VECTECH 963D User manual

VECTECH 963D
Self-Feeder Soldering Station
Operation Manual
Thank you for purchasing a Self-Feeder Lead Free Soldering Station. Please read this manual
before operating the unit. Store this manual in a safe, easily accessible place for future
reference.

!
CAUTION
●Appliance shall only be used with rated voltage and frequency. (Refer to the nameplate
back of the unit)
●Don’t use or stop the use if the appliance is damaged, especially the supply cord.
●Please avoid an abuse of the equipment, use the appliance only in the described manner.
●The appliance is used in the room.
●Before replacing tip or storing the unit, turn the power off and allow the tip to cool to
room temperature due to the burned danger.
●Don’t touch the metallic parts near the Tip.
●Don’t use the unit for applications other than soldering.
●Don’t rap the soldering iron against the work bench to shake off residual solder, or
otherwise subject the iron to severe shocks.
●Don’t wet the appliance and don’t disconnect the appliance with wet hands and
without to force the supply cord.
●The soldering process will produce smoke, so make sure the area is well ventilated.
●While using the unit, don’t do anything that may cause bodily harm or physical
damage.
●The unit is equipped with a 3-wires grounding plug and must be plugged into a
3-terminal grounded socket. Don’t modify plug or use an ungrounded power socket.
●Children don’t realize the risks of electrical appliance. Therefore use or keep the
appliance only under supervision of adults and out of the reach from children.

SECTION 1 Summary
The unit is Automatic self-feeder lead free soldering system. Digital display, adjusting with
button, furthermore, design with automatic sleep and digital calibration function, easy and
prompt to use. Adopt step motor, feeding precise and the precision is controlled optionally.
Feeding speed and time, returning are all adjustable and steady, reach to perfect soldering
effect and high efficiency. One hand operation, easy to solder. With the optimized
combination, it works only with Soldering Iron without Soldering Station. The Soldering Iron
adopts high frequency heating, rapid heat and recovery speed to realize lead free solder.
SECTION 2 Specification
Working voltage of heating element 36V/400KHZ
Range of temperature 200℃~480℃
Temperature Stability ±2℃
Tip to Ground Potential <2mv
Tip to Ground Resistance <2Ω
Max Power consumption of unit 90W
Motor Step Motor
Feeding speed About 2.7mm/s~27mm/s (36°/s~360°/s)
Feeding Length 0~150mm
Feeding Interval Time 0~2.7s
Returning Time 0~0.9s (About 0~25mm Speed: 360°/s)
Feeding Mode Auto (1~9) / Manual (0)
Dia of solder wire 0.5,0.6,0.8,1.0,1.2,1.4,1.6 (mm)
Weight of solder wire usable ≤1Kg (Roll)
SECTION 3 Character
* Iron soldering adopt high frequency heating, K type sensor, rapid heat and recovery speed to
realize lead free solder. Many kinds of long service life soldering tips optional, easy to use.
* Digital display, Button adjustment, digital calibration and design with automatic sleep
function.
* Auto and Manual Feeding Mode optional and the times adjustable.
* Feeding Speed and Feeding Length and Feeding Interval Time adjustable, further more it is
designed with Returning function to reduce solder wire consumption.
* Two kinds of Feeder Tube can be chose, and easier and more convenient to using.
Long tube with Manual Touch Switch is suitable for active soldering. Short tube is suitable
for fixed soldering.

* Both of Pedal switch and Manual switch can be use.
* It is used as Lead Feed Soldering Irion.
* ESD safe by design to avoid damaging sensitive element because of static.
SECTION 4 Panel Picture
SECTION 5 Combination
* Choose match Soldering Tip in accordance with Soldering Point.
* Choose Solder Wire Ring in accordance with Solder Wire diameter.
* Choose Feeder Tube in accordance with Solder Wire diameter
* Choose Guide Tube Assembly in accordance with Solder Wire diameter.
NOTE: Please fix on Solder Wire diameter when purchasing the unit, in order to match
Feeder Tube Assembly and Solder Wire ring exactly.
Display Window
Temperature Bottom
Digital Switch
Power Switch

SECTION 6 Product picture and parts name
10
11
8
6
4
3
2
1
9
12
7
5
Main Unit
17
16
15
14
13
Feeder Tube Assembly (0.46m Short Tube)
Feeder Tube Assembly (0.8m Long Tube)
Feeder Tube (0.46m)

Parts name:
Main unit
Item No.
Part Name
Description
1, 2
Nut
Handle Bracket Assembly
3
Handle clamping element
Handle Bracket Assembly
4
Lead free soldering iron handle assembly
5
Handspike
6
Pressure adjusting screw
7
Feeder tube assembly
Optional
8
Solder Wire Axis
Install Solder Wire
9
Solder Wire holder
Install Solder Wire Axis
10
Metal plate
11
Cleaning sponge
12
Pedal Switch
Optional Part
Feeder Tube (0.8m)
Guide Tube Assembly
(Using for top Feeding )
Guide Tube Assembly
(Using for bottomFeeding)

Feeder Tube Assembly:
Item No.
Part Name
Remark
13
Guide Tube
14
Locking Screw
15
Connector
16
Plug
17
Feeder Tube Head
SECTION 7 Installation
Before installation, please check the parts and make sure whether the power supply voltage
accords with the nameplate.
1. Install Handle Bracket assembly to the unit
Screw off the Nut ①of the unit, install bracket assembly on the screw and screw down the
Nut.
2.Install Feeder tube assembly
There are two types of feeder tube assembly optional: Length of 0.46m (Short Tube) and
Length of 0.8m (Long Tube). Installation and operation have a little difference.
Installation of Short Tube:
Screw off the black nipple of handle assembly, install the handle into the connector and screw
on the black nipple again. Unscrew the fixing screw of feeder tube head on the top cover of
unit, insert feeder tube head ⑰and then tighten the screw.
Installation of Long Tube:
Screw off the black nipple of handle assembly, install the handle into the connector and screw
on the black nipple again. Unscrew the fixing screw of feeder tube head on the top cover of
unit, insert feeder tube head ⑰and then tighten the screw. Finally, insert plug ⑯into
socket behind the unit.
3.Install pedal switch
Put the plug of Pedal switch into pin-2 socket behind the unit.
4.Install Solder wire
a. Pull the solder wire axis ⑧across the framework of solder wire and place it to the
solder wire holder ⑨back of unit. Make the notch on each side of solder wire axis lock
into solder wire holder.
b. Pull the solder wire head and insert it into wire guide tube behind the top, push Handspike
⑤to widen the gap between two running gear wheels, so it can cross the feeder tube
easily.
c. Set the Mode Switch as 0, insert power plug and turn on Power Switch . Make the feeder
tube as straight as possibly, step on Pedal Switch or press down the red Touch Switch

until the solder wire is sent out. Turn off power switch.
5.Install Soldering Iron
Screw off Nut ②on the bracket assembly and remove Handle clamping element ③. Place
soldering iron in the other Handle clamping element and install the previous one (Make the
Handle in the middle of them), and then screw on Nut ②.
Connect plug of soldering iron handle to pin 6 receptacle in front of unit and tighten it.
6.Adjust the position of Guide tube and Soldering tip
Turn the Connector to change combination location of Guide tube and Soldering tip. Unscrew
Locking Screw ⑭of Guide tube and turn around Guide tube ⑬can also change
combination location of Guide tube and soldering tip.
7.Adjust direction of soldering iron
When adjust direction, first unscrew the Nut of corresponding direction, and then adjust.
Unscrew the Nut at the bottom end of Bracket assembly and turn around or rotate Bracket
assembly can all adjust direction of Soldering Iron. Finally, tighten Nut after adjusting.
Unscrew two Nuts ①and ②on top end of Bracket simultaneously and turn around Handle
clamping element can also adjust direction of Soldering Iron.
NOTE:
* Please be careful not to break heating element when screw off black nipple to install
connector.
* If step on Pedal Switch or press down the red Touch Switch, the solder wire can’t be sent
out automatically, it needs to adjust feeding pressure―Pressure adjusting screw ⑥. Refer
to parameter setting.
* The Feeder tube can’t be bended overly, so that the Solder Wire will not be blocked.
* When turn on the power Switch, the soldering Iron begin to heat up (Temperature lamp is
light). In order not to be scalded, please be careful when installing.
* Make sure the power voltage in accord with working voltage of unit.
SECTION 8 Set Parameter
1. Feeding Speed setting
Feeding speed is set with digital switch. Press “+”button on the digital switch and the match
digit will increase by one step. Similarly, press “-”button, and the match digit will decrease
by one step.
Feeding speed is designed with one digit. 0~9 denotes the feeding speed is about
2.7m/s~27m/s (Angle: 36º/s~360º/s).The resolution is 2.7mm/s, namely, each digit denotes
feeding speed is 2.7m/s. (36º/s)
Example: When the digit is set as 0, the speed is slowest with 2.7mm/s. When it is set as 1,
the speed is 5.4mm/s. When it is set as 9, the speed is fastest with 27mm/s.
Press the Speed Switch to set the suitable digit in accordance with working demand. The

range is about 2.7mm/s to 27mm/s.
2. Feeding Length setting
Feeding Length is designed with angle system, namely, with angle what the motor turned
denotes Feeding Length.
Feeding Length is designed with three digit. 001 to 999 denotes feeding length is 0.15mm to
150mm. The resolution is 0.15mm, namely, each digit denotes 0.15mm (1.8 degree). The
setting method is the same as feeding speed.
Example: When the digit is set as 001, the angle is 1.8 degree and the Speed Length is
0.15mm. When the digit is set as 002, the angle is 3.6 degree and the Speed Length is 0.3mm.
When the digit is set as 999, the Speed Length is longest with 150mm, and the angle is 1798.2
degree.
Press the Length Switch to set the suitable digit in accordance with working demand. The
range is about 0.15mm to 150mm.
3. Feeding Interval Time setting
Feeding Interval Time means the interval time between every feeding when the automatic
feeding over two times. Feeding Interval Time is designed with one digit. 0 to 9 denotes the
interval time is 0 second to 2.7seconds. The resolution is 0.3 second, namely, each digit
denotes 0.3 second. The setting method is the same as Feeding Speed.
Example: When the digit is set as 1, the interval time is 0.3 second. When it is set as 2, the
interval is 0.6 second. When it is set as 9, the time is longest with 2.7 seconds.
Press the Interval Time Switch to choose the digit. The range is 0 second to 2.7 seconds.
4. Feeding Mode setting
Press the Feeding Mode Switch to choose suitable digit.
Feeding Mode is designed with one digit and the setting method is the same as above. The
digital match function as follow:
0: Manual Feeding 1: Auto Feeding once
2: Auto Feeding twice 3: Auto Feeding three times
4: Auto Feeding four times 5: Auto Feeding five times
6: Auto Feeding six times 7: Auto Feeding seven times
8: Auto Feeding eight times 9: Auto Feeding nine times
After each feeding, it has returning.
5. Returning Time setting
Press Returning Switch to set the match digit in accordance with working demand.
Returning Time is designed with one digit. 0 to 9 denotes 0 second to 0.9 second. The
resolution is 0.1 second, namely, each digit denotes 0.1 second. The returning speed is fixed

with 360º/s.
Example: When the digit is set as 1, the returning time is 0.1 second and the returning length
is 2.8mm. The digit is set as 2, the returning time is 0.2 second and the returning length is
5.6mm. When the digit is set as 9, the returning time is 0.9 second and the returning length is
25mm.
The range is about 0 to 25mm. (0 to0.9s)
6. Feeding Pressure setting
The solder wire isn’t sent out automatically because of inadequate feeding pressure, you can
adjust Pressure Adjusting Screw on top of unit to increase feeding pressure clockwise. Solder
wire is twisted because of too strong feeding pressure, you can adjust it anticlockwise.
SECTION 9 Set Temperature
Set Temperature Normally
△
!Caution: Make sure the temperature of the station can be adjusted (password is OK or the
password is initial). While setting the temperature normally, the heating element is off. If the
“*”button is pressed less than one second, the present temperature setting will be shown for
two seconds and then the display will return to showing the tip temperature. “▲”and “▼”are
choice button for value . “*”is choice button for digit.
Example: 400℃to 350℃
1.
2.
1. Press the “*”button and hold it down for
at least one second. The left-most digit
(the 100’s digit) in the display will flash.
This indicates that the station is in
temperature setting mode and that the
100’s digit can be adjusted.
2. Select the desired value for 100’s digit.
Use the “▲”or “▼”button will change
displayed value as follows.
…2 3 4 …
Press the “*”button when the desired value is
displayed. This will cause the middle digit (the
10’s digit)in the display to begin flashing.
3. Select the desired value for the 10’s digit.
Using the “▲”or “▼”button will change

3.
4.
the displayed value as shown below.
1234567890
Press the “*”button.
The right (the 1’s digit) will then begin
flashing to indicate that the 1’s digit can be
set.
4. Select the desired value for the 1’s digit.
Using the “▲”or “▼”button will change
the displayed value as shown above for the
10’s place selection.. Press the “*”button.
Here, pressing the “*”button……
a. Enter the temperature setting into the
internal memory.
b. Display the temperature setting.
c. Starts heater control.
Note: If you turn off the power switch during
the temperature setting, setting value will not
be stored in the memory. If the temperature
value outside of this range is selected, the
display will return to flashing the 100’s place.
If this happens, reenter a correct temperature
value
Set temperature on-line
In the work, if it is necessary to set temperature quickly and the heat elements can not be cut
off, the way may be selected.
Temperature rising:
Don’t press “*”knob, and press “▲”knob directly. If so, the setting temperature will raise
1℃and the display window will display the set temperature. When loose the “▲”knob, the
display window will delay the set temperature about 2 seconds. If within 2 seconds of time,
press the “▲”knob again, the setting temperature will raise 1℃again. If press the “▲”knob
and not loose at least 1 second, the setting temperature will rise rapidly. Till the needed
temperature reaches, then loose the “▲”knob.

Temperature dropping:
Don’t press “*”knob, and press “▼”knob directly. If so, the setting temperature will drop
1℃and the display window will display the set temperature. When loose the “▼”knob, the
display window will relay the set temperature about 2 seconds. If within 2 seconds , press the
“▼”knob again, the setting temperature will drop 1℃again. If press the “▼”knob and not
loose at least 1 second, the setting temperature will drop rapidly. Till the needed temperature
reaches, then loose the “▼”knob.
SECTION 10 Set Password
The initial password in station’s memory is “000”. The setting temperature is admitted in this
state. If need to restrict the setting temperature, the password must be changed
Enter into setting the password
1. Turn off the power switch. Press and hold the “▲”and“▼ buttons simultaneously, then
turn on the power switch.
2. Continue holding down the “▲”and“▼”button until the display shows .
3. When the display shows ,the station is in parameter-input mode.
Input Previously Password
4. Press the “*”button, the display shows , and the left-most digit (the 100’s digit)
in the display will flash. This indicates the station is in password setting mode and the
100’s digit can be adjusted. Using the “▲”or“▼”button will change displayed value. Set
the password value in the same way described in “set temperature normally”. After
selecting the password of three digit, press”*”button.
The input password is error
5. If the display window shows the present setting temperature, two seconds later, the station
is in normal work state. This indicates the password of input is error, and the temperature
setting can’t be done.
The password of input is correct
6. If the display window shows , this indicates the password of input is correct.
After displaying about 4 seconds, the station comes into normal work state, and the
setting temperature will be admitted.

Input New Password
7. When display window is showing , press ”*”button, and shows , It
indicates the unit comes into inputting new password state. Pressing“▲”or“▼”button
will change displayed value. See “set temperature normally”.
Repeat the new password
8. When three digits are selected, press”*”button, the display window shows again.
Now must input the new password. Repeat the same steps.
9. If the password is the same as last time, the changed password is OK. The new password
is stored into the internal memory.
10. If the password is not the same as last time, and the display window shows , the
station will need to rewrite new password. (see the last 8-9 step). The changing of
password is finished until the lately two passwords are identical.
Note: The word of password is from 0 to 9, ten words. If not , the changed password is
unsuccessful.
SECTION 11 Set Working Mode
The unit is design with many working modes When the unit leave factory, working mode is
set as seven mode. User don’t change this working mode optionally during using.
Working Modes Table
WORKING
MODE
HANDLE MODE
TEMPERATUE
RANGE
AVAILABLE FOR HIGH
FREQUENCY MAIN UNIT
AUTO SLEEPING
AND
SWITCHING OFF
0
High frequency
soldering iron
200℃-420℃
60W Station
Yes
1
High frequency
soldering iron
200℃-420℃
90W Station
Yes
2
High frequency
special very large
type of soldering tip
200℃-420℃
60，90W Station
Yes
3
High frequency
tweezers stripper iron
50℃-600℃
90W Station
Yes
4
High frequency
soldering iron
50℃-420℃
60W Station
Yes
5
High frequency
soldering iron
50℃-420℃
90W Station
Yes
6
High frequency
soldering iron
200℃-480℃
60W Station
Yes

7
High frequency
soldering iron
200℃-480℃
90W Station
Yes
0.
High frequency
soldering iron
200℃-420℃
60W Station
No
1.
High frequency
soldering iron
200℃-420℃
90W Station
No
2.
High frequency
tweezers or using
special very large
type of soldering tip
200℃-420℃
60，90W
Station
No
3.
High frequency
tweezers stripper
50℃-600℃
90W Station
No
4.
High frequency
soldering iron
50℃-420℃
60W Station
No
5.
High frequency
soldering iron
50℃-420℃
90W Station
No
6.
High frequency
soldering iron
200℃-480℃
60W Station
No
7.
High frequency
soldering iron
200℃-480℃
90W Station
No
1. If the display windows shows , press and hold the “▲”or“▼”buttons
simultaneously, then the display shows . This indicates the unit comes into working
mode setting state, and pressing “▲”or “▼”button will change displayed value as shown
below:
0 1 2 3 4 5 6 7
0. 1. 2. 3. 4. 5. 6. 7.
2. After selecting the working mode, press “*”down. The working mode is stored into the
internal memory. Please refer to the “Working Mode Table”for the meaning of the digit
displayed.
Note: “X”represents original working mode digit.
△
!Warning: The heater and Soldering tips will be seriously oxidized or damaged when
working with a high temperature. So please choose the working mode carefully and try to
operate with a lower temperature if possible.
SECTION 12 Sleeping
If sleeping and working mode are selected, and the unit is not used for 20 minutes, the power
to the heating element will be decreased, and the display shows . This state is
sleeping mode. When the unit is in sleeping mode, the tip temperature will decrease to 200℃
X

(If the set temperature is more than or equal to 200℃) or 50℃(If the set temperature is less
than 200℃) and remain the temperature until resuming the unit.
To resume soldering , there are several ways as follows:
1. Turn the power switch OFF , then ON.
2. Hit any button.
3. Take up the iron ——Hand Assembly
If the unit is not resumed more than 40 minutes after it comes to sleep, the power supply will
be shut off automatically, and the display window will not show anything.
SECTION 13 Temperature Calibration
The Soldering Iron’s temperature should be recalibrated after replacing the iron or heating
element or nozzle every time. The unit adopts digital calibration mode and the revision value
is input by pressing button to make the adjustment simply and quickly.
Method of recalibrating temperature: Use the thermometer to calibrate , and it is precise
comparatively.
Calibrate by using thermometer
1. Set the unit’s temperature to a certain value.
2. When the temperature stabilizes, measure the tip’s temperature with thermometer and
write down the reading.
3. Press “＊”button not loose and press the “▲”and“▼” button simultaneously, the
unit enters into calibrating temperature mode.
4. At the moment, the 100’s digit of LED display temperature is flashing. Press the“▲”and
“▼”button to select the value and press“＊”button to select the digit. Input the reading
of thermometer, and inputting method is the same as Set temperature normally. Press
“＊”button after inputting. Here, the whole calibration operation has been finished.
5. If the temperature still has deflection, you can repeat calibration in accordance with above
steps.
* We recommend to use the 191/192 thermometer for measuring the tip temperature.
* If the unit is locked by password, it will not be able to calibrate the nozzle temperature
and you must input the right password.
SECTION 14 Operation
Do corresponding operations in accordance with the chosen Feeding Mode.
Manual: (The Mode switch is set as 0)
Turn on power switch and LED window display temperature, the unit is in working state. Step
on Pedal Switch or press the red Touch Switch, and the unit works. After loosing it, returning
once and then stop working. Feeding Length and Feeding Interval and Feeding Mode are all

useless when the Feeding Mode is set as manual.
Auto:
Turn on Power Switch. The unit will work according to setting parameters when stepping on
pedal switch or pressing Touch Switch once. All functions are useful
SECTON 15 Tip care and use
1．Choose an appropriate temperature, too high temperature can weaken soldering tip
function and accelerate oxidation and shorten its service life. Under the circumstance of
able to work normally, choose the temperature as low as possible. Lower temperature can
also solder adequately and protect sense elements. Suggest to set temperature to 350℃。
2．. Make sure set the temperature of soldering iron to 220℃when use first time. Make the
soldering tip be tinned adequately. Best of all, dip it in tin for 5 minutes and then clean it
with cleaning sponge, set the temperature to 300℃again. Repeat above steps. Finally set
the temperature to work temperature. The purpose of this is to form a protecting film on
tinned layer of soldering tip, so it can prevent the oxidation at high temperature and
failure of heat transport.
3．If the tinned part of soldering tip has black oxide, it can be covered with new tin. Clean it
with humid sponge repeatedly until the oxide is completely removed, and then covered
with new tin. Please do this cleaning regularly.
4．Turn offthe Power supply when not use. Clean the soldering tip with a cleaning sponge and then
covered with new tin. Repeat above steps when use it again.
5．Replace soldering tip if it is twisted or eroded badly.
SECTION 16 Check and replace Heating Element
Disconnect the plug and measure the resistance value between the connecting plug pins as
follows:
If the values of ‘a’and ‘b’are outside the below value, replace the heating element (sensor)
and /or cord assembly. If the value of ‘c’is over the below value, remove the oxidization film
by lightly rubbing with sand-paper or steel wool the points as shown.
a.
Between pins 4&5 (Heating Element)
Under 1Ω(Normal)
b.
Between pins 1 & 2 (Sensor)
Under 10Ω(Normal)
c.
Between pins 3 & Tip
Under 2Ω
163
54
2

1. Turn the nut ①anticlockwise and remove the tip enclosure ②and the tip ③.
2. Turn the nipple ④anticlockwise and remove it from the iron.
3. Pull Heating Element ⑩out of Handle ⑦. (Toward the tip of the iron).
4. Do not use metal tools such as pliers to remove tip or Tip enclosure from the handle.
Measure when the heating element is at room temperature:
1. Resistance value of heating element (white) under 1Ω.
2. Resistance value of sensor (Red and Green ) under 10Ω.
If the resistance value is not normal, replace the heating element. After replacing heating
element, please check as follow.
1. Measure the resistance value between pins 4&1 or 2, pins 5&1 or 2, pins 6&1 or 2, pins
6&4 or 5. If it is not ∞, the heating element and sensor are touching. This will damage
the P.W.B.
2. Measure the resistance value ‘a’,’b’, and ‘c’to confirm that the lead wire are not twisted
and that the grounding wire is properly connected.
3. To confirm that the clasp ⑨is clasped with heating element ⑩.
Item No.
Part Name
Instruction
1
Nut
2
Tip Enclosure
3
Soldering Tip
Refer to the last page
4
Nip
Nipple
5
Cord Cover
6
Handle Cover
7
Handle
8
Terminal Board
9
Clasp
10
Heater Combination
11
Vibrator Switch
12
Pin 6 Connector
Metal

13
Sensor Spring
14
Heating Element
15
Sensor Element
SECTION 17 Replaceable Part
Damageable part can be replaced by customers themselves.
1. Replace Soldering tip
Screw off the metal nut of Soldering tip anti-clockwise and remove tip enclosure and
Soldering tip. Put a new Soldering tip on heating element, and tighten nut.
Note: To avoid scald, replacing when it cools down.
2. Replace Fuse
1) Pull Power plug out of Power socket.
2) Take out the fuse holder on the rear side of the unit with screwdriver.
3) Remove the broken fuse and replace it with a new one
4) Fix the fuse holder.
SECTION 18 Replaceable Part
Item No.
Parts Name
Instruction
47442
Pedal Switch
47062
Heating Element 90W
Soldering Iron 90W
47148-0.6
Feeder Tube Assembly （0.46m）ø0.6mm
47148-0.8
Feeder Tube Assembly（0.46m）ø0.8mm
47148-1.0
Feeder Tube Assembly（0.46m）ø1.0mm
47148-1.2
Feeder Tube Assembly（0.46m）ø1.2mm
47148-1.4
Feeder Tube Assembly（0.46m）ø1.4mm
47148-1.6
Feeder Tube Assembly（0.46m）ø1.6mm
47436-0.6
Feeder Tube Assembly（0.8m）ø0.6mm
47436-0.8
Feeder Tube Assembly（0.8m）ø0.8mm
47436-1.0
Feeder Tube Assembly（0.8m）ø1.0mm

47436-1.2
Feeder Tube Assembly（0.8m）ø1.2mm
47436-1.4
Feeder Tube Assembly（0.8m）ø1.4mm
47436-1.6
Feeder Tube Assembly（0.8m）ø1.6mm
47022-0.6
Guide Tube Assembly ø0.6mm
Using on the top of Tip
47022-0.8
Guide Tube Assembly ø0.8mm
Using on the top of Tip
47022-1.0
Guide Tube Assembly ø1.0mm
Using on the top of Tip
47022-1.2
Guide Tube Assembly ø1.2mm
Using on the top of Tip
47022-1.4
Guide Tube Assembly ø1.4mm
Using on the top of Tip
47022-1.6
Guide Tube Assembly ø1.6mm
Using on the top of Tip
47478-0.6
Guide tube assembly ø0.6mm
Using on the bottom of Tip
47478-0.8
Guide Tube Assembly ø0.8mm
Using on the bottom of Tip
47478-1.0
Guide Tube Assembly ø1.0mm
Using on the bottom of Tip
47478-1.2
Guide Tube Assembly ø1.2mm
Using on the bottom of Tip
47478-1.4
Guide Tube Assembly ø1.4mm
Using on the bottom of Tip
47478-1.6
Guide Tube Assembly ø1.6mm
Using on the bottom of Tip
47435-0.6
Feeder Tube (0.46m) ø0.6mm
47435-0.8
Feeder Tube (0.46m) ø0.8mm
47435-1.0
Feeder Tube (0.46m) ø1.0mm
47435-1.2
Feeder Tube (0.46m) ø1.2mm
47435-1.4
Feeder Tube (0.46m) ø1.4mm
47435-1.6
Feeder Tube (0.46m) ø1.6mm
47005-0.6
Feeder Tube (0.8m) ø0.6mm
47005-0.8
Feeder Tube (0.8m) ø0.8mm
47005-1.0
Feeder Tube (0.8m) ø1.0mm
47005-1.2
Feeder Tube (0.8m) ø1.2mm
47005-1.4
Feeder Tube (0.8m) ø1.4mm
47005-1.6
Feeder Tube (0.8m) ø1.6mm

Tips
45～
1.5
3
2
2 2 2
3
3
2
2 2 2
? 0.8
3.5
1.2
25～
7.5
R0.2
3.5
30～
45～
45～
? 3? 4.7
1.5 1.5
45～
45～
45～
? 3
45～
? 1
R0.2
R0.2
R1
200- H
200- J 200- SK 200- K 200- 3C
? 4
? 2
2
12
15
12 12 12 12 12
12 12
17
12 12
4
? 4.2
3.7
? 3.2
3.5
? 2.4
3
?1.6
2.5
? 1.2
R0.5
10 10
12 12 12 12
0.5 0.5 0.5 0.5 0.5
200- 4.2D 200- 3.2D 200- 2.4D 200- 1.6D 200- 1.2D 200- B
200- 0.8C 200- 2C 200- I 200- I 200- B 200- 1C
200- 4C