AGP TC100 User manual

Original operating instructions
For your personal safety, READ and UNDERSTAND before using.
SAVE THESE INSTRUCTIONS FOR FUTURE REFERENCE.
Version:20121227

2
Power Supply Cable
Diamond
Core Bit (not
included)
Motor Head
Crank
Switch
Gear Selector
Vacuum Coupling
Gib Adjustors
Vacuum Valve
Motor Head Height
Adjuster
Vacuum Guage
Water Valve
Water Coupling
Vacuum Base
Centering Aid
Water Collector
Voltage See Machine Nameplate
Power Input 1100 W
No Load min-1 1000 / 2000
Rated Load min-1 600 / 1200
Maximum Core Drilling Capacity 100mm
Minimum Vacuum 0.7 Bar (10 psi)
Spindle Thread 1/2” BSP Female
Protection Class Class 1 With RCD
Dimensions 291 x 234 x 320mm
Weight 10.45kg
TECHNICAL DATA

3
GENERAL SAFETY INSTRUCTIONS
WARNING: Read all safety warnings and all instructions. Failure to follow the warnings
and instructions may result in electric shock, re and/or serious injury.
Save all warnings and instructions for future reference. The term "power tool" in the warnings
refers to your mains-operated (corded) power tool.
1) Work area safety
a) Keep work area clean and well lit. Cluttered or dark areas invite accidents.
b) Do not operate power tools in explosive atmospheres, such as in the presence of
ammable liquids, gases or dust. Power tools create sparks which may ignite the dust or
fumes.
c) Keep children and bystanders away while operating a power tool. Distractions can
cause you to lose control.
2) Electrical safety
a) Power tool plugs must match the outlet. Never modify the plug in any way. Do not use
any adapter plugs with earthed (grounded) power tools. Unmodied plugs and matching
outlets will reduce risk of electric shock.
b) Avoid body contact with earthed or grounded surfaces, such as pipes, radiators, ranges
and refrigerators. There is an increased risk of electric shock if your body is earthed or
grounded.
c) Do not expose power tools to rain or wet conditions. Water entering a power
tool will increase the risk of electric shock.
d) Do not abuse the cord. Never use the cord for carrying, pulling or unplugging the power
tool. Keep cord away from heat, oil, sharp edges or moving parts. Damaged or entangled
cords increase the risk of electric shock.
e) When operating a power tool outdoors, use an extension cord suitable for
outdoor use. Use of a cord suitable for outdoor use reduces the risk of electric shock.
f) If operating a power tool in a damp location is unavoidable, use a residual current
device (RCD) protected supply. Use of an RCD reduces the risk of electric shock.
NOTE The term “residual current device (RCD)” may be replaced by the term
“ground fault circuit interrupter (GFCI)” or “earth leakage circuit breaker (ELCB)”.
3) Personal safety
a) Stay alert, watch what you are doing and use common sense when operating
a power tool. Do not use a power tool while you are tired or under the inuence of drugs,
alcohol or medication. A moment of inattention while operating power tools may
result in serious personal injury.
b) Use personal protective equipment. Always wear eye protection. Protective
equipment such as dust mask, non-skid safety shoes, hard hat, or hearing protection
used for appropriate conditions will reduce personal injuries.
c) Prevent unintentional starting. Ensure the switch is in the off-position before
connecting to power source and/or battery pack, picking up or carrying the tool. Carrying
power tools with your nger on the switch or energising power tools that have the switch on
invites accidents.
d) Remove any adjusting key or wrench before turning the power tool on. A wrench or a
key left attached to a rotating part of the power tool may result in personal injury.

4
e) Do not overreach. Keep proper footing and balance at all times. This enables better
control of the power tool in unexpected situations.
f) Dress properly. Do not wear loose clothing or jewellery. Keep your hair, clothing and
gloves away from moving parts. Loose clothes, jewellery or long hair can be caught
in moving parts.
g) If devices are provided for the connection of dust extraction and collection
facilities, ensure these are connected and properly used. Use of dust collection can reduce
dust-related hazards.
4) Power tool use and care
a) Do not force the power tool. Use the correct power tool for your application. The correct
power tool will do the job better and safer at the rate for which it was designed.
b) Do not use the power tool if the switch does not turn it on and off. Any power tool that
cannot be controlled with the switch is dangerous and must be repaired.
c) Disconnect the plug from the power source and/or the battery pack from the
power tool before making any adjustments, changing accessories, or storing power
tools. Such preventive safety measures reduce the risk of starting the power tool
accidentally.
d) Store idle power tools out of the reach of children and do not allow persons
unfamiliar with the power tool or these instructions to operate the power tool. Power
tools are dangerous in the hands of untrained users.
e) Maintain power tools. Check for misalignment or binding of moving parts,
breakage of parts and any other condition that may affect the power tool’s
operation. If damaged, have the power tool repaired before use. Many accidents
are caused by poorly maintained power tools.
f) Keep cutting tools sharp and clean. Properly maintained cutting tools with sharp
cutting edges are less likely to bind and are easier to control.
g) Use the power tool, accessories and tool bits etc. in accordance with these
instructions, taking into account the working conditions and the work to be
performed. Use of the power tool for operations different from those intended could
result in a hazardous situation.
5) Service
a) Have your power tool serviced by a qualied repair person using only identical
replacement parts. This will ensure that the safety of the power tool is maintained.
Special safety instructions for Tile Drilling Machine
DANGER
• Only hold the machine by the insulated grips when drilling. The diamond core bit can
come into contact with concealed cables or the machine’s own cable when drilling. If
the diamond core bit hits a power cable, unprotected metal parts of the power tool can
conduct electricity, causing the user to suffer an electric shock.
• The locking screw for the ground/earth cable may never be loosened, otherwise there is
acute danger to life!
• Check the ground (earth) connection of the electrical plug.
• Never use the machine without the PRCD fault-current safety switch supplied.
• Always check the PRCD fault-current safety switch for correct functioning before starting a
drilling operation.
• Ensure that no water is allowed to get into the motor unit during operation.

5
• If you detect a leak in any part of the water supply system, shut the machine down
immediately and repair the fault. Water pressure should not exceed 70 psi (4 bar).
• Take care not to damage gas, water, power and other conduits in the area of the drilling
operation. Drain or shut off these conduits as required.
• Block off the working area and place warning signs on both sides of the wall when drilling
through from one side to the other.
• Take appropriate precautions to ensure that, in the event of a drilling core dropping out,
no personal injury or material damage will result.
• When drilling hollow components, check the ow route of the cooling water in order to
prevent damage.
• Note that the diamond core drilling bits can become stuck at any time.
• During core drilling, there is a danger of the machine jumping out of control.
• WARNING: Pull the plug out of the socket before making device settings or changing
accessories. Many accidents are caused by accidental starting of power tools.
• Fix the base to a rm, smooth, level, surface. The power tool cannot be guided evenly and
safely if the base can slip or shake
WARNING: Do not use this machine on a wall or ceiling. Only use on the oor.
Explanation of symbols
Read the operating instructions before use
Power tool complies with protection class 1. Always ground.
Environmentally friendly disposal
CE conformity mark
INTRODUCTION
This machine is for the intended purpose of on-site core drilling of tiles which are already
installed. All other uses which are not for the intended purpose are prohibited. Its design allows
for accurate and stable drilling with precise guidance. It must be used in conjunction with a
vacuum pump to secure it to the work. It is equipped with water feed which is required for the
diamond core drilling process. There is a water collector device to be used with a wet vacuum
cleaner to control waste water from the drilling process. This water collector is also equipped
with a centering aid.It is equipped with a two speed mechanical gearbox for different core drill
size ranges. It is equipped with a PRCD (portable residual current device) which must be used
at all times for enhanced electrical safety.
Electrical connection
The network voltage must conform to the voltage indicated on the tool name plate.
Under no circumstances should the tool be used when the power supply cable

6
is damaged. A damaged cable must be replaced immediately by an authorized
Customer Service Center. Do not try to repair the damaged cable yourself. The use of
damaged power cables can lead to an electric shock.
WARNING:This machine is equipped with a Portable Residual Current Device (PRCD) also
known as a Ground Fault Circuit Interrupter (GFCI). Always use this device whenever using the
machine to reduce the risk of shock hazards. Always position the device PRCD as close
as possible to the power source.
Test the PRCD device before each use.
Press the “Test” button to test. Press the “Reset” button to
energize the circuit to the machine.
WARNING: Always connect the plug into the wall socket
with a drip loop. If the cable leads downward directly into
the wall socket, any water on the cable could run into the
socket, causing a hazard.
LIST OF CONTENTS
• Tile Core Drilling Machine
• Water Collector Device
• T-handle hex key M6
OPERATING INSTRUCTIONS
1. Mounting the core bit
CAUTION: Ensure that the threads of the spindle and the core bit match. Attempting to mount
mismatched threads will result in damage to both threads.
Ensure both the core bit and the machine spindle are clean. Any debris could cause excessive
run-out of the mounted core bit. Excessive run-out can cause premature failure of the core
bit and/or damage to the work piece such as chipping and cracking. Tighten the bit to the
spindle using two wrenches.
Choosing the correct core bit for the job:
Ensure that the bit you are using is suitable for the material of the tile you are drilling.
There are two main types of diamond core bit:
Wet/dry type-electroplated (surface set) diamond core bits and wet type-sintered
(impregnated) diamond core bits.
Electroplated bits, also known as wet/dry type, are only suitable for less hard materials. The
diamonds are sharp and coarse and are only set on the surface. They have a much shorter
service life than sintered bits and cannot be dressed (resharpened). Once they become dull,
they must be replaced. They tend to work well with softer, abrasive materials like brick. They are
not suitable for very hard materials like porcelain and granite.
Cover
Test Button Reset Button On Lamp
• L-hex key M2.5
• M8 combination wrench
• M32 open-end wrench

7
Sintered bits, also known as wet type, are much longer lasting but require operator knowledge
for best results. Water is absolutely always required with sintered bits. The bit is impregnated
with many layers of diamond in its metal matrix. As the matrix (bond) wears, new diamonds are
exposed. If the bit becomes glazed, it can be resharpened by dressing with an appropriate
alumina oxide or silicon carbide dressing stick. There are many variables with sintered diamond
core bits, such as diamond grade and type, diamond grit size, bond type, bond hardness,
and bit wall thickness. Consult with your diamond core bit supplier for the best bit for your
application. Tiles vary widely in hardness. Granite and porcelain are especially hard.
2. Water Supply
CAUTION: Never use this machine without water feed. Running dry will overheat and destroy its
spindle water seals.
Water is a basic requirement for diamond core drilling. The water serves as a coolant to avoid
the working surface at the tip of the bit from overheating. When the diamond bit becomes
overheated, even the diamonds break down. The most frequent cause of diamond drill
damage is drilling without enough coolant water.
Water should always be used to cool and lubricate the bit and to ush out abrasive particles
formed while drilling.
To connect the water supply. Attach the quick-release water coupling to a water hose. Use
the water feed valve to adjust water flow as
needed.
WARNING: Never allow water to enter the motor. It
could lead to an electric shock.
WARNING: Check all connections of the water feed
system to ensure there are no leaks. Inspect hoses
and other critical parts which could deteriorate.
WARNING: The maximum water pressure should not exceed 70 psi (4 bar).
Use the water collector with a wet vacuum to collect cooling water if nearby objects could be
damaged by water.
Water Collector
Mount the water collector device to the base using the
hand knob. Attach the hose of a wet-type vacuum cleaner
to the vacuum port. The water collector also incorporates a
centering aid pointer. When the pointer is opened against
the spring tension, it indicates the exact center of cut. When
released, it automatically returns to the stowed position.
Water Valve
Quick-Release
Water Coupling
Open
Closed
Spring-Loaded Centering Aid
Open position

8
3. Vacuum Pump
This machine must be used in conjunction with a vacuum pump.
Connect the vacuum hose quick-release coupling to the vacuum
valve tting on the vacuum base of the machine.
WARNING: Never attempt to use this machine without a vacuum
pump or if the vacuum base is damaged. Ensure that the vacuum
base of the machine is clean and the seal is undamaged before
each use. Never attempt to clamp the machine in any way other
than that which it was designed. This could cause a hazard.
WARNING: Never attempt to drill unless there is a minimum of 10 psi
(0.7bar) of vacuum.
4. Selecting Speeds
There are 2 speed ranges to suit the bit size and work piece
hardness. Choose the slowest speed for large diameter bits and
hard materials.
CAUTION: Never attempt to change gears on a running
machine! Only adjust when the machine is at rest.
Select the desired gear range by first swinging the gear selector
tab out of the detent slot then shifting up or down into the desired
gear. Then pop the selector tab back into the detent. It will usually
be necessary to turn the spindle by hand a little to get it to shift all
the way.
5. Motor Head Height Adjustment (See page 2 )
The height of the motor head on the slide is adjustable on this
machine to suit different sizes of diamond core bit. It is always
wise to keep the slide as low as possible in the guidance gibs yet
still have enough stroke to nish the cut. This will make the drilling
operation more stable. A good starting point would be start with
the slide at the bottom of its stroke. Then raise the slide slightly
more than the amount of the desired depth of cut. Then loosen
the motor head height adjustor (after you loosen it, give it a tap
to unlock the motor head). Now raise the motor head just high
enough on the slide so that the diamond core bit can t with some
clearance.
Gear Selector Tab
Motor Head Height
Adjustor
Vacuum Base Seal
Vacuum Valve
Open
Closed

9
WARNING: Take care that the bit does not come crashing down when the height adjustor is
loosened.
6. Diamond Core Drilling
WARNING: When coring through a oor, the core will fall down. Take precautions to avoid
injury or damage below.
NOTE: When cutting with a new bit for the rst time, use less than normal feed pressure for
a time until it breaks-in.
a. With all connections ready and secure, place the machine in the exact position desired.
With the bit raised or removed, hold the centering aid pointer in the fully open position
against the spring tension. It will indicate the exact center of the cut. Double check
position, then turn on the vacuum pump and push down on the base to allow it to build
vacuum. Allow it to achieve at least 10psi (0.7 bar) or more of vacuum.
b. Turn the machine on, open the water valve slightly and very gently begin the cut.
Use very light feed pressure to prevent the bit from wandering until the bit is fully
penetrated into the cut.
c. Make adjustments to the water feed as needed. The water leaving the cut should
have a solid color. If the exiting water is clear, then reduce the water .
If the exiting water is thick and muddy, then increase the water. It’s very important
that the water has enough pressure to ush cutting debris out of the cut.
d. Once in the cut, use steady feed pressure for about 30 seconds, then back off the bit
for about 10 seconds to allow cutting debris to escape the kerf (cutting area) and for the
bit to cool. Then repeat this cycle until nished.
The diamond impregnated segments in a wet type (sintered) diamond core bit operate on
a principle of controlled erosion. The bond matrix holding the diamonds is continually worn
away by abrasion with the work piece, exposing the harder diamonds to stand proud
from the bond matrix. A bit with good diamond exposure is a sharp bit.
This erosion process causes heat and particles, which require water to cool and rinse
free. Without adequate water, the bit would overheat and be destroyed.
With too much water and not enough feed pressure, there would not be adequate erosion
of the bond matrix (the diamonds not exposed) and the bit becomes dull (diamond
segments polish smooth). This is called glazing and luckily the bit can be de-glazed
(sharpened). If the bit seems to refuse to cut anymore, you know that it is glazed.
See below: ”SHARPENING A GLAZED BIT ”
Never use a sharp motion or the bit will be damaged. Conversely, don’t feed too gently
or the diamond segments will become glazed. Make the bit work, but don’t be abusive
or give the bit shock impacts into the work.
If the cut is very deep, the core plug may be obstructing the ow of cooling water. In this case,
stop drilling, and chisel out the core plug before continuing.
If embedded steel such as rebar is encountered take special care. When the steel is
encountered, the water will generally go clear and vibration will begin. Feed very gently
and let the bit go at its own pace, if there too much vibration the bit will be destroyed.
Once the steel is passed, continue normally. A properly sharp bit with good diamond
exposure should be able the cut through rebar if handled well.

10
When the cut is nished keep the motor running until the bit is removed from the cut to
avoid it getting stuck.
CAUTION: Drilling operations are very stressful to the motor and at the end of the cut, the
motor temperature will be very hot, always run the motor at no load for a few minutes until the
temperature returns to a normal range before shutting off. Turn the water feed down to a very
small amount of ow (not off), just enough to keep the water seals from overheating when you
perform this step.
Then turn off the switch, allow the coasting bit to stop, shut off the water supply.
To remove the machine from the work piece, shut off the vacuum pump. Disconnect the
vacuum hose coupling to release the vacuum seal.
WARNING: When the hose coupling is opened, the vacuum will be suddenly released.
If the vacuum base is mounted to a slanted surface and it is unsafe to allow a sudden loss of
vacuum, then rst close the vacuum valve before removing the vacuum hose coupling. Then
the vacuum can be controllably released by slowly opening the valve.
SHARPENING A GLAZED BIT
If the bit becomes glazed, the ideal way to resharpen and true it up is by dressing with an
appropriate alumina oxide or silicon carbide dressing stick. Simply drill into the stick as many
times as necessary to restore its cutting performance.
If it is only slightly dull, while cutting, you may first reduce the water flow until the water
exiting the cut is really muddy.
If that still does not work the only choice is a dressing stick.
VIBRATION TROUBLESHOOTING
If vibration occurs and it is not caused by embedded steel, stop drilling to nd the
cause and remedy.
CAUTION: Do not operate with vibration or there will be serious hazard and the diamond
core bit will surely be destroyed.
Vibration is usually caused by:
1. A bit with too much runout
SOLUTION: Replace bit.
2. A bit with diamond segments broken off
SOLUTION: Replace bit.
3. Shifted vacuum base or loose gibs
SOLUTION: Retighten mountings or adjust gibs as needed.

11
KEEP TOOL CLEAN
Periodically blow out all air passages with dry compressed air. All plastic parts should
be cleaned with a soft damp cloth. NEVER use solvents to clean plastic parts. They could
possibly dissolve or otherwise damage the material.
Wear s afety glasses while using compressed air.
SPECIAL INSTRUCTIONS FOR THE VACUUM BASE SEAL
CAUTION: KEEP THE VACUUM BASE SEAL CLEAN
ALWAYS clean the seal of the vacuum base with water and a damp soft cloth after each use.
The slurry formed during diamond coring when dry will harden on the seal, causing premature
cracking and failure of the seal.
CAUTION: ALWAYS TEST THE SEAL FOR LEAKS BEFORE DRILLING EACH TIME THE MACHINE IS USED.
To test, run the vacuum pump and after the vacuum of about 0.7bar or more is achieved, look
at the vacuum guage and see if the base can hold without leaking. If the the vacuum level
cannot be maintained, the seal will need to be replaced.
Replacing the vacuum base seal:
If the seal needs to be replaced, remove the old seal and clean the channel. Then, starting
from one end, gently press in the new seal. Ensure that there is no gap at the ends.
NOTE: Avoid deformation of the seal. When storing the machine, never place it in a position
that would allow the seal to be pressed against an uneven surface. This would lead to
deformation and premature failure of the seal. Store the machine in a position so that the seal
is not in contact with any object.
MAINTENANCE
To keep your diamond coring machine in top condition, periodic maintenance must
be performed. In addition always check for a damaged power supply cable, a damaged
vacuum base gasket, check for loose fasteners and always keep alert for
unusual noises and vibration when operating.
WARNING: Never operate a damaged machine. Always tag a damaged machine and
take it out of service until repairs can be made.
Periodic maintenance should include the following:
• Lubricate the rack and pinion.
• Adjust gibs as needed
• Replace water seals as needed.
• Replace the carbon brushes as needed
• Each year perform a full mechanical
inspection, cleaning and re-lubrication of all gears, pinions, clutch, etc.

12
THE GIBS (DOVETAIL SLIDES)
The gibs require adjustment if too loose. To adjust, loosen the
lock nuts and adjust the adjustor screws evenly while moving the
handle up and down. Adjust so that there is no free play, without any
binding anywhere in its range of travel. Then retighten the lock nuts.
Periodically check, lubricate, and adjust as needed.
MAINTENANCE
1. Keep the machine clean and free of chips.
2. Check for loose ttings and tighten as needed.
3. Ensure that the ventilation slots are clear so that motor can be cooled normally. Blow low-
pressure compressed air through the ventilation slots with the motor running to keep motor
clean.
WARNING: Always wear eye protection when using compressed air.
THE CARBON BRUSHES
The carbon brushes are a normal wearing part and must be replaced when they reach their
wear limit.
Caution: Always replace the brushes as a pair.
To replace:
1. Remove the 2 screws and remove the motor tail cover.
2. Using pliers rotate the brush spring out of the way and slide
the old carbon brush out of the brush holder.
3. Unscrew the screw to remove the brush lead. The old
carbon brush may now be lifted away.
4. Install a new brush. Installation is the reverse of removal.
5. Replace the motor tail cover.
CARBON BRUSHES
Due to the brush design, if the machine comes to a stop
without any reason, the brushes have to be checked. The
brush design stops the machine before the carbon brushes
are nished and protects the motor.
If the replacement of the power supply cord is necessary, this has to be done by the
manufacturer or their agent in order to avoid a safety hazard.
L-hex key

13
WIRING
MOTOR
MAGNET
SWITCH
AC
CARBON
BRUSH
CARBON
BRUSH

14
EXPLODED VIEW
08 06 05 04 03 10
11
12
13 14 15
09
29 28
19
30 31
19
27
19
26 25
20
21
19
22 23
24
02 01 07
36
19
32 34 35
37
38 39 40 41 42 43 44 45 46
44
47 48
39
41
40 42 43
49
52 53
17 18
50
16 54
55
83
84
56
2012.07.10 NO.01~101 V1.0
81 80
61
62
63
54
77
74
75
61
71
72
82
55 47
73
55
57
78
68
79
58
59
60
65
66
67
33
70
70
64
51
96
99 97 98
100
70
101
69
85
85
85-01
86
87
87
91
92
76
90
89
88
93
94
94
95
85-02 85-03
85-04 85-05 85-06 85-07 85-08
85-09 85-10
85-11
85-07
85-12
85-13
85-14

15
PARTS LIST
No. Parts Name Q'ty
59 GIB LOCK NUT M5 5
60 THUMB SCREW M5 x 16 1
61 BUSHING Ø28 x Ø32 x 12 2
62 FLAT WASHER Ø6 x Ø40 x 2.5 1
63 FLAT WASHER Ø6 x Ø25 x 1 1
64 MOTOR SWITCH 1
65 GIB STRIP - LEFT 1
66 GIB STRIP - RIGHT 1
67 GIB TENSIONER 260 x 11 x 2.3 1
68 STAR WASHER M5 1
69 PANEL 1
70 SCREW M4 x 8 9
71 CRANK PINION 1
72 CRANK HANDLE 3
73 SCREW M4 x 30 2
74 STRAIN RELIEF 7cm 1
75 CORD ARMOR 1
76 PRCD INTERRUPTER 1
77 POWER SUPPLY CABLE 1
78 CABLE GLAND 1
79 TERMINAL COVER 4
80 L-HEX KEY M2.5 1
81 WRENCH M8 1
82 T-HANDLE HEX KEY M6 1
83 TRUSS HEAD SCREW M4 x 6 2
84 FLAT WASHER Ø4 x Ø10 x 1 2
85 VACUUM BASE ASSY. 1
85-1 SEAL 62cm 1
85-2 FLAT HEAD SCREW M4x15 6
85-3 VACUUM BASE 1
85-4 COVER PLATE 1
85-5 PUSH LOCK FITTING PT1/8" x Ø6 1
85-6 ELBOW FITTING 1/4"x1/4" 1
85-7 VALVE 2
85-8 VACUUM NIPPLE FITTING 1
85-9 SCREW M4x10 4
85-10 MOUNTING STRAP 2
85-11 UNION FITTING 1
85-12 WATER NIPPLE FITTING 1
85-13 O-RING Ø12 x Ø17 x 2.5 1
85-14 WATER COUPLING 1
85-15 FLAT HEAD SCREW M4x12 9
86 FLAT HEAD SCREW M6x35 3
87 NYLOC NUT M6 3
88 ELBOW FITTING 1/8"M x 1/4"U 1
89 VACUUM GAUGE D65d50 1
90 SCREW M3x4 3
91 TUBE Ø4xØ6 1
92 WATER TUBE Ø4xØ6- 30cm 1
93 SWITCH PANEL 1
94 TIE 2.5mmX200mm 2
95 WRENCH M32 1
96 EARTH SYMBOL 1
97 EXTERNAL CIRCLIP Ø0.8 x Ø8.6 1
98 WATER COLLECTOR RING 1
99 CENTERING POINTER 1
100 TORSION SPRING 1
101 HAND KNOB M6 x 35 1
No. Parts Name Q'ty
1 PARALLEL KEY 5 x 5 x 10 1
2 SPINDLE 1/2BSP 1
3 INTERNAL CIRCLIP R-47 1
4 BEARING 6005 2RS 1
5 EXTERNAL CIRCLIP S-25 1
6 SCREW M5 x 65 2
7 SCREW M5 x 110 2
8 PUSH LOCK FITTING 1
9 GEAR CASE 1
10 SELECTOR TAB 1
11 SPRING Ø1 x Ø9 x Ø11 x 4T x 10.5L 1
12 SHOULDER SCREW 1
13 DETENT PIN 1
14 SPRING Ø5.3 x Ø6.5 x 5T x 17L 1
15 E-CLIP E-3 1
16 HEIGHT LOCK 1
17 LOCK BRACKET 1
18 SCREW M4 x 10 4
19 BEARING 608 zz 5
20 PARALLEL KEY M5 x 5 x 50 1
21 INTERMEDIATE GEAR PINION M1.25 x 16T 1
22 INTERMEDIATE GEAR M1.0 x 41T & 32T 1
23 NEEDLE BEARING HK 0810 1
24 SELECTOR FORK 1
25 OIL SEAL Ø25 x Ø40 x 7 2
26 OUTPUT GEAR M1.25 x 33T 1
27 EXTERNAL CIRCLIP S-15 1
28 MAINSHAFT PINION M1.0 x 16T & 25T 1
29 PARALLEL KEY 4 x 4 x 8 1
30 INPUT GEAR M1.0 x 36T 1
31 EXTERNAL CIRCLIP S-10 1
32 GEAR PLATE 1
33 FAN BAFFLE 1
34 BEARING 6001-2RU 1
35 ARMATURE 7T 1
36 SCREW M5 x 60 2
37 STATOR 1
38 MOTOR HOUSING 1
39 NUT M4 x 8 2
40 BRUSH HOLDER 2
41 CARBON BRUSH 7 x 11 x 17 2
42 BRUSH SPRING 2
43 SCREW M4 x 10 2
44 SCREW M4 x 12 4
45 MOTOR TAIL COVER 1
46 SCREW M4 x 25 2
47 CABLE CLIP 2
48 SCREW M4 x 14 2
49 WIRE CONNECTOR C4 3
50 MOTOR COVER PLATE 1
51 FLAT HEAD SCREW M4 x 8 4
52 MOTOR CABLE 1.25 x 2C x 65cm 1
53 CABLE PROTECTOR 40cm 1
54 SOCKET CAP BOLT M6 x 16 3
55 SLIDE 1
56 GEAR RACK 1
57 STAND BODY 1
58 GIB SET SCREW M5 x 20 5