JETStream DRILLJET PI-180 Instruction sheet

Read these instructions thoroughly before installing, connecting, or using the
DrillJet™. If any questions remain, call JETSTREAM at [phone] or (832) 590-
1300. Also read the yellow JETSTREAM SAFETY WARNING pamphlet included with
the shipment of your new DrillJet™ and reproduced inside this publication. This
product is sold with the understanding that the purchaser agrees to thoroughly
train all operators and maintenance personnel in the correct and safe installation,
operation and maintenance of the product and to provide adequate supervision of
personnel at all times. Retain these instructions for future reference. If this product
is resold or otherwise conveyed, purchaser must pass on the instructions to the
new user.
PRODUCT INSTRUCTIONS
The DrillJet™ is a self-powered rotating nozzle designed for tube
cleaning available in ve sizes with a variety of inlet options. The
DrillJet™ is a universal type of tool with six or seven nozzles that
clear blockages, clean, and provide thrust to propel the tool down
the pipe. The tool is available in a range of pressures and ows
depending on size.
DRILLJET™
PI-180

2PI-180 January 2022
TABLE OF CONTENTS
Section 1: Safety ............................................................................................. 3
Section 2: Product Description ........................................................12
Section 3: Preparation for Use ..........................................................14
Section 4: Setup.............................................................................................15
Section 5: Operation...................................................................................16
Section 6: Service ......................................................................................... 17
Section 7: Troubleshooting................................................................... 17
Appendix A......................................................................................................... 18
Appendix B ....................................................................................................... 23
Warranty ............................................................................................................. 24
Scan or click
the QR Code for
more product
information.

3PI-180January 2022
SECTION 1: SAFETY
This information was prepared to aid in the identication of potentially
unsafe conditions when using high pressure waterblast equipment. It
should be noted that other potential hazards may exist which might
have not been mentioned in this brochure.
In all cases, JETSTREAM products are sold with the understanding that
the purchaser agrees to thoroughly train all operating and maintenance
personnel in the correct and safe installation, operation of maintenance
of waterblast equipment and to provide adequate supervision of
personnel at all times.
Read the following in its entirety before connecting, operating or
repairing equipment. Purchasers and operators also should be familiar
with the current version of the “Industry Best Practices for the Use
of High Pressure Waterjetting Equipment” published by the Waterjet
Technology Association, as well as any applicable OSHA regulations,
standards and guidelines.
Should any questions arise concerning safe and proper procedure,
contact JETSTREAM prior to the installation or use at [phone] or
[phone].
Incorrect Use of High Pressure Waterblast
Equipment May Cause Serious Injury
Read these instructions in their entirety
before using any JETSTREAM products.

4PI-180 January 2022
GENERAL WATERBLAST
1. Use only clear, clean water in high pressure system.
2. Place barricades with warning signs or barricade tape around work
area.
3. Outt all operators with Personal Protective Equipment (PPE).
Hard hat with plastic face shield, rainsuit, non-skid knee boots with
metatarsal protection, gloves, ear protection and body armor rated for
operating pressures are considered minimum safety equipment. Proper
respiratory protection is required where dangerous fumes or dust is
present or created by the waterblasting operation. Follow applicable
OSHA regulations, standards and guidelines regarding the use of
respiratory protection if harmful fumes or dust is present during, or
created by the waterblasting operation.
4. Use products intended for high pressure waterblasting only.
5. No product should be altered without written consent of the
manufacturer.
6. Read and follow all manufacturer’s instructions prior to using any
waterblast product. Contact manufacturer.
7. Thoroughly review alternative methods before initiating any
potentially dangerous waterblasting operation. Fully automated, semi-
automated, and/or mechanized methods should all be considered rst.
Contact the applicable waterblasting manufacturers for assistance and
recommendations.
8. The operator handling the cleaning device (with nozzle) must always
have control of water pressure. A surface cleaning operator should
operate a trigger style control gun capable of instantaneously stopping
pressure to nozzle. A tube cleaning lance operator should operate a foot
gun capable of instantaneously stopping pressure to the lance.
9. Inspect the condition of all components prior to use. Use no items
which are in questionable condition.
10. Check the condition of thread connections prior to the make-up of
any high pressure connection. Use Teon tape and anti-seize on male
pipe (NPT) thread for sealing purposes. Do not let tape overlap the male
pipe thread end. Tape fragments may enter system water stream and
clog nozzle’s orices.
Do Not use a component with missing or damaged threads on the
high pressure connections.

5PI-180January 2022
11. Properly tighten all high pressure connections. All NPT connections
must have a minimum engagement of four (4) threads. Pipe (NPT)
connections should be made up hand tight plus two (2) full wrenched
turns. Do not tighten NPT threads past two (2) wrenched turns.
Use wrench ats (when available) or a properly adjusted
smooth jaw plier wrench (JS PN 64119) for tightening components.
Avoid using pipe wrench as wrench marks will cause high pressure
components to crack and fail.
12. All high pressure hose connections require a hose restraint (whip
check), including connection at uid end discharge.
13. Before attaching a nozzle to the control gun or tube cleaning lance,
operate the pump at low speed to purge dirt and debris from system.
Dirt and debris can clog nozzle orice(s) and cause excessive
system pressure which could lead to a lance failure.
14. With nozzle installed, operate the pump at a low speed (low
pressure) for test. Should system repairs or adjustments be necessary,
stop pump and relieve all pressure before making required repairs or
adjustments. The pump operator should watch the nozzle operator
at all times in case any difculty arises and it becomes necessary to
depressurize system. If the pump operator does not have a clear line
of sight to the nozzle operator, it may be necessary to have another
employee available to communicate between the nozzle and pump
operators.
15. With the system operating properly, increase pump speed
slowly until operating pressure is reached and adjusted. Pressure
adjustments should always be made slowly. The nozzle operator shall
be warned before any pressure adjustment is made by the pump
operator. A sudden change in reaction force may cause the nozzle
operator to lose balance.
16. Use minimum pressure required for cleaning. Do not exceed the
operating pressure of the system’s lowest pressure-rated component.
All equipment pressure rating markers and warning tags should be left
intact.
17. Waterblast operators must be made aware that the cleaning
nozzle’s discharge jets(s) can inict serious body wounds.
Supervisors should demonstrate the potential danger of discharge
jet(s) by showing all new operators the effect of a waterjet by cutting a
scrap piece of wood such as a 2” x 4”.

6PI-180 January 2022
18. If equipment malfunctions or a system malfunction is suspected,
immediately stop cleaning activity and relieve the pressure in the
system before attempting any repairs. Always follow the manufacturer’s
repair instructions.
19. Only trained persons should be authorized to perform any
maintenance or repair.
20.Following any repairs, the system should be operated at low pressure
for test. Bring equipment up to operating pressure slowly.
21. For shutdown in freezing conditions, even for brief periods, drain
water from all components. Prior to starting operations in freezing
conditions, the operation of all equipment components must be
checked carefully to make sure components are not frozen and can be
operated.
22.Store components properly by protecting them from damage when
not in use. Be sure all safety warning tags and markers remain intact.
PRESSURE RELIEF DEVICES
1. Read General Safety section prior to installing Relief Valve and/or
Pressure Relief Devices.
2. A waterblast system should include both primary and secondary
pressure relief protection:
A. For primary protection a primary rupture disc assembly or spring-
loaded relief set at 1.2 times, maximum operating pressure is
recommended (i.e. relief valve is set at 12,000 psi if maximum
operating pressure is 10,000 psi)
B. For secondary protection a rupture disc assembly containing a
manufacturer’s approved disc having a burst rating of 1.4 times
maximum operating pressure is recommended.
Only use a rupture disc holder which will NOT permit the
use of coins or other objects in place of discs.
3. Relief devices should never be mounted so the discharge could
strike personnel.
4. Never install a shut-off valve between the pump and relief device.
5. “Set pressure” must be prominently displayed on all relief devices.
Never install or use a relief device unless its “set pressure” is known.

7PI-180January 2022
6. Do not attempt to correct a leaking relief valve by increasing spring
tension as this will increase its set pressure.
7. Do not use a pressure relief valve as a combination relief and
throttling device.
8. Keep relief valve dry during freezing conditions.
NOTE: Pressure relief devices are imperative for the protection of
both operator and equipment from dangerous over-pressurization.
HIGH PRESSURE HOSE
1. Read General Safety section prior to connecting high pressure hose.
2. Do not use a high pressure hose with a burst rating less that 2.5
time the pressure at which it will operate. 10,000 psi operating pressure
high pressure must have a minimum 25,000 psi burst rating. 8,000 psi
operating hose must have a minimum 22,000 psi burst rating.
3. Do not use a high pressure hose that has an unknown burst rating
or manufacturer’s operating pressure rating.
4. Use of a Safety Shroud is strongly recommended for added safety
where hose connects to control gun.
5. Use of hose restraint (whip check) is required at all hose
connections, including connections at uid end.
6. Always apply wrench to wrench ats when making threaded
connections. Do not apply wrench on the end tting ferrule (collar).
7. Remove hose from service if:
A. Cover is damaged and reinforcing wires are exposed to rust and
corrosion;
B. Cover is loose, has blisters or bulges;
C. Hose has been crushed or kinked;
D. End tting shows evidence of damage, slippage, or leakage.
E. Hose has been exposed to pressures greater than 50% of burst
rating; or
F. Hose is three or more years old, regardless of condition.
8. Disconnect, drain, coil and store hose properly after use.
9. Never attempt to repair or recouple high pressure hoses in eld. High
pressure hose end ttings are the permanently crimped type and can

8PI-180 January 2022
only be properly installed with hydraulic crimping equipment.
NOZZLES
1. Read General Safety section.
2. Nozzle ow ratings must be compatible with pump discharge and
pump pressure rating. (See Nozzle Flow Rating Chart on page 18.)
3. Use only nozzles with a manufacturer’s pressure rating of at least
the operating pressure or a burst rating or no less than 3.0 times the
desired operating pressure.
4. Prior to installation, make sure the nozzle has no clogged orices.
5. Apply 3 - 4 wraps of Teon tape to male connection threads on the
nozzle. Apply anti-seize compound over the sealant tape for additional
protection against galling in connection threads. Wrench connection 1
1/2 - 2 turns past hand tight. A minimal thread engagement of four (4)
threads should exist on all Jetstream NPT pipe connections.
6. Use wrench ats (when available) or a properly
adjusted smooth jaw plier wrench (JS PN 64119) to tighten nozzle. Avoid
using pipe wrench as wrench marks will cause nozzles to crack and fail.
7. Blocked orice(s) can cause excessive system pressure and failure.
If orice(s) appear clogged or partially blocked with dirt or debris,
remove nozzle from J-Force and clean immediately.
8. Remove nozzle from service if:
A. Nozzle is split or damaged;
B. Nozzle sidewall is worn by more than 25% at any point;
C. Nozzle’s ability to hold pressure is questionable
D. Threads are missing or damaged
FLEXIBLE TUBE CLEANING LANCES
1. Read General Safety section and Nozzle Safety Warnings prior to
connecting ex lances.
2. Do not use a ex lance with a burst rating less than 2.25 times
the pressure at which it will operate. 10,000 psi operating pressure
ex lances must have a minimum 22,000 psi burst rating. 8,000 psi
operating pressure ex lances must have a minimum 18,000 psi burst
rating.

9PI-180January 2022
3. Do not use a ex lance that has an unknown burst or unknown
manufacturer’s operating pressure rating.
4. Never use a lance which is kinked, worn, frayed or whose abilities
to hold pressure is questionable.
5. Do not use a lance which has damaged or missing threads.
6. Clearance between lance and tube deposits must be sufcient to
allow unrestricted backow of water and debris. With tubes containing
hard deposits this clearance should be 1/8” minimum on the diameter
(or 1/16” per side) of the lance. With tubes containing soft, pliable
deposits this clearance should be greater. Insufcient side clearance
may cause lance to blow back toward operator.
7. Serious injury may occur should a lance with live
nozzle exit tube. Use anti-withdrawal device to prevent lance from
exiting tube unexpectedly.
8. The following JETSTREAM lance accessories are strongly
recommended for safer lance operation:
A. Lance Strain Relief - Helps prevent lance inlet end tting failure.
B. Lance Stinger - Affords the operator greater control of nozzle.
Establishes a “safety zone” so operator knows when nozzle is about
to exit tube; will eliminate possibility of nozzle and lance “double
back” toward operator within large diameter pipe.
C. Anti-withdrawal device prevents the lance from exiting the tube
or pipe. Contact JETSTREAM for additional information regarding
these products.
9. Use only nozzles designed for use with ex lances (i.e. nozzle
drilled with sufcient rearward orices so nozzle pulls lance through
tube.)
10. If lance end ttings do not have wrench ats, use properly adjusted
smooth jaw plier wrench (JS PN 64119) to connect lance to pressure
source and nozzle onto lance. Apply wrench on lance and tting directly
behind end tting thread (not on tting ferrule or collar) when
installing nozzle on lance. Do not clamp on the lance hose itself with
vise when installing nozzle.
11. Avoid rough handling, stretching or straining of lance.
12. Never attempt to “ramrod” ex lance through blockages or to repair
or recouple lances.

10 PI-180 January 2022
13. After use, drain, coil and store lance properly. Be sure safety tags
remain intact.
RIGID TUBE CLEANING LANCES
1. Read General Safety section and Nozzle Safety Warnings prior to
connecting rigid lances.
2. Do not use a rigid lance with a burst rating less that 3.0 times the
pressure at which it will operate. 10,000 psi operating pressure rigid
lances must have a minimum 30,000 psi burst rating. Do not use a
rigid lance that has an unknown burst or unknown manufacturer’s
operating pressure rating.
3. Clearance between lance and tube must be sufcient to permit the
unrestricted backow of water and debris. With tubes containing hard
deposits this clearance should be 1/8” minimum on the diameter (or
1/16” per side) of the lance. With tubes containing soft, pliable deposits
this clearance should be greater. Insufcient side clearance may cause
lance to blow back toward operator.
4. Be sure nozzle, lance and adapter thread sizes are compatible before
installing nozzle and adapter on lance. Do not use a rigid lance that has
damaged or missing threads.
5. Use wrench ats (when available) or a properly adjusted smooth jaw
plier wrench (JS PN 64119) to connect lance. Do not use pipe wrench as
wrench marks will cause high pressure components to crack and fail.
6. A rigid lance over 4 ft long requires two men for support and safe
operation. Operator at tube should use a foot control gun so he can
instantly relieve system pressure in case of emergency.
7. When using and moving lance, support it in a manner to avoid
stress and possible breakage at inlet end connection.
8. Never ”ramrod” lance into tube blockage.
9. Transport and store lances in tubes or racks to avoid bending,
corrosion or other damage. Damaged lances (bends, mars) should be
removed from service.

11PI-180January 2022
HIGH PRESSURE FITTINGS
1. Read General Safety section prior to installing ttings in system.
2. Use non-brass or non-cast iron ttings which are made for high
pressure waterblast use.
3. Use only high pressure ttings which are clearly marked with the
operating pressure.
4. High pressure ttings should have a known burst rating of not less
than 3.0 times system operating pressure. Never use a damaged or
corroded tting or one with damaged or missing threads.
5. Use only high pressure rated ttings and hose in the waterblast
system. For 10,000 psi waterblast service all ttings and hose should
have a minimum burst rating of 25,000 psi; for 15,000 psi service they
should have a minimum burst rating of 37,500 psi; for 20,000 psi
service they should have a minimum burst rating of 50,000 psi.
6. Use wrench ats (when available) or a properly adjusted smooth jaw
plier wrench (JS PN 64119) to tighten ttings. Avoid using pipe wrench
as wrench marks will cause high pressure ttings to crack and fail.
REPLACEMENT PARTS
1. Read General Safety section prior to repairing equipment and
installing replacement parts.
2. Only trained persons should be authorized to perform maintenance
or repairs to equipment.
3. Read and follow all manufacturer’s repair instructions. All tool,
torque, clearance and lubrication recommendations should be followed.
4. During replacement of any part, inspect mating part for wear and
replace if necessary.
5. Do not attempt to install or use a part whose dimensions,
clearances, function or use are suspect.
6. Test repaired equipment carefully and thoroughly before putting it
into service. Do not put any piece of repaired equipment into service if
its performance is questionable. If repaired equipment performance is
questionable, call manufacturer of repair parts for assistance.
This section concludes all the same information included in the yellow
JETSTREAM SAFETY WARNING pamphlet (PI-082).

12 PI-180 January 2022
SECTION 2: PRODUCT DESCRIPTION
The DrillJet™ is a self-powered rotating nozzle with many features,
including:
• Spins on a lm of high pressure water and has no ball bearings to
replace. No oil or grease is needed for lubrication.
• Multiple inlet options
• 0°, 5° and 12° forward, 90° radial, 145° rearward nozzle angles.
• Designed to easily navigate and clean straight tubing runs.

13PI-180January 2022
Product Specications
9.5mm 13mm 18mm 24mm 33mm
Operating Pressure Range (psi) 15,000 - 22,000
Operating Pressure Range (bar) 1,000 - 1,500
Flow Range (gpm) 7-8 8-10 10-14 10-24 8-47
Flow Range (lpm) 27-30 30-38 38-53 38-91 30-178
Inlet Connections
M7,
1/16” NPT,
1/4” MP LH/
RH
1/8” BSPP,
1/8” NPT,
1/4” MP LH/
RH,
3/8” MP LH/
RH
1/4” NPT, 1/4”
BSPP, 9/16”
MP LH/RH
3/8” NPT, 3/8”
BSPP, 9/16”
MP LH/RH
1/2” NPT,
1/2” BSPP,
9/16”
MP GLAND
Tube I.D. range (in) .47 - .63 .60 - 1.0 .87-1.3 1.1-2.0 1.5-2.4
Tube I.D. range (mm) 12 - 16 15 - 25 22-33 28-51 38-61
Diameter (in) 0.38 0.50 0.71 0.94 1.30
Diameter (mm) 9.5 13.0 18.0 24.0 33.0
Length (in) 1.54 1.65 2.16 2.54 3.30
Length (mm) 39 42 55 65 84
Weight (lbs) 0.073 0.075 0.150 0.320 0.830
Weight (kg) 0.033 0.034 0.068 0.145 0.376
NOTE: Part numbers and descriptions are subject to change without notice.

14 PI-180 January 2022
SECTION 3: PREPARATION FOR USE
3.0 Before use, inspect the mandrel and rotor for wear, damage, or
contaminants. Verify the rotor spins freely. Replace tool if needed.
3.1 See Flow Chart in Appendix A to verify the ow, inlet size and desired
operating pressure of the tool required for the application.

15PI-180January 2022
SECTION 4: SETUP
4.0 CONNECTING the DrillJet™
Prior to installing the DrillJet, ush the system to clear any debris.
The DrillJet™ is mounted to a rigid piece of pipe or tubing (a Stinger)
between the end of the supply hose and the nozzle. It is typically 2
feet in length and a safety device for hand ex lancing. The coupling
connecting the hose to the stinger should be of the slimline type and
no larger in diameter than the DrillJet nozzle body to reduce the risk of
hydraulicing.
The high pressure hose should be as large as possible to minimize
pressure loss through the system. The hose should be inspected for
excessive wear or damage prior to use. The high pressure hose and end
tting should be no larger than the DrillJet nozzle body to reduce the
risk of hydraulicing.
For all straight thread connections (BSPP, MP, M7)
1. Apply anti-seize compound to the threaded connection before
installation.
For all NPT Connections
1. Apply 3-4 wraps of Teon thread sealant tape to the male NPT hose
end.
2. Apply anti-seize compound over the sealant tape for protection
against galling in connection threads.
3. Tighten the connection 1-1/2 to 2 turns past hand tight. All NPT pipe
connections should have a minimum thread engagement of 4 threads.
4.1 An anti-withdrawal device (backout preventer) should be used to
prevent the tool from accidentally exiting the pipe under high pressure.
Hose restraints (whip checks) should be used at all high pressure hose
connections including the uid end discharge. See Appendix B for a list
of backout preventers.
4.2 Contact Jetstream representative for assistance.

16 PI-180 January 2022
SECTION 5: OPERATION
5.0 OPERATING DrillJet™
As per the WJTA-IMCA Recommended Practices, all operators shall
follow the OSHA regulations for personal protective equipment. (OSHA
guidelines for Personal Protective Equipment are available in document
number 3151-12R 2004, which can be obtained from www.osha.gov.)
All operators shall be issued suitable head protection, eye protection,
hearing protection, body protection, hand and foot protection and
respira- tory protection (if needed). For detailed specications on all
protections required, refer to the WJTA-IMCA ‘Recommended Practices
for the Use of High Pressure Waterjetting Equipment’ Section 6,
Protective Equipment For Personnel.
5.1 Start by slowly increasing pressure to 500 psi and check the entire
system, including all connections, for leaks. Increase pressure in incre-
ments, pausing at each to inspect system for leaks, proper rotation of
tool, temperature, and other operational anomalies. If any problems are
discovered, lower pressure back to zero and turn off source of power
before making any adjustments.
5.2 During operation, it is normal for water to leak out around the rotor
This leak-by water comes from the water-bearing that the tool operates
on.

17PI-180January 2022
SECTION 6: SERVICE
6.0 MAINTENANCE
The tool is not repairable. However, when not in use, the DrillJet™ should
be cleaned to remove any debris, deposits, or contaminants that could
impede rotation, and sprayed with water-dispersing lubricant (e.g. WD-
40) for storage until next use.
See YouTube for videos featuring the DrillJet™.
https://www.youtube.com/user/JetstreamWaterblast
SECTION 7: TROUBLESHOOTING
7.0 DRILLJET™ TROUBLESHOOTING
Problem Possible Cause Remedy
Will not spin Nozzles worn, plugged,
or wrong size
Replace tool
Galling between
mandrel and rotor
Replace tool
Debris Clean if possible
Spins slowly Incorrect nozzle size or
worn nozzles
Replace tool
Debris Clean if possible
Low pressure Nozzles worn, plugged,
or wrong size
Replace tool
Connections not tight,
leak
Find and repair leak
Low Pull Nozzles worn, plugged,
or wrong size
Replace tool

18 PI-180 January 2022
APPENDIX A
Flow Chart – Universal Conguration
(6 or 7 nozzles)
UNIVERSAL 7-JET PATTERN
9.5 and 13 mm
UNIVERSAL 7-JET PATTERN
18 and 24 mm
UNIVERSAL 7-JET PATTERN
33 mm
UNIVERSAL 6-JET PATTERN
9.5 and 13 mm
UNIVERSAL 6-JET PATTERN
18 and 24 mm
UNIVERSAL 6-JET PATTERN
33 mm

19PI-180January 2022
ASSEMBLY INLET FLOW
(gpm)
FLOW
(lpm)
PRESSURE
(psi)
PRESSURE
(bar)
9.5mm
6 NOZZLES
DJ9.5-P1-222-15-8 P1 7-8 26-30 15K 1000
DJ9.5-M7-222-22-8 M7 7-8 26-30 22K 1500
DJ9.5-MP4L-222-22-8 MP4L 7-8 26-30 22K 1500
DJ9.5-MP4R-222-22-8 MP4R 7-8 26-30 22K 1500
7 NOZZLES
DJ9.5-P1-322-15-8 P1 7-8 26-30 15K 1000
DJ9.5-M7-322-22-8 M7 7-8 26-30 22K 1500
DJ9.5-MP4L-322-22-8 MP4L 7-8 26-30 22K 1500
DJ9.5-MP4R-322-22-8 MP4R 7-8 26-30 22K 1500
13mm
6 NOZZLES
DJ13-P2-222-15-10 P2 8-10 30-38 15K 1000
DJ13-BSPP2-222-15-10 BSPP2 8-10 30-38 15K 1000
DJ13-MP4L-222-22-10 MP4L 8-10 30-38 22K 1500
DJ13-MP4R-222-22-10 MP4R 8-10 30-38 22K 1500
DJ13-MP6L-222-22-10 MP6L 8-10 30-38 22K 1500
DJ13-MP6R-222-22-10 MP6R 8-10 30-38 22K 1500
7 NOZZLES
DJ13-P2-322-15-10 P2 8-10 30-38 15K 1000
DJ13-BSPP2-322-15-10 BSPP2 8-10 30-38 15K 1000
DJ13-MP4L-322-22-10 MP4L 8-10 30-38 22K 1500
DJ13-MP4R-322-22-10 MP4R 8-10 30-38 22K 1500
DJ13-MP6L-322-22-10 MP6L 8-10 30-38 22K 1500
DJ13-MP6R-322-22-10 MP6R 8-10 30-38 22K 1500
18mm
6 NOZZLES
DJ18-P4-222-15-10 P4 10-14 38-53 15K 1000
DJ18-P4-222-15-14 P4 10-14 38-53 15K 1000
DJ18-BSPP4-222-20-14 BSPP4 10-14 38-53 22K 1500
DJ18-MP9L-222-22-14 MP9L 10-14 38-53 22K 1500
DJ18-MP9R-222-22-14 MP9R 10-14 38-53 22K 1500
7 NOZZLES
DJ18-P4-322-15-10 P4 10-14 38-53 15K 1000
DJ18-P4-322-15-14 P4 10-14 38-53 15K 1000
DJ18-BSPP4-322-20-14 BSPP4 10-14 38-53 22K 1500
DJ18-MP9L-322-22-14 MP9L 10-14 38-53 15K 1000
DJ18-MP9R-322-22-14 MP9R 10-14 38-53 15K 1000

20 PI-180 January 2022
ASSEMBLY INLET FLOW
(gpm)
FLOW
(lpm)
PRESSURE
(psi)
PRESSURE
(bar)
24mm
6 NOZZLES
DJ24-P6-222-15-10 P6 10-24 38-91 15K 1000
DJ24-P6-222-15-15 P6 10-24 38-91 15K 1000
DJ24-P6-222-15-24 P6 10-24 38-91 15K 1000
DJ24-BSPP6-222-22-11 BSPP6 10-24 38-91 22K 1500
DJ24-MP9L-222-22-11 MP9L 10-24 38-91 22K 1500
DJ24-MP9R-222-22-11 MP9R 10-24 38-91 22K 1500
DJ24-BSPP6-222-22-14 BSPP6 10-24 38-91 22K 1500
DJ24-MP9L-222-22-14 MP9L 10-24 38-91 22K 1500
DJ24-MP9R-222-22-14 MP9R 10-24 38-91 22K 1500
DJ24-BSPP6-222-22-19 BSPP6 10-24 38-91 22K 1500
DJ24-MP9L-222-22-19 MP9L 10-24 38-91 22K 1500
DJ24-MP9R-222-22-19 MP9R 10-24 38-91 22K 1500
7 NOZZLES
DJ24-P6-322-15-10 P6 10-24 38-91 15K 1000
DJ24-P6-322-15-15 P6 10-24 38-91 15K 1000
DJ24-P6-322-15-24 P6 10-24 38-91 15K 1000
DJ24-BSPP6-322-22-11 BSPP6 10-24 38-91 22K 1500
DJ-24-MP9L-322-22-11 MP9L 10-24 38-91 22K 1500
DJ-24-MP9R-322-22-11 MP9R 10-24 38-91 22K 1500
DJ24-BSPP6-322-22-14 BSPP6 10-24 38-91 22K 1500
DJ24-MP9L-322-22-14 MP9L 10-24 38-91 22K 1500
DJ24-MP9R-322-22-14 MP9R 10-24 38-91 22K 1500
DJ24-BSPP6-322-22-19 BSPP6 10-24 38-91 22K 1500
DJ24-MP9L-322-22-19 MP9L 10-24 38-91 22K 1500
DJ24-MP9R-322-22-19 MP9R 10-24 38-91 22K 1500