Titan HELIX 0138010 User manual

0117 • Form No. 0138874L
Airless, high-pressure
sprAying system
With surefire™ heAting system
Models: 0138010 0138010 AP
0138057 0138057 AP
0138061 0138061 AP
0138062 0138062 AP
OperAting mAnuAl

2
original operating manual HELIXHELIX
Warning!
Attention: Danger of injury by injection!
Airless units develop extremely high spraying pressures.
Be safety conscious!
1
2
3
Never put your ngers, hands or any other parts of the body into
the spray jet!
Never point the spray gun at yourself, other persons or animals.
Never use the spray gun without safety guard.
Do not treat a spraying injury as a harmless cut. In case of injury
to the skin through coating materials or solvents, consult a doctor
immediately for quick and expert treatment. Inform the doctor
about the coating material or solvent used.
The operating instructions state that the following points must
always be observed before starting up:
1. Faulty units must not be used.
2. Secure the spray gun using the safety catch on the trigger.
3. Ensure that the unit is properly earthed.
4. Check allowable operating pressure of high-pressure hose set and spray
gun.
5. Check all connections for leaks.
The instructions regarding regular cleaning and maintenance of
the unit must be strictly observed.
Before any work is done on the unit or for every break in work the
following rules must be observed:
1. Release the pressure from spray gun and hose.
2. Secure the spray gun using the safety catch on the trigger.
3. Switch o unit.
4. Unplug the power cord from the unit.

3
ContentS
HELIX
1 SAFETY REGULATIONS ___________________ 4
1.1 Explanation of symbols used_____________________4
1.2 Isocyanate (ISO) Conditions _____________________6
1.3 Electric safety _________________________________7
2 GENERAL DESCRIPTION __________________ 8
2.1 System congurations__________________________8
2.2 Clearance diagram_____________________________8
2.3 Electrical / generator requirements _______________9
3 SYSTEM DESCRIPTION __________________ 10
3.1 System diagram - without circulation_____________10
3.2 Component description - without circulation ______11
3.3 System diagram - with circulation _______________12
3.4 Component description - with circulation _________13
3.5 Installing the circulation kit (optional) ____________13
4 CONTROL PANEL _______________________ 14
4.1 Surere™ heater block control __________________15
4.2 Surere™ heated hose temperature control________15
4.3 Component pump pressure control ______________16
4.4 Control Displays______________________________16
4.5 Control Displays Error Messages _________________19
5 SETUP _________________________________ 20
5.1 Locate the system ____________________________20
5.2 Install the transfer pumps ______________________20
5.3 Connect the Surere™ heated hoses _____________21
5.4 Connect the electrical cord _____________________22
5.5 Ground the system ___________________________22
5.6 Lubricate the component pumps ________________22
6 OPERATION ____________________________ 23
6.1 Startup _____________________________________23
6.2 Set temperature______________________________23
6.3 Spraying ____________________________________24
6.4 Pressure relief procedure_______________________24
7 SHUTTING DOWN_______________________ 25
7.1 Parking _____________________________________25
7.2 Flushing ____________________________________25
8 TROUBLESHOOTING ____________________ 26
8.1 Component pump ____________________________26
8.2 Surere™ heater block /
hose heater controller errors____________________27
9 SERVICING_____________________________ 30
9.1 Replacing the motor assembly __________________30
9.2 Replacing the gears ___________________________31
9.3 Replacing the transducers______________________31
9.4 Replacing the PRIME/SPRAY valve _______________32
9.5 Inlet and outlet valves _________________________33
9.6 Packings ____________________________________34
9.7 Electrical schematic
(model 0138010 / 0138010 AP) _______________ 36/37
9.8 Electrical schematic
(model 0138057 / 0138057 AP) _______________ 38/39
SPARE PARTS LISTS__________________________ 40
Spare parts list for main assembly__________________ 40/41
Spare parts list for component pump assembly_______ 42/43
Spare parts list for drive assembly__________________ 44/45
Spare parts list for Surere™ heater block system _____ 46/47
Spare parts list for display assembly ________________ 48/49
Spare parts list for uid section ____________________ 50/51
Spare parts list for cart assembly ______________________52
Spare parts list for PRIME/SPRAY valve assembly _________53
Spare parts list for Surere™ heater block_______________54
WARRANTY_________________________________ 55

4
SaFetY regulationS HELIX
1 SAFETY REGULATIONS
1.1 EXPLANATION OF SYMBOLS USED
This manual contains information that must be read and
understood before using the equipment. When you come to
an area that has one of the following symbols, pay particular
attention and make certain to heed the safeguard.
This symbol indicates a potential hazard
that may cause serious injury or loss of life.
Important safety information will follow.
At
tention
This symbol indicates a potential hazard
to you or to the equipment. Important
information that tells how to prevent
damage to the equipment or how to avoid
causes of minor injuries will follow.
Danger of skin injection
Danger of re from solvent and spray fumes
Danger of explosion from solvent, spray
fumes and incompatible materials
Danger of injury from inhalation of harmful
vapors
Danger of injury from burns
Danger of injury from electric shock
i
Notes give important information which
should be given special attention.
HAZARD: INJECTION INJURY
Attention: Danger of injury by injection! A high
pressure stream produced by this equipment can
pierce the skin and underlying tissues, leading to
serious injury and possible amputation.
Do not treat a spraying injury as a harmless cut. In
caseof injuryto theskin through coating materials
or solvents, consult a doctor immediately for
quick and expert treatment. Inform the doctor
about the coating material or solvent used.
PREVENTION:
• NEVER aim the gun at any part of the body.
• NEVER allow any part of the body to touch the uid stream.
DO NOT allow body to touch a leak in the uid hose.
• NEVER put your hand in front of the gun.
• ALWAYS lock the gun trigger, shut the uid pump o
and release all pressure before servicing, cleaning the tip
guard, changing tips, or leaving unattended. Pressure
will not be released by turning o the engine. The PRIME/
SPRAY valve(s) or pressure bleed valve must be turned to
their appropriate positions to relieve system pressure.
• All accessories must be rated at or above the maximum
operating pressure range of the sprayer. This includes
guns, extensions, and hose.
HAZARD: EXPLOSION OR FIRE
Solvent and material fumes can explode or ignite.
Severe injury and/or property damage can occur.
PREVENTION:
• Only spray coating materials with a ash point of at least
5 kelvin higher than the set temperature (minimum ash
point is 38°C). The ash point is the lowest temperature
at which vapors develop from the coating material. These
vapors are sucient to form an inammable mixture over
the air above the coating material.
• Do not use a material or solvent containing halogenated
hydrocarbons. Such as chlorine, bleach mildewcide,
methylene chloride and trichloroethane. They are not
compatible with aluminum. Contact the coating supplier
about compatibility of material with aluminum.
• Do not use the unit in work places which are covered by
the explosion protection regulations.
• Provide extensive exhaust and fresh air introduction to
keep the air within the spray area free from accumulation
of ammable vapors.

5
SaFetY regulationS
HELIX
• Avoid all ignition sources such as static electricity sparks,
electrical appliances, ames, pilot lights, hot objects, and
sparks from connecting and disconnecting power cords or
working light switches.
• Do not smoke in spray area.
• Place sprayer sucient distance from the spray object in a
well ventilated area. Flammable vapors are often heavier
than air. Floor area must be extremely well ventilated. The
pump contains arcing parts that emit sparks and can ignite
vapors.
• The equipment and objects in and around the spray area
must be properly grounded to prevent static sparks.
• Use only conductive or earthed high pressure uid hose.
Gun must be earthed through hose connections.
• Power cord must be connected to a grounded circuit
(electric units only).
• Follow material and solvent manufacturer’s warnings and
instructions. Be familiar with the coating material’s SDS
sheet and technical information to ensure safe use.
• Use lowest possible pressure to ush equipment.
• When cleaning the unit with solvents, the solvent should
never be sprayed or pumped back into a container with
a small opening (bunghole). An explosive gas/air mixture
can arise. The container must be earthed.
HAZARD: HAZARDOUS VAPORS
Solvents and other materials can be harmful if
inhaled or come in contact with body. Vapors
can cause severe nausea, fainting, or poisoning.
PREVENTION:
• Wear respiratory protection when spraying. Read all
instructions supplied with the mask to be sure it will
provide the necessary protection.
• All local regulations regarding protection against
hazardous vapors must be observed.
• Wear protective eyewear.
• Protective clothing, gloves and possibly skin protection
cream are necessary for the protection of the skin. Observe
the regulations of the manufacturer concerning coating
materials, solvents and cleaning agents in preparation,
processing and cleaning units.
HAZARD: BURN HAZARD
Certain components of the equipment are heated
and become hot during operation.
PREVENTION:
• To avoid severe burns and injury, do not touch heated uid
or equipment. Wait until the equipment has completely
cooled.
HAZARD: THERMAL EXPANSION
Heated uids, when in conned areas such as
spray hoses, can create a rapid rise in pressure
due to thermal expansion. Over-pressurization
can lead to a rupture and serious injury.
PREVENTION:
• During system heating, make sure PRIME/SPRAY valves are
set to SPRAY.
• Before each use, check all hoses for cuts, leaks, abrasion
or bulging of cover. Check for damage or movement of
couplings. Immediately replace the hose if any of these
conditions exist. Never repair a spray hose. Replace it with
another earthed high-pressure hose.
HAZARD : HIGH PRESSURE HOSE
The spray hose can develop leaks from wear,
kinking and abuse. A leak can inject material into
the skin. Inspect the hose before each use.
PREVENTION:
• High-pressure hoses must be checked thoroughly before
they are used.
• Replace any damaged high-pressure hose immediately.
• Never repair defective high-pressure hoses yourself!
• Avoid sharp bends and folds: the smallest bending radius
is about 20 cm.
• Do not drive over the high-pressure hose. Protect against
sharp objects and edges.
• Never pull on the high-pressure hose to move the device.
• Do not twist the high-pressure hose.
• Use only compatible cleaning solutions.
• Lay the high-pressure hose in such a way as to ensure that
it cannot be tripped over.
i
Only use approved original-high-pressure hoses
in order to ensure functionality, safety and
durability.

6
SaFetY regulationS HELIX
HAZARD: GENERAL
This product can cause severe injury or property
damage.
PREVENTION:
• Follow all appropriate local, state, and national codes
governing ventilation, re prevention, and operation.
• Pulling the trigger causes a recoil force to the hand that is
holding the spray gun. The recoil force of the spray gun is
particularly powerful when a high pressure has been set on
the airless pump. When cleaning, set the pressure control
to the lowest pressure.
• Use only manufacturer authorized parts. User assumes all
risks and liabilities when using parts that do not meet the
minimum specications and safety devices of the pump
manufacturer.
• ALWAYS follow the material manufacturer’s instructions
for safe handling of chemicals.
• Clean up all material and solvent spills immediately to
prevent slip hazard.
• Never leave this equipment unattended. Keep away from
children or anyone not familiar with the operation of airless
equipment.
• Device weighs in excess of 36 kg. Three-person lift is
required.
• The device and all related liquids (i.e. hydraulic oil) must be
disposed of in an environmentally friendly way.
1.2 ISOCYANATE ISO CONDITIONS
Important Information Regarding Two-
Component Material. Read before using the
equipment.
ISOCYANATE ISO CONDITIONS
• Use only Methyldiisocyanates (MDI).
• Spraying materials that contain isocyanates (ISO) creates
mists, vapors and atomized particulates that are potentially
harmful.
• Be familiar with the spray material’s SDS in order to
understand specic hazards and necessary precautions
that are related to the use of spray materials containing
isocyanates.
• Provide extensive exhaust and fresh air introduction
to keep the air within the spray area free from harmful
isocyanate vapors. If sucient ventilation is not available,
a supplied-air respirator must be available to everyone in
the work area.
• AVOIDANYBARESKINCONTACTWITHISOCYANATES.
To prevent contact with isocyanates, all persons located
within the spray area must be wearing the appropriate
protective equipment, including chemically impermeable
gloves, boots, aprons and goggles.
MATERIAL IGNITION
• Some materials may become self-igniting if applied too
thickly. Read material manufacturer’s warnings and
material SDS.
KEEP SPRAY COMPONENTS SEPARATE
• Cross-contamination of individual spray materials can
result in cured material in uid lines which can cause severe
injury and/or damage to the equipment.
• To prevent cross-contamination of the equipment wetted
parts, NEVER interchange Component A (isocyanate) parts
with Component B (resin) parts.
MOISTURE SENSITIVITY
Isocyanates (ISO) are catalysts used in two-component foam
and polyurea coatings. ISO will react with moisture (such as
humidity) to form small, hard abrasive crystals. These crystals
will then contaminate the uid. Eventually a lm will form
on the uid surface and the ISO will begin to gel, increasing
in viscosity. Fluid contaminated with partially cured ISO , if
used, will reduce spray performance and the overall life of the
component wetted parts.

7
SaFetY regulationS
HELIX
i
The amount of lm formation and the rate of
crystalization varies depending upon the blend
of ISO, the humidity and the temperature.
PREVENTION:
• Always use a sealed container with a desiccant dryer in
the vent, or a nitrogen atmosphere. NEVER store ISO in an
open container.
• Use ONLY the moisture-proof hoses specically designed
for ISO that are supplied with your system. If new hoses
need to be ordered, contact Titan Technical Service.
• Never ush reclaimed solvents through the system.
Reclaimed solvents can contain moisture. Always keep
solvent containers closed when not being used to prevent
moisture contamination.
• Never use solvent on one side if it has been contaminated
from the other side.
• Always lubricate threaded parts with ISO pump oil or
grease when reassembling.
• Always circulate a hose and pump that contains ISO at least
once a week to prevent the ISO from crystalizing.
CHANGING MATERIALS
• When changing spray materials, thoroughly ush the
equipment multiple times to ensure that it is fully clean.
• Always clean the uid inlet strainers after ushing.
• Check with your material manufacturer for chemical
compatibility.
• Most materials use ISO with Component A, but some use
ISO with Component B.
• Epoxies often have amines (hardener) with Component B.
Polyureas often have amines with Component B (resin).
FOAM RESINS WITH 245FA BLOWING AGENT
Some blowing agents will froth at temperatures above 90º
F (33ºC) when not under pressure, especially if agitated. To
reduce frothing, minimize preheating in a circulation system.
1.3 ELECTRIC SAFETY
Electric models must be earthed. In the event of an electrical
short circuit, earthing reduces the risk of electric shock by
providing an escape wire for the electric current. Connection
to the mains only through a special feed point, e.g. through an
error protection insallation with INF < 30 mA.
DANGER — Work or repairs at the electrical
equipment may only be carried out by a skilled
electrician. No liability is assumed for incorrect
installation. Switch the unit o. Before all repair
work, unplug the power plug from the outlet.
Danger of short-circuits caused by water
ingressing into the electrical equipment. Never
spray down the unit with high-pressure or high-
pressure steam cleaners.
OPERATING TEMPERATURE
This equipment will operate correctly in its intended ambient,
at a minimum between +10°C and +40°C.
RELATIVE HUMIDITY
The equipment will operate correctly within an environment
at 50% RH, +40°C. Higher RH may be allowed at lower
temperatures.
Measures shall be taken by the Purchaser to avoid the harmful
eects of occasional condensation.
ALTITUDE
This equipment will operate correctly up to 2100 m above
mean sea level.
TRANSPORTATION AND STORAGE
This equipment will withstand, or has been protected against,
transportation and storage temperatures of -25°C to +55°C and
for short periods up to +70°C.
It has been packaged to prevent damage from the eects of
normal humidity, vibration and shock.

8
general DeSCription HELIX
2 GENERAL DESCRIPTION
The Helix Plural Component System is a dual, high pressure
airless sprayer system that can be linked in order to spray multi-
component uids.
2.1 SYSTEM CONFIGURATIONS
The Plural Component System is available in the following
conguration(s) which is based upon the number of heating
elements, hose length, electrical phases and the required
power cord (not supplied). Refer to the chart below.
Model Voltage
(phase)
Circuit breaker Hose
Watts
System
Watts
# Heating
Elements
Heated
Hose
Max Flow
(gal/min)
Max Fluid
Pressure
Cord Specication
AWG (mm)
0138010 230V (1) 50A minimum 2200 13200 3 200’ (61 m) 2.2 2000 PSI 6 (13.7), 3 wire + ground
0138057 208V (3) 40A minimum 1800 11850 3 200’ (61 m) 2.2 2000 PSI 8 (8.0), 3 wire + ground
0138061 230V (1) 50A minimum 2890 13890 3 100’ (31 m) 2.2 2000 PSI 6 (13.7), 3 wire + ground
0138062 208V (3) 40A minimum 2360 12810 3 100’ (31 m) 2.2 2000 PSI 8 (8.0), 3 wire + ground
i
The spray gun provided with this system or sold
individually is not Intertek approved.
2.2 CLEARANCE DIAGRAM
i
When determining the location of the Helix
system, use the diagram below to determine
space clearance and mounting hole dimensions.
29.4” (747 mm)
28” (711 mm)
47.2” (1199 mm)
26.7” (678 mm) 23.2” (589 mm)

9
general DeSCription
HELIX
2.3 ELECTRICAL / GENERATOR REQUIREMENTS
i
It is recommended that the Helix System be used
with a generator. This provides the exibility
with not having to use the public power grid.
When connected to the public, low-voltage
network, it is possible that an approval of
the network operator is required. Check the
regulations in your country and contact your
network operator before connecting the unit to
a public electricity grid.
i
The Helix System requires a 208-240V capacity.
Make sure the power source is rated to this
specication.
i
When working at altitudes above 2100m, check
the generator manufacturer’s specications for
power loss oset.
At
tention
If powering the Helix system with a generator,
make sure the generator has ample power to
run the system. An inadequate generator will
cause RPM uctuations in the Component Pump
motors during usage and can cause damage.
Follow the steps below to determing if your generator is able to
supply sucient power to the Helix system.
1. Perform this equation:
System Watts 13,300 x 1.25 = kVA (kilovolt / amperes)
2. If your generator’s kVA rating is higher than what was
determined in the equation above, the generator will be
able to power the system.
If your generator’s kVA rating is lower than what was
determined in the equation above, the generator WILL
NOT be able to power the system. A larger generator is
required.

10
SYStem DeSCription HELIX
A
E
D
F
J
H
K
J
L
L
B
H
G
I
C
3 SYSTEM DESCRIPTION
3.1 SYSTEM DIAGRAM  WITHOUT CIRCULATION
Waste containers
(not included) must
be closed at the top.

11
SYStem DeSCription
HELIX
3.2 COMPONENT DESCRIPTION  WITHOUT CIRCULATION
ITEM DESCRIPTION FUNCTION
AComponent Pump A In a two-component system, Component Pump A typically pumps the ISO or activator
material.
BComponent Pump B In a two-component system, Component Pump B typically pumps the resin material.
CSurere™ Heater Block Material ows from the supply containers into the uid pumps, where the material is
pressurized to the desired pressure(s), based on the Control Panel settings. The Surere™
heater block heats the material on its way to the material pumps.
DControl Panel The control panel contains all of the system controls that allow the sprayer to function
properly, as well as being the main display panel that gives information about the
system.
EPRIME/SPRAY knob The PRIME/SPRAY knob directs material to the spray hose when in the SPRAY position
and to the prime hoses when in the PRIME position. Turning the PRIME/SPRAY knob will
relieve any pressure built up in the system.
FPrime hoses When the PRIME/SPRAY knobs are set to PRIME, spray material will circulate into the
Component pumps and then out of the prime hoses.
GInlet valves The inlet valves allow material to be drawn from the material containers into the system.
They can be turned o in order to prevent material from entering the system.
HSupply hoses The two supply hoses deliver uid from the supply drums to the Component pumps.
IDual heated hose The dual heated hose delivers spray material from the two Component Pumps to the
spray gun.
JTransfer pump The two transfer pumps pump material from the supply containers, into the supply
hoses and then to the Component Pumps. The transfer pumps are powered by an air
compressor.
KDesiccant dryer The Desiccant dryers remove any moisture that is present in the air pockets left by the
removal of material from the supply drums.
LTransfer pump air hose The transfer pump air hose delivers air from the compressor to the transfer pumps.

12
SYStem DeSCription HELIX
A
E
D
F
L1
J
H
K
K
J
N
M
M
B
H
L2
G
I
C
3.3 SYSTEM DIAGRAM  WITH CIRCULATION

13
SYStem DeSCription
HELIX
3.5 INSTALLING THE CIRCULATION KIT
OPTIONAL
i
The circulation kit is available for separate
purchase. Follow the steps below to install it.
Refer to section 2.2 for Clearance Diagram.
1. Make sure the system is turned o and depressurized.
2. Remove the two inlet plugs (Fig. 4, item 1) from the bottom
of the hose heater manifold. Remove return tubes (2).
3. Thread a shut-o valve (Fig. 3, item L1) from the circulation
kit into each of the ports underneath the hose heater
manifold. Thread the longer return tubes (Fig. 2, item F)
underneath each of the PRIME/SPRAY valve manifolds.
4. Attach a hose to each of the shut-o valves. Run the
hoses (Fig. 3, item L2) and return hoses (Fig. 3, item F)
back towards the material containers and thread into their
respective ports on the desiccant dryers.
1
2
3.4 COMPONENT DESCRIPTION  WITH CIRCULATION
i
This conguration is only possible with the purchase of
circulation kit P/N 0138914, sold separately. The parts
included in the kit are labeled with an asterisk (*).
ITEM DESCRIPTION FUNCTION
AComponent Pump A In a two-component system, Component Pump A typically pumps the ISO or activator material.
BComponent Pump B In a two-component system, Component Pump B typically pumps the resin material.
CSurere™ Heater Block Material ows from the supply containers into the uid pumps, where the material is pressurized to
the desired pressure(s), based on the Control Panel settings. The Surere™ heater block heats the
material on its way to the material pumps.
DControl Panel The control panel contains all of the system controls that allow the sprayer to function properly, as
well as being the main display panel that gives information about the system.
EPRIME/SPRAY knob The PRIME/SPRAY knob directs material to the spray hose when in the SPRAY position and to the
prime hoses when in the PRIME position. Turning the PRIME/SPRAY knob will relieve any pressure
built up in the system.
FPrime hoses When the PRIME/SPRAY knobs are set to PRIME, spray material will circulate into the Component
pumps and then out of the prime hoses.
GInlet valves The inlet valves allow material to be drawn from the material containers into the system. They can
be turned o in order to prevent material from entering the system.
HSupply hoses The two supply hoses deliver uid from the supply drums to the Component pumps.
IDual heated hose The dual heated hose delivers spray material from the two Component Pumps to the spray gun.
JTransfer pump The two transfer pumps pump material from the supply containers, into the supply hoses and then
to the Component Pumps. The transfer pumps are powered by an air compressor.
KDesiccant dryer The Desiccant dryers remove any moisture that is present in the air pockets left by the removal of
material from the supply drums.
L* Circulation valves / hoses When open, the circulation valves (L1) allow material to circulate through the heater block and
back through the hoses (L2) into the supply containers. This allows the material to be heated more
quickly.
MTransfer pump air hose The transfer pump air hose delivers air from the compressor to the transfer pumps.
NAgitator The agitator stirs the material on the resin (B) side material container.

14
Control panel HELIX
4 CONTROL PANEL
The control panel contains all of the system controls that allow
the sprayer to function properly, as well as being the main
display panel that gives information about the system.
i
Items 1 - 5 below are duplicated - one for each
pump. If they are located on the left side of the
panel, they serve the “A” side of the system. If
they are located on the right, they serve the “B”
side. If it is located in the middle, it serves the
entire system.
MAX
PSI
MIN
PSI
Clean
MAX
PSI
MIN
PSI
Clean
MENU
1
SEL
4
2 3
MENU
1
SEL
4
2 3
MAX
PSI
MIN
PSI
MAX
PSI
MIN
PSI
1
EZ-ZONE
ºF
ºC
Z
O
N
E
8.8:8.8
8 8.8:8.8
EZ
1
EZ-ZONE
ºF
ºC
Z
O
N
E
8.8:8.8
8 8.8:8.8
EZ
1
EZ-ZONE
ºF
ºC
Z
O
N
E
8.8:8.8
8 8.8:8.8
EZ
854 45
1a
3a
7
6
2a 2b
3b
1b
1Heated hose temperature control This panel regulates the spray material temperature for the applicable heated hose.
2Control Displays The displays show various menu screens that allow the user to customize and monitor pump
operation using the function keys (1 - 4).
aA-side independent controller When the component pumps are unlinked, this controls Component Pump A.
bMaster controller / B-side independent
controller
When the component pumps are linked, the master controller controls both component
pumps. When the component pumps are unlinked, this controls Component Pump B only.
3Component pump pressure control Adjusts the pump pressure of the applicable Component Pump.
4ON/OFF switch, Component Pump This switch turns the applicable Component Pump ON and OFF.
5ON/OFF switch, hose heater This switch turns the applicable hose heater ON and OFF.
6Surere™ heater block control This panel regulates the temperature of the Surere™ heater block
7Emergency Shuto Pushing this button will instantly shut down the system. However, pressing this button
WILL NOT depressurize the system. Follow the Pressure Relief Procedure.
8ON/OFF switch, heater block This switch turns the heater block ON and OFF

15
Control panel
HELIX
4.1 SUREFIRE™ HEATER BLOCK CONTROL
i
Refer to item 8 in section 4. The block heater
control regulates the temperature of spray
material as it passes through the heater block,
prior to it reaching the heated hoses.
1
EZ-ZONE
ºF
ºC
Z
O
N
E
8.8:8.8
8 8.8:8.8
EZ
2
13
4
5
1Temperature
display
Shows actual temperature of the heater
block.
2Programming
buttons
These are non-functioning factory
programming buttons. Do not use.
3Power
indicator
The ashing or steady “1” indicates sucient
power is being delivered to the system’s
electrical relay.
4Temperature
setting
Shows the desired temperature of the heater
block set by the operator
5Temperature
adjustment
These buttons will increase ( p) or decrease
( q) the temperature of the heater block.
The temperature will change in increments
of 1ºF. Press and hold the button to increase
the increments by 1ºF and then 10ºF.
i
Refer to section 8.2 to review the controller error
messages.
4.2 SUREFIRE™ HEATED HOSE TEMPERATURE
CONTROL
i
Refer to item 1 in section 4. The heated hose
temperature control maintains the temperature
of the spray material once it passes through the
heater block and into the heated hoses.
1
EZ-ZONE
ºF
ºC
Z
O
N
E
8.8:8.8
8 8.8:8.8
EZ
2
13
4
5
1Display Displays the current temperature of the
heated hose set
2Programming
buttons
These are non-functioning factory
programming buttons. Do not use.
3Power
indicator
The ashing or steady “1” indicates sucient
power is being delivered to the system’s
electrical relay.
4Temperature
setting
Shows the desired temperature of the
heated hoses set by the operator
5Temperature
adjustment
These buttons will increase ( p) or decrease
( q) the temperature of the heated hose set.
The temperature will change in increments
of 1ºF. Press and hold the button to increase
the increments by 1ºF and then 10ºF.
i
Refer to section 8.2 to review the controller error
messages.
i
Decreased voltage under 230V AC may increase
initial heat time.

16
Control panel HELIX
4.4 CONTROL DISPLAYS
i
Refer to item 2 in section 4. The graphic below
applies to both the Component Pump (A) and
Component Pump (B).
The Control Displays increase the functionality of the applicable
Component Pump.
It consists of a display (1) and four function keys (2). The display
shows various menu screens that allow the user to customize
and monitor sprayer operation using the function keys.
SET PSI 0
ACTUAL PSI 0
1
2
i
When both component pumps are turned
ON, the system will automatically link the two
Component Pumps after 10 seconds. This means
the Component Pump (A) control display will be
controlled by the Component Pump (B) control
display. When the component pumps are linked,
the Component Pump (A) control display keys
are disabled and will only be functional when the
two Component Pumps are unlinked (see “Status
Screen”).
i
The pressure control knob overrides the Control
Display settings. Anytime the pressure control
knob is turned, the sprayer pressure will change
accordingly.
FUNCTION KEYS
The function keys are numbered 1–4. Each key is labeled with
an additional function as well.
#1/Menu Key Pressing the #1 key scrolls through the available
menu screens or performs a function described on
the active menu screen.
#2/pKey Pressing the #2 key performs a function described
on the active menu screen or increases a value.
#3/qKey Pressing the #3 key performs a function described
on the active menu screen or decrease a value.
#4/Select Key Pressing the #4 key selects the active menu screen
or performs a function described on the active
menu screen.
4.3 COMPONENT PUMP PRESSURE CONTROL
i
Refer to item 2 in section 4. The following items
control the pressure of the individual Component
Pumps.
MAX
PSI
MIN
PSI
2
1
1Pressure control knob Adjusts the pump pressure of the
applicable Component Pump when
unlinked. When Component pumps
are linked, the (B) pump pressure
control knob will control the
pressure of both pumps.
2Component Pump ON/
OFF switch
Switches the Component Pump ON
and OFF.
PRESSURE CONTROL KNOB SETTINGS
MAX
PSI
MIN
PSI
1
3
2
1Minimum pressure setting
2Black zone – no pressure generation
3Maximum pressure setting

17
Control panel
HELIX
MENU SCREENS
Several menu screens are available for the user to customize
and monitor sprayer operation. They include Main Screen, Vis-
Comp (Viscosity Compensation)*, Status* Alarm Range*, Alarm
Status*, Total Cycles*, Job Cycles*, Unit Serial #, Timers, Job
Timers, Service Time, Security Code*, and Prime.
i
Screens noted with an asterisk (*) are screens that
apply to Component Pump (B) only. All other
screens apply to both (A) and (B) pumps.
Main Screen
SET PSI 0
ACTUAL PSI 0
The Main Screen is the default screen
for the control system at sprayer
startup.
Pressing the #2 key switches between PSI, Bar, and MPa units
of measure. Press the #1 key to scroll through the remaining
menu screens.
L-SET PSI 0
ACTUAL PSI 0
(A) Pump Only - The “L-” before the
“Set PSI” text on the Main Screen
indicates that the two Component Pumps are linked.
i
For sprayers equipped with an nine-language
Control Display:
Pressing the #2 key at the Main Screen switches
between PSI, Bar and MPa units of measure.
Pressing the #3 key at the Main Screen changes
the language of the text on the display. There
are a total of nine languages available. Each time
the #1 key is pressed, a dierent language will
appear. The languages, in order of appearance,
are: English, Spanish, Dutch, Danish, Swedish,
German, French, Italian, and Portuguese.
Vis-Comp (Viscosity Compensation) Screen*
VIS-COMP -
1%
NEXT-1 +2 -3
The Vis-Comp screen on the (B) pump
allows the user to see and/or adjust
slight dierences in viscosity between the (A) pump material
and the (B) pump material.
Pressing the #2 key will increase the spraying ratio in
increments of 1% (up to 5%). Pressing the #3 key will decrease
the spraying ratio in increments of 1% (up to 5%). Pressing the
#4 key will increase the ratio by increments of .250.
Status Screen*
STATUS = LINKED
LINK-2 UNLINK-3
The Status Screen shows the link
status of the (A) pump and (B) pump.
STATUS = UNLINKED
LINK-2 UNLINK-3
When turning the system on, the two
pumps will automatically be linked,
which means the (A) pump is controlled by the (B) pump.
When the Status Screen is showing, pressing the #3 key will
unlink the two pumps, and the (A) pump and (B) pump will
operate independently and the (A) pump control display keys
will be enabled.
If the pumps have been unlinked, pressing the #2 key will link
the two pumps back together, and the (A) pump will now be
controlled by the (B).
Alarm Range Screen*
ALARM RANGE
+/- 750 PSI
The Alarm Range Screen allows the
user to adjust the allowable pressure
discrepancy between the (A) and (B) pumps.
Pressing the #2 key will increase the allowable pressure
discrepancy by 50 psi. Pressing the #3 key will decrease the
allowable pressure discrepancy by 50 psi. The range is 250 psi
- 1000 psi.
Alarm Status Screen*
ALARM STATUS: OFF
ON-2 OFF-3 EXT-4
The Alarm Status Screen allows
the user to switch ON or OFF the
internal alarm that alerts the user to a non-allowable pressure
imbalance.
Pressing the #2 key will turn the alarm ON. Pressing the #3 key
will turn the alarm OFF.
i
If a pressure imbalance is detected in the system
with the alarm status set to ON, the system will
automatically shut down and the display will
show a PSI Imbalance. Refer to Control Display
Error Messages.
Total Cycles Screen*
TOTAL CYCLES
SELECT-4MENU-1
The Total Cycles Screen shows the
total number of piston cycles a
component pump has performed during its lifetime.
CYCLES XXXX
RESET-3MENU-1
Pressing the #3 key will reset the
cycle count to zero. Pressing the #1
key will bring the control panel back to the Main Screen.

18
Control panel HELIX
Security Code Screen*
SECURITY CODE
CHANGE-2MENU-1
The Security Code screen allows the
user to set a four digit security code
to prevent unauthorized use of the sprayer. If a security code
has been set, the control system display will ask for the code
at startup. If the correct code is entered, the display will show
the Main Screen and the sprayer will operate. If the wrong
code is entered, the display will continue to ask for the correct
code and the sprayer will be disabled. To set or change the
security code, press the #2 key.
i
If the sprayer is new, no security code is set and
the Main Screen will appear at startup. When
setting a security code for the rst time, the
“Enter Old Code Number” screen will appear, and
you will need to enter “1111”.
ENTER OLD CODE
NUMBER
Enter the old security code number
to access the screen that allows the
code change. If the wrong code is
entered, the display will continue
to ask for the correct code and the security code cannot be
changed.
ENTER NEW CODE
NUMBER XXXX
RE-ENTER NEW
NUMBER XXXX
NEW CODE NUMBER
ACCEPTED
Enter the new security code. Once
the new code is entered, the display
will automatically ask that the new
code be re-entered for verication.
If the same new code is re-entered,
the display will conrm that the new
code has been accepted and return to the Main Screen. If the
new code is re-entered incorrectly, the display will return to
the “Enter New Code Number” screen and the process will
repeat.
If you forget or misplace your security code, you can call Titan
customer service for assistance.
i
To inactivate the Anti-Theft Digital Lockout
security function, enter “1111” at the “Enter New
Code Number” screen (this is the default code
that leaves the sprayer unlocked). As a result, the
Main Screen will appear at sprayer startup.
Prime Screen
PRIME
The Prime screen appears when the
pressure control knob is set at the
“MIN” setting.
i
If there is no action at any menu screen for 10
seconds, the display will go back to the Main
Screen.
Job Cycles Screen*
JOB CYCLES
SELECT-4MENU-1
The Job Cycles Screen shows the total
number of piston cycles a component
pump performs during a spray job.
CYCLES XXXX
RESET-3MENU-1
Pressing the #3 key will reset the
cycle count to zero. Pressing the #1
key will bring the control panel back to the Main Screen.
Unit Serial # Screen
UNIT SERIAL #
SELECT-4MENU-1
The Unit Serial # screen shows the
sprayer’s serial number.
SER # XXXXXXXXXX
MENU-1
To select the Unit Serial # screen,
press the #4 key.
Timers Screen
TIMERS
SELECT-4MENU-1
The Timers screen shows the total
time the sprayer has been turned on
as well as the total time the sprayer
has been running (pumping).
ON TIME
RUN TIME
XXXX
XXXX
To select the Timers screen, press the
#4 key.
Job Timers Screen
JOB TIMERS
SELECT-4MENU-1
The Job Timers screen allows the
user to reset the “ON TIME” and “RUN
TIME” to track time on specic jobs.
JOB ON X
RESET-3MENU-1
JOB RUN X
RESET-3MENU-1
To select the Job TImers screen, press
the #4 key. “JOB ON” screen will
appear. Press #3 to reset. Press #1 to
continue to “JOB RUN” screen. Press
#3 to reset. Press #1 to scroll through the remaining menu
screens.
Service Time Screen
SERVICE TIME
SELECT-4MENU-1
The Service Time screen allows the
user to set a service time interval
(in hours). Below the set time, the
screens shows the current amount
of hours on the sprayer since the last
activation of the service timer. To select the Service Timer
screen, press the #4 key.
SERVICE @ XX
RUN HOURS XX
To set the service time, press the #2
(up) and/or the #3 (down) keys to the
desired time (run hours will increase/
decrease in increments of 1 for each
time you press a key).
When the service time interval is set and met by the run hours,
the display will show a “Service Required” screen. The pump
will remain functional. To return to the Main Screen, press the
#1 key. Doing so will reset the “Service @” and “Run Hours”
displayed on the Service Screen back to 0.

19
Control panel
HELIX
4.5 CONTROL DISPLAYS ERROR MESSAGES
The following error message screens appear whenever the
Control Display detects a problem with the system. Once a
problem occurs and the error message appears, the system will
shut down.
Before proceeding, follow the Pressure Relief
Procedure outlined in this manual. Additionally,
follow all other warnings to reduce the risk of
an injection injury, injury from moving parts or
electric shock. Always unplug the system before
servicing!
Check Transducer Screen
CHECK
TRANSDUCER
The Check Transducer screen appears
when the transducer has become
disconnected or is defective. Take the sprayer to a Titan
authorized service center for repair.
Check Potentiometer Screen
CHECK
POTENTIOMETER
The Check Potentiometer screen
appears when the potentiometer has
become disconnected or is defective. Take the sprayer to a
Titan authorized service center for repair.
Low Voltage Screen
LOW
VOLTAGE
The Low Voltage screen appears
when the sprayer shuts down
because of low input voltage. Check the power supply and
correct the problem. Restart the system.
High Motor Temperature Screen
HIGH MOTOR
TEMPERATURE
The High Motor Temperature screen
appears when the temperature of
the motor has risen too high. Take the sprayer to a Titan
authorized service center for repair.
High Mechanical Load
HIGH MECHANICAL
LOAD
The High Mechanical Load screen
appears when the sprayer shuts
down because of high current or when the sprayer goes into
current fold back mode. Take the sprayer to a Titan authorized
service center for repair.
PSI Imbalance
PSI IMBALANCE
UNLINK 3
The PSI Imbalance screen appears
when there is a non-allowable
pressure discrepancy between the (A) and (B) pumps while
linked. If a PSI imbalance occurs, press the #3 key to unlink the
two pumps. Once the pumps are unlinked, press the #1 key to
return to the Main Screen.

20
Setup HELIX
5. Attach the transfer pump air hose to their individual air
ttings.
6. Connect the other end of the transfer pump air hose to the
powered air pressure supply.
i
Do not install shuto valves downstream of the
prime tubes. The PRIME/SPRAY valves function
as overpressure relief valves when set to SPRAY.
5 SETUP
In order to prevent accidental startup, make sure
the system’s power cord is not connected during
setup, until instructed to do so.
Make sure the air pressure supply is shut o while
connecting any air hoses to the air supply.
5.1 LOCATE THE SYSTEM
1. Locate the system on a level surface. Refer to dimensions
in section 2.2 for clearance and mounting hole dimensions.
2. Mount in a dry area.
3. For best results, the machine should be bolted into place.
5.2 INSTALL THE TRANSFER PUMPS
i
The transfer pumps draw material directly from
the spray material container to component
pumps in the system. The transfer pumps are
powered by an air compressor.
Refer to section 3.1 for the corresponding illustrations to the
steps below.
1. Install the transfer pumps into Component A and
Component B supply containers.
a. With certain exceptions, the “A” component (hardener)
should be located on the “A” side of the system.
b. With certain exceptions, the “B” component (resin)
should be located on the “B” side of the system.
i
Consult the spray material’s manufacturer
if you are unsure about which Component
Pump is compatible with each individual spray
component.
2. Seal the container holding Component A material and
install the desiccant dryer in the vent hole.
3. If necessary, install an agitator into the Component B
material container.
4. Make sure the Component A and Component B inlet
valves are in the closed position (handle should be 90º to
the valve).