StoneAge TORUS TR-130 User manual

TORUS
3D TANK AND VESSEL
CLEANING TOOLS
USER MANUAL
PL 556 REV A
(10/2018)
TR-130
TR-200

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TABLE OF CONTENTS
MANUFACTURER’S INFORMATION ...........................................................3
SPECIFICATIONS FOR ALL MODELS .....................................................3
KEY FEATURES FOR ALL MODELS .......................................................3
WARNING AND SAFETY INSTRUCTIONS .....................................................4
TORUS TR-130 .................................................................................5
DESCRIPTION AND INTENDED USE ......................................................5
OPERATION - MANIFOLD AND NOZZLE SELECTION.....................................6
OPERATION - INLET ADAPTERS AND SPEED ADJUSTMENT ............................7
TORUS TR-130 ACCESSORIES ...........................................................8
MAINTENANCE SCHEDULE...............................................................9
MAINTENANCE KITS ......................................................................10
MAINTENANCE - TR-130 ASSEMBLY .....................................................11
MAINTENANCE - TR130 240-RXX-X MANIFOLD ASSEMBLY .............................12
MAINTENANCE - TR130 170 CROSS SHAFT ASSEMBLY .................................12
MAINTENANCE - TR130 120 INLET ASSEMBLY ..........................................13
MAINTENANCE - TR130 130 ELBOW ASSEMBLY.........................................13
MAINTENANCE - TR130 200 BRAKE ASSEMBLY .........................................14
MAINTENANCE - TR130 226 GEAR ASSEMBLY ..........................................14
MAINTENANCE - TR-130 HIGH PRESSURE SEAL REPLACEMENT.......................15
GENERAL FASTENER INSTALLATION.....................................................16
TORUS TR-200 .................................................................................18
DESCRIPTION AND INTENDED USE ......................................................18
OPERATION - MANIFOLD AND NOZZLE SELECTION.....................................19
OPERATION - INLET ADAPTERS AND SPEED ADJUSTMENT ............................20
MAINTENANCE SCHEDULE...............................................................21
MAINTENANCE KITS ......................................................................22
MAINTENANCE - TR-200 ASSEMBLY .....................................................23
MAINTENANCE - TR200 240-RXX-X MANIFOLD ASSEMBLY .............................24
MAINTENANCE - TR200 170 CROSS SHAFT ASSEMBLY .................................24
MAINTENANCE - TR200 120 INLET ASSEMBLY ..........................................25
MAINTENANCE - TR200 130 ELBOW ASSEMBLY.........................................25
MAINTENANCE - TR200 200 BRAKE ASSEMBLY .........................................26
MAINTENANCE - TR200 226 GEAR ASSEMBLY ..........................................26
MAINTENANCE - TR-200 HIGH PRESSURE SEAL REPLACEMENT.......................27
GENERAL FASTENER INSTALLATION.....................................................28
TERMS AND CONDITIONS AND WARRANTY .................................................32

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MANUFACTURER’S INFORMATION
Torus Model Specifications
TR-130 TR-200
PRESSURE RANGE 2–22k psi (138–1500 bar) 8–15k psi (550–1035 bar)
FLOW RANGE 10-81 gpm (38-307 l/min) 50-220 gpm (190-830 l/min)
POWER RANGE 30-1000 hp 30-1900 hp
CYCLE TIME 4-24 Minutes 10-88 Minutes
ROTATION SPEED Adjustable Adjustable
INLET CONNECTIONS 3/4” NPT, 1” NPT, 3/4 MP, 1 MP, M24 P16 (UP TO 10K PSI MAWP)
M16 (UP TO 15K PSI MAWP)
MANIFOLD PORT SIZE G12 G16
PORT SIZE 1/4” NPT (P4) 3/4” NPT (P12)
NOZZLE TYPE OCV CARBIDE OC8
DIAMETER 5.12 in. (130 mm) 8.0 in. (200 mm)
LENGTH 17 in. (432 mm) 22.8 in. (579 mm)
WEIGHT 35 lbs (16 kg) 100 lbs (45kg)
MAXIMUM WATER TEMPERATURE 160°F (70° C) 160°F (70° C)
StoneAge Inc.
466 S. Skylane Drive
Durango, CO 81303, USA
Phone: 970-259-2869
Toll Free: 866-795-1586
www.stoneagetools.com
StoneAge Europe
Unit 2, Britannia Business Centre
Britannia Way
Malvern WR14 1GZ
United Kingdom
Phone: +44 (0) 1684 892065
KEY FEATURES:
• Interchangeable couplings and manifolds- One tool can be adapted to a wide range of pressures
and flows, saving the cost of purchasing multiple tools.
• External speed control- If you need to change the speed of rotation while on the job for precise
material removal, it is easy to adjust without opening the tool or removing it from the hose.
• Easy access high pressure seals and external grease fittings- Reduced downtime for regular
maintenance.
• Field repairable- No need to send to factory means reduced downtime and no freight fees.
This manual must be used in accordance with all applicable national laws. The manual shall be regarded
as a part of the machine and shall be kept for reference until the nal dismantling of the machine, as
dened by applicable national law(s). Updated manuals can be downloaded at:
https://www.stoneagetools.com/manuals

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WARNING AND SAFETY INSTRUCTIONS
WARNING
Operations with this equipment can be potentially hazardous. Caution must be exercised prior to and
during machine and water jet tool use. Please read and follow all of these instructions, in addition to the
guidelines in the WJTA Recommended Practices handbook, available online at www.wjta.org. Deviating
from safety instructions and recommended practices can lead to severe injury and/or death.
• Do not exceed the maximum operating pressure specied for any component in a system. The
immediate work area must be marked off to keep out untrained persons.
• The Dump Valve is the most important safety device. Each operator must have and be able to use their
own Dump Valves to shut down the water pressure immediately if necessary.
• Inspect the equipment and nozzles for visible signs of deterioration, damage, and improper assembly.
Do not operate until repaired. Make sure all threaded connections are tight and free of leaks.
• All operators and persons in close proximity must wear personal protective equipment, including
approved protection for body, hands, feet, face, ears, eyes, and air passages. Please refer to the WJTA
Recommended Practices, Section 6.
• Water pressure greater than 20,000 psi (1379 bar) can reach 200F (93c) and can scald or burn the
operator. Always use face shields, water jet resistant armor, and gloves to protect the operator from
being burned or cut.
• The use of gloves when handling the tool after operation is recommended as the body at the pulling ring
end may reach temperature of up to 160°F.
• Inspect the high pressure hose for damage. Use ONLY hoses intended for waterblast applications and
rated for the maximum operating pressure on the job. The high pressure hose should be as large as
possible to minimize pressure loss through the hose.
DANGER
BOTH THE TR-130 AND TR-200 MODELS OF TORUS CONTAIN SEVERAL HIGH-ENERGY, RARE-
EARTH MAGNETS THAT PRODUCE A MAGNETIC FIELD IN EXCESS OF 10 GAUSS. PERSONS WITH
A PACEMAKER OR OTHER ELECTRONIC MEDICAL DEVICE MUST USE EXTREME CAUTION WHEN
HANDLING, OR IN CLOSE PROXIMITY TO THE TORUS. IT IS RECOMMENDED THAT A MINIMUM
DISTANCE OF 6 INCHES (152MM) BE MAINTAINED AT ALL TIMES BETWEEN THE TORUS AND ANY
ELECTRONIC MEDICAL DEVICES.

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DESCRIPTION OF EQUIPMENT AND INTENDED USE (TR-130):
The Torus TR-130 3D Tool is designed for cleaning tanks, vessels, autoclaves, ducts and reactor
interiors. The tool is capable of working pressures up to 22,000 psi (1500 bar) and ow rates of 10 to 80
gpm. The wide range of ow rates is accommodated by the use of four different manifolds: High Flow
(R30), Medium Flow (R50), Low Flow (R90) and Extra Low Flow (R150). A maintenance-free magnetic
brake is used to control rotation speed. Note that rotation speed may increase as the tool warms
up to operating temperature. The complete Torus cleaning cycle varies from about 4 to 30 minutes
of operating time depending on rotation speed, which is determined by pressure, ow rate, nozzle
diameter, manifold choice and brake setting. A complete cleaning cycle is 92 revolutions of the body.
The HP manifold revolves 2.36 times for each body revolution. When used in large vessels, extension
arms up to 36 inches long can be used to reduce the jet standoff distance. The Torus can be hung from
the high pressure water hose or by the optional pulling ring available for the tool. It is recommended to
blow out all internal water passages (nozzles, weep holes, inlet) with compressed air after each use.
TORUS TR-130 DESCRIPTION AND INTENDED USE

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TORUS TR-130 OPERATION
OPERATION:
1. Before use, conrm that the installed manifold is the one specied for the operating pressure and ow rate.
Failure to use the correct manifold will result in an over-speed condition causing permanent component
damage, or a condition in which the tool rotates very slowly or not at all.
2. The MANIFOLD AND NOZZLE SELECTION chart below shows the correct manifold to use for various pressure
and ow combinations. Make absolutely certain that the two nozzles being used are of equal size and in good
condition, otherwise the Torus may rotate erratically, too fast, or not at all.
3. To use the chart, rst select the operating pressure row from the left. Move to the right across the table until
you read the ow closest to actual. Located directly under the ow rate is the appropriate manifold type, and
located at the top of this column is the appropriate nozzle size. If you know the pressure and nozzle size, select
the operating pressure row to the left, and read across the nozzle sizes in the top boxes until you get to the
nearest nozzle size. The box where these two intersect will give the appropriate ow rate and manifold type.
MANIFOLD AND NOZZLE SELECTION CHART
Pressure & Flow & Manifold Size
OCV Carbide Nozzle Size
Nozzle Size .036 .039 .043 .047 .055 .062 .067 .073 .078 .089 .093 .10 6 .125 .140 .156
2k psi
138 bar
gpm 48 58
l/min 182 220
Manifold R150 R150
5k psi
345 bar
gpm 20 24 30 35 44 58
l/min 76 91 114 133 167 220
Manifold R150 R150 R90 R90 R90 R90
10k psi
690 bar
gpm 12 16 20 24 28 32 42 46 60 66
l/min 45 61 76 91 106 121 159 174 230 250
Manifold R150 R150 R150 R90 R90 R90 R50 R50 R50 R30
15k psi
1035 bar
gpm 10 11 13 19 23 30 33 37 48 58 70
l/min 38 42 49 72 87 114 125 140 182 220 265
Manifold R150 R150 R150 R90 R90 R50 R50 R50 R50 R30 R30
20k psi
1380 bar
gpm 11 12 14 17 24 30 34 40 46 60 66
l/min 42 45 53 64 91 129 114 151 174 227 250
Manifold R150 R150 R150 R90 R90 R50 R50 R50 R50 R30 R30
R30
50-80 gpm
(190-303 lpm)
R50
28-55 gpm
(106-208 lpm)
R90
16-30 gpm
(61-114 lpm)
R150
10-18 gpm
(38-68 lpm)
TR130 240-RXX-X MANIFOLD TYPES
There are four manifolds for the Torus; select the proper version for the
operating conditions. Different arm lengths are also available.
THIS TABLE SHOWS MANIFOLD AND NOZZLE SIZE SELECTION GUIDELINES FOR COMMON JETTING
SCENARIOS AND DOES NOT TAKE INTO ACCOUNT HOSE SIZE.
For the most accurate manifold and nozzle selection, use the StoneAge Jetting App:
http://jetting.stoneagetools.com

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INLET ADAPTERS:
The inlet adapters are all female-female couplings. One end is an O-ring face seal that seals to the inlet shaft.
The other end is available in 3/4” NPT, 1” NPT, 3/4”medium pressure or 1” medium pressure.
SPEED ADJUSTMENT:
The rotation speed of the Torus may be adjusted using the speed adjustment shaft located at the opposite
end from the inlet. The shaft may be set at any location between slow and fast. Any suitable tool may be
used to adjust the speed by inserting the tool through the access slot on the housing and into the hole in
the shaft. To change from slow to fast, turn the speed adjustment shaft approximately 50° to the left. Marks
are engraved on the outside of the body to indicate slow and fast settings. Changing the speed from slow
to fast will increase speed by approximately three times (i.e. slow 10 rpm; fast 30 rpm). The rotational speed
depends on the torque produced by the operating pressure, ow, manifold version and brake setting. The
average operating speed range of the cross-shaft is approximately 8-16 rpm on slow and approximately
25-50 rpm on fast.
TORUS TR-130 OPERATION
Speed Adjustment Shaft, 5/16”
diameter hole for adjusting tool
(Shown in the fast position)
Speed Adjustment arrow for slow
and fast settings.
Coupling Options
TR 230-P12 = 3/4” NPT
TR 230-P16 = 1” NPT
TR 230-MP12 = 3/4” Medium Pressure
TR 230-MP16 = 1” Medium Pressure
WS 210
O-Ring
Inlet
Shaft
NOTICE
Note: It is not necessary to remove the optional Pulling Ring Assembly to access the Speed Adjustment
Knob.

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TORUS TR-130 ACCESSORIES
TR130 408-SS CAGE INSTALLATION:
HC 090 PULLING RING INSTALLATION:
Note that the short 2”
nipples must be installed
when using the Torus in
the cage
It may be necessary to remove the free half of the
Clamp Collar on the cage to insert the Torus
Reference (2) GS 331-04-24 (Socket Head Cap Screw 5/16-24 UNF x 1.0 Long)
Insure that the end plate of the cage is installed as
shown over the Pulling Ring Housing with about a
1/8” gap just behind the pulling bail; otherwise the
Torus will not rotate correctly during operation.
Note that the Pulling
Ring must be removed
from the Torus prior to
installing the Torus into
the Cage.
Apply Blue Loctite
242 (StoneAge part
number GP 180) to the
pulling ring bolt prior
to installation. Torque
bolt to 50-60 ft-lbs.
Pulling Ring
Housing
Apply Blue Loctite®242
(StoneAge part number GP 180)
to the pulling ring bolt prior to installation.
Torque bolt to 50-60 ft-lbs.

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TORUS TR-130 MAINTENANCE SCHEDULE
Maintenance Item Frequency Maintenance Required
High Pressure Seal
(See Replacement
instructions in this manual)
When water is
leaking out of
the weep holes
closest to the
inlet
The Torus has two high pressure seals, one in the inlet
shaft, and one in the cross shaft. These seals are
identical; they may leak water at low pressure (under 1000
psi) and will leak water continuously at operating pressure
during failure. If water is leaking out of the weep holes
closest to the inlet, the inlet seal is damaged. If the water
is leaking out of the weep holes furthest from the inlet, the
cross-shaft seal is damaged and must be replaced.
Lubricant and Storage Every 100 hours
of operation
It is recommended to grease the tool every 100 hours of
operation. Any multi-purpose NLGI 2 grease is acceptable.
There are ve grease ttings located on the outside of the
body. No damage will result from over-greasing the tool
but the operator will likely see any extra grease leaking
out around the shaft seals under operation. It is also
recommended to blow out all internal water passages
(nozzles, weep holes, inlet) with compressed air after each
use to maximize the life of internal components.
Magnetic Brake When necessary The magnetic brake requires no lubrication or
maintenance. If a problem is suspected with the magnetic
brake assembly, it should be sent to a certied StoneAge
repair center for service or replacement.
Threaded high pressure
connections
Before and/or
After each use
To avoid galling, for pipe thread connections use Parker
Thread Mate thread sealant (StoneAge part number
GP047) and uorocarbon tape. For all other threaded
high pressure connections use anti-seize lubricant alone.
StoneAge recommends Swagelok Blue Goop (StoneAge
part number GP 043).
Threaded fasteners When necessary It is VERY IMPORTANT that all threaded fasteners be
reassembled per the following procedure:
A) Fasteners labeled with a specic Blue Loctite (GP180)
note are to be reassembled and torque as noted.
B) All other fasteners are to be reassembled using Blue
Goop (GP 043) and torque if specied.
MOBIL® is a registered trademark of the Exxon Mobil Corporation.
Blue Goop®is a registered trademark of the Swagelock.
Loctite®is a registered trademark of the Henkel Corporation.
Threadmate™ is a trademark of the Parker Hannin Corporation.
WARNING
The use of gloves when handling the tool after operation is recommended as the body at the pulling ring end
may reach temperatures of up to 160°F depending on operating conditions. Let the tool cool down before
disassembling for any maintenance procedures.

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TORUS TR-130 MAINTENANCE KITS
TORUS SERVICE
Product training and proper tools are required to service the Torus. If you are uncomfortable performing the service,
bring the tool to your authorized dealer.
Take care throughout the entire procedure to keep the internals clean and free from grit, lint, and contamination.
Failure to do so could result in premature failure after service.
LIST OF TOOLS:
• Pick
• Slot Screwdriver
• Hex wrenches;
1/8”, 1/4”, 3/16”, 5/16”, 5/32”, 2.5mm, and 3mm
LIST OF MATERIALS:
• Clean lint free rags or blue shop towels
• Swagelock Blue Goop Anti-Seize or Equivalent
• Mobil SHC PM 460 Synthetic Grease or equivalent
MOBIL® is a registered trademark of the Exxon Mobil Corporation.
Blue Goop®is a registered trademark of the Swagelock.
Loctite®is a registered trademark of the Henkel Corporation.
TORUS TR-130 SERVICE AND OVERHAUL KIT PARTS
TR130 600 –SERVICE KIT TR130 610 –OVERHAUL KIT
GP 043 BLUE GOOP, 2 OZ 1BJ 007 Bearing, Angle Contact, BECBY 2
GP 180 Loctite, 242 Blue .5ml Bottle 1 BR 196 Retaining Ring, HD External 1.188 1
HC 012-TO H.P. Seal Assembly 2 CJ 009 Bearing 1
MJ 011-C Carbide Seat (Coated) 2 GP 043 Blue Goop, 2 oz 1
PL 556 Torus Family User Manual 1 GP 180 Loctite, 242 Blue .5ml Bottle 1
SA 059 O-Ring, G12 2 GP 805 Container, Round Hinged Lid Plastic 1¼ 2
TR 245 HP Seal, Manifold 2 HC 012-TO H.P. Seal Assembly 2
WS 210 O-Ring 1MJ 008 O-Ring 1
MJ 011-C Carbide Seat (Coated) 2
PL 556 Torus Family User Manual 1
PTL 078 Retaining Ring, SS 1
SA 059 O-Ring, G12 2
SG 009 Ball Bearing 1
TR 134 Seal 2
TR 136 Bearing, Needle Roller 2
TR 138 Retaining Ring, SS Spiral Int .968 2
TR 245 HP Seal, Manifold 2
TR130 105 O-Ring 4
TR130 113 Seal 2
TR130 114 Retaining Ring, SS Spiral Int 1.56 2
TR130 230 Bearing, Ball 2
TR130 233 O-Ring 2
TR130 234 Retaining Ring, SS External 17mm 2
WS 029 Seal, Large 1
WS 210 O-Ring 1
TR130 610
Overhaul Kit
TR130 600
Service Kit
= Replacement part is
available in this kit
= Replacement part is
available in this kit
Part Diagram Color Code Key

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TORUS TR-130 MAINTENANCE
TR 230-P12
TR 230-P16
TR 230-MP12
TR 230-MP16
Coupling,
O-Ring Face
(4) GS 325-20 SCREWS
SHCS .25-20 X 5.00 SS
Apply Blue Loctite®242 to threads
Torque to 84 in-lbs (7 ft-lbs)
TR130 120
INLET ASSEMBLY
TR130 105
O-Ring
TR130 105
O-Ring
TR130 105
O-Ring
TR130 130
ELBOW ASSEMBLY
TR130 200
BRAKE ASSEMBLY
TR130 170
CROSS SHAFT
ASSEMBLY
(4) TR130 175 SEALING SCREWS
SHCS .312-18 X 1.00 SS
Apply Blue Goop®to threads
Torque to 144 in-lbs (12 ft-lbs)
(4) TR130 115 SEALING SCREWS
SHCS .312-18 X 1.50 SS
Apply Blue Goop®to threads
Torque to 144 in-lbs (12 ft-lbs)
TECH TIP: When inserting
the Brake Assembly into
the Elbow Assembly twist
the two together to engage
the gears.
TR-130 ASSEMBLY
Sub-Assemblies of the TR-130 shown in BOLD CAPITAL labels and have additional part break downs in the
following pages.
TR130 240-R30
TR130 240-R50
TR130 240-R90
TR130 240-R150
MANIFOLD ASSEMBLY
TR130 610
Overhaul Kit
TR130 600
Service Kit
= Replacement part is
available in this kit
= Replacement part is
available in this kit
Part Diagram Color Code Key

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TORUS TR-130 MAINTENANCE
TR130 240-RXX-X MANIFOLD ASSEMBLY
TR130 170 CROSS SHAFT ASSEMBLY
(2) TR130 260-R30
(2) TR130 260-R50
(2) TR130 260-R90
(2) TR130 260-R150
Half Manifold
TR 577-XX
Nipple Assembly
(2) TR 247
Socket Head Cap Screw
Torque to 600 in-lbs (50 ft-lbs)
TR 577.3
Flow Straightener
(2) OCV-XXX
Nozzle
TR 245
High Pressure Manifold Seal
SA 059
O-Ring
BJ 007
Bearing
CJ 009
Bearing
TR130 172
Cross Shaft
TR130 173
Outlet Cap
TR 126
Bevel Gear 27T
FS 004-0-SS
Straight Zerk
TR130 114
Retaining Ring, SS
Wide Outer Race
(4) TR130 175 SEALING SCREWS
SHCS .312-18 X 1.00 SS
Apply Blue Goop to threads Torque
to 144 in-lbs (12 ft-lbs)
TR130 105
O-Ring
Spring Side Out
TR130 113
Seal
MJ 011-C
Seat HC 012-TO
HP Seal and O-Ring
TR130 610
Overhaul Kit
TR130 600
Service Kit
= Replacement part is
available in this kit
= Replacement part is
available in this kit
Part Diagram Color Code Key

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TORUS TR-130 MAINTENANCE
SG 009
Bearing
TR 104
Inlet Shaft Gear
TR130 122
Inlet Shaft
TR130 103
End Inlet
TR 133
Gear 21T
BR 196
Retaining Ring, SS
BJ 007
Bearing
Wide Outer Race
TR130 130 ELBOW ASSEMBLY
TR130 120 INLET ASSEMBLY
WS 210
O-Ring
Spring Side Out
TR130 113
Seal
TR130 135
Flat Washer, SS
TR130 132.1
Elbow
TR130 140
Gear Modied
(2) TR 142
Pinion Shaft Key (2) GP 025-P4
P4 PLUG
TR130 139
BHCS .25-20 x .38 SS
Open Side of Seal
Towards Elbow
(4) GS 325-20 SCREWS
SHCS .25-20 X 5.00 SS
Apply Blue Loctite®242 to threads
Torque to 84 in-lbs (7 ft-lbs)
FS 004-0-SS
Straight Zerk
(3) FS 004-0-SS
Straight Zerk
(4) TR130 115 SEALING SCREWS
SHCS .312-18 X 1.50 SS
Apply Blue Goop to threads Torque
to 144 in-lbs (12 ft-lbs)
HC 012-TO
HP Seal and O-Ring
MJ 011-C
Seat
TR130 105
O-Ring
TR130 114
Retaining Ring, SS
(2) TR 138
Retaining Ring, SS
(2) TR 134
Seal
(2) TR 136
Needle Bearing

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(4) GS 325-20 SCREWS
SHCS .25-20 X 5.00 SS
Apply Blue Loctite®242 to
threads Torque to 84 in-lbs
(7 ft-lbs)
(4) GS 325-20 SCREWS
SHCS .25-20 X .62 SS
Apply Blue Loctite®242 to
threads Torque to 84 in-lbs
(7 ft-lbs)
(4) TR130 238
SHCS .12-40 x .75 SS
GN 337-L
Nylock Nut
.38-16 SS
TR130 202
Base Plate TR130 222
Pinion Shaft Key
TR130 212
Gearbox Shaft
(2) TR130 234
Retaining Ring, SS
TR130 204
Shaft Washer
(4) GP 200-BSPP4
Copper Ring
(4) TR130 232
Nylock Nut,
.12-40 SS
(4) TR130 236
SHCS M4 x 0.7 x 8 SS
(4) TR130 237
SHCS .12-40 x .38 SS
(4) TB 050 Screws
SHCS .25-20 x .75 SS
Apply Blue Loctite®
242 to threads Torque
to 84 in-lbs (7 ft-lbs)
TR201.1
Planetary
Gearbox
TR130 213
Gearbox Cap
TR130 205
Brake Shaft
TR130 203
Brake Cover
TR130 206
Shaft Speed Control
TR 207
Disc, CU
TR130 210
Magnet Assembly,
Bottom
TR130 211
Magnet Assembly,
Top
TR130 152
Pulling Ring Cap
GP 025-P4
P4 Plug
TR130 226
GEAR ASSEMBLY
(2) TR130 105
O-Ring
TR130 233
O-Ring
TR130 233
O-Ring
MJ 008
O-Ring
(2) TR130 230
Bearing
WS 029
Seal
TR130 235
BHCS .19 x 24 x .50 SS
Spring
Side Out
TORUS TR-130 MAINTENANCE
TR 142
Pinion Shaft Key
TR130 225
Bevel Gear
TR130 239
Modied Gear
PTL 078
Retaining Ring
TR130 226 GEAR ASSEMBLY
TR130 200 BRAKE ASSEMBLY
TR130 610
Overhaul Kit
TR130 600
Service Kit
= Replacement part is
available in this kit
= Replacement part is
available in this kit
Part Diagram Color Code Key

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TORUS TR-130 MAINTENANCE
CAUTION
The use of gloves when handling the tool after operation is recommended as the body at the pulling ring end
may reach temperatures of up to 160°F depending on operating conditions. Let the tool cool down before
disassembling for any maintenance procedures.
Chamfered Face
TO MAINTAIN H.P. SEAT & SEAL:
1. Remove the Carbide Seat (MJ 011-C) and the H.P. Seal
(HC 012-TO). Inspect the Seat for chips on edges. Replace
if damaged. Inspect the related face of the Elbow Assembly
for dings or pits. If damaged, it must be faced or replaced,
otherwise the Seal will leak.
2. Apply grease to new H.P. Seal and install into bore.
Place the Seat on the Seal with the at side against the
Seal. The chamfered side should face towards the Elbow
Assembly.
MJ 011-C
Seat
HC 012-TO
HP Seal and O-Ring
Flat Face
Towards Seal
TR-130 HIGH PRESSURE SEAL MAINTENANCE
The Torus has 2 high pressure seals. These seals may leak at tap pressure, but should seal at pressures above
1000 psi.
TO ACCESS THE SHAFT SEAL IN THE TR130 120 INLET ASSEMBLY:
1. Remove the (4) Sealing Socket Head Cap Screws holding the Inlet Assembly (TR130 120) to the Elbow
Assembly. The Inlet Assembly may then be slid out of the Elbow Assembly to gain access to the Seal. The Seal
is located in the end of the Inlet Shaft. No more disassembly is required.
TO ACCESS THE CROSS SHAFT SEAL:
1. Rotate the Half Manifolds as necessary to gain access to the (4) Sealing Socket Head Cap Screws that hold
the Cross Shaft Assembly (TR130 170) to the Elbow Assembly and remove them. Lift the Cross Shaft Assembly
out of the Main Elbow. The Seal is located in the end of the Cross Shaft. No more disassembly is required.
(4) TR130 175 SEALING SCREWS
SHCS .312-18 X 1.00 SS
Apply Blue Goop to threads
Torque to 144 in-lbs (12 ft-lbs)
(4) TR130 115 SEALING SCREWS
SHCS .312-18 X 1.50 SS
Apply Blue Goop to threads
Torque to 144 in-lbs (12 ft-lbs)
MJ 011-C
Seat
HC 012-TO
HP Seal and O-Ring
TR130 120
Inlet Assembly
TR 170
Cross Shaft Assembly
TR130 130
Elbow Assembly
*Grease the (5) Zerks on the Elbow
and Inlet Assemblies if necessary

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TR-130 FASTENER ASSEMBLY INSTRUCTIONS
TORUS TR-130 GENERAL FASTENER INSTALLATION
(4) TB 050 Screws
SHCS .25-20 x .75 SS
Apply Blue Loctite®242 to threads
Torque to 84 in-lbs (7 ft-lbs)
(4) TR130 115 SEALING SCREWS
SHCS .312-18 X 1.50 SS
Apply Blue Goop to threads
Torque to 144 in-lbs (12 ft-lbs)
(4) TR130 175 SEALING SCREWS
SHCS .312-18 X 1.00 SS
Apply Blue Goop to threads
Torque to 144 in-lbs (12 ft-lbs)
(4) GS 325-20 SCREWS
SHCS .25-20 X 5.00 SS
Apply Blue Loctite®242 to threads
Torque to 84 in-lbs (7 ft-lbs)
(4) GS 325-20 SCREWS
SHCS .25-20 X 5.00 SS
Apply Blue Loctite®242 to threads
Torque to 84 in-lbs (7 ft-lbs)
(4) GP 200-BSPP4 Copper Ring

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NOTES
THIS PAGE LEFT INTENTIONALLY BLANK

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DESCRIPTION OF EQUIPMENT AND INTENDED USE (TR-200):
The Torus TR-200 3D Tool is designed for cleaning tanks, vessels, autoclaves, ducts and reactor interiors.
The tool is capable of working pressures up to 15,000 psi (1035 bar) and ow rates of 50 to 220 gpm. The
wide range of ow rates is accommodated by the use of seven different manifolds; each is engraved with
its corresponding offset (i.e. R30). A maintenance-free magnetic brake is used to control rotation speed.
Note that rotation speed may increase as the tool warms up to operating temperature. The complete Torus
cleaning cycle varies from about 10 to 88 minutes of operating time depending on rotation speed, which is
determined by pressure, ow rate, nozzle diameter, manifold choice and brake setting. A uniform jet pattern is
achieved after 440 revolutions of the manifold shaft (136 revolutions of the body) and is recommended for most
applications. The tool can continue to run, thus generating a ner jet pattern. A complete cleaning cycle is
1426 revolutions of the manifold shaft (441 revolutions of the body). The HP manifold shaft revolves 3.23 times
for each body revolution. When used in large vessels, extension arms up to 36 inches long can be used to
reduce the jet standoff distance. The Torus can be hung from the high pressure water hose or by the optional
pulling ring available for the tool. It is recommended to blow out all internal water passages (nozzles, weep
holes, inlet) with compressed air after each use.
TORUS TR-200 DESCRIPTION AND INTENDED USE

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TORUS TR-200 OPERATION
OPERATION:
1. Before use, conrm that the installed manifold is one speciced for the operating pressure and ow rate. Failure
to use the correct manifold will result in an over-speed condition causing permanent component damage, or a
condition in which the tool rotates very slowly or not at all.
2. The MANIFOLD AND NOZZLE SELECTION chart below shows the correct manifold to use for various pressure
and ow combinations. Make absolutely certain that the two nozzles being used are of equal size and in good
condition, otherwise the Torus may rotate erratically, too fast, or not at all.
3. To use the chart, rst select the operating pressure row from the left. Move to the right across the table until
you read the ow closest to actual. Located directly under the ow rate is the appropriate manifold type, and
located at the top of this column is the appropriate nozzle size. If you know the pressure and nozzle size, select
the operating pressure row to the left, and read across the nozzle sizes in the top boxes until you get to the
nearest nozzle size. The box where these two intersect will give the appropriate ow rate and manifold type.
MANIFOLD AND NOZZLE SELECTION CHART
Pressure & Flow & Manifold Size
OCV Carbide Nozzle Size
Nozzle Size .085 .095 .105 .125 .145 .165 .175 .19 0 .200 .215
8k psi
552 bar
gpm 76 100 130 146 172 190 218
l/min 288 379 492 553 651 719 825
Manifold R75 R60 R45 R35 R30 R25 R20
10k psi
690 bar
gpm 60 84 112 146 164 192 212
l/min 227 318 424 553 621 727 803
Manifold R75 R60 R45 R35 R30 R25 R20
12k psi
827 bar
gpm 52 66 92 124 160 178 210
l/min 197 250 348 469 606 674 795
Manifold R75 R60 R45 R35 R30 R25 R20
15k psi
1035 bar
gpm 48 60 72 102 138 178 200
l/min 182 227 273 386 522 674 757
Manifold R75 R60 R45 R35 R30 R25 R20
R75
48-76 gpm
(182-288 lpm)
R60
60-100 gpm
(227-379 lpm)
R45
72-130 gpm
(273-492 lpm)
R35
102-146 gpm
(386-553 lpm)
R30
138-172 gpm
(522-651 lpm)
R25
178-190 gpm
(674-719 lpm)
R20
200-218 gpm
(757-825 lpm)
TR200 240-RXX-X MANIFOLD
There are seven manifolds for the Torus; select the proper version for the operating conditions. Different arm
lengths are also available.
THIS TABLE SHOWS MANIFOLD AND NOZZLE SIZE SELECTION GUIDELINES FOR COMMON JETTING
SCENARIOS AND DOES NOT TAKE INTO ACCOUNT HOSE SIZE.
For the most accurate manifold and nozzle selection, use the StoneAge Jetting App:
http://jetting.stoneagetools.com

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INLET ADAPTERS:
The inlet adapters are all female-female couplings. One end is an O-ring face seal that seals to the inlet shaft. The
other end is available in 1” NPT or 1” medium pressure.
SPEED ADJUSTMENT:
The rotation speed of the Torus may be adjusted using the speed adjustment shaft located at the opposite end from
the inlet. The shaft may be set at any location between slow and fast. Any suitable tool may be used to adjust the
speed by inserting the tool through the access slot on the housing and into the hole in the shaft. To change from
slow to fast, turn the speed adjustment shaft approximately 50° to the left. Marks are engraved on the outside of the
body to indicate slow and fast settings. Changing the speed from slow to fast will increase speed by approximately
three times (i.e. slow 5 rpm; fast 30 rpm). The rotational speed depends on the torque produced by the operating
pressure, ow, manifold version and brake setting. The average operating speed range of the cross-shaft is
approximately 5-8 rpm on slow and approximately 30-45 rpm on fast.
TORUS TR-200 OPERATION
Speed Adjustment Shaft, 5/16”
diameter hole for adjusting tool
(Shown in the fast position)
Speed Adjustment arrow for slow
and fast settings.
NOTICE
Note: It is not necessary to remove the optional Pulling Ring Assembly to access the Speed Adjustment Knob.
TR 230-P16
TR 230-MP16
Coupling
TR200 121
O-Ring
Inlet
Shaft
This manual suits for next models
1
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