Cornelius Triton Series Instruction Manual


Triton R134a Range
Manual operation English

Triton R134a Range
Manual operation undercounter cooler
Triton R134a Range
Page 2
Cornelius DeutschlandGmbH
Document no: TD1014600EN
Version A, 24.09.2019, Index 0
Manual operation Triton R134a range
Legal notice
Document no.: TD1014600EN
Undercounter cooler
Model Range
Triton R134a
Triton 150
Triton 350
Triton 700
Triton 2500
Version A
Date of issue: 24.09.2019
Revision status: Index 0
Protection notices (in accordance with DIN ISO 16016:2002-5)
The reproduction, distribution and utilization of this document as well as the communication of its contents is
prohibited, unless expressly permitted. Violations shall result in an obligation to pay damages. All rights
reserved with regard to filing for/registering patents, utility models or design patents.
www.cornelius-emea.com Phone: [phone] / 79 3 –0
Fax: [phone] / 77 4 –38
Email: [e-mail]
Cornelius Deutschland GmbH
Carl-Leverkus-Str. 15
40764 Langenfeld
Germany

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Manual operation undercounter cooler
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Document no: TD1014600EN
Version A, 24.09.2019, Index 0
Table of Contents
1 Safety...................................................................................................................................................... 4
1.1 Intended use........................................................................................................................................4
1.2 Improper use .......................................................................................................................................4
1.3 Staff.....................................................................................................................................................5
1.3.1 Operator......................................................................................................................................5
1.3.2 User ............................................................................................................................................5
1.3.3 Expert .........................................................................................................................................5
1.4 Presentation of warning.......................................................................................................................5
1.5 Safety instructions...............................................................................................................................5
1.5.1 Safety information.......................................................................................................................5
1.5.2 Disclaimer of liability and warranties ..........................................................................................5
1.5.3 Safety information to prevent personal injury and equipment damage......................................6
2 Transport and packaging...................................................................................................................... 7
2.1 Storage................................................................................................................................................7
3 Installation Requirements (To be done only by « expert ») .............................................................. 8
3.1 Installation Sites ..................................................................................................................................8
3.2 Electrical Connections.........................................................................................................................8
4 Installation.............................................................................................................................................. 8
4.1 Water Connection................................................................................................................................8
4.2 CO2-Connection..................................................................................................................................9
4.3 Connecting Premix and Postmix Syrup...............................................................................................9
4.4 Connecting Soda Water and Still Water..............................................................................................9
4.5 Power Supply of the Electric Valves ...................................................................................................9
4.6 Connection of Still Water Control........................................................................................................9
5 Putting into and out of Service (To be done only by « operator ») ................................................ 10
5.1 Putting into Service ...........................................................................................................................10
5.2 Turning on the Unit............................................................................................................................10
5.3 End of Operation...............................................................................................................................11
5.4 Daily Inspection (To be done only by « operator ») ..........................................................................11
5.5 Putting out of Service (To be done only by « operator ») .................................................................11
6 Cleaning and Disinfection Directions................................................................................................12
6.1 Cleaning Directions (To be done only by « operator ») ....................................................................12
6.2 Cleaning and Disinfection Procedure before use..............................................................................12
7 Problems and Troubleshooting .........................................................................................................16
8 Technical Data ..................................................................................................................................... 17
9 Illustration of the Triton ......................................................................................................................18
9.1 Connections at the Unit.....................................................................................................................18
10 Flow Chart and Circuit Diagram.........................................................................................................19
10.1 Flow Chart.........................................................................................................................................19
10.2 Circuit Diagram..................................................................................................................................23
11 Adjusting / Position of the Icebank Probe ........................................................................................25
12 Installation Check List ........................................................................................................................ 25
13 Declaration of Conformity ..................................................................................................................26

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Manual operation undercounter cooler
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1 Safety
1.1 Intended use
By using the unit as intended you will not only protect yourself, but also prevent damage occurring to
the unit and its components!
The intended use of undercounter coolers from the Triton R134a series (referred to as “unit” in the
following) is to refrigerate and convey non-alcoholic beverages and their basic ingredients. CO2 or
electric pumps are used as conveying equipment for the brands.
The unit is only suitable for stationary installation in a closed room. Stationary installation is to be carried
out by an expert in compliance with all of the specifications given this manual.
The inlet temperature of the liquid must not exceed 32°C otherwise the pressure in the refrigeration
cycle will rise above specification.
Minimum ambient temperature 10°C, maximum ambient temperature 32°C
The intended use means that you will carry out all activities with and on the unit to the specifications
provided in this document.
This unit is only to be operated by those who meet the requirements set out in this document.
Work on the unit and its components not included in the activities described in this document may only
be performed by experts, means authorized and skilled people.
1.2 Improper use
Improper use of the unit and unauthorized modifications to the unit and its components may cause
personal injury and equipment damage for which Cornelius Deutschland GmbH shall assume no
liability. Improper use of the unit is prohibited.
The following in particular is regarded as improper use:
-Mobile operation of unit
-Operation of unit in areas without supervision by skilled personel
-Operation of the unit in an area, where water jet is possible.
-Cleaning with a water jet
-Any handling as e.g. use or service by children under the age of 8 years
-Any cleaning or service by children without supervision by a skilled, authorized adult.
-Use by persons (including children) with physical, sensory or mental disabilities or those with
insufficient experience and knowledge, unless they are supervised by a person responsible for their
safety, or this person has instructed them in the use of the unit.
-Use by those under the influence of medication, alcohol, drugs or other substances which impair their
physical, sensory or mental abilities.
-The refrigeration of non-specified liquids and those above the maximum supply temperatures as this
may cause unacceptably high pressures to build up in the refrigeration circuit.
-Operating the unit below the minimum and above the maximum ambient temperatures (minimum and
maximum temperatures see chapter 3.3, page 15).
-Operating the unit with conveying media other than those defined in this document.
-Operating the unit in locations and ambient conditions which do not fully meet the requirements of this
manual
-Operation of the unit by untrained staff

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1.3 Staff
1.3.1 Operator
The operator is the natural or legal person who uses the unit or on whose behalf the unit is used. The
operator must ensure that the unit is only used as intended, in observance of the safety instructions set
out in this document.
The operator must ensure that all users read and understand the safety information. The operator is
responsible for the planning and proper implementation of regular safety inspections and maintenance
work.
With regard to operating the unit, Cornelius Deutschland GmbH recommends observing the national
regulations of the country of use which govern the operation of drink-dispensing systems.
1.3.2 User
The operator specifies who will operate this unit. Cornelius recommends the following:
If this unit is only to be operated by employees, they are to be instructed in its use, demonstrate
their abilities to use it to the operator or their authorized representative, and be expressly charged
with its use. This document is to be available to staff at all times.
If this unit is openly accessible and set up so that untrained staff can use it, the operator is to
provide instructions for use directly at the unit; these must be clearly understood by this group of
people, therefore ensuring that the unit will be handled safely.
1.3.3 Expert
An expert in terms of this document refers to someone who has the relevant training, experience and
information and knowledge of relevant standards, laws, regulations, accident prevention regulations,
generally accepted safety-related regulations and operating conditions to be able to perform the
required activities as well as recognize potential risks and avert them.
For assignments requiring expert knowledge, e.g. in electrical engineering, mechanics or fluid
technology, only skilled workers with the right qualifications are to carry these out.
An expert must also have received technical training in the unit-specific special features of Cornelius
products. The assigned tasks are always to be carried out in compliance with this manual.
1.4 Presentation of warning
The documents supplied with the unit provide warnings regarding any hazards that might exist.
1.5 Safety instructions
1.5.1 Safety information
Any work on the unit and its components which goes beyond the operation and servicing and
maintenance that the operator is authorized for, may only be performed by experts (for a definition of
experts, see chapter 1.3.3, page 5). Furthermore, it is crucial that when performing work on the unit all
safety information is observed; this information is set out in the following sections. Some of the tasks
may have additional safety information which highlights the specific hazards associated with such work.
1.5.2 Disclaimer of liability and warranties
If work is undertaken on the unit which is not described in this document, Cornelius Deutschland GmbH
shall not assume any liability for any resulting hazards and damages. The same applies to described
work which is partly or not fully performed in compliance with the regulations set out in this document.

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Warning! Risk of personal injury and equipment damage due to improperly executed work
Improperly executed work at the unit will cause dangers to persons and damage to
the unit.
 Have all work at the unit carried out by Cornelius Deutschland GmbH or by a
service partner.
Warning! Risk of personal injury and equipment damage due to the use of non- approved spare
parts and accessories
Using spare parts and accessories that are not recommended by the manufacturer may
lead to personal injury and equipment damage.
 For your own safety and to protect your warranty, only use original spare parts.
1.5.3 Safety information to prevent personal injury and equipment damage
Please always observe the following safety information in order to prevent personal injury
occurring:
Danger! Risk of death from electric shock
If the supply cord is damaged, do not carry out any repair work on this.
It must be replaced by the manufacturer, its service agent or similarly qualified persons in
order to avoid a hazard.
Danger! Risk of death from electric shock
Touching live electrical parts will result in a risk of electric shock!
 Do not carry out any work on the electrical system.
Warning! Risk of burns when touching hot parts of the unit
Touching parts of the unit after it has been in continuous use over an extended period of
time will result in a risk of burns.
 Takeappropriate safeguard measures, such as by
wearing heat- resistant protective gloves.
Danger! Risk of poisoning and risk of explosion due to improper handling of CO2 cylinders
Risk of death from CO2!
 Observe all information on occupational safety for the safe operation of dispensing
systems as applicable in the respective country of installation.
Danger! Risk of personal injury and equipment damage due to improper operation
Risk of death from improper operation!
 Make sure that only users who are users as defined in the user section use
the unit; see chapter 1.3.2, page 5.
 Children must be supervised to ensure that they do not play ator with the unit.

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2 Transport and packaging
Choose a suitable packaging when returning the unit itself or one of its components to Cornelius
Deutschland GmbH, e.g. for repairs. In particular, make sure that the unit and any components are
protected from shock/impact, moisture, dirt and electrostatic discharge (ESD). This will prevent transport
damage to the unit and to the components, for which the manufacturer shall assume no liability.
Caution!
Component damage due to freezing liquids
Ambient temperatures that are below freezing will lead to the freezing of any water or cleaning agent
residue remaining inside the unit. This will lead
to damage to internal components.
Before shipment, storage or relocation of the unit, the unit is to be cleaned and the cleaning solution is
to be fully drained from the unit.
2.1 Storage
Avoid excessive temperature fluctuations as condensate may form, which in turn may cause damage to
the unit or to the components.
The permissible storage temperature is -10 °C to +50 °C.
The acclimatization period is 6 hours.
Caution!
Damage due to improper storage
Dirt or moisture entering a unit, as well as certain weather conditions (e.g. condensate forming at the
unit, sunlight) will cause damage to the unit and its components.
• Protect the unit and its components by storing the unit in a clean and dry place, and by ensuring stable
ambient conditions.
• If possible, store the unit in its original packaging. Unpacked units must be covered with a dustproof
cover. No condensate must form under the cover.
Caution!
Risk of electrostatic charge!
Improper handling or storage may result in electrostatic charges.
oIf possible, store units and/or any electronic components in their original packaging.
oKeep units and/or electronic components away from charged objects, fields and insulators.
oAvoid electrostatic charges when removing packaging and/or handling electronic assemblies and
components by working at an ESD protected workstation or work area.
oWhen working at the unit or its components, wear a grounding (antistatic) wrist strap at the very
least and wear antistatic gloves if necessary.
Caution!
Component damage due to material ageing
Material can age due to long storage periods, thereby affecting the material’s properties (e.g. plastics
and seals may become brittle). The properties of lubricants may change due to long storage periods.
oCheck the assemblies and components for damage before each use/before installing them. Do
not install assemblies or components that show visible signs of ageing.

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Caution!
Component damage due to freezing liquids
Ambient temperatures that are below freezing will lead to the freezing of any water or cleaning agent
residue remaining inside the unit. This will lead to damage to internal components.
Before shipment, storage or relocation of the unit, the unit is to be cleaned and the cleaning solution is
to be fully drained from the unit.
3 Installation Requirements (To be done only by « expert »)
3.1 Installation Sites
Comply with the valid national regulations for installation sites and electrical connections. Ventilation of
the installation sites must be appropriate for device output. Inadequate ventilation of the device will
result in its overheating and being destroyed. Always make certain that no intake or discharge vents are
covered.
Triton 150 Procon Triton 350 Triton 700 Triton 2500
Heat output 1200 W 1700 W 2000 W 3000 W
Air flow 150 m3/h 360 m3/h 450 m3/h 850 m3/h
3.2 Electrical Connections
A socket outlet with an earthing contact featuring a maximum protection of 16 amperes is required.
The line voltage must always be within following tolerances: 230 VAC +6%/-10% / 50 Hz
Triton 150 Procon Triton 350 Triton 700 Triton 2500
Max. Power consumption 950 W 1200 W1300 W 2400 W
Max. current 5 A 6,5 A 6,5 A 11,5 A
For the Triton 2500 devices, the operator must ensure that the maximum system impedance at the point of
connection to the public low-voltage supply is less than or equal to Zmax of 0.173 Ω. If necessary, the operator
must consult with the responsible electricity supply company.
4 Installation
-The device must be installed by a trained service technician.
-Please take care, that the socket for the unit is always accessible.
-There is no user serviceable items inside the equipment.
-If the power supply cable to the unit is damaged, it has to be replaced by the manufacturer, the service
partner or any other qualified person to avoid safety hazard.
-Minimum clearance to walls is 0.3m
4.1 Water Connection
Connecting only to drinking water! Tubing set not included.
Connect the device to a feed line with an inner diameter of 10 mm. We recommend using a water filter and a
water pressure regulator for the water input. To permit flushing of the filter, a t-piece should be mounted
downstream of the water pressure regulator. The water flow pressure must be minimum 0.2 MPa (2 bar) and
maximum 0.4 MPa (4 bar) (mount control pressure gauge on water pressure regulator). A flow rate of 560
liters/hour is required. Due to the high flow rate, it may be necessary to install several water filters and water
tubes in parallel.

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4.2 CO2-Connection
You will require minimum a stage-wire pressure regulator with 0.7 MPa (7 bar). Using tubing with an inner
diameter of 4 mm, connect the pressure regulator to the carbonator. Set the CO2-pressure to 0.50 –0.55 MPa
(5.0 to 5.5 bar). The unit include a CO2-pressure switch to switch off the dispensing valves at a CO2-pressure
less than 0.35 MPa (3,5 bar).
The Triton 2500 and Triton 700 FF require up to 560 liters water/hour. The units require also a high demand of
CO2 which is more than a CORNELIUS regulator with provide and it may cause freezing up. In this case a dry
and clean product tank can be used as a buffer in the line from regulator to Triton.
4.3 Connecting Premix and Postmix Syrup
Connect one tube with an inner diameter of 6 mm to each device connection. Connect the tube end to the
correct cooling coil inputs of the cooler circuit carbonator.
4.4 Connecting Soda Water and Still Water
Connect the soda water to the forward and backward fittings at the Triton. The inside diameter of the tubes
should be 13 mm.
The still water has to be connected to the still water outlet of the Triton. The flow pressure is adjusted to 0.32
MPa (3.2 bar). If necessary, it can be adapted to the local requirements.
4.5 Power Supply of the Electric Valves
The Triton standard version is equipped with a transformer with 24 Volts~ 100 VA for the electric power supply
of the valves in the tower.
For the power supply of the valves these are connected to the connecting bus (X40 at the circuit diagram) at
the Tritons inner panel according to the circuit diagram.
In the case of insufficient CO2-pressure at the carbonator inlet, the power supply to the valves is switched off.
In addition to this a lamp, indicating low pressure, can be connected to the connecting bus according to the
circuit diagram.
For units with 3-pin level probes a complete emptying of the carbonator bowl is prevented by switching off the
power supply of the valves in time. The power supply is switched on automatically after the carbonator bawl
has been filled up again.
Caution: A short circuit in the power supply to the valves caused a transformer switch off or a damage of the
level board.
4.6 Connection of Still Water Control
For still water, one switching cable (1 x 0.75 mm2) per still water tap must run from the soda circuit carbonator
to the still water tap. The electronic control system is actuated via this cable. An additional cable from one of
the still water valves is necessary.
Alternatively, there are some units which can be controlled by a pressure switch for the still water. It is
recommended to adjust the still water flow pressure to 0.32 MPa (3.2 bar) and the switching point of the
pressure switch to minimum 0.42 MPa (4.2 bar). If a different flow pressure is required the switching point of
the pressure switch must be set 0.1 MPa (1 bar) above the flow pressure.
Refer to the circuit diagram for the connection. The flow rate of the still water should be 170 ml in 4 to 5
seconds.

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5 Putting into and out of Service (To be done only by « operator »)
5.1 Putting into Service
Comply with the cleaning regulations defined by law before beginning each operation.
Clean the couplings on the container for beverage/syrup every time before you attach them. Connect coupling
to container for beverage/syrup. Note: Gray = CO2,black = beverage/syrup.
Open the cylinder valve on the CO2-cylinder and the valve on the pressure regulator. Check the CO2-pressure
at the pressure regulator. It should be within the following standard values
Syrup (sugar based): 0.40 to 0.45 MPa (4.0 to 4.5 bar)
CO2-carbonization pressure: 0.52 to 0.58 MPa (5.2 to 5.8 bar)
Syrup Light product: 0.21 to 0.28 MPa (2.1 to 2.8 bar)
Drinking water: 0.35 to 0.45 MPa (3.5 to 4.5 bar)
Set the CO2-pressure by turning the control screw at the regulator valve.
Clockwise to increase the pressure.
Counter-clockwise to reduce the pressure.
Afterwards check the CO2-lines for leaks by closing the valve of bottle. The set pressure displayed at the
pressure regulator should not drop. If it does, notify the service technician immediately. Do not forget to re-
open the CO2-valve after the check.
Open the water feed line and check the flow pressure in it (minimum value: 0.2 to 0.3 MPa (2.0 to 3.0 bar)).
Set it at the control screw on the water pressure regulator (not contain in the supply schedule).
Check the beverage/syrup lines for leaks. Only a visual inspection is possible. If liquid is leaking, call a service
technician.
5.2 Turning on the Unit
(To be done only by « expert »)
The water bath must be filled up to ca. 1 cm under the overflow with tap water. Refer to the technical data for
the amount required. To prevent algae from forming in the water, add the disinfectant Molco (PN 14-9670-
150). The 150 ml container of disinfectant is sufficient for 30 liters of water.
Insert the mains plug for the cooler into a socket outlet with a grounding contact.
Ice bank controlled units start working after the water bath fills with water and switch off automatically after the
ice bank is built up. The control board of the unit has a time delay for switching on and off the cooling system,
when it runs in ice bank mode. After the cooling system is switched on the running time is not less than 5
minutes. Switch off signals will be ignored during this time. After the cooling system is switched off the break
time is not less than 3 minutes. Switch on signals will be ignored during this time. The break time of 3 minutes
is valid for turning on the device and after a breakdown of the power supply.
This unit contains a 3-pin ice bank probe. Take care that the probe is always correctly adjusted. Wrongly
adjusted probes can be adjusted by using the adjusting device 22-0055-X99 or by using the data shown in
paragraph 12.
The agitator motor is a closed version.
Attention!
Temperatures up to 80°C are normal.
The carbonator pump switches on automatically and fills the carbonator. The carbonator pump switches off
when the water has reached its highest level in the carbonator container but after no more than 20 minutes.
Long run periods are signs of leaks or too large extraction. It is then only possible to turn the pump back on by
a power network reset (pulling out the mains plug briefly).

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Attention!
At the Triton 700 FF the second carbonator pump do not start working before the carbonator bowl has been
filled to the maximum level one time.
Release air from the carbonator container by pulling the safety valve for about 2 to 4 seconds.
At the Triton 350, 700, 700FF und 2500 the circulation pump has to be switch on manual by using the switch
at the level control board. In the case off too low water pressure the circulation pump does not start.
Attention!
Dry running of the circuit pump coursed a damage.
Function of the 3-PIN probe
In the case the carbonator bowl is so emptied that the empty probe is out of water the electric dispensing
valves in the tower is switched off or, at the Triton 700 FF, the second carbonator pump is switched on. That
prevents CO2in the soda water circuit and trouble during dispensing soft drinks.
The dispensing valves are switched on, or the second carbonator pump is switched off when the carbonator
bowl is filled up to the maximum level.
Attention! The switching off of the dispensing valves works only by using the factory fitted transformer for
power supply to the dispensing valves as shown in the circuit diagram and is not possible by Triton 700 FF.
5.3 End of Operation
It is imperative that the CO2-cylinder and water line be turned off each time operation is ended!
5.4 Daily Inspection (To be done only by « operator »)
Check whether carbon dioxide and water lines are open. Working with closed water feed lines results in
draining of the python and the carbonator. The air must then be carefully bleed from the python by opening the
soda water tap, as the circulation pump will not move the water otherwise.
Check the beverage/syrup lines for leaks. Only a visual inspection is possible. If liquid escapes, call a service
technician.
Check the CO2-lines for leaks by closing valve on the CO2-cylinder. The inlet pressure indicated on the
pressure regulator should not drop. If it does, call a service technician immediately. Do not forget to re-open
the CO2-cylinder valve afterwards.
5.5 Putting out of Service (To be done only by « operator »)
Perform the following steps in case of longer standstill periods:
Close the CO2-cylinder, the CO2-stopcocks on pressure regulators and the water feed line.
Pull the mains plug out of socket outlet with grounding contact.
Detach the couplings from beverage containers.
Have the system emptied and cleaned.
Only trained specialists are carry out this procedure.

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6 Cleaning and Disinfection Directions
6.1 Cleaning Directions (To be done only by « operator »)
Comply with the valid national regulations for cleaning bar equipment at the particular installation
site.
Clean connection parts and tap fittings in advance whenever making connections or changing the type of
beverage. Clean parts coming into contact with air and beverage (e.g. dispense nozzle), on a daily basis.
The condenser fins must be cleaned in regular intervals. These vary according to the amount of dirt in the air
at the installation site (approximately every three months). This is best done with a brush and a vacuum
cleaner.
The water level in the water bath must be checked regularly and the contents must be exchanged at least
once annually. Algae formation can be reduced by adding disinfectant (order number 14-9670-150). For a 30
liters water-bath one disinfectant container is sufficient.
The unit is to be emptied and cleaned by trained person only based on the following recommendations:
To be cleaned by trained
specialists
CO2-
lines
Product-
lines
Syrup-
lines
Soda water-
lines
Before commissioning
X
X
X
Before each change
of type of beverage
X
X
Before and after a
pause
of more than 1 week
X
X
Every 2 weeks
X
Every 3 months
X
X
Every 12 months
X
6.2 Cleaning and Disinfection Procedure before use
In order to achieve a proper hygienic performance of the dispense equipment, it is crucial to run the initial and
recurring sanitization procedure (intervals according to DIN 6650-6) on all product and water lines of the
system.
Attention! : Cleaning / sanitizing agents are harmful and may cause severe health injuries!
During the work with any agents make sure to always wear proper clothing
(gloves, safety goggles, etc.). Special attention must be taken during the
flushing of the agent at the dispense valves. It must be made sure, that no
operator uses the dispense equipment during sanitation (e.g. use clear signs on
the valves, etc.)!
Take care of an adequate behaviour towards hygiene while working on the equipment (e.g.
disinfecting hands prior to work, etc.) in order to professionally deal with the matter. The unit should be
cleaned / sanitized starting as close as possible from the mains water connection (wall outlet), to make
sure that also the tubing is being treated.

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Remark -> Water filters:
In case the system is equipped with a water filter, the filter cartridge needs to be removed before doing the
cleaning / sanitization and replaced by a blind plug that allows bypassing the filter. Do not use any empty
service filter cartridges to flush the sanitizing agent into the system, as this will not allow a proper and
consistent level of sanitizing agent in the unit.
In addition, the high levels of agent passing through the dispenser when using such cartridges may damage
components such as sealings, O-rings, etc. in the dispenser.
Remark -> Carbonator- / Circulation pumps
With units such as Triton, Apexx and Energize the carbonator- and soda circulation pumps must be turned off
during the cleaning / sanitization process (otherwise foaming issues will occur).
Remark -> Stillwater lines inside the cooler
In case your equipment has still water lines, it must be made sure that these are also being cleaned /
sanitized.
In case your equipment currently does not use Stillwater, the line must be equipped with a stopcock to
manually drain sanitizing agent from this tube.
In case the Stillwater line is in general not being used on the cooler, it is recommended to disconnect this line
as close as possible from the water cycle and close the water line with a blind plug (this avoids areas within
the circuit which might not be sufficiently flushed).
Remark -> Electrical post-mix valves, which cannot be manually operated
This type of taps must be operated electrically. When doing this, it needs to be considered that on some
dispense equipment the 24V electrical power supply to the valves is cut, when the empty electrode in the
carbonator bowl is reached. In that case the empty sensing must be bypassed, by e.g. short circuiting all
connectors on the plug of the level probe connection.
Remark -> CO2- or Water pressure sensors on the dispense equipment
Depending on the type of equipment you may have CO2- or water pressure sensors installed, which will in
case of low CO2or low water supply cut the 24V power supply to the valves.
In order to still be able to operate the system during the sanitization process, it is required to short circuit such
sensors (make sure to put them back into operation after service).
Remark -> Post-mix valve blocks
It is recommended to clean / sanitize the valve blocks separately. Especially valve blocks with an integrated
stop cock (e.g. Lancer block) need special care, as the gap in the stop cock allows bacteria to collect, which
might not be sufficiently treated with the sanitizing agent.
In case the dispenser is out of operation (without cooling) for more than 10 days, it is necessary to run the
cleaning- and sanitization procedure prior to putting the unit back into operation.
Should it be necessary, to open a once sanitized system again (e.g. to install a new water filter)
all opened connections must be disinfected with a sanitization spray prior to reconnecting.

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Document no: TD1014600EN
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A.) Flushing-in of sanitization agent (e.g. P3 Ansep CIP from Ecolab)
1.) Syrup Lines
1.1) The product lines filled with syrup must first be flushed with water. For this an external
water distributor can be used to connect and flush several syrup lines simultaneously.
The post-mix valves should be operated on the syrup side only for flushing.
Attention! Gas driven syrup pumps must not see any positive pressures on the
incoming side of the pump, as this may damage the pumps.
1.2) Connect the water distributor to the CO2-supply in order to drive the water out of the
syrup lines. This avoids that the sanitizing agent is being diluted in the tubings.
Afterwards close the CO2-gas and depressurize the complete system again.
1.3) Fill your cleaning tank with the cleaning / sanitizing agent according to the mixing ratios
given by the manufacturer of the agent.
(e.g. when using P3 from ECOLAB -> 50ml for 1 litre water = 5% solution)
In order to achieve a proper mixing in the cleaning tank, it is recommended to first fill
in the agent and then top-of with clean water.
1.4) Connect the syrup lines to the cleaning tank and dispense cleaning / sanitization agent
from every single dispense valve. Make sure that agent leaves from all installed taps.
2.) Water Lines
2.1) Close the water- + the CO2-supply to the unit and depressurize the system with the taps
2.2) Disconnect the water supply to the unit and cut the power supply to the carbonator
pump in order to avoid dry running of the pump (e.g. by pulling the plug of the pump).
2.3) Connect the water line feeding the dispenser to CO2-gas pressure and drain all water from the tubing
of the system. This ensures that the sanitizing agent that is afterwards flushed into the dispenser is
not being diluted e.g. in the carbonator bowl.
Afterwards close the gas supply again and depressurize the system.
2.4) Connect the cleaning tank to the water inlet of the dispenser and pressurize the tank
with approx. 0.3 MPa (3 bars) pressure (Attention ! Remove any water filters before doing this!).
2.5) Pull the safety relieve valve on the carbonator bowl and carefully let some sanitizing
agent leave the valve. This ensures, that the carbonator bowl is flooded completely
with sanitizing agent all the way to the top.
Attention! : Avoid that excessive amounts (= >50ml) of agent is being introduced into
the water bath, as this will carry the risk of corrosion of metal parts in the water bath.
In case larger amounts were spilled, the water in the water bath needs to be replaced.
The LOOP post-mix cooler works with a membrane / diaphragm pump
please make sure the pump is in operation when the sanitizing agent
is being flushed into the unit. This will ensure that all parts of the pump will come into
contact with the sanitizing agent.
2.6) Flood the complete dispense system with the cleaning / sanitizing agent by operating
the post-mix valves. Ensure, that on all valves clearly visible agent is being drawn.
Effect- / working time for the cleaning / sanitizing agent is min. 20 minutes!!
In the meantime remove the dispense nozzles from the valves and sanitize them
manually by putting them for 20 minutes into sanitizing agent.
In case it is seen that the nozzles are heavily dirty, clean the nozzles mechanically
by using a clean brush and sanitization agent.

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Manual operation undercounter cooler
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Document no: TD1014600EN
Version A, 24.09.2019, Index 0
B.) Flushing-out of sanitization agent
1.) Syrup Lines
1.1) Disconnect the cleaning tank and bring out any remaining sanitizing agent from the
syrup lines by using CO2-gas. Afterwards close the CO2-supply and depressurize the
system via the dispense valves.
1.2) Connect the water distributor and sufficiently flush clean water through the syrup lines
(for this please open only the syrup side of the dispense valves).
In case a hygiene water filter is being used with the dispenser, it is recommended to
use for this flushing the water coming from the hygiene filter.
Attention! It must be ensured, that no cleaning / sanitizing agent remains in the
dispense system after service (risk of health injuries)!
The prove that all agent residues have been removed must be tested with
indicator or test papers (contact agent manufacturer) & must be documented
1.3) Connect the syrup containers again to the syrup lines and dispense syrup on the
post-mix valves until a consistent flow of syrup occurs again.
2.) Water lines
2.1) Pressurize the water line to the cooler with CO2-pressure and dispense all sanitizing agent from the
valves. This makes it easier to flush out any remaining agent from the system.
2.2) Close the gas again and depressurize the unit via the dispense valves.
2.3) Install a new water filter cartridge and reconnect the unit via the filter to the mains
water line again (refer to filter manufacturer guidelines in case the filter needs priming prior to use).
In case a hygiene filter is being used on the dispenser, it must be ensured that the new
filter cartridge is inserted prior to flushing the system with water. This ensures that a
just sanitized system is not being contaminated again by using poor quality mains water
to flush out any remaining sanitizing agent.
Spray the filter head and the connecting position of the filter cartridge with an adequate
sanitizing spray to avoid any introduction of bacteria again.
2.4) Open the mains water supply. Pull the safety relieve valve on the carbonator bowl until
only clean water leaves the valve, to ensure that there are no residues of sanitizing
agent left in the head area of the carbonator bowl.
2.5) Open the CO2-gas supply to the carbonator and reconnect the carbonator pump to the
power supply.
2.6) Dispense sufficiently water from the post-mix valves to ensure that no sanitizing agent is
left in the system.
Depending on the unit type (Over counter dispenser / large soda circuit installation with
long python runs, etc.) the amount of water that needs to be dispensed may vary.
Attention! It must be ensured, that no cleaning / sanitizing agent remains in the
dispense system after service (risk of health injuries)!
The prove that all agent residues have been removed must be tested with
indicator or test papers (contact agent manufacturer) & must be documented
Dispense from each tap a few beverages to fully put the system back into operation
again. The cleaning / sanitization procedure must be documented accordingly and the
documentation must remain at the cooler (this may vary depending on local regulations).

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Document no: TD1014600EN
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7 Problems and Troubleshooting
Before looking for problems with the dispensing equipment, first check:
-Is the electricity to the device interrupted?
-Is the flow of water to the device interrupted?
-Are the beverage containers empty?
-Is the CO2-cylinder empty?
Type of problem Cause Remedy
Beverage too warm, Condenser dirty Use brush to clean
Compressor running condenser louvres
Too much beverage Note out-put capacity
Being dispensed
Beverage too warm, Compressor defective Call service technician
compressor not running Electric control defective Call service technician
Beverage foams at a tap Syrup stored too long Connect container
and enriched with CO2with fresh product
Beverage foams at all taps CO2-pressure too high Set pressure
All Syrup Connect container
enriched with CO2with fresh product
All beverage too warm Check storage temp
See “Beverage too warm ...”
Tap just outputs Carbonator pump is Check if water feed line is
concentrate not running open
Check water flow pressure
of 0.2 MPa (2 bar)
Check whether the carbonator
motor is running; if not,
Call service technician
CO2-volume in the Air in carbonator Bleed air
beverage to low Too much beverage Watch output capacity
being dispensed
CO2-cylinder empty Change CO2-cylinder
Globe valve on CO2- Open globe valve
cylinder closed
Valve on pressure Open valve
regulator closed
CO2-pressure too low Adjust pressure
Water temperature Adjust to lower
too high temperature
Too much or not enough Regulator in tap Call service technician
syrup in beverage is clamping
(only post-mix) Delivery pressure for Adjust CO2-pressure
syrup too low or too high

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Manual operation undercounter cooler
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Document no: TD1014600EN
Version A, 24.09.2019, Index 0
8 Technical Data
Triton 150
Procon
Triton 350
Triton 700
Triton 2500
Output capacity at a
dispense rate of 4 drinks
of 0.3 liters each per min**
180
340
670
2500
Weight of ice bank in kg
11
18
30
55
Ice bank performance in
kcal
880
1440
2400
4400
Ice build-up in minutes without
Python
190
220
210
270
Supply voltage
230V/50Hz
230V/50Hz
230V/50Hz
230V/50Hz
Max. Power consumption
in watt
950
1200
1300
2400
Compressor output
in watt (hp)*
395
500
790
1370
(1/3)
(1/2)
(3/4)
(1)
Max. current consumption
In Ampere
5
6,5
6,5
11,5
Refrigerant R134 a in kg
0,220
0,285
0,410
0,800
Carbonator pump output
in liter/hour at 1 MPa (10
bar)
280
280
280
2x280
Circulation pump output
in liter/hour at 0.2 MPa (2
bar)
320
320
320
320
Cooling/ice bank performance
in watt
420
660
770
1165
in kcal/h
360
570
660
1000
Number of cooling coils
Syrup
6
6
8
10
Premix
1
1
1
1
Drinking water
0
1
1
1
Still water
1
1
1
1
Dimensions in mm
Height
635
595
640
710
Width
620
780
840
1040
Depth
410
433
490
600
Shipping weight in kg
58
85
95
105
* at -10°C evaporator temperature
** with 10 m SC python
Cooling capacities and output capacity at 24°C ambient temperatures and water or syrup inlet temperatures of
24°C and beverage outlet temperatures of less than 5°C.
When Cornelius pythons are used, a cooling loss of 13 kcal/hour per running meter must be included in
calculations.
We reserve the right to make modifications.

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Document no: TD1014600EN
Version A, 24.09.2019, Index 0
9 Illustration of the Triton
Triton 150 Procon, 350, Triton 700, Triton 2500 (example Triton 350)
9.1 Connections at the Unit
Triton 150 Procon
Triton 350
Triton 700
Triton 2500

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Document no: TD1014600EN
Version A, 24.09.2019, Index 0
10 Flow Chart and Circuit Diagram
10.1 Flow Chart
Flow Chart Triton 150 Procon

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Document no: TD1014600EN
Version A, 24.09.2019, Index 0
Flow Chart Triton 350