Drader W30000 Operating and maintenance manual

Instructional Manual
Industrial Plastic Welder - Drader Injectiweld W30000
www.drader.com

Pg. 2
1. Read these instructions - protect yourself and others ........................................ 3
2. General Information............................................................................................ 3
Symbols used throughout this manual ............................................................... 3
3. Safety ................................................................................................................. 4
4. New Welder Details ............................................................................................ 5
Technical Data.................................................................................................... 5
5. Parts and Service ............................................................................................... 5
6. Operating Instructions ........................................................................................ 6
Unpack the welder and inspect the contents...................................................... 6
The heated barrel and tip system ....................................................................... 7
Welding tip selection........................................................................................... 7
Changing tips – The welder should be hot, but turned off. ................................. 8
Connect the air supply........................................................................................ 9
Plug the welder into an appropriate electrical outlet......................................... 10
Set temperature, then turn the welder on ......................................................... 10
Temperature settings – Drader Injectiweld....................................................... 11
Feed the welding rod into the welder................................................................ 12
Make welds....................................................................................................... 13
7. Proper Welding Techniques – General Considerations ................................... 14
8. Proper Welding Techniques – Drader Injectiweld ............................................ 15
9. Proper Welding Techniques – Drader Injectiweld – Fillet welds....................... 16
10. Proper Welding Techniques – Drader Injectiweld – Butt Welds ....................... 17
11. Daily Maintenance - Injectiweld ........................................................................ 18
12. W30000 Exploded view .................................................................................... 19
13. W30000 Kit – Parts List .................................................................................... 20
W30000 Kit – Parts Not Shown ........................................................................ 22
W30000 – Other Available Tips........................................................................ 22
W30000 – Assemblies...................................................................................... 22
14. RoHS and WEE compliance on Drader Injectiweld Products........................... 23
15. Declaration of Conformity – CE ........................................................................ 24
To ensure safe work practices and correct operation of the
W30000 Injectiweld, the manufacturer strongly recommends
before welding, all operators read this manual.

Pg. 3
Congratulations on your purchase of Drader Manufacturing’s plastic welding equipment. To get the most
out of your purchase, be sure to read this manual carefully and keep it on hand for future reference.
The Injectiweld plastic welding system uses a combination of heated tip and injection pressure to form its
welds. The hot (interchangeable) tip melts the surface of the plastic and creates a weld zone into which
molten plastic is injected. There is a physical mixing of the weld bead and the plastic.
While every effort has been made to ensure the information in this manual is accurate and complete, no
liability can be accepted for any errors or omissions. Drader Manufacturing reserves the right to change
the specifications of the products described herein at any time without written notice.
1. Read these instructions - protect yourself and others
Be aware, serious injury or death may result if welding equipment is not properly installed, used, and
maintained. Misuse of this equipment and other practices can be both hazardous and dangerous to the
operator and any persons in the general work area. The operator and supervisor must read, and
understand the following safety warnings and instructions before using this welding equipment
The Drader Injectiweld is to be operated by qualified people in accordance with this manual. Only
authorized service personnel should perform any maintenance that requires opening the welder housing.
Opening the welder housing voids the Drader Warranty.
2. General Information
Information, presented in this manual should be read, understood and followed for the safe and effective
use of this equipment. Safety instructions specially pertaining to this unit appear throughout this manual,
highlighted by a symbol that identifies levels of hazard. There are also welding tips and hints throughout
this manual that will make your welds better and your welder usage more effective.
Symbols used throughout this manual
HIGH VOLTAGE - The lightning flash symbol will alert the user to the presence of
“dangerous voltage” that may be of sufficient magnitude to constitute a risk of electric shock.
HOT SURFACE - The heat symbol will alert the user to the fact that they might get a serious
burn if they touch the part.
WARNING / CAUTION - The exclamation point symbol will alert the user to important
operating and maintenance instructions.
TIP - The Injectiweld symbol identifies tips and hints to obtain the most efficient operation of
this tool.

Pg. 4
3. Safety
The operation, maintenance and troubleshooting of the Injectiweld requires practices and procedures
which ensure personal safety and the safety of others.
Read and follow the safety instructions in this manual.
The Injectiweld is equipped with a ground-contact plug. The Injectiweld must be
plugged into an outlet that is properly installed and grounded. If you do not
know if your power outlet is grounded check with a qualified electrician. Do not
modify the plug. If it will not fit the outlet, have the proper outlet installed by a
qualified electrician.
Never touch the welding tip at any time, unless you are absolutely sure that it is
cool. Severe burns may result. Wear heat resistant gloves, when handling
hot welder parts.
Always unplug the unit before examining it or when leaving the welder
unattended. Air line may remain connected to cool the welder.
Never allow the welder’s hot tip to touch the power cord as it could melt the
wire’s insulation and cause a dangerous condition. Purchase a replacement
cord if your hot tip touches the power cord.
Protect your eyes from hot plastic. While operating the welder wear safety
glasses.
Consider your work environment. Do not immerse the welder in water, expose
it to rain, or use it in excessively damp or wet environments.
Use the welder in well ventilated areas. Some plastics may give off noxious
gasses as they melt. Know the plastic that you are working with and use
breathing protection if warranted.
Keep the work area well lit and clean for maximum safety.
Use only certified Drader replacement parts.

Pg. 5
4. New Welder Details
Please fill out the information below for future reference. Once completed, photocopy this page and
fax it to Drader Manufacturing. This will register your welder.
Company Name:
Serial Number: Date of Purchase:
Name of Distributor (if applicable):
Technical Data
Model:
W30000
Power:
120 Volt / 60 Hz
240 Volt / 50 Hz
Watts:
400 Watt
Weight:
4.4 lb
2.6 Kg
Temperature Range:
392 ºF - 572 ºF
200 ºC - 300 ºC
Air Consumption:
4 cfm @ 90psi
0.113 m3@ 6.2 bar
Air Requirements:
Min. 80 psi, Max. 100 psi
Min. 5.5 bar, Max. 6.9 bar
Rod Diameter [ø]:
5/32 inch (.156”)
4 mm
Fuse Rating
1 x 4A Fuse (120 Volt)
2 x 4A Fuse (110 Volt - UK model)
1 x 4A Fuse (240 Volt - UK model)
2 x 4A Fuse (240 Volt - all others)
Max Output (HDPE):
2 lb per hour
0.9 kg per hour
Warranty
One year - parts and labour
5. Parts and Service
Call Drader Manufacturing (or your distributor) if you need to purchase parts, or to have your welder
serviced. Have the welder serial number on hand.
Head Office
Service Centre
(For US Clients only)
Your Distributor
Drader Manufacturing Industries Ltd.
5750 – 50 Street
Edmonton, AB T6B 2Z8, Canada
Tel: [phone]
Toll Free (North America): 800 661 4122
Fax: [phone]
[e-mail]
www.drader.com
Drader Service Centre
1525 S 4th Ave
Tucson, AZ 85713
USA

Pg. 6
6. Operating Instructions
This section will provide you with an overview of using the Injectiweld. Follow these steps to learn how to
operate your welder.
•Unpack the welder and inspect the contents
•Select welding tip
•Connect the air supply
•Plug the welder into an appropriate electrical outlet
•Set temperature then turn the welder on
•Feed the welding rod into the welder
•Make welds
Unpack the welder and inspect the contents.
#
Description
Item ID #
1
W30000 Injectiweld
Unique serial number
2
Barrel Washer
IPAR-A-BARWSH
3
3/16" Fillet Weld Tip
ITIP-2F6
4
Repair Tip
ITIP-2RP
5
Tip Nut Wrench
IPAR-A- TIPWRN
6
Tip Nut
IPAR-A-TIPNLO
7
Scraping Blade
IPAR-A-SCRBLD
8
Stick Scraper
IPAR-A-SCRSTK
9
Air Filter Assembly
IASS-A-AIRFILT2
10
Screw Driver
ISHO-A-SCREWD
11
Extra Fuse
ISHO-A-FSEALL
12
Heat Transfer Compound
IPAR-A-HTTRCO
Quick Manual (not shown)
Carrying Case (not shown)
IPAR-A-CASE

Pg. 7
The heated barrel and tip system
#
Description
Item ID #
1
W30000 Barrel
IPAR-A-BARW30
2
Indexing Pin
(Shop Supply)
3
RTD Sensor
IPAR-A-RTDSEN
4
Heater
(Various ID numbers)
Please note, there are other barrel parts that are not listed here
Welding tip selection
The correct tip will make a difference on quality and appearance of the weld. There are different tips for
various applications. The two welder kit tips are the repair tip (# 2 in photo) and the 3/16” fillet weld tip
(# 5 in photo).
#
Description
Item ID
Main Usage
1
Blank Tip
ITIP-2BL-5.5
Custom tips; design your own for your special application
2
Prototyping Tip
ITIP-2PR
Prototyping, repairs, filling holes, spot welding tight areas
3
Repair Tip
ITIP-2RP
Repairs, filling holes, spot welding tight areas, prototyping
4
Bull-Nose Tip
ITIP-2BN
Repairs, filling holes, filling voids

Pg. 8
5
3/16” Fillet Weld Tip
ITIP-2F6
90º fillet welds, butt welds, repairs
6
1/4” Fillet Tip
ITIP-2F4
7
3/8” Fillet Tip
ITIP-2F8
8
1/2“ Fillet Tip
ITIP-2F5
9
5/8” Ribbon Weld Tip
ITIP-2RW
Sealing; re-enforcement; non-pressure welds
The Injectiweld kit comes with 2 tips. Both tips are versatile and can provide the operator with numerous
types of welds. Tip choice is important as it determines the type of plastic weld. Use this manual to
assist you in your tip choice.
Changing tips – The welder should be hot, but turned off.
The tip and barrel will be hot. Wear protective gear to protect yourself from
burns
When removing the tip nut do not use excessive force. Excessive force
will twist the barrel, ruining it, the heater, and the RTD sensor.
The tip must be hot before changing, but the welder should be off. The tip needs to be hot in
order to melt the plastic in the transition area between the tip, and the barrel. If the tip nut is
hard to loosen, wait 3 to 5 minutes, then try again. Tip nuts have a different expansion ratio
than barrels. The tip nut is easier to remove if you have patience.
Use heat transfer compound frequently. Heat transfer compound makes it easier for the
barrel heat to transmit to the tip. Apply the compound at every tip change or every 8 hours of
operating time.
Use a copper, or brass brush to clean away burned heat transfer compound. Clean parts
make heat transfer more efficient.
Make sure you always use the Barrel Washer (IPAR-A-BARWSH). It goes between the
barrel and the tip.
•Place the welder on a flat, stable surface, with the on/off button facing up.
•Loosen the tip nut (IPAR-A-TIPNLO) with the tip nut wrench (IPAR-A-TIPWRN).
•Turn the tip nut wrench counter clockwise, until the tip nut is free.
•Using pliers, take the tip nut off and place it on a heat resistant surface.
•Using pliers, pull the tip from the barrel and place it on a heat resistant surface.
•Separate the barrel washer (IPAR-A-BARWSH) from the tip.
•Use a copper, or brass brush to clean the old heat transfer compound from the barrel, barrel
washer, and tip.
•Open the jar of heat transfer compound (IPAR-A-HTTRCO) and apply the compound onto the
welder barrel threads, both sides of the barrel washer, and on the tip’s collar. Since the welder is
hot, there might be smoke from the heat transfer compound. Be careful not to inhale fumes.
•Place the barrel washer onto the barrel. The small hole on the barrel washer goes over the
barrel’s indexing pin. There must always be a barrel washer between the barrel and the tip.
The barrel washer blocks molten plastic from backing up into the barrel.
•The tip goes next onto the barrel. The locating pin fits into one of the tip’s holes.
•Slide the tip nut over the tip, and screw it onto the barrel using the tip nut wrench.

Pg. 9
Connect the air supply.
Never use air compressors with automatic oiling systems. Too much oil in the
compressed air will cause damage to the printed circuit board and to the air valve.
The air filter’s bowl guard has an indicator arrow that must line up to the indicator
arrow on the air filter. Failure to line up the arrows may cause the bowl to separate
from the air filter. This may cause personal injury
Keep the compressed air as dry and oil free as possible. Always use the Drader supplied air
filtration units and keep them well maintained.
In order to operate at maximum efficiency, mount the air filter in a stable, upright position.
The Drader Injectiweld, Model W30000 requires compressed air. The welder operates at 90 psi (6.2 bar)
and consumes 4 cfm (113 lt) at maximum output. The air compressor requirements are:
•Air pressure: Minimum: 80 psi (5.5 bar), Maximum: 100 psi (6.9 bar)
•Horsepower: At least 1.5 horsepower per welder (1120 Watt)
The W30000 kit ships with an air filter assembly. The filter helps to removes particulate, water and oils
from the compressed air. Use it at all times.
•The Air filter assembly attaches directly to the welder’s air line.
Air Filter Assembly (IASS-A-AIRFILT2)
#
Description
Code
1
Quick Disconnect Fitting
IPAR-A-FITQUICKF
2
Air Filter Unit
IPAR-A-FLTAIR
3
Air Line Fitting
IPAR-A-ARFITN

Pg. 10
Plug the welder into an appropriate electrical outlet
•Plug the welder in the appropriate electrical outlet (120V or 220V).
Set temperature, then turn the welder on
The temperature control is a dial that does not rotate more than 360 degrees.
Overturning the dial will damage the temperature dial. Only authorized people
should touch the temperature setting dial. Do not exceed the MIN/MAX limits
•Set the temperature on the welder using the Drader screwdriver. Gently turn the dial to the
required temperature mark. The next page has some suggested temperature settings.
•Turn the On/Off switch on.
•When first turned on, the LED will start off solid RED, then, as the welder heats towards the set
temperature it will start flashing RED.At the set temperature the LED will turn GREEN.
•During operation, the LED will alternately switch between GREEN and/or RED when it is
maintaining the set temperature.
•Above set temperature or out of range ( LED OFF ) LED will go to GREEN as temp falls.
The high temperature cutoff switch [HTCO] may shut the unit off if the temperature
inside the welder housing exceeds the temperature limit. Once the welder cools off,
the unit will operate normally. This feature should not be used on purpose.
Proper temperature is crucial for high quality welds. Set the proper temperature.
If you change welding materials and decrease the temperature, by the time you purge the
original welding rod from inside the barrel, the welder should be cool enough to resume
welding at the right temperature. If in doubt about the temperature, wait a few minutes.
If the Injectiweld is not being used for a period of ½hour or more, either turn the welder off
or turn it down to the lowest temperature level.

Pg. 11
Temperature settings – Drader Injectiweld
Please contact your Drader representative, before using a material that is not listed below.
Material
Description
Temperature in ºC
Temperature in ºF
HDPE
High Density Polyethylene
265 ºC
509 ºF
LLDPE
Linear Low Density Polyethylene
265 ºC
509 ºF
HMWPE
High Molecular Weight Polyethylene
280 ºC
536 ºF
PP
Polypropylene
280 ºC
536 ºF
ABS
Acrylonitrile Butadiene Styrene
265 ºC
509 ºF
HIPS
High Impact Polystyrene
255 ºC
491 ºF
PA 6*
Polyamide
300 ºC
572 ºF
PC*
Polycarbonate
300 ºC
572 ºF
TPU
Thermoplastic Polyurethane
300 ºC
572 ºF
*Requires butane pre-heater. Please contact Drader for more details.
WARNING / CAUTION - Do not use PVC [Polyvinylchloride] with the Injectiweld. The
temperature and pressure used by the Injectiweld will degrade PVC and chlorine gas
will be released. This aggressive gas is harmful and it can damage the aluminum parts
of the welder.

Pg. 12
Feed the welding rod into the welder
The Injectiweld Model W30000 accepts 0.156-inch (4mm) diameter welding rod. The feed is automatic
once the welding rod is properly fed into the welder.
•Turn the rod release knob until the knob feels tight. This opens the rod drive wheels and allows
them to accept welding rod.
•When the welder is powered up and the desired temperature is reached, feed the welding rod into
the rod feed tube and push it up into the welder until it comes to a stop.
•Turn the rod release knob until the knob feels loose. This locks the rod into the feed mechanism.
•Depress the trigger and the welding rod should feed automatically into the welder.
•To remove the welding rod, turn the rod release knob until it is tight, then gently tug on the
welding rod out of the welder.
Do not operate the welder without plastic welding rod. Running the welder without
welding rod may result in feed mechanism damage.
When finishing off a roll of welding wire, remove the last remaining welding rod from the
welder and start a fresh roll. This will reduce the chances of a rod jam.
When switching from one welding rod to another, clear the previous rod material by
removing it from the feed tube, then feed the new welding rod. Let the welder pump out
about one meter (one yard) of molten welding rod to ensure old material has been purged.
If the welding rod does not feed, make sure the rod release knob is loose, depress the
trigger then apply gentle pressure on the welding rod, pushing it into the welder. The feed
mechanism will grab the welding rod and start the automatic feed.
The rod release knob rotates 360+ degrees, When the knob feels loose the welding rod is
locked into the feed mechanism. When the knob feels tight the welding rod is not locked
into the feed mechanism
Different types of welding rod (i.e. polyethylene, polypropylene, polycarbonate, ABS etc,
have different durometers. Because of this, slightly undersized welding rod is better than
oversized welding rod. With very hard welding rod (i.e. polycarbonate, try 1/8 inch
(3.2mm).

Pg. 13
Make welds
Fillet Welds
Fillet tips are used mainly for fillet welds [90º] and butt welds. The style of those tips allows one to weld
from inside corners out and be able to seal the corners without changing to another tip style. Fillet tips
can also be used for crack repairs, as long as the crack is somewhat straight. The longer preheat section
allows faster welding speed than welding cracks with the conical tip.
Repair Tip, Prototyping Tip
Repair tips are used for crack repairs, filling small holes, spot welding, for reaching tight areas, and for
prototyping. Because of their conical shape, the repair tip and prototyping tip offer similar types of welds.
Choose the size that best suits your application.
Ribbon Weld Tip
The Ribbon weld tip is used to make a seam weld on thermoplastic materials
such as belting and thin sheets. Because this welding tip does not weld
down to the root side, it should not be used for regular butt welds.

Pg. 14
7. Proper Welding Techniques – General Considerations
Consider these variables when welding plastics.
Material
In order to achieve quality welds, ensure that the
welding rod matches the parent material. For example,
match polyethylene with polyethylene rod and match
polypropylene with polypropylene rod.
Do not expect a quality weld if the parent material and
welding rod do not match.
Heat
Each plastic melts within a certain temperature range.
When you drift outside this zone, the weld quality
diminishes.
Some people turn up the heat in order to weld faster,
yet they sacrifice weld strength. Do not be tempted to
weld faster by raising the weld temperature!
Pressure
Pressure allows the plastic molecules of the materials
to mix. Best bonding occurs when there is a physical
mixing of the plastics.
Pressure, when too high or too low, reduces weld
quality.
Time
Plastic needs a time to melt and time to cool down.
Do not speed up the cooling time. After welding, plastic
molecules need 24 hours to come to a complete rest.
Plastic should be at “room temperature” for at least 24 hours before it is welded.

Pg. 15
8. Proper Welding Techniques – Drader Injectiweld
Welding from one side
•Butt welding two sheets
together
•Plastic crack repair
Bevel each side of the plastic so that
their combined angle is 90 degrees.
You may use the stick scraper to
give you the proper angle.
Leave a gap between the parent
materials so that molten welding rod
can penetrate the root.
Excess welding rod may be trimmed
off (after it cools). You may use the
scraping blade to perform this
function.
Welding from two sides
•Fillet welding two sheets
together
The amount of welding rod injected
onto the parent material should be
about 70% of the thickness of the
plastic sheet.
Increase or decrease welding rod
thickness by:
•Changing tips
•Adjusting speed control bolt
•Adjusting the speed of how fast
your welder travels

Pg. 16
9. Proper Welding Techniques – Drader Injectiweld – Fillet welds
Fillet Welds – Correct Alignment
Fillet Welds – Incorrect Alignment
Welding tip is in
correct alignment
when it is at a 45o
angle
Welding tip is not in
correct alignment
when the fillet weld tip
is not at a 45oangle
or when it does not
come into contact with
both sides of the
parent plastic material
Welding tip is in
correct alignment
when it is at a 45o
angle
Welding tip is
not in correct
alignment when it
does not come into
contact with both
sides of the parent
plastic material
Welding tip is in
correct alignment
when it is flat against
both sides of the
parent plastic material
Welding tip is
not in correct
alignment when the
bottom edge is not flat
against the parent
plastic material
Welding tip is in
correct alignment
when it is flat against
both sides of the
parent plastic material
Welding tip is
not in correct
alignment when the
bottom edge is not flat
against the parent
plastic material
When welding from
one side, leave a root
gap of 0.8 to 1.5mm
so that welding rod
can penetrate to the
other side
Lack of penetration to
the root will result in a
poor weld
Welding rod should
penetrate to the root
side of the parent
plastic
Since molten welding
rod did not penetrate
the root, a poor weld
will result

Pg. 17
10. Proper Welding Techniques – Drader Injectiweld – Butt Welds
Butt Welds
Correct Alignment
Butt Welds
Incorrect Alignment
Welding tip is in
correct alignment
when it is at a 90o
angle
Welding tip is
not in correct
alignment when it is
not at a 90oangle
Welding tip is in
correct alignment
when it can reach the
root of the other side
of the parent plastic
Welding tip is
not in correct position
when its melting
surface does not
contact the plastic
Welding tip is in
correct alignment
when its edges
contact each side of
the parent plastic
material
Welding tip is
not in correct position
when its melting
surface does not
contact the plastic
Welding tip is in
correct alignment
when molten welding
rod penetrates the
root of the parent
plastic material
Welding tip is not in
correct alignment if
molten welding rod
cannot penetrate the
root
If welding from one
side, welding rod
must fill the root of
the parent plastic
material
A poor weld because
molten welding rod
did not penetrate the
root.
If you can weld from
both sides, make two
90obevels before
welding
Lack of penetration
will result in a poor
butt weld

Pg. 18
11. Daily Maintenance – Drader Injectiweld
A well-maintained welder will give you years of service. Follow the steps in this section to
take care of your welder.
Compressed air should be as dry and clean as possible. Use the air filtration system
supplied with the welder. Use of an air compressor with a dryer / dehumidifier in is
recommended.
Use heat transfer compound frequently. Heat transfer compound makes it easier for the
barrel heat to transmit to the tip. Apply the compound at every tip change or every 8 hours of
operating time.
Use a copper (or brass) brush to clean away burned heat transfer compound. Clean parts
make heat transfer more efficient.
At the beginning of each shift (or every 8 hours of welder operation):
•Turn welder on and bring up to heat.
•Turn welder off, unplug it from the electrical socket then wait 2 - 3 minutes. (This allows the
aluminum barrel to shrink smaller than the steel tip nut).
•Remove tip nut, tip and barrel washer. Be careful – they will be very hot!
•Using copper or brass brush, clean the old heat transfer paste from the tip nut, tip, barrel, and
barrel washer.
•Apply a new layer of heat transfer compound to the tip, barrel, and barrel washer.
•Reassemble the welder by placing the barrel washer onto the barrel first. Then place the tip onto
the barrel, followed by the tip nut. Use the tip nut wrench and hand tighten the tip nut. Do not
tighten the nut too much.
•Plug the welder in, and then turn it on. Bring it up to the set temperature, and then commence
welding.
•Make sure the tip nut is snug periodically throughout the day.

Pg. 19
12. W30000 Exploded view

Pg. 20
13. W30000 Kit – Parts List
#
Per welder
Item Id
Description
1
1 each
IPAR-A-TIPNLO
Tip Nut Long
2
1 each
IPAR-A-TIPWRN
Tip Nut Wrench
3
1 each
IPAR-A-BARW30
Barrel
3A
1 each
IPAR-A-BARWSH
Barrel Washer
4
1 each
IPAR-A-RTDSEN
RTD Sensor
5
1 each
IPAR-A-HT120V
Heater - 120V
5
1 each
IPAR-A-HT240V
Heater - 240V
6
1 each
IPAR-A-BARCTU
Barrel - Connecting Tube
7
1 each
IASS-A-SWHTCO
High Temp Cut Out Switch Assembly
8
1 each
IPAR-A-PSTNROD
Piston Rod
9
1 each
IPAR-A-CYLBDY
Cylinder Body
10
1 each
ISHO-A-OR58ID
S/S O Ring 5/8 ID X 7/8 OD
11
1 each
IPAR-A-BUSOIL
Bushing – Oilite
12
1 each
IPAR-A-SNRING
Snap Ring Internal
14
1 each
IPAR-A-PISTON
Piston
15
2 each
IPAR-A-PSTNSEALS
Piston Seals
16
1 each
IPAR-A-CYLCAP
Cylinder End Cap
17
1 each
ISHO-A-ORCYLC
S/S O Ring
18
1 each
IPAR-A-INTRW3
Interrupter for W30000
19
1 each
ISHO-A-BOCOLK
S/S Connecting Link Bolt
20
1 each
IPAR-A-DRILNK
Link Driver
21
1 each
IPAR-A-BRKSWH
Switch Bracket
22
1 each
IPAR-A-SWHON2
1-24 On/Off Switch
23
2 each
ISHO-A-CLMCAB
S/S Cable Clamp
24
1 each
IPAR-A-PCBW30
PC Board for W30000 (comes with 24A, PCB Strap)
26
1 each
IPAR-A-ADBLOC
Air Distribution Block
27
1 each
IPAR-A-MUFFLR
Muffler
28
1 each
IPAR-A-FITPSH
Push On Male Fitting
29
1 each
IPAR-A-ADBGAS
Air Distribution Gasket
30
1 each
IPAR-A-BOSPDC
Speed Control Bolt
31
1 each
ISHO-A-SPSPCO
S/S Spring Speed Control
32
1 each
IPAR-A-MA12W3
MAC Air Valve 120V
33
1 each
ISHO-A-GASVLV
S/S Valve Gasket
34
1 each
IPAR-A-HOUWLD
Welder Housing
36
1 each
IPAR-A-CRDSTR
Cord Strap
37
1 each
IASS-A-CRDAUS
AU 240V Power Cord Airline Assembly
37
1 each
IASS-A-CRDEURO
EU 240V Power Cord Airline Assembly
37
1 each
IASS-A-CRDNAM
NA 120V Power Cord Airline Assembly
37
1 each
IASS-A-CRDUKM
UK 240V Power Cord Airline Assembly
38
1 each
IPAR-A-SWTRIG
Trigger Switch (*must purchase new welder housing*)
39
1 each
IPAR-A-CRDAUS
( A ) see foot note pg. 23
39
1 each
IPAR-A-CRDEURO
( A ) see foot note pg. 23
39
1 each
IPAR-A-CRDNAM
( A ) see foot note pg. 23
39
1 each
IPAR-A-CRDNAM15
( A ) see foot note pg. 23
39
1 each
IPAR-A-CRDUKM
( A ) see foot note pg. 23
39A
1 each
IPAR-A-ABSBOX
ABS Surge Suppression Box ( A ) see foot note pg. 23
40
1 each
IPAR-A-CRDGRD
Cord Guard