RootWave PRO-001-3 User manual

RootWave Pro Technical Manual
U-TML-PRO-001-3-A 20 April 2022
RootWave Pro
Technical Manual
Model Nos. covered: PRO-001-3, PRO-002-3, TRA-001-3, TRA-002-3, APL-001-3, ETD-001-3,
ETD-002-3, ETD-003-3, ETD-004-3, ETD-005-3, GRW-001-3, GRW-002-3, CAB-001-3 and CAB-
002-3
English
Repair and test work must only be carried out by a qualified technician. Improper repairs
or failure to test after repairs might result in death or serious injury. Read and follow all
instructions and safety precautions. Keep this Technical Manual for reference - do not
throw it away.


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Copyright
Copyright © 2022 Ubiqutek Limited All Rights Reserved. Contains information owned by
RootWave and/or its affiliates. Do not copy, store, transmit or disclose to any third party
without prior written permission from RootWave. RootWave™ is a brand of Ubiqutek™.
Ubiqutek Ltd is registered in England and Wales. Company 08148525.
Compliance
RootWave Pro complies with applicable EU directives:
•Low Voltage Directive (2014/35/EU)
•Electromagnetic Compatibility Directive (2014/30/EU)
•Restriction of Hazardous Substances in Electrical and Electronic Equipment (RoHS)
Directive 2011/65/EU
•WEEE Directive 2012/19/EU
RootWave Pro complies with applicable UK regulations:
•The Electrical Equipment (Safety) Regulations 2016
•The Electromagnetic Compatibility Regulations 2016
•The Restriction of the Use of Certain Hazardous Substances in Electrical and
Electronic Equipment Regulations 2012
•The Waste Electrical and Electronic Equipment Regulations 2013
Product improvements
RootWave’s continually improves its products. This technical manual will be updated for
significant improvements or any that affect safety or servicing methods. However, a
technical manual update may not always follow minor improvements. If you are unsure of
anything please contact your RootWave Pro supplier.
Contact details
RootWave
8 Brook Business Park, Brookhampton Lane, Kineton, Warwickshire CV35 0JA
www.rootwave.com
Telephone: [phone]
Email: [e-mail]
For any support requests please submit a report via the following address:
https://rootwave.com/servicing-report-form/

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Contents
Copyright......................................................................................................................................2
Compliance ..................................................................................................................................2
Product improvements................................................................................................................2
Contact details.............................................................................................................................2
Tables...........................................................................................................................................4
Figures..........................................................................................................................................4
Introduction and purpose ...........................................................................................................6
Safety information.......................................................................................................................6
Final Checks .................................................................................................................................8
1. Electrical continuity test......................................................................................................8
2. High voltage electrical insulation breakdown test.............................................................8
3. Functional check..................................................................................................................8
4. Labels...................................................................................................................................8
Technician qualification...............................................................................................................9
Workstation qualification............................................................................................................9
Key features.............................................................................................................................. 10
Earthing and safety............................................................................................................... 10
Deployment and access control........................................................................................... 10
Lance controls and operation .............................................................................................. 11
Energy conversion and application...................................................................................... 11
Treatment Lance Mk3 APL-001-3........................................................................................... 12
Treatment Lance APL-001-2 and Electrode Mk2................................................................. 17
Treatment Lance Electrode Module Mk3 ETD-001-3............................................................ 20
Treatment Return Mk3 GRW-001-3....................................................................................... 21
Treatment Return Mk2 GRW-001-2................................................................................... 24
Safety Earth Mk2 and 3 GRW-002-3 ..................................................................................... 25
Power Module Mk3 TRA-001-3.............................................................................................. 28
Treatment cable connectors.................................................................................................... 37
Mk2 treatment cable connectors ........................................................................................ 41
Electrical schematics................................................................................................................. 46
Treatment Lance................................................................................................................... 46
Treatment Return................................................................................................................. 48
Safety Earth........................................................................................................................... 49
Power Module...................................................................................................................... 50
Front Panel wiring schedule..................................................................................................... 52
Special tools.............................................................................................................................. 55
Disposal..................................................................................................................................... 55

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Tables
Table 1 - Mk3 Treatment Lance components list.................................................................... 14
Table 2 - Mk3 Mk2 Treatment Lance components list............................................................ 18
Table 3 - Mk3 Treatment Lance Electrode Module mechanical components list.................. 20
Table 4 - Mk3 Treatment Return components list .................................................................. 22
Table 5 - Mk3 Safety Earth components list............................................................................ 26
Table 6 –Mk3 Power Module components list....................................................................... 28
Table 7 - Mk3 Power Module front panel components list .................................................... 33
Table 8 - Double MALE HV connector module, Mk3, for treatment cable component list ... 37
Table 9 - Double FEMALE HV connector module, Mk3, for Power Module and Treatment
Return component list.............................................................................................................. 38
Table 10 - SINGLE FEMALE HV connector module, Mk3, for Treatment Lance component list
................................................................................................................................................... 40
Table 11 -Double MALE HV connector module, Mk2, for treatment cable component list.. 41
Table 12 - Double MALE HV connector module, Mk2, for treatment return and power
module component list ............................................................................................................ 43
Table 13 - SINGLE FEMALE HV connector module, Mk2, for Treatment Lance component list
................................................................................................................................................... 44
Table 14 - Power Module front panel wiring schedule........................................................... 52
Figures
Figure 1 - Mk3 Treatment Lance shaft components diagram................................................ 12
Figure 2 - Mk 3 Treatment Lance handle components diagram............................................. 13
Figure 3 - Mk3 Treatment Lance shaft wires electrical components diagram....................... 13
Figure 4 - Mk3 Treatment Lance handle electrical components diagram.............................. 14
Figure 5 –Mk2 treatment lance shaft wires............................................................................ 19
Figure 6 - Mk3 Treatment Lance Electrode Module mechanical components diagram........ 20
Figure 7 - Mk3 Treatment Return mechanical components diagram..................................... 21
Figure 8 –Balloon item 14, U-TR_SA1-I, PRO TREATMENT RETURN SUB ASSY LOOM 1 MK3
(note revision I/i)...................................................................................................................... 23
Figure 9 –Balloon item 14, U-TR_SA1-F, PRO TREATMENT RETURN SUB ASSY LOOM 1 MK2
(note revision F)........................................................................................................................ 24
Figure 10 - Mk3 Safety Earth components diagram................................................................ 25
Figure 11 - Mk3 Power Module components diagram............................................................ 28
Figure 12 - Mk3 Power Module photo..................................................................................... 30
Figure 13 - Mk3 Power Module front panel EXTERNAL components diagram ...................... 31
Figure 14 - Mk3 Power Module front panel INTERNAL components diagram....................... 32
Figure 15 - Mk3 Power Module front panel photo.................................................................. 33
Figure 16 - Double MALE HV connector module, Mk3, for treatment cable component
diagram..................................................................................................................................... 37

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Figure 17 - Double FEMALE HV connector module, Mk3, for Power Module and Treatment
Return component diagram..................................................................................................... 38
Figure 18 - SINGLE FEMALE HV connector module, Mk3, for Treatment Lance component
diagram..................................................................................................................................... 40
Figure 19 - Double MALE HV connector module, Mk2, for treatment cable component
diagram..................................................................................................................................... 41
Figure 20 - Double FEMALE HV connector module, Mk2, for treatment return and power
module component diagram.................................................................................................... 42
Figure 21 - SINGLE FEMALE HV connector module, Mk2, for Treatment Lance component
diagram..................................................................................................................................... 44
Figure 22 - Treatment Lance electrical schematic................................................................... 46
Figure 23 - Treatment Return electrical schematic................................................................. 48
Figure 24 - Safety Earth electrical schematic........................................................................... 49
Figure 25 - Power Module electrical schematic ...................................................................... 50

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Introduction and purpose
This technical manual describes:
•Important safety information for repairing, servicing and testing RootWave Pro.
•Qualification level for technician to be able to competently and safely work on
RootWave Pro.
•Guidance on suitable environment for working on RootWave Pro.
•Exploded view of each assembly, including order and direction of disassembly /
assembly.
•Parts list.
•How to safely carry out high voltage electrical testing to check equipment before
release.
•Electrical schematics.
•Special tools and consumables needed to carry out repair, servicing and test work.
•It covers both current Mk3 and previous Mk2 versions
For annual servicing procedure, refer to service guide U-SG2-PRO-001-3.
Safety information
Warning
Indicates a hazardous situation which, if not avoided, could result in death or serious injury.
To avoid risk of electric shock:
•Features in adjacent components may pose a risk to insulation and lead to electric
shock. Before repair work commences, assess the surrounding area for potential
hazards posed by adjacent components and plan the task to avoid those hazards.
This might include sharp edges, traps, fiddly or hard to reach areas. Temporarily
remove and replace adjacent components that could prevent safe access to the
working area or could be over stressed or damaged during the repair.
•If not fitted correctly, connectors can separate and lead to electric shock. Ensure all
connectors are fully pushed home and secure.
•Lose wires and cables can lead to excesses stress on insulation and lead to electric
shock. Ensure wires and cables are properly secured using the fixing locations
provided.
•Wires or cables getting trapped between parts during reassembly can lead to
compromise of insulation and lead to electric shock. This can occur between bosses
or enclosure parts. Check that no wires or cables are trapped when parts are
reassembled.

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•Using incompatible parts can affect integrity and safety and might lead to electric
shock. Where a Mk3 parts is specified, replace with a Mk3 part. Same for Mk2.
•Using parts of inappropriate design or quality can lead to electric shock. Only use
genuine RootWave spares that have been supplied by RootWave.
•Accidental damage to insulation during repair caused by tools such as cutters used
for removing zip ties can lead to electric shock. Ensure care is taken when using sharp
or abrasive tools not to damage insulation. If in any doubt about whether a part has
been damaged replace the part with a new one.
•Accidentally leaving parts, debris, waste or tools inside repaired equipment can lead
to damage to insulation or compromise creepage and clearance distances and lead
to electric shock. Thoroughly check for foreign bodies before closing enclosers.
•Fluid spills into the equipment can lead to electric shock. Keep drinks, food and any
other liquids away from equipment during repairs.
•Damaged enclosures can lead to electric shock. Check integrity of enclosures and if
necessary replace with new parts.
•You should not fault find with the Power Module lid removed and the system
powered on and HV activated.
•Wear dielectric insulating boots.
•Ensure that screw fixings are tightened to a suitable torque. This is particularly
important for those making electrical connections, for example, the HV connection in
the Treatment Return.
•Repairs being completed by technicians without adequate technical training and
expertise may lead to errors that result in electric shock. If you are carrying out
repair tasks ensure you meet the required criteria to qualify as a Technician for these
activities.
•Carrying out repairs at an inadequate workstation can lead to errors and electric
shock. Repairs to be carried out in suitable workstation environment –see below.
•Once repair is complete use a electrical insulation tester to check for any indication
of breakdown –see below for further instructions.
•During repairs do a visual inspection of the internals look for any signs of arcing
including carbon deposits or heat damaged or melted components, cracks, any signs
of damage, loose connections. Always change parts that show any of the above signs.
•If in any doubt please contact RootWave support.

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Final Checks
Once any repairs are complete
1. Electrical continuity test
Complete an electrical continuity test. This is detailed in SG2.
2. High voltage electrical insulation breakdown test
An insulation breakdown test must be carried out following either:
•Repairs to high voltage components
•Repairs carried out to areas adjacent to high voltage components that could cause
unintended compromise to high voltage components.
This checks the state of electrical insulation and the presence of any shorts which if
undetected could be hazardous or lethal to operators.
For details of how to safely perform insulation breakdown testing see RootWave document
PRO_Work_Intruction_09.
Insulation breakdown tests can also be used to support annual service checks and fault
diagnosis.
3. Functional check
Complete a functional check to ensure the system functions correctly after any repair work.
Follow the Pro Functional Check Protocol U-FCP-PRO-001-3, which is available for download
from rootwave.com/pro.
4. Labels
Once the system has been qualified, a tamper evident label can be applied to the enclosure.
You should also attach a service by and date sticker.

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Technician qualification
The technician should be qualified to the following levels:
•Qualified as a minimum to NVQ level 3, or an equivalent European standard, in an
electrical subject, or demonstrably equivalent skills and experience. The qualification
must demonstrate that they can apply technical knowledge and skills to a range of
activities - including some that are complex and non-routine - and can act
responsibly, with autonomy and may be able to supervise others.
•Familiar with the use of standard workshop tools such as side cutters, knives, torx
and screw drivers, riveting tools, spanners, drills, torque drivers, crimping tools,
multimeters and electrical insulation testers.
•Competent in workshop and electrical Health and Safety, including high voltage
Alternating Current (AC) systems, able to carry out a risk assessment and define and
follow safe working practices and maintain a tidy and organised environment.
•Follow instructions without taking shortcuts, will abide by warnings and cautions, will
ask for help or clarification if they are unsure or if something is unclear.
•Complete all work to a high standard and inspect at key steps.
•Competent to sign off systems for release to users following repair, upgrade and
servicing.
•Have successfully completed the relevant RootWave user course, can connect and
disconnect the main components of the system, can use the machine in a safe
manner.
•Familiar with the user guide and the health and safety information contained within
it.
•Familiar with the content of the Technical Manual and is clear on the difference
between high and low voltage systems and how they can be handled.
•Speaks technical English.
•The technician is responsible for their health and safety.
Workstation qualification
You are responsible for the suitability and safety of your working environment and
procedures.
Guidance on suitable workstation environment as follows:
•Is clean and tidy, free from combustible material, trip hazards and debris.
•Has sufficient illumination, is quiet, is free from distraction and is well ventilated.
•Has an adequate clear, dry surface area to put the parts of the machine on.
•Lift equipment will be required to move the Power Module which is >100kg.

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•A generator and a long power cable are available - a long power cable allows the
generator to be placed at a sufficient distance from the Power Module so that the
safety contact relays or any unwanted noise from the machine can be heard.
•The equipment under test is easily accessible.
•Fire suppression equipment is easily accessible and in good condition.
•A first aid kit is available and in good condition.
•If loan working is required then this has been risk assessed and a suitable protocol is
in place.
The workstation can be at a temporary outdoor location if all the above requirements are
met.
Key features
Earthing and safety
•The Power Module enclosure is earthed to the supply and through the Safety Earth
•The Secondary side of the transformer is earth referenced.
•The input side of the transformer is tied between Live and Neutral.
•Each connector link used to couple the Treatment Return and Safety Earth are
directly tied to Power Module enclosure.
•A single channel Industrial safety relay is used to interrupt the 24V coil drive signal to
each of the three intermediary drive relays. The outputs of each intermediary drive
relay loop through the mechanically linked normally closed contacts of the other two
safety contactors to prevent multiple tapings on the primary side of the transformer
being driven simultaneously. So, if High is being actively driven, the drives to the
Medium and Low contactors are disabled.
•Each safety contactor is a three-pole variant and the transformer drive signal loops
back through three times, so if any one of the three phase contacts fails closed two
others remain to prevent injury. The auxiliary contacts of each contactor only close if
all the three internal phase contacts open at de-energisation. Therefore, the system
is fault tolerant to two phases of any single contactor failing closed.
•The industrial safety relay and its emergency stop are independent of all other
control systems.
•No energy storage mechanisms are utilised in the high-power pathway.
•A Lance loopback is included to ensure the main Power Module to Treatment Lance
cable is connected before the safety relay will turn on.
Deployment and access control
•Without Treatment Return and Safety Earth foot compression the system will remain
open.
•If the safety relay is activated it is not possible to reset the system until, the E-Stop
fault is cleared, and the foot compression is confirmed.

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•An operator lockable 2 pole Isolator switch is used to control the supply of 230V AC
into the Power Module. This Isolator can be padlocked in either the open or closed
position.
Lance controls and operation
•The lance controls provide direct control to the low impedance input intermediary
relays.
•24V is switched through the safe stop relay through four normally open switches in
the two triggers and through the High, Medium and Low voltage level selector
switch.
•Directly coupled LEDs indicate when the High, Medium or Low control lines are
actively driven by the Lance.
•On turn on the safe stop is off and will not operate until the reset button is pushed
when the hands are clear of the triggers. This relay is latched on through the release
contacts of each trigger switch.
•The Lance provides a configurable loop back pathway to ensure the lance remains
connected to the Power Module. If this loop back is broken the Power Module
system shuts down.
Energy conversion and application
•Distribution of the high voltage signal is via specialist conductor and jointing
pathways.
•Double shielding is provided throughout (additional silicon outer sheath or non-
conductive mechanical structure). In the Power Module, where insulating secondary
protection is not possible, a directly earthed enclosure is used.
•The transformer is designed to run at 125 degrees (core temperature) and has three
tapings to provide 3, 4 and 5 KV at the output.
•The internal temperature switch will shut down the whole 24V sub system (including
safety relay) if tripped at a core temperature above 150 degrees centigrade.

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Treatment Lance Mk3 APL-001-3
Figure 1 - Mk3 Treatment Lance shaft components diagram

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Figure 2 - Mk 3 Treatment Lance handle components diagram
Figure 3 - Mk3 Treatment Lance shaft wires electrical components diagram

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Figure 4 - Mk3 Treatment Lance handle electrical components diagram
Table 1 - Mk3 Treatment Lance components list
ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
1
U-PRO-MEC038
PRO TREATMENT LANCE
ELECTRODE
MODULE LOCK MK3
ROOTWAVE
1
2
137M4
M4 THREAD INSERT
ROOTWAVE
9
3
U-PRO-MEC037
PRO TREATMENT LANCE
ELECTRODE
MODULE SOCKET MK3
ROOTWAVE
1
4
ISO 7380-1 - M3 X
10
M3 HEXAGON SOCKET BUTTON
HEAD
SCREW - PRODUCT GRADE A
OFF THE
SHELF
3
5
DIN 912 - M4 X 20
M4 CYLINDER HEAD CAP SCREW
OFF THE
SHELF
1
6
U-TL_FGT003-E
PRO TREATMENT LANCE FIBRE
GLASS
TUBE MK3
ROOTWAVE
1
7
PRO_LABEL_10
25mm ELECTRICAL DANGER LABEL
ROOTWAVE
1
8
379-9646
RICHCO - NYLON CLINCH RIVET,
4mm
OFF THE
SHELF
2

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ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
9
U-PRO-MEC052
PRO TREATMENT LANCE LED
HOUSING
MK3
ROOTWAVE
1
10
PRO_LABEL_05
PRO TREATMENT LANCE TUBE
WARNING
LABEL MK3
ROOTWAVE
1
11
SSD54SSBS
POP - 4MM X 10.2MM BLIND RIVET
SS
OFF THE
SHELF
2
12
U-TL_SR001
PRO TREATMENT LANCE SAFTEY
SHUNT
RING
ROOTWAVE
1
13
715C15DKS10
VISHAY - 10NF 15KVDC CERAMIC
CAPACITOR
OFF THE
SHELF
1
14
U-TL_HR002
PRO TREATMENT LANCE HANDLE
RIGHT
MK3
ROOTWAVE
1
15
SIP-8-32-3 16-A2
ACCU - 8-32 UNC X 3/16 INCH
PHILLIPS
PAN HEAD MACHINE SCREWS (ANSI
B18.6.3) - STAINLESS STEEL (A2)
OFF THE
SHELF
2
16
U-TL_SA5
PRO TREATMENT LANCE FRONT
TRIGGER LOOM MK3
ROOTWAVE
1
17
U-TL_TCF002
PRO TREATMENT LANCE FRONT
TRIGGER CARRIAGE MK3
ROOTWAVE
1
18
DIN 125 - A 3.2
M3 WASHER
OFF THE
SHELF
4
19
DIN 127 - A 3
M3 SPRING WASHER
OFF THE
SHELF
4
20
DIN 7985 (H) -
M3X12-H
M3 CROSS RECESSED RAISED
CHEESE
HEAD SCREWS - TYPE H
OFF THE
SHELF
4
21
U-TL_CP001
PRO TREATMENT LANCE CONTROL
PANEL MK3
ROOTWAVE
1
22
L58B3S001-AZZRX-
100
PEN COM ROCKER SWITCH
MARKED LMH
24V 15A
ROOTWAVE
1
23
U-TL_SA2
PRO TREATMENT LANCE RESET
SWITCH
LOOM MK3
ROOTWAVE
1

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ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
24
U-TL_SA4
PRO TREATMENT REAR TRIGGER
LOOM
MK3
ROOTWAVE
1
25
U-TL_TCR001
PRO TREATMENT REAR TRIGGER
CARRIAGE MK3
ROOTWAVE
1
26
U-TL_HL002
PRO TREATMENT LANCE LANCE
HANDLE
LEFT MK3
ROOTWAVE
1
27
DIN 6798 - A 4.3
M4 EXTERNAL SERRATED LOCK
WASHER
OFF THE
SHELF
10
28
HEXALOBULAR
SOCKET PAN HEAD
SCREW ISO 14583 -
M4 X 20 - A2
M4 HEXALOBULAR SOCKET PAN
HEAD
SCREWS ISO 14583
OFF THE
SHELF
8
29
2520057010
SES STERLING - BLACK
POLYCHLOROPRENE 15mm ROUND
CABLE GROMMET FOR MAXIMUM
OF 11
mm CABLE DIA.
OFF THE
SHELF
2
30
U-PRO-MEC050
PRO TREATMENT LANCE SHROUD
BLANK
INSERT MK3
ROOTWAVE
1
31
527-9807
RS PRO - SILICONE O-RING, 9.25mm
BORE, 1/2IN OUTER DIAMETER
OFF THE
SHELF
2
32
U-TL_SA1-G
PRO TREATMENT HV CONNECTOR
LOOM MK3
ROOTWAVE
1
33
U-TL_SA3
PRO TREATMENT LANCE
CAPACITOR
LOOM MK3
ROOTWAVE
1
34
U-TL_LW1-E
PRO TREATMENT LANCE HV AND
LED
CABLES MK3
ROOTWAVE
1
35
131-22510 REL250-
PA66-BK
HELLERMANN TYTON - BLACK
CABLE TIE
NYLON RELEASABLE, 250mm X 7.6
mm
OFF THE
SHELF
1
36
664-2887
RS PRO - 71 X 1.6MM CABLE TIE
BLACK
OFF THE
SHELF
8

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ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
37
FTH-15-01
ESSENTRA COMPONENTS - 2.5-
4.8MM
CABLE TIE MOUNT
OFF THE
SHELF
8
Treatment Lance APL-001-2 and Electrode Mk2
The following components are different in Mk2 from Mk3 specification.
Figure 4 - Mk2 Treatment Lance shaft components diagram

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Figure 4 - Mk2 Treatment Lance handle components diagram
Table 2 - Mk3 Mk2 Treatment Lance components list
ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
1
U-TL_ET001
PRO TREATMENT LANCE
ELECTRODE MK2
ROOTWAVE
1
2
13N10
13N10 CERAMIC 3/8"
10mm
ROOTWAVE
1
3
U-TL_TP001
PRO TREATMENT LANCE
ELECTRODE SLEEVE MK2
ROOTWAVE
1
4
U-TL_EH001
QUICK CONNECT ELECTRODE
HOLDER
ROOTWAVE
1
5
SHC-M3-5-PK
ACCU - M3 X 5mm TORX CAP
HEAD SCREWS - PEEK
OFF THE SHELF
2
6
DIN 7984 - M3
X 4
M3 - CYLINDER HEAD CAP
SCREW
OFF THE SHELF
2
7
128-940
RS PRO - NITRILE RUBBER O-
RING SEAL, 26.5mm BORE,
32.5mm OUTER DIAMETER
OFF THE SHELF
1
8
U-TL_FGT003_c
PRO TREATMENT LANCE
TUBE MK2
ROOTWAVE
1

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ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
9
U-HV_SI002
PRO HIGH VOLTAGE
CONNECTOR SHROUD INSERT
BLIND MK2
ROOTWAVE
1
10
U-TL_SA1-F
PRO TREATMENT LANCE HV
CONNECTORLOOM MK2
ROOTWAVE
1
11
U-TL_LW1-D
PRO TREATMENT LANCE HV
AND LED CABLES MK2
ROOTWAVE
1
Figure 5 –Mk2 treatment lance shaft wires

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Treatment Lance Electrode Module Mk3 ETD-001-3
This section applies to all Mk3 Electrode Modules ETD-###-3. See latest spare price list for
other electrode shapes.
Figure 6 - Mk3 Treatment Lance Electrode Module mechanical components diagram
Table 3 - Mk3 Treatment Lance Electrode Module mechanical components list
ITEM
NO.
PART NUMBER
DESCRIPTION
SOURCE
QTY.
1
U-PRO-MEC041
PRO TREATMENT LANCE
STRAIGHT ELECTRODE MK3
ROOTWAVE
1
2
CERAMIC STDGAS LENS
NO. 6 0.75IN - 10mm
(WP9-20)
R-TECH ELECTRODE CERAMIC
COLLAR
ROOTWAVE
1
3
U-PRO-MEC043
PRO TREATMENT LANCE
ELECTRODE MODULE BODY MK3
ROOTWAVE
1
4
289-461
RS PRO - CIRCLIP, 4.5MM SHAFT
DIAMETER, 3.2MM GROOVE
DIAMETER
OFF THE
SHELF
1