Transcript
LIST Nos. DS 14DSFL : H891 DS 18DSFL : H892 Sep. 2010 PRODUCT NAME
Hitachi 14.4 V Cordless Driver Drill Model
DS 14DSFL
Hitachi 18 V Cordless Driver Drill Model
DS 18DSFL
D
MARKETING OBJECTIVE The Models DS 14DSFL and DS 18DSFL are cordless driver drills equipped with an 14.4 V and 18 V lithium-ion battery, respectively. The new Models DS 14DSFL and DS 18DSFL are low spec version of DS 14DSAL and DS 18DSAL. Vigorous sales promotion and expanded market share are anticipated with the introduction of the new Models DS 14DSFL and DS 18DSFL. The key features of the Models DS 14DSFL and DS 18DSFL are as follows: (1) Improved overload durability (2) 22-position torque adjustable clutch (Max. clutch torque: 6.0 N•m) (3) Equipped with safe and secure lithium-ion battery We aim to expand our market share with the new Models DS 14DSFL and DS 18DSFL. APPLICATIONS • Tightening and loosening wood screws, self-tapping screws and machine screws • Drilling into wood, plastic, mild steel and aluminum materials
SELLING POINTS [NEW FEATURES]
Improved overload durability (improved cooling efficiency) 22-position torque adjustable clutch Soft-grip handle Safe and secure lithium-ion battery (BSL 1415, BSL 1815) SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT.
[DS 18DSFL ]
International Sales Division
REMARK: • For more information about HANDLING INSTRUCTIONS, visit our website at: http://www.hitachi-koki.com/manual_view_export/ • Throughout this TECHNICAL DATA AND SERVICE MANUAL, a symbol(s) is(are) used in the place of company name(s) and model name(s) of our competitor(s). The symbol(s) utilized here is(are) as follows: Model DS 14DSFL
Competitors Symbols Utilized
M
Company Name
Model Name
MAKITA
BDF343
Model DS 18DSFL Competitors Symbols Utilized
M
Company Name
Model Name
MAKITA
BDF453
CONTENTS Page SELLING POINTS -------------------------------------------------------------------------------------------------------------- 1 SPECIFICATIONS -------------------------------------------------------------------------------------------------------------- 3 1. Specifications --------------------------------------------------------------------------------------------------------------------------------- 3 COMPARISON WITH SIMILAR PRODUCTS---------------------------------------------------------------------------- 5 1. Comparison of Specifications --------------------------------------------------------------------------------- 5 2. Comparison of Drilling and Fastening Performance per Charge ------------------------------------- 7 PRECAUTIONS ON SALES PROMOTION ------------------------------------------------------------------------------ 9 1. Safety Instructions ----------------------------------------------------------------------------------------------- 9 2. Inherent Drawbacks of Cordless Driver Drills Requiring Particular Attention during Sales Promotion ------------------------------------------------------------- 11 REPAIR GUIDE---------------------------------------------------------------------------------------------------------------- 13 1. Precautions on Disassembly and Reassembly --------------------------------------------------------- 13 2. Precautions on Disassembly and Reassembly of the Battery Charger --------------------------- 21 STANDARD REPAIR TIME (UNIT) SCHEDULES-------------------------------------------------------------------- 22 Assembly Diagram for DS 14DSFL Assembly Diagram for DS 18DSFL
SELLING POINTS Improved overload durability (improved cooling efficiency) The Models DS 14DSFL and DS 18DSFL ensure durability in continuous operation, thanks to of a powerful motor and improved air ducts.
• 1.76 N•m {18 kgf•cm} intermittent load test (14.4 V)
70
80
• 2.06 N•m {21 kgf•cm} intermittent load test (18 V)
120
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140
22-position torque adjustable clutch (Max. clutch torque: 6.0 N•m) The 22-position torque adjustable clutch ensures fine torque adjustment for better operability. Clutch dial position
Tightening torque
1
1.0 ± 0.5 N•m {10 ± 5 kgf•cm }
4
1.7 ± 0.6 N•m {17 ± 6 kgf•cm }
10
3.1 ± 0.7 N•m {31 ± 7 kgf•cm }
13
3.8 ± 0.8 N•m {38 ± 8 kgf•cm }
19
5.3 ± 0.9 N•m {53 ± 9 kgf•cm }
22
6.0 ± 1.0 N•m {60 ± 10 kgf•cm }
* There may be some differences in operation depending on shapes of screws and the workpieces used. Conduct a test before actual driving.
Soft-grip handle The handle is widely covered with soft-touch elastomer (rubber-like soft resin). It is slip-resistant and securely fits in the palm of a hand even if the gripping hand sweats.
Safe and secure lithium-ion batteries (Types BSL 1415 and BSL 1815) The new 1.5 Ah Types BSL 1415 and BSL 1815 Lithium-ion Batteries were developed for light-duty work. Both batteries are equipped with an overdischarge protection circuit, overload protection circuit, overheat protection circuit and voltage monitoring circuit for each cell to prevent reduced battery service life due to overdischarge (overuse) or overcharge (excessive charging). These protection circuits make it possible to safely use the batteries. Precautions on using the Types BSL 1415 and BSL 1815 Lithium-ion Batteries The Types BSL 1415 and BSL 1815 Lithium-ion Batteries are both equipped with a protective function that automatically stops output to prolong battery service life. The motor may stop automatically in any of cases (1), (2) and (3) below, even if the switch is held down during operation. This is due to activation of the protective function. The batteries are not faulty. Protective function (1)
Overdischarge protection circuit
Overload protection circuit Overheat (3) protection circuit (2)
Source of trouble Drop in battery voltage to about: 8 V/BSL 1415 10 V/BSL 1815
Corrective action Charge the battery immediately. Release the switch and eliminate the cause of the overload problem. Remove the battery from the tool and allow it to cool down.
Heavy-duty work Continuous operation or heavy-duty work
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SPECIFICATIONS 1. Specifications Model
DS 14DSFL
Item
Machine screw----------- 6 mm (1/4") Wood screw ------------- 6.2 mm dia. x 63 mm (#14 x 2-1/2") Drilling Metal ------ Mild steel --- 12 mm (15/32") [Thickness 1.6 mm (1/16")] Wood --------------------- 30 mm (1-3/16") [Thickness 18 mm (11/16")] Mount type ----------------------Screw-on (UNF 1/2" - 20) Diameter-------------------------0.8 to 10 mm (1/32" to 3/8") Screw driving
Capacity Keyless chuck (10VLRH-N) Rotation speed (No-load)
Low: 0 to 450 min-1, High: 0 to 1,250 min-1
Torque
Slip torque ----------------------1 to 6.0 N•m (10 to 60 kgf•cm, 9 to 52 in-lbs.) [22 stages] Max. torque ---------------------Low: 34 N•m (316 kgf•cm, 274 in-lbs.) High: 7 N•m (71 kgf•cm, 62 in-lbs.)
Type of motor
Fan-cooled DC magnet motor
Type of switch
Trigger switch with pushing button for forward and reverse rotation changeover (with brake)
Enclosure
Body -----------------------------Glassfiber-reinforced polyamide resin (black) and thermoplastic elastomer (green) Battery --------------------------Polycarbnate resin (black) Charger -------------------------ABS resin (black)
Battery (Type BSL 1415)
Sealed cylindrical lithium-ion storage battery Nominal voltage ----------------DC 14.4 V Nominal life ---------------------Charging/discharging: Approx. 1,000 times Nominal capacity ---------------1.5 Ah Overcharge protection system: (1) Battery surface temperature detection (by thermostat or thermistor) (2) Stop current detection Power input: 60 W Charging time: Approx. 40 minutes [for Type BSL 1415 Battery at 20°C (68°F)] Operable ambient temperature range: 0°C to 50°C (32°F to 122°F) The maximum allowable temperature of the Type BSL 1415 Battery is 50°C (122°F). Indication method of battery charging function
Charger (Model UC 18YGSL)
Net
Main body unit (including battery) ------------------------------------------- 1.5 kg (3.3 lbs.) Charger unit (UC 18YGSL, including cord) --------------------------------- 0.4 kg (0.9 lb.)
Gross
DS 14DSFL (2LEGK) - -------------------------------------------------------- 4.0 kg (8.7 lbs.) DS 14DSFL (2LEGX) - -------------------------------------------------------- 4.0 kg (8.7 lbs.)
2LEGK
• Charger (UC 18YGSL) ------------------------------------------------------------- 1 • Battery (BSL 1415) ----------------------------------------------------------------- 2 • Phillips (plus) driver bit (No. 2) --------------------------------------------------- 1 • Case ------------------------------------------------------------------------------------ 1
2LEGX
• Charger (UC 18YGSL) ------------------------------------------------------------- 1 • Battery (BSL 1415) ----------------------------------------------------------------- 2 • Torchlight (UB 18DAL)-------------------------------------------------------------- 1 • Phillips (plus) driver bit (No. 2) --------------------------------------------------- 1 • Case ------------------------------------------------------------------------------------ 1
Weight
Standard accessories
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Model
DS 18DSFL
Item
Screw driving Machine screw ------------ 6 mm (1/4") Wood screw --------------- 6.8 mm dia. x 50 mm (#16 x 2") Drilling Metal ------- Mild steel --- 13 mm (1/2") [Thickness 1.6 mm (1/16")] Wood ----------------------- 38 mm (1-1/2") [Thickness 18 mm (11/16")]
Capacity Keyless chuck (13VLRS-N) Rotation speed (No-load)
Mount type ----------------------Screw-on (1/2" - 20 UNF) Diameter-------------------------2.0 to 13 mm (5/64" to 1/2") Low: 0 to 450 min-1, High: 0 to 1,250 min-1
Torque
Slip torque -----------------------1 to 6.0 N•m (10 to 60 kgf•cm, 9 to 52 in-lbs.) [22 stages] Max. torque ---------------------Low: 41 N•m (418 kgf•cm, 364 in-lbs.) High: 10 N•m (101 kgf•cm, 88.7 in-lbs.)
Type of motor
Fan-cooled DC magnet motor
Type of switch
Trigger switch with pushing button for forward and reverse rotation changeover (with brake)
Enclosure
Battery (Type BSL 1815)
Body -----------------------------Glassfiber-reinforced polyamide resin (black) and thermoplastic elastomer (green) Battery --------------------------Polycarbonate resin (black) Charger -------------------------ABS resin (black) Sealed cylindrical lithium-ion storage battery Nominal voltage ----------------DC 18 V Nominal life ---------------------Charging/discharging: Approx. 1,000 times Nominal capacity ---------------1.5 Ah Overcharge protection system: (1) Battery surface temperature detection (by thermostat or thermistor) (2) Stop current detection Power input: 60 W Charging time: Approx. 40 minutes [for Type BSL 1815 Battery at 20°C (68°F)] Operable ambient temperature range: 0°C to 50°C (32°F to 122°F) The maximum allowable temperature of the Type BSL 1815 Battery is 50°C (122°F). Indication method of battery charging function
Charger (Model UC 18YGSL)
Net
Main body unit (including battery) ------------------------------------------- 1.7 kg (3.7 lbs.) Charger unit (UC 18YGSL, including cord) --------------------------------- 0.4 kg (0.9 lb.)
Gross
DS 18DSFL (2LEGK) - -------------------------------------------------------- 4.2 kg (9.3 lbs.)
2LEGK
• Charger (UC 18YGSL) ------------------------------------------------------ 1 • Battery (BSL 1815) ---------------------------------------------------------- 2 • Phillips (plus) driver bit (No. 2) --------------------------------------------- 1 • Case --------------------------------------------------------------------------- 1
Weight
Standard accessories
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COMPARISON WITH SIMILAR PRODUCTS 1. Comparison of Specifications Maker Model Max. capacity
Item Machine screw
Screw driving
Wood screw
Drilling
Rotation speed
Mild steel Soft wood Low High
Slip torque
Max. torque Drill chuck
Type Capacity Type Switch Electric brake Automatic spindle lock Reversing switch Handle shape Soft-grip handle Belt Hook Strap Nominal capacity Battery
Nominal voltage Charging time*
Overall length Dimensions Overall height Overall width Weight
(Superior specifications:
HITACHI
M
DS 14DSFL
DS 14DCL
6 mm (1/4”)
6 mm (1/4”)
6 mm (1/4”)
6.0 mm dia. x 75 mm (#14 x 3”) 12 mm (15/32”) 30 mm (1-3/16”) 0 to 450 min-1 0 to 1,250 min-1 1.0 to 6.0 N•m (10 to 60 kgf•cm) (9 to 52 in-lbs.) 22 positions
6.0 mm dia. x 75 mm (#14 x 3”) 12 mm (15/32”) 30 mm (1-3/16”) 0 to 450 min-1 0 to 1,250 min-1 1.0 to 6.0 N•m (10 to 60 kgf•cm) (9 to 52 in-lbs.) 22 positions
5.1 mm dia. x 63 mm (#11 x 2-1/2”) 10 mm (3/8”) 25 mm (1”) 0 to 400 min-1 0 to 1,300 min-1
34 N•m (347 kgf•cm) (300 in-lbs.) Double sleeve
31 N•m (316 kgf•cm) (274 in-lbs.) Double sleeve
10 mm (3/8”) Variable speed Equipped None Push-button T-type Equipped Equipped None
10 mm (3/8”) Variable speed Equipped None Push-button T-type Equipped None None
1.5 Ah
1.5 Ah
14.4 V (Li-ion) 40 min. (UC 18YGSL) 219 mm (8-5/8”) 226 mm (8-57/64”) 80 mm (3-9/64”) 1.5 kg (3.3 lbs.)
14.4 V (Li-ion) 60 min. (UC 18YKL) 218 mm (8-19/32”) 233 mm (9-11/64”) 80 mm (3-9/64”) 1.4 kg (3.1 lbs.)
*: Charging time varies depending on the type of charger used.
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Not indicated 16 positions 36 N•m (367 kgf•cm) (319 in-lbs.) Single sleeve 10 mm (3/8”) Variable speed Equipped Equipped Push-button T-type Equipped None None 1.5 Ah (Actual 1.1Ah) 14.4 V (Li-ion) 30 min. (DC 18SD) 192 mm (7-9/16”) 226 mm (8-57/64”) 80 mm (3-9/64”) 1.3 kg (2.9 lbs.)
)
(Superior specifications: Maker Model Max. capacity
Item Machine screw
Screw driving
Wood screw
Drilling
Rotation speed
Mild steel Soft wood Low High
Slip torque
Max. torque Drill chuck
Type Capacity Type Switch Electric brake Automatic spindle lock Reversing switch Handle shape Soft-grip handle Belt Hook Strap Nominal capacity Battery
Nominal voltage Charging time*
Overall length Dimensions Overall height Overall width Weight
HITACHI
M
DS 18DSFL
DS 18DCL
6 mm (1/4”)
6 mm (1/4”)
6 mm (1/4”)
6.8 mm dia. x 50 mm (#16 x 2”) 13 mm (1/2”) 38 mm (1-1/2”) 0 to 450 min-1 0 to 1,250 min-1 1.0 to 6.0 N•m (10 to 60 kgf•cm) (9 to 52 in-lbs.) 22 positions
6.8 mm dia. x 50 mm (#16 x 2”) 13 mm (1/2”) 38 mm (1-1/2”) 0 to 450 min-1 0 to 1,250 min-1 1.0 to 6.0 N•m (10 to 60 kgf•cm) (9 to 52 in-lbs.) 22 positions
6.0 mm dia. x 75 mm (#14 x 3”) 13 mm (1/2”) 36 mm (1-27/64”) 0 to 400 min-1 0 to 1,300 min-1
41 N•m (418 kgf•cm) (364 in-lbs.) Double sleeve
41 N•m (418 kgf•cm) (364 in-lbs.) Double sleeve
13 mm (1/2”) Variable speed Equipped None Push-button T-type Equipped Equipped None
13 mm (1/2”) Variable speed Equipped None Push-button T-type Equipped None None
1.5 Ah
1.5 Ah
18 V (Li-ion) 40 min. (UC 18YGSL) 228 mm (8-31/32”) 227 mm (8-15/16”) 80 mm (3-9/64”) 1.7 kg (3.7 lbs.)
18 V (Li-ion) 60 min. (UC 18YKL) 227 mm (8-15/16”) 236 mm (9-19/64”) 80 mm (3-9/64”) 1.6 kg (3.5 lbs.)
*: Charging time varies depending on the type of charger used.
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Not indicated 16 positions 42 N•m (428 kgf•cm) (372 in-lbs.) Single sleeve 13 mm (1/2”) Variable speed Equipped Equipped Push-button T-type Equipped None None 1.5 Ah (Actual 1.1Ah) 18 V (Li-ion) 15 min. (DC 18RA) 214 mm (8-27/64”) 227 mm (8-15/16”) 80 mm (3-9/64”) 1.6 kg (3.5 lbs.)
)
2. Comparison of Drilling and Fastening Performance per Charge Type of Work
Maker
T1.6 (1/16”) HSS Drill bit
Model
0 0
Working Capacity Drilling Speed *250 *500 *750 *1,000 50 100 150 200 (sec./pc.)
DS 14DSFL
78
8.6
DS 14DCL
70
7.6
97
8.7
DS 14DSFL
199
2.8
DS 14DCL
183
2.9
184
4.4
DS 14DSFL
195
2.7
DS 14DCL
185
3.0
233
3.3
DS 14DSFL
*665
0.6
DS 14DCL
*690
0.7
*909
0.6
6.5 mm dia. (1/4”)
HITACHI
Mild steel
M Wood boring T18 (23/32”)
18 mm dia. (23/32”)
HITACHI
American pine
M
L40 (1-9/16”)
Wood screw 4.8 mm dia. (3/16”)
HITACHI
American pine
M Machine screw 6 mm (1/4”)
12 mm (15/32”)
HITACHI
M
[Working Capacity] Without *: Number of holes or fasteners per charge With *: Number of machine screws fastened per charge The table above shows examples of test data. The batteries used in testing performance are as follows: Model DS 14DSFL: 1.5 Ah Model DS 14DCL: 1.5 Ah M: 1.5 Ah As actually measured values listed in the table above may vary depending on sharpness of the drill bit, workpiece hardness (particularly in wood materials), moisture content of wood, charging condition, operator skill, and other factors, this data should only be used as a comparative guide.
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Type of Work
Maker
T1.6 (1/16”) HSS Drill bit
Model
0 0
Working Capacity Drilling Speed *250 *500 *750 *1,000 50 100 150 200 (sec./pc.)
DS 18DSFL
69
8.87
DS 18DCL
68
7.67
75
9.99
8 mm dia. (5/16”)
HITACHI
Mild steel
M Wood boring T18 (23/32”)
DS 18DSFL
195
2.80
24 mm dia. (61/64”)
HITACHI DS 18DCL
American pine
169
M
3.17
153
3.68
DS 18DSFL
132
3.74
DS 18DCL
134
3.75
103
4.58
DS 18DSFL
*929
0.57
DS 18DCL
*943
0.61
*992
0.59
L63 (2-1/2”)
HITACHI
6.2 mm dia. (1/4”)
Wood screw
American pine
M
Machine screw 6 mm (1/4”)
12 mm (15/32”)
HITACHI
M
[Working Capacity] Without *: Number of holes or fasteners per charge With *: Number of machine screws fastened per charge The table above shows examples of test data. The batteries used in testing performance are as follows: Model DS 18DSFL: 1.5 Ah Model DS 18DCL: 1.5 Ah M: 1.5 Ah As actually measured values listed in the table above may vary depending on sharpness of the drill bit, workpiece hardness (particularly in wood materials), moisture content of wood, charging condition, operator skill, and other factors, this data should only be used as a comparative guide.
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PRECAUTIONS ON SALES PROMOTION 1. Safety Instructions In the interest of promoting the safest and most efficient use of the Models DS 14DSFL and DS 18DSFL Cordless Driver Drills by all of our customers, it is very important when concluding a sale that the salesperson carefully ensure that the buyer seriously recognizes the importance of the Handling Instructions, and fully understands the precautions listed on the Caution Plate and Nameplate attached to each tool.
A. Handling instructions Salespersons must be thoroughly familiar with the Handling Instructions in order to give pertinent advice to the customer. In particular, they must have a thorough understanding of the precautions on using cordless tools that differ from those of ordinary electric power tools. (1) Before use, ensure that the unit is fully charged. New units are not fully charged. Even if the units were fully charged at the factory, long periods of inactivity, such as during shipment, cause the storage battery to lose its charge. Customers must be instructed to fully charge the unit prior to use. (2) Connect the charger to an AC power outlet only. Use of any other power source (e.g., DC outlet, fuel powered generator) will cause the charger to overheat and burn out. (3) Do not use any voltage-increasing equipment (e.g., transformer) between the power source and the charger. Using the charger with voltage higher than that indicated on the unit will result in malfunction. (4) Conduct battery charging at an ambient temperature range of 0°C to 50°C (32°F to 122°F). Special temperature-sensitive devices are employed in the charger to permit rapid charging. Ensure that customers are instructed to use the charger at the indicated ambient temperature range. At temperatures below 0°C (32°F) the thermostat will not function properly, and the storage battery may be overcharged. At temperatures above 50°C (122°F), the storage battery cannot be sufficiently charged. The optimum temperature range is 20°C to 25°C (68°F to 77°F). (5) The battery charger should not be used continuously. Charging more than three storage batteries in succession at high ambient temperature will cause the temperature of coils on the transformer to rise, running the risk of the temperature fuse inserted inside the transformer inadvertently melting. After charging one battery, please wait at least 15 minutes before charging the next battery. (6) Do not insert foreign objects into the air vents on the charger. The charger case is equipped with air vents to protect internal electronic components against overheating. Caution the customer not to drop or insert such foreign matter as metallic or flammable objects into the air vents. This could cause electric shock, fire, or other serious hazards.
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(7) Do not attempt to disassemble the storage battery or the charger. Special devices such as a thermostat are built into the storage battery and charger to permit rapid charging. Incorrect parts replacement and/or wiring will cause malfunctions that could result in fire or other hazards. Instruct the customer to bring these units to an authorized service center in the event repair or replacement is necessary. (8) Disposal of the storage battery Ensure that all customers understand that the storage batteries should be returned to the Hitachi power tool sales outlet or authorized service center when no longer capable of being recharged or repaired. If thrown into a fire, the batteries may explode.
B. Caution plates (1) The following cautions are listed on the nameplate attached to the main body of each tool. [For the USA and Canada]
(2) The following cautions are listed on the nameplate attached to each storage battery. [For Europe]
[For the USA and Canada]
(3) The following cautions are listed on the nameplate attached to the Model UC 18YGSL charger. [For the USA and Canada]
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2. Inherent Drawbacks of Cordless Driver Drills Requiring Particular Attention during Sales Promotion The cordless driver drill offers many advantages; it can be used in places where no power source is available, the absence of a cord allows easy use, etc. However, any cordless tool has certain inherent drawbacks. Salespersons must be thoroughly familiar with these drawbacks in order to properly advise the customer in the most efficient use of the tool.
A. Suggestions and precautions on efficient use of the tool (1) Use the cordless driver drill for comparatively light work. The motor output of battery driven cordless driver drills is rather low compared with conventional electric power tools. Accordingly, they are not suitable for the continuous drilling of many holes in succession, or for drilling into particularly hard material that imposes a heavy load. Salespersons should recommend conventional electric power tools for such heavy work. (2) Large-diameter holes should be drilled at low speed. Instruct the customer that drilling large-diameter holes or performing other work that requires particularly strong torque should be done at low speed. Because there is less torque at high speed, attempting such work at high speed will not improve working efficiency. (3) Do not insert a foreign object into body vent holes. The body of this tool has vent holes for improved cooling efficiency. As a fan is built into the motor, a foreign object inserted through a vent hole may cause failure. Please instruct customers to never insert a foreign object into the vent holes. (4) Use at thrust of 100 to 150 N (10 to 15 kgf, 22 to 23 lbs.) The drilling speed of this unit does not accelerate even if the tool is pressed strongly against the workpiece as when using a typical AC driver drill. Such operation will damage the drill bit, resulting in not only poor working efficiency but also motor burnout. (5) Avoid “locking” of the motor Locking of the motor will generate an overload current that could result in motor burnout and/or rapid battery deterioration. Salespersons should advise the customer to immediately release the switch and stop operation if the motor becomes locked. (A jammed drill bit can be disengaged from the workpiece material by setting the switch to reverse rotation, or by manually turning the main body of the tool.) (6) Variation in amount of work possible per charge Although the nominal chargeable capacity of the storage batteries used with the Models DS 14DSFL and DS 18DSFL is 1.5 Ah, the actual capacity may vary within 10% of that value depending on ambient temperature during use and charging, and the number of times the batteries have been recharged. It should be noted that other factors that may affect the amount of work possible per charge are the working conditions (e.g., ambient temperature, type and moisture content of the workpiece, sharpness of the drill bit) and the operational skill of the user.
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(7) Precautions on the use of HSS drill bits For example, although the Model DS 18DSFL is designed for drilling capacities of 38 mm (1-1/2") in wood, and 13 mm (1/2") in mild steel, this capability is not as efficient as conventional electric power tools. In particular, when drilling through material with a 13 mm (1/2") drill bit, the drill tends to become locked when the drill bit penetrates a material. For this reason, the customer should be cautioned to reduce the thrust on the main body of the drill when drilling completely through a material to avoid locking the tool. Repeated locking of the drill causes excessive current to flow from the battery, thereby not only reducing the amount of work possible per charge, but also running the risk of motor burnout. (8) Securely tighten the sleeve of the keyless chuck. The keyless chuck may slip during operation when using a cylindrically shaped drill bit shank, depending on the surface conditions, materials, and other factors. Please instruct customers to retighten the keyless chuck more securely if the keyless chuck slips during operation. The holding force of the keyless chuck increases as you increase the tightening force of the keyless chuck. (9) Avoid continuous use. Although the Models DS 14DSFL and DS 18DSFL can withstand continuous operation under certain conditions, operating conditions differ depending on the workpiece material and sharpness of the drill bit in use. Please instruct customers to avoid continuous use of the Models DS 14DSFL and DS 18DSFL, and generally take about a 15 minute break following a single charge operation. (10) Keep the battery out of dust. Protect the battery from being covered with dust during operation. Protect the battery from being covered with dust accumulated on the Models DS 14DSFL and DS 18DSFL during operation. Do not leave the battery in a dusty area when not in use. Remove dust from the battery and store it separately from such metallic parts as screws and nails.
B. Suggestions and precautions on efficient use of the charger and storage battery If the Types BSL 1415 and BSL 1815 storage batteries are exposed to direct sunlight for an extended period or if the tool has just been operated for a long time, charging may not be possible at battery temperature above 50°C (122°F). In such case, the customer should be advised to place the battery in a shaded area with a good airflow, and allow it to sufficiently cool down before recharging. This phenomenon is common to all existing batteries and chargers that employ temperature-sensitive overcharge protection devices. The cooling time required before recharging can be accomplished varies from a few minutes to about 40 minutes, depending on the load, duration of use, and ambient temperature.
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REPAIR GUIDE Be sure to remove the storage battery (Types BSL 1415, BSL 1815) from the main body before servicing. Inadvertent triggering of the switch with the storage battery connected poses the danger of the motor accidently turning.
1. Precautions on Disassembly and Reassembly [Bold] numbers in the descriptions below correspond to item numbers in the Parts List and exploded assembly diagram for the Models DS 14DSFL and DS 18DSFL.
Disassembly 1. Removal of the Hook Remove the Truss Hd. Screw M4 (Black) [29]. Remove the Hook [30] for easier disassembly work, which can also be done without removing the Hook [30].
2. Removal of Housing (A).(B) Set First, align the drill mark " " at the Clutch Dial [4] with the triangle mark at Housing (A).(B) Set [25]. Remove the nine Tapping Screw (W/Flange) D3 x 16 (Black) [26] secured to the main body. Gently open Housing (A) and Housing (B) while holding their battery loading sections. The internal parts can then be removed collectively as a single assembly or individually. All parts can be easily removed by raising the Gear Box Ass’y [3]. The parts are separated into the drive unit (including the Motor [33] and Gear Box Ass’y [3]), the power supply unit (including the DC-Speed Control Switch [40] and Controller Terminal Set [41]), and the Pushing Button [32].
3. Removal of the Drill Chuck (a) Turn the Motor [33] counterclockwise (as viewed from the rear) and remove it from the Rear Case [14]. Remove the Shift Knob [38] from the Shift Arm [16]. Be careful not to remove the Shift Arm [16] from the Rear Case [14] in this operation. (b) Attach the motor spacer (an accessory of special repair tool J-342, Code No. 324-582) to the assembly of the Drill Chuck [2], Clutch Dial [4], Front Case [9] and Rear Case [14], then mount the assembly onto special repair tool J-342 clamped in the vise as illustrated in Fig. 1. In this operation, confirm that the pinion press-fitted in special repair tool J-342 and Planet Gear (A) Set [21] are properly engaged. (c) Secure Slide Ring Gear (B) [19] to the Front Case [9] side with the Shift Arm [16]. (d) Turn the sleeve of the Drill Chuck [2] counterclockwise (as viewed from the front) to fully open the jaws of the Drill Chuck [2]. Turn the Special Screw (Left Hand) M6 x 23 [1] clockwise and remove it. (Note that the special screw is left-hand threaded.) (e) Fit the hexagonal bar wrench M10 into the Drill Chuck [2] as illustrated in Fig. 1 and remove the Drill Chuck [2] by turning the hexagonal bar wrench counterclockwise.
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Fig. 1 Drill Chuck [2]
Hexagonal bar wrench Clutch Dial [4]
Front Case [9] Slide Ring Gear (B) [19]
Shift Arm [16]
Rear Case [14] Vise
Special repair tool (J-342)
4. Disassembly of the gear unit Remove the Shift Arm [16] from the Rear Case [14], and then turn Washer (B) [23] mounted in the Rear Case [14] counterclockwise to remove. Take out the First Ring Gear [22], Planet Gear (A) Set [21] (3 pcs.), Pinion (B) [20], Planet Gear (B) Set [18] (3 pcs.), Pinion (C) [17] and Slide Ring Gear (B) [19] in that order. Then remove the Screw Set D3 x 12 [15] (4 pcs.) connecting the Front Case [9] and Rear Case [14]. Finally, remove Washer (A) [13], Planet Gear (C) Set [12] (3 pcs.), Ring Gear [11], and six Steel Ball D5 [10] from the Front Case [9] in that order. Be careful not to lose the six Steel Ball D5 [10] in this operation.
5. Disassembly of the drive unit (a) Remove the Clutch Dial [4] from the Front Case [9]. NOTE: Do not remove the Nut [6] from the Front Case [9] in this step. (b) Remove the Shift Knob [38] from the Shift Arm [16], remove the Screw Set D3 x 12 [15] (2 pcs.) from the Rear Case [14], and then remove the Shift Arm [16] from the Gear Box Ass’y [3]. Do not deform the Shift Arm [16] by applying excessive force. (c) Turn the Motor Spacer [24] counterclockwise (as viewed from the rear of the armature), Pinion (C) [17], and Pinion (B) [20] until you hear a click. Remove the Motor Spacer [24] from the Rear Case [14]. The parts are now separated into the armature unit and the gear unit. (d) Push the top of the Click Spring [5] and remove it from the Front Case [9] if it needs to be replaced. NOTE: Do not reuse the removed Click Spring [5]. Fig. 2
6. Disassembly of the clutch unit
Hook (3pcs.)
(a) After pressing up the hook of the Front Case [9] with a small flat-blade screwdriver, you can directly remove the Clutch Dial [4] and Click Spring [5] . (See Fig. 2.) (b) Turn the Nut [6] counterclockwise and remove it from the Front Case [9], then remove the Spring [7] and Washer (D) [8] from the Front Case [9]. NOTE: Do not disassemble the Front Case [9]. -14-
7. Disassembly of the power supply unit NOTE: Do not remove the heat sink secured to the DC-Speed Control Switch [40] with a screw. Remove the two Machine Screw (W/Sp. Washer) M4 x 6 [28], and then separate the Motor Spacer [24] from the Motor [33]. Use a soldering iron to disconnect the Internal Wire (Black) [34] and Internal Wire (Red) [39] from the Motor [33], and then disconnect both from the DC-Speed Control Switch [40]. Next, use the soldering iron to disconnect the DC-Speed Control Switch [40] and Controller Terminal Set [41] in the same manner.
Reassembly Reassembly can generally be performed by reversing the disassembly procedures. However, special attention should be given to the following items.
1. Reassembly of the power supply unit Perform wiring according to the wiring diagram. (See Fig. 3.) Pay attention to the connecting direction of the internal wires and terminals. • Solder the internal wire (white) coming from the top of the Controller Terminal Set [41] to the “B-“ terminal of the DC-Speed Control Switch [40]. Then solder the internal wires (brown and red) coming from the top of the Controller Terminal Set [41] to the “B+” terminal of the DC-Speed Control Switch [40] (Fig. 3). • Solder the Internal Wire (Red) [39] to the “M1” terminal of the DC-Speed Control Switch [40] and positive side terminal (with red marking) of the Motor [33] (Fig. 3). • Solder the Internal Wire (Black) [34] to the “M2” terminal of the DC-Speed Control Switch [40] and negative side terminal of the Motor [33] (Fig. 3). Motor [33]
Fig. 3
Internal Wire (Red) [39] Positive side
Internal Wire (Black) [34]
DC-Speed Control Switch [40]
Internal wire (white)
Internal wire (red)
Internal wire (brown)
Controller Terminal Set [41]
Terminal support
-15-
Negative side
Red marking
2. Reassembly of the clutch unit (a) Mount Washer (D) [8] and the Spring [7] onto the Front Case [9]. When mounting Washer (D) [8] onto the Front Case [9], align the projection on the Front Case [9] with the notch of Washer (D) [8]. (See Fig. 4.) Fig. 4 Clutch Dial [4] Click Spring [5] Nut [6] Spring [7] Washer (D) [8] Front Case [9]
Notch
(b) Mount the Nut [6] onto the Front Case [9]. (See Fig. 5.) Align register mark (o) on the Nut [6] with the register mark on the Front Case [9]. Turn the Nut [6] about 1-1/2 turns clockwise so that register mark (∆) on the Nut [6] is aligned with the register mark on the Front Case [9]. Check that the Y surface of the Nut [6] is aligned with the Z surface of the Front Case [9]. Fig. 5
-16-
(c) With the ridge at the Click Spring [5] facing the front side, insert the Click Spring [5] into the recess of the Front Case [9]. Then mount the Clutch Dial [4] to the Nut [6] by engaging the wider projection of the Nut [6] with the wider recess of the Clutch Dial [4]. (The wider recess of the Clutch Dial [4] is positioned at "5" when viewed from outside.) Be sure to fit the hook of the Front Case [9] into the hole in the Clutch Dial [4]. (See Fig. 6.) NOTE: Do not push the Clutch Dial [4] when assembling. Otherwise, the click spring may become deformed and fail to work properly. Fig. 6
3. Reassembly of the gear unit (a) Apply grease (Hitachi Motor Grease No. 29, Code No. 930035) to the meshing parts of the gear. (b) Install the parts in series from the six Steel Ball D5 [10] to Washer (B) [23] as shown in Fig. 7. Fig. 7
Steel Ball D5 [10] Ring Gear [11] Planet Gear (C) Set [12] Washer (A) [13] Rear Case [14] Groove Shift Arm [16] Pinion (C) [17] Planet Gear (B) Set [18] Slide Ring Gear (B) [19] Screw Set D3 x 12 [15]
Pinion (B) [20] Planet Gear (A) Set [21] First Ring Gear [22] Washer (B) [23]
-17-
(i) Confirm the direction of the groove when installing Slide Ring Gear (B) [19] so that the groove faces toward the Motor [33]. (See Fig. 7.) (ii) Install Washer (B) [23] in the Rear Case [14] with the projections of Washer (B) [23] engaged with the recesses in the Rear Case [14], and then turn Washer (B) [23] clockwise until it can turn no further. (See Fig. 8.) Fig. 8 Recesses Projection
Washer (B) [23]
Projection
(c) Install the Shift Arm [16] into the Rear Case [14]. With the ridge at the Shift Arm [16] facing the Motor [33] side, first install them on the unmarked side of the Rear Case [14]. Then insert the projections on the Shift Arm [16] into the holes in the Rear Case [14] and be sure to fit the projections into the grooves on Slide Ring Gear (B) [19] mounted inside the Rear Case [14]. (See Fig. 9.) Fig. 9 Shift Arm [16] Ridge
Shift Arm [16]
Hole
Grooves
Mark
(d) Install the Drill Chuck [2]. Use special repair tool (J-342, Code No. 324-582) to install the Drill Chuck [2], and then secure it with the Special Screw (Left Hand) M6 x 23 [1]. (e) Install the Shift Knob [38] onto the Shift Arm [16]. When installing the Shift Knob [38] onto the Shift Arm [16], note that the "LOW" mark on the Shift Knob [38] faces the Motor [33] with the Shift Arm [16] engaged with the recess on the Shift Knob [38].
-18-
(f) Assemble the Gear Box Ass'y [3] and Motor [33]. (See Fig. 10.) Fit the projection on the Motor Spacer [24] into the recess on the Rear Case [14] while ensuring that the Shift Knob [38] is aligned with the positive side of the Motor [33], and then turn the Motor Spacer [24] clockwise (as viewed from the rear of the Motor [33]) until it can turn no further. During installation, confirm that the pinion is press-fit onto
Fig. 10
Protrusion Recess
the shaft of the Motor [33] and that Planet Gear (A) Set [21] meshes properly.
4. Installation of the assembly unit in step 3 into Housing (A).(B) Set (a) Install the assembly reassembled in step (3) into Housing (A). Note that the projections on the Front Case [9] and Motor Spacer [24] are engaged in the recesses on Housing (A), and the projection on Housing (A) is engaged in the groove on the Clutch Dial [4]. (See Fig. 11.) Fig. 11 Motor Spacer [24]
Groove
Clutch Dial [4]
Front Case [9]
Projection
Recess
Projection
Housing(A)
-19-
(b) Mount the Pushing Button [32] to Housing (A). Confirm that the protrusion of the forward/reverse changeover lever of the DC-Speed Control Switch [40] is inserted into the groove on the Pushing Button [32]. (c) Bend the internal wire under the Controller Terminal Set [41] so that it fits in the housing. (See Fig. 12.) NOTE: Black oxide adhering to the contact point between the terminal and battery or peeled-off plating may result in higher temperature at the contact point, thereby causing the battery or Models DS 14DSFL and DS 18DSFL to malfunction. In such case, replace the Controller Terminal Set [41] with a new one (Fig. 3). (d) Set Housing (B) to Housing (A) and secure both sections with the nine Tapping Screw (W/Flange) D3 x 16 (Black) [26]. Fig. 12 Pushing Button [32]
DC-Speed Control Switch [40]
Controller Terminal Set [41]
Housing (A)
Terminal
-20-
(e) Check for proper operation of the Clutch Dial [4], Shift Knob [38] and Pushing Button [32]. Upon completing the reassembly procedure up to step (d), ensure that every indication on the Clutch " can be aligned with the triangle mark on Housing Dial [4] from number "1" to the drill mark " (A).(B) Set [25], respectively, and that the Clutch Dial [4] turns smoothly. If any indication on the Clutch Dial [4] cannot be aligned with the triangle mark on Housing (A).(B) Set [25], correctly remount the improperly mounted Clutch Dial [4] according to steps 2 and 3. Check for proper operation of the Shift Knob [38]. Confirm that the speed properly changes between high and low by shifting the Shift Knob [38]. If the speed cannot change properly or smoothly, correctly remount the improperly mounted Shift Knob [38] according to step 3.
5. Mounting the Hook Insert the Hook [30] into the groove at the lower portion on the side of Housing (A).(B) Set [25] and secure it by tightening the Truss Hd. Screw M4 (Black) [29]. Note that turning the Truss Hd. Screw M4 (Black) [29] too quickly may cause the Lock Nut M4 (Black) [35] in the housing to come off and idle. Therefore, slowly turn the Truss Hd. Screw M4 (Black) [29] so that the Lock Nut M4 (Black) [35] can be oriented toward the Truss Hd. Screw M4 (Black) [29]. The Hook [30] can be attached on either side of the main unit.
6. Other precautions on reassembly After completing reassembly, confirm that the rotating direction of the Drill Chuck [2] matches the position of the Pushing Button [32]. When the Pushing Button [32] is pressed from the (R) side, the rotating direction of the Drill Chuck [2] should be clockwise (as viewed from the rear). Switch the Models DS 14DSFL and DS 18DSFL on and off by using the battery. Use a 12 mm dia. (for the DS 18DSFL) or 9 mm dia. (for the DS 14DSFL) test bar to confirm that runout of the Drill Chuck [2] is 0.8 mm or less at a position 110 mm (for the DS 18DSFL) or 85 mm (for the DS 14DSFL) away from the tip of the chuck .
Screw Tightening Torque • Special Screw (Left Hand) M6 x 23 [1] -------------------------------------• Drill Chuck [2] --------------------------------------------------------------------• Screw Set D3 x 12 [15] --------------------------------------------------------• Machine Screw (W/Sp. Washer) M4 x 6 [28] -----------------------------• Tapping Screw (W/Flange) D3 x 16 (Black) [26]-------------------------• Truss Hd. Screw M4 (Black) [29] ---------------------------------------------
3.9 to 4.9 N·m (40 to 50 kgf·cm) 17.6 to 21.6 N·m (180 to 220 kgf·cm) 0.6 to 1.0 N·m (6 to 10 kgf·cm) 1.1 to 1.9 N·m (11 to 19 kgf·cm) 1.1 to 1.9 N·m (11 to 19 kgf·cm) 1.4 to 2.2 N·m (14 to 22 kgf·cm)
2. Precautions on Disassembly and Reassembly of the Battery Charger Please refer to the Technical Data and Service Manual for precautions on disassembly and reassembly of the Battery Charger Model UC 18YGSL.
-21-
STANDARD REPAIR TIME (UNIT) SCHEDULES MODEL
Variable
10
Fixed
20
30
Work Flow DS 14DSFL DS 18DSFL
General assembly
Housing (A).(B) Set Motor DC-Speed Control Switch Shift Knob
Drill Chuck
Hook
Gear Box Ass’y Clutch Dial Click Spring Nut Spring Front Case Ring Gear Planet Gear (C) Set Rear Case Shift Arm Slide Ring Gear (B) Pinion (C) Planet Gear (B) Set Pinion (B) Planet Gear (A) Set First Ring Gear
-22-
40
50
60 min.
LIST NO. H891
CORDLESS DRIVER DRILL Model DS 14DSFL
2010 • 9 • 27 (E1) 501
1
503
2
503
3 502
504
4 5 6 7
505
8 9 16
10
17 18
11
19
12
20
13
21
14
22 23
15 24
25 28 38 26
33 27
34 32 39 40 35 36 41
36 31
35
30 29
37
PARTS ITEM NO.
DS 14DSFL
CODE NO.
DESCRIPTION
NO. USED
REMARKS
1
311-959
SPECIAL SCREW (LEFT HAND) M6 X 23
1
*
2
332-050
DRILL CHUCK 10VLRH-N
1
*
2
332-043
DRILL CHUCK 10VLRH-N
1
FOR USA, CAN
3
333-315
GEAR BOX ASS'Y
1
INCLUD. 4-24
4
332-025
CLUTCH DIAL
1
5
332-741
CLICK SPRING
1
6
324-109
NUT
1
7
324-110
SPRING
1
8
324-347
WASHER (D)
1
9
333-314
FRONT CASE
1
10
306-936
STEEL BALL D5
6
11
332-027
RING GEAR
1
12
332-028
PLANET GEAR (C) SET (3 PCS.)
3
13
324-349
WASHER (A)
1
14
324-501
REAR CASE
1
15
324-357
SCREW SET D3 X 12 (4 PCS.)
4
16
324-115
SHIFT ARM
1
17
332-029
PINION (C)
1
18
332-031
PLANET GEAR (B) SET (3 PCS.)
3
19
332-030
SLIDE RING GEAR (B)
1
20
332-032
PINION (B)
1
21
332-034
PLANET GEAR (A) SET (3 PCS.)
3
22
332-033
FIRST RING GEAR
1
23
324-355
WASHER (B)
1
24
332-035
MOTOR SPACER
1
*
25
333-312
HOUSING (A). (B) SET
1
*
25
332-820
HOUSING (A). (B) SET
1
26
313-687
TAPPING SCREW (W/FLANGE) D3 X 16 (BLACK)
9
NAME PLATE
1
27 28
317-333
MACHINE SCREW (W/SP. WASHER) M4 X 6
2
29
327-001
TRUSS HD. SCREW M4 (BLACK)
1
30
332-824
HOOK
1
31
330-719
HITACHI LABEL
1
32
332-836
PUSHING BUTTON
1
33
332-559
MOTOR DC 14.4V
1
34
332-843
INTERNAL WIRE (BLACK) 130L
1
35
327-002
LOCK NUT M4 (BLACK)
2
FOR USA, CAN
36
327-004
PACKING
2
*
37
329-877
BATTERY BSL 1415 (EUROPE)
2
INCLUD. 504
*
37
333-351
BATTERY BSL 1415 (USA, CAN)
2
INCLUD. 504
38
332-036
SHIFT KNOB
1
39
324-499
INTERNAL WIRE (RED) 140L
1
40
332-822
DC-SPEED CONTROL SWITCH
1
41
332-823
CONTROLLER TERMINAL SET
1
-2-
*ALTERNATIVE PARTS
9 - 10
STANDARD ACCESSORIES ITEM NO.
501
CODE NO. 983-006
502
DS 14DSFL
DESCRIPTION
NO. USED
+ DRIVER BIT NO.2 65L
1
CHARGER (MODEL UC 18YGSL)
1
*
503
332-022
CASE (BLACK)
1
*
503
332-825
CASE
1
504
329-897
BATTERY COVER
1
TORCHLIGHT (MODEL UB 18DAL)
1
*
505
REMARKS
FOR TORCHLIGHT FOR USA, CAN
OPTIONAL ACCESSORIES ITEM NO.
CODE NO.
DESCRIPTION
NO. USED
601
955-657
- DRIVER BIT (A) 3MM X 70L
1
602
955-659
- DRIVER BIT (A) 4MM X 70L
1
603
955-674
- DRIVER BIT (A) 6MM X 70L
1
604
983-004
+ DRIVER BIT NO.1 65L
1
605
983-011
+ DRIVER BIT NO.3 65L
1
9 - 10
*ALTERNATIVE PARTS
REMARKS
-3-
DS 14DSFL ITEM NO.
-4-
CODE NO.
DESCRIPTION
NO. USED
*ALTERNATIVE PARTS
REMARKS
Printed in Japan (100927N)
9 - 10
LIST NO. H892
CORDLESS DRIVER DRILL Model DS 18DSFL
2010 • 9 • 27 (E1)
1 501
503
2 3 502
4
504
5 6 7 8 16
9
17 18
10
19
11
20 21
12 22
13 23
14 24
15
25 28 38 26
33 27
34 32 39 40 35 36 41
36 31
35
30 29
37
PARTS ITEM NO.
DS 18DSFL
CODE NO.
DESCRIPTION
NO. USED
REMARKS
1
311-959
SPECIAL SCREW (LEFT HAND) M6 X 23
1
*
2
332-049
DRILL CHUCK 13VLRS-N
1
*
2
324-205
DRILL CHUCK 13VLRM-N (W/O CHUCK WRENCH)
1
FOR USA, CAN
3
333-315
GEAR BOX ASS'Y
1
INCLUD. 4-24
4
332-025
CLUTCH DIAL
1
5
332-741
CLICK SPRING
1
6
324-109
NUT
1
7
324-110
SPRING
1
8
324-347
WASHER (D)
1
9
333-314
FRONT CASE
1
10
306-936
STEEL BALL D5
6
11
332-027
RING GEAR
1
12
332-028
PLANET GEAR (C) SET (3 PCS.)
3
13
324-349
WASHER (A)
1
14
324-501
REAR CASE
1
15
324-357
SCREW SET D3 X 12 (4 PCS.)
4
16
324-115
SHIFT ARM
1
17
332-029
PINION (C)
1
18
332-031
PLANET GEAR (B) SET (3 PCS.)
3
19
332-030
SLIDE RING GEAR (B)
1
20
332-032
PINION (B)
1
21
332-034
PLANET GEAR (A) SET (3 PCS.)
3
22
332-033
FIRST RING GEAR
1
23
324-355
WASHER (B)
1
24
332-035
MOTOR SPACER
1
*
25
333-313
HOUSING (A). (B) SET
1
*
25
332-821
HOUSING (A). (B) SET
1
26
313-687
TAPPING SCREW (W/FLANGE) D3 X 16 (BLACK)
9
NAME PLATE
1
27 28
317-333
MACHINE SCREW (W/SP. WASHER) M4 X 6
2
29
327-001
TRUSS HD. SCREW M4 (BLACK)
1
30
332-824
HOOK
1
31
330-719
HITACHI LABEL
1
32
332-836
PUSHING BUTTON
1
33
332-558
MOTOR DC 18V
1
34
332-843
INTERNAL WIRE (BLACK) 130L
1
35
327-002
LOCK NUT M4 (BLACK)
2
FOR USA, CAN
36
327-004
PACKING
2
*
37
333-352
BATTERY BSL 1815 (EUROPE)
2
INCLUD. 504
*
37
333-353
BATTERY BSL 1815 (USA, CAN)
2
INCLUD. 504
38
332-036
SHIFT KNOB
1
39
324-499
INTERNAL WIRE (RED) 140L
1
40
332-822
DC-SPEED CONTROL SWITCH
1
41
332-823
CONTROLLER TERMINAL SET
1
-2-
*ALTERNATIVE PARTS
9 - 10
STANDARD ACCESSORIES ITEM NO.
501
CODE NO. 983-006
502
DS 18DSFL
DESCRIPTION
NO. USED
+ DRIVER BIT NO.2 65L
1
CHARGER (MODEL UC 18YGSL)
1
503
332-022
CASE (BLACK)
1
504
329-897
BATTERY COVER
1
REMARKS
OPTIONAL ACCESSORIES ITEM NO.
CODE NO.
DESCRIPTION
NO. USED
601
955-657
- DRIVER BIT (A) 3MM X 70L
1
602
955-659
- DRIVER BIT (A) 4MM X 70L
1
603
955-674
- DRIVER BIT (A) 6MM X 70L
1
604
983-004
+ DRIVER BIT NO.1 65L
1
605
983-011
+ DRIVER BIT NO.3 65L
1
9 - 10
*ALTERNATIVE PARTS
REMARKS
-3-
DS 18DSFL ITEM NO.
-4-
CODE NO.
DESCRIPTION
NO. USED
*ALTERNATIVE PARTS
REMARKS
Printed in Japan (100927N)
9 - 10
