 to compress Hammer Spring F 15 12 In this position extract the two Steel Balls D5 556 11 8 from the cam grooves of the Spindle 18...

Page 33: ...net F Ass y 28 25 Brush Block 30 27 and DC Speed Control Switch 38 35 can be removed in a piece Pushing Button B 39 36 can also be removed NOTE Be careful not to break the three legs coming from the FET to avoid malfunction of the switch 9 Removal of the switch assembly Remove the two Machine Screws W Sp Washer M3 x 5 37 34 that secure the flag terminal and then disconnect the internal wires red a...

Page 34: ...e and Pinion Set 26 23 With a hand press push down the tip portion of the Armature and Pinion Set 26 23 pinion to remove it 12 Removal of Ring Gear C 21 18 and Damper A 24 21 Remove Ring Gear C 21 18 from Inner Cover B 25 22 and remove Damper A 24 21 with a small flat blade screwdriver Ring Gear C 21 18 is firmly inserted in Inner Cover B 25 22 Insert a small flat blade screwdriver between Ring Ge...

Page 35: ...ernal wires of the Brush Block 30 27 to the DC Speed Control Switch 38 35 fasten them with the Machine Screw W Sp Washer M3 x 5 37 34 paying attention to the direction of the flag terminal Fig 12 DC Speed Control Switch 38 35 Internal wire red Internal wire black FET Brush Block 30 27 Machine Screw W Sp Washer M3 x 5 37 34 Flag terminal Fig 12 c Before mounting the parts to housing A apply silicon...

Page 36: ...ount Side Yoke A 27 24 to Magnet F Ass y 28 25 facing the flange of Side Yoke A 27 24 to the outside see Fig 15 Insert two Dampers A 24 21 so that they fit into Inner Cover B 25 22 Fit the locking rib of Ring Gear C 21 18 to the concave portion of Damper A 24 21 Press fit the Armature and Pinion Set 26 23 into Inner Cover B 25 22 Adjust the convex portion of Dust Guard Fin B 29 26 to the concave p...

Page 37: ... 34 Fig 16 Align the protrusion of housing A with the notch for locking of magnet F ass y Housing A ...

Page 38: ... contacts replace the terminal support with new one Code No 323710 Otherwise heat is generated due to contact failure and the battery or the main body may be faulty f Apply silicone rubber ThreeBond 1211 to housing A and Inner Cover B 25 22 as illustrated in Fig 17 Attach the strap to the boss as shown in Fig 17 then mount housing B and tighten the eight Tapping Screws W Flange D4 x 20 33 30 Wipe ...

Page 39: ...5 Cover it with the Hammer Case 8 4 and secure with the four Tapping Screws W Sp Washer D4 x 30 Black 7 3 Insert the two Steel Balls D3 5 9 into the hole of the Anvil 10 Mount Guide Sleeve D 4 Guide Spring A 3 and Washer D 2 in sequence Mount the Retaining Ring 1 into the groove of anvil using the J295 jigs A and B for retaining ring as illustrated in Fig 18 7 Reassembly of the hook Check that the...

Page 40: ...f Hammer 12 9 Cam groove and sliding section of Spindle 18 15 5 mm diameter hole of Idle Gear Set 19 16 All around the Needle Roller A 20 17 Twenty eight Steel Balls D3 175 13 10 10 Screw tightening torque Tapping Screw W Sp Washer D4 x 30 Black 7 3 2 45 0 49 N m 25 5 kgf cm 21 3 4 3 in lbs Tapping Screw W Flange D4 x 20 Black 33 30 1 96 0 49 N m 20 5 kgf cm 17 4 4 3 in lbs Machine Screw W Sp Wash...

Page 41: ...4DMR Work Flow Inner Cover B Armature and Pinion Set Magnet F Brush Block Hook Ass y Hammer Case Anvil C Ring Gear D Housing A B Set General Assembly Hammer Steel Ball Hammer Spring F Spindle Idle Gear B Set Needle Roller A Ball Bearing 6901VV Guide Sleeve D WH 18DMR DC Speed Control Switch ...

Page 42: ... Armature and Pinion Set Magnet F Brush Block Hook Ass y Hammer Case Ass y Anvil A Ass y Ring Gear D Housing A B Set General Assembly Hammer D Steel Ball Hammer Spring F Spindle Idle Gear B Set Needle Roller A Ball Bearing 6901VV WR 14DMR WR 18DMR DC Speed Control Switch ...

Page 43: ...T NO G829 CORDLESS IMPACT DRIVER Model WH 14DMR 2005 7 8 E1 Hitachi Power Tools 44 501 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 28 29 30 31 32 33 33 34 35 36 37 38 39 37 40 41 42 43 45 46 47 501 502 27 ...

Page 44: ...L BEARING 6901VVCMPS2L 1 24 324 230 DAMPER A 2 25 324 229 INNER COVER B 1 26 360 712 ARMATURE AND PINION SET 1 27 324 607 SIDE YOKE A 1 28 324 235 MAGNET F ASS Y 1 INCLUD 27 29 324 228 DUST GUARD FIN B 1 30 324 226 BRUSH BLOCK 1 31 999 054 CARBON BRUSH 5X6X11 5 1 PAIR 2 32 319 918 BRUSH CAP 2 33 302 086 TAPPING SCREW W FLANGE D4X20 BLACK 8 34 NAME PLATE 1 35 324 237 HOUSING A B SET 1 36 324 513 HI...

Page 45: ...NO 3 50L 1 605 996 177 NON MAGNETIC HEX SOCKET 8MM 65L 1 606 985 329 NON MAGNETIC HEX SOCKET 10MM 65L 1 607 996 178 NON MAGNETIC HEX SOCKET 12MM 65L 1 608 996 179 NON MAGNETIC HEX SOCKET 13MM 65L 1 609 996 180 NON MAGNETIC HEX SOCKET 14MM 65L 1 610 996 185 NON MAGNETIC HEX SOCKET 15MM 65L 1 611 996 181 NON MAGNETIC HEX SOCKET 16MM 65L 1 612 996 182 NON MAGNETIC HEX SOCKET 17MM 65L 1 613 996 186 NO...

Page 46: ... 4 ITEM NO CODE NO DESCRIPTION REMARKS NO USED 7 05 WH 14DMR Printed in Japan 050708N ...

Page 47: ...T NO G831 CORDLESS IMPACT DRIVER Model WH 18DMR 2005 7 8 E1 Hitachi Power Tools 501 502 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 28 29 30 31 32 33 33 34 35 36 37 38 39 37 40 41 42 43 45 46 47 27 44 501 ...

Page 48: ...BEARING 6901VVCMPS2L 1 24 324 230 DAMPER A 2 25 324 229 INNER COVER B 1 26 360 713 ARMATURE AND PINION SET 1 27 324 607 SIDE YOKE A 1 28 324 235 MAGNET F ASS Y 1 INCLUD 27 29 324 228 DUST GUARD FIN B 1 30 324 226 BRUSH BLOCK 1 31 999 054 CARBON BRUSH 5X6X11 5 1 PAIR 2 32 319 918 BRUSH CAP 2 33 302 086 TAPPING SCREW W FLANGE D4X20 BLACK 8 34 NAME PLATE 1 35 324 240 HOUSING A B SET 1 36 324 514 HITA...

Page 49: ...NO 3 50L 1 605 996 177 NON MAGNETIC HEX SOCKET 8MM 65L 1 606 985 329 NON MAGNETIC HEX SOCKET 10MM 65L 1 607 996 178 NON MAGNETIC HEX SOCKET 12MM 65L 1 608 996 179 NON MAGNETIC HEX SOCKET 13MM 65L 1 609 996 180 NON MAGNETIC HEX SOCKET 14MM 65L 1 610 996 185 NON MAGNETIC HEX SOCKET 15MM 65L 1 611 996 181 NON MAGNETIC HEX SOCKET 16MM 65L 1 612 996 182 NON MAGNETIC HEX SOCKET 17MM 65L 1 613 996 186 NO...

Page 50: ... 4 ITEM NO CODE NO DESCRIPTION REMARKS NO USED 7 05 WH 18DMR Printed in Japan 050708N ...

Page 51: ...T LIST NO G830 CORDLESS IMPACT WRENCH Model WR 14DMR 2005 7 8 E1 Hitachi Power Tools 501 502 501 41 1 2 3 4 5 6 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 25 26 27 28 29 30 30 31 32 33 34 35 36 34 37 38 39 40 42 43 44 7 24 ...

Page 52: ...4 229 INNER COVER B 1 23 360 712 ARMATURE AND PINION SET 1 24 324 607 SIDE YOKE A 1 25 324 235 MAGNET F ASS Y 1 INCLUD 24 26 324 228 DUST GUARD FIN B 1 27 324 226 BRUSH BLOCK 1 28 999 054 CARBON BRUSH 5X6X11 5 1 PAIR 2 29 319 918 BRUSH CAP 2 30 302 086 TAPPING SCREW W FLANGE D4X20 BLACK 8 31 324 686 HITACHI PLATE 1 32 324 237 HOUSING A B SET 1 33 324 686 HITACHI PLATE 1 34 994 532 MACHINE SCREW W ...

Page 53: ...1 INCLUD 617 618 623 991 480 HEX SOCKET ASS Y LONG 21MMX125L 1 INCLUD 617 618 624 944 291 HEX SOCKET ASS Y 10MMX40L 1 INCLUD 617 618 625 873 632 HEX SOCKET ASS Y 12MMX40L 1 INCLUD 617 618 626 873 539 HEX SOCKET ASS Y 13MMX40L 1 INCLUD 617 618 627 873 540 HEX SOCKET ASS Y 14MMX40L 1 INCLUD 617 618 628 873 536 HEX SOCKET ASS Y 17MMX32L 1 INCLUD 617 618 629 873 624 HEX SOCKET ASS Y 19MMX34L 1 INCLUD ...

Page 54: ...EX SOCKET ASS Y LONG 22MMX52L 1 INCLUD 617 618 644 992 613 SOCKET ASS Y FOR DUCT 13MMX95L 1 INCLUD 617 618 645 645 992 614 SOCKET FOR DUCT 13MMX52L 1 646 992 615 SOCKET ASS Y FOR DUCT 14MMX95L 1 INCLUD 617 618 647 647 992 616 SOCKET FOR DUCT 14MMX52L 1 648 993 658 SOCKET ASS Y FOR DUCT 12MMX95L 1 INCLUD 617 618 649 649 993 659 SOCKET FOR DUCT 12MMX52L 1 650 309 922 GREASE FOR IMPACT DRIVER 500G 1 ...

Page 55: ...T LIST NO G832 CORDLESS IMPACT WRENCH Model WR 18DMR 2005 7 8 E1 Hitachi Power Tools 1 2 3 4 5 6 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 25 26 27 28 29 30 30 31 32 33 34 35 36 34 37 38 39 40 42 43 44 7 24 501 502 501 41 ...

Page 56: ...4 229 INNER COVER B 1 23 360 713 ARMATURE AND PINION SET 1 24 324 607 SIDE YOKE A 1 25 324 235 MAGNET F ASS Y 1 INCLUD 24 26 324 228 DUST GUARD FIN B 1 27 324 226 BRUSH BLOCK 1 28 999 054 CARBON BRUSH 5X6X11 5 1 PAIR 2 29 319 918 BRUSH CAP 2 30 302 086 TAPPING SCREW W FLANGE D4X20 BLACK 8 31 NAME PLATE 1 32 324 240 HOUSING A B SET 1 33 324 687 HITACHI PLATE 1 34 994 532 MACHINE SCREW W SP WASHER M...

Page 57: ...ASS Y 1 INCLUD 617 618 623 991 480 HEX SOCKET ASS Y LONG 21MMX125L 1 INCLUD 617 618 624 944 291 HEX SOCKET ASS Y 10MMX40L 1 INCLUD 617 618 625 873 632 HEX SOCKET ASS Y 12MMX40L 1 INCLUD 617 618 626 873 539 HEX SOCKET ASS Y 13MMX40L 1 INCLUD 617 618 627 873 540 HEX SOCKET ASS Y 14MMX40L 1 INCLUD 617 618 628 873 536 HEX SOCKET ASS Y 17MMX32L 1 INCLUD 617 618 629 873 624 HEX SOCKET ASS Y 19MMX34L 1 I...

Page 58: ...EX SOCKET ASS Y LONG 22MMX52L 1 INCLUD 617 618 644 992 613 SOCKET ASS Y FOR DUCT 13MMX95L 1 INCLUD 617 618 645 645 992 614 SOCKET FOR DUCT 13MMX52L 1 646 992 615 SOCKET ASS Y FOR DUCT 14MMX95L 1 INCLUD 617 618 647 647 992 616 SOCKET FOR DUCT 14MMX52L 1 648 993 658 SOCKET ASS Y FOR DUCT 12MMX95L 1 INCLUD 617 618 649 649 993 659 SOCKET FOR DUCT 12MMX52L 1 650 309 922 GREASE FOR IMPACT DRIVER 500G 1 ...

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