T2 Install & Operation Manual
Safety
This appliance can be used by children aged from 8 years and above and persons with reduced physical, sensory or mental capabilities or lack of experience and knowledge if they have been given supervision or instruction concerning use of the appliance in a safe way and understand the hazards involved. Children shall not play with the appliance. Cleaning and user maintenance shall not be made by children without supervision.
The appliance should be isolated from the electricity supply before removal of any covers. Great care must be employed when working with high pressure carbon dioxide, and in no cases should the maximum operating pressure of 0.4MPa (4 bar) be exceeded.
- The appliance is not suitable for installation in an area where a water jet could be used.
- The appliance shall not be intended for use in lobbies or locations of egress, such as a hallway or public corridor.
- The appliance has to be placed in a horizontal position.
WARNING: Keep ventilation openings in the appliance enclosure or in the built-in structure clear of obstruction.
WARNING: When positioning the appliance, ensure the supply cord is not trapped or damaged.
WARNING: Do not locate multiple portable socket-outlets or portable power supplies at the rear of the appliance.
WARNING: Increased risk of a leak could occur through improper handling, movement or use.
This appliance is intended to be used in household and similar applications such as:-
- Staff kitchen areas in shops, offices and other working environments
- Farm houses and by clients in hotels, motels and other residential type environments
- Bed and breakfast type environments
- Catering and similar non-retail applications
A-weighted emission sound pressure level is below 70 dB(A)
R290 is a refrigerant-grade propane used on a wide range of commercial refrigeration and air conditioning units. A highly pure propane, it has a low environmental impact and nominal global warming potential (GWP), meaning it possesses no qualities that can destroy the ozone layer. R290 also is the preferred hydrocarbon alternative of the Environmental Protection Agency (EPA), substituting more harmful fluorocarbon refrigerants like R22, R134a, R404a and R502. Units with R290 can only be maintained and repaired by authorized technicians who are properly trained and certified. |
R600a is a refrigerant-grade propane used on a wide range of commercial refrigeration and air conditioning units. A highly pure propane, it has a low environmental impact and nominal global warming potential (GWP), meaning it possesses no qualities that can destroy the ozone layer. R600a also is the preferred hydrocarbon alternative of the Environmental Protection Agency (EPA), substituting more harmful fluorocarbon refrigerants like R22, R134a, R404a and R502. Units with R600a can only be maintained and repaired by authorized technicians who are properly trained and certified. |
- Always place the dispenser in its vertical position, on a surface which can capably support its weight.
- During use the unit must remain in its upright position.
- Adequate ventilation must be allowed for. Always install this unit with the Simple-fit Vent Kit to ensure adequate air flow. Installing the unit without the Simple-fit Vent Kit will invalidate the warranty.
- Keep the machine away from sunlight, heat and moisture.
- Power and water supply points must be available near the dispenser, and must meet the criteria specified in the ‘Specification’ section of this manual.
- The environment where the unit is installed must be free of dust and corrosive/explosive gases.
Waste Electrical Products:
|
Specification
Specification 230v
COOLING SYSTEM | Stainless steel direct chill coil encased in a solid-block system for instant response cool down action. Ultra efficiency compression system with capillary control. Environmentally friendly R290 refrigerant. |
DISPENSE | Quadra Neck Faucet with ergonomically designed and situated light touch sensitive controls. |
POWER SUPPLY | 230-240V AC (50Hz) |
FUSE RATING | 10A |
COLD TEMPERATURE FROM | 2°C |
CHILLED & SPARKLING CAPACITY | 50L/h (ProCore) 80L/h (ProCore+) |
MAXIMUM RUNNING POWER CONSUMPTION - CHILLED & AMBIENT | 0.13kW-230V (ProCore) 0.2kW-230V (ProCore+) |
MAXIMUM RUNNING POWER CONSUMPTION - CHILLED & SPARKLING | 0.2kW-230V (ProCore) 0.3kW-230V (ProCore+) |
MAXIMUM RUNNING POWER CONSUMPTION - CHILLED, SPARKLING & AMBIENT | 0.2kW-230V (ProCore) 0.3kW-230V (ProCore+) |
RATED CURRENT - CHILLED & AMBIENT | 1.1A (ProCore) 1.5A (ProCore+) |
RATED CURRENT - CHILLED & SPARKLING | 1.5A (ProCore) 1.7A (ProCore+) |
RATED CURRENT - CHILLED, AMBIENT & SPARKLING | 1.5A (ProCore) 1.7A (ProCore+) |
QUANTITY OF REFRIGERATION GAS | R290 33g (ProCore ) R290 40g (ProCore+) |
DIMENSIONS | (w x d x h) 320 x 431 x 375mm |
WEIGHT | 22Kg MAX |
WATER CONNECTION | 3/4” BSP |
MINIMUM TO MAXIMUM INLET WATER PRESSURE | 0.05MPa (0.5 bar) - 1.0 MPa (10 bar) Internally regulated to 0.2 MPa (2 bar) |
CO2 CONNECTION | 1/4” Push Fit |
CO2 PRESSURE | 0.4MPa (4 Bar) Maximum |
MINIMUM TO MAXIMUM AMBIENT ROOM OPERATING TEMPERATURE | 5-32°C |
CLIMATIC CLASS | N |
Specification 115v
COOLING SYSTEM | Stainless steel direct chill coil encased in a solid-block system for instant response cool down action. Ultra efficiency compression system with capillary control. Environmentally friendly R290/R600a refrigerant. |
DISPENSE | Quadra Neck Faucet with ergonomically designed and situated light touch sensitive controls. |
COLD TEMPERATURE | 35ºF- 52ºF |
OUTPUT PER HOUR (ProCore) | 11 Gal/h Chilled/Sparkling |
OUTPUT PER HOUR (ProCore+) | 17.6 Gal/h Chilled/Sparkling |
POWER SUPPLY | 110-115V~60Hz |
FUSE RATING | 10A |
MAXIMUM RUNNING POWER CONSUMPTION- CHILLED & AMBIENT | ProCore 0.08kW- 115V ProCore+ 0.08kW- 115V |
MAXIMUM RUNNING POWER CONSUMPTION - CHILLED, AMBIENT & SPARKLING | ProCore 0.27kW- 115V ProCore+ 0.27kW- 115V |
RATED CURRENT- CHILLED & AMBIENT | ProCore 0.9A ProCore+ 0.9A |
RATED CURRENT - CHILLED, AMBIENT & SPARKLING | ProCore 3.4A ProCore+ 3.4A |
QUANTITY OF REFRIGERATION GAS | ProCore R600a 33g ProCore+ R290 40g |
DIMENSIONS | (w x d x h) 12.6" x 18.5" x 14.8" |
WEIGHT | 59.5lbs MAX |
WATER CONNECTION | Mains in - 3/4” BSP |
MINIMUM TO MAXIMUM INLET WATER PRESSURE | 0.05MPa (0.5 bar) - 1.0 MPa (10 bar) Internally regulated to 0.2 MPa (3 bar) |
CO2 CONNECTION | 1/4” Push Fit. |
CO2 PRESSURE | 0.4MPa (4 Bar) Maximum |
MINIMUM TO MAXIMUM AMBIENT ROOM OPERATING TEMPERATURE | 41°F - 95°F |
CLIMATIC CLASS | N |
Model Overview
Introduction
The T2 & T2+ epitomises cutting-edge design and innovation with its contoured tap and compact ProCore unit. This is
our most discreet range and will fit into any environment seamlessly.
The ProCore dispenser is a cooler designed to provide chilled and carbonated water. All the materials and components
are tested during the entire production process in order to satisfy all expectations.
Component/Feature Overview
T2 Tap - Major Components
Contents:
1 no T2
1 no Top Plate with Control Panel
1 no Drip Tray
1 no 1.0m x 6mm Insulated Water Pipe
1 no Connector Cable
1 no Waste Drain Pipe
1 no Fixings Set
ProCore Electronic - Major Components
Contents:
1 no Undercounter Unit
1 no Power Cord Set
1 no Co2 Regulator with Gauge & Connection tube*
1 no ProCore Simple-fit Ventilation Kit
Please Note:
Mains Installation Kit & Filters are supplied as extra items
according to individual ordering requirement.
*Sparkling versions only
Dimensions
Installation
Installation Requirements
Identify a suitable location for the ProCore unit. It should be positioned within 1.0m of the faucet, and within 2.0m of suitable services connections. Ensure to allow enough space for the Simple-fit Vent Kit which must be installed with the unit.
The ProCore unit must be installed in accordance with the relevant requirements of:
- The appropriate building regulations by application of either The Building Regulations (England and Wales), The Building Regulations (Scotland) or The Building Regulations (Northern Ireland). In territories other than those listed the local regulations in force must be complied with.
- The Water Supply (Water Fittings) Regulations (England, Wales and Northern Ireland) or The Water Byelaws in Scotland.
The unit must not be installed where it is liable to freeze. If the unit is thought to be frozen it must not be switched on. It should be allowed to thaw and must then be thoroughly inspected to ensure it is undamaged.
Service Requirements
- Water: Mains potable water – internally regulated to 0.2MPa (2 bar)
- CO2: Food Grade CO2 to be supplied
- Min mains pressure 0.05MPa (0.5 bar)
- Electricity: 10A supply – Earth Leakage Protected
- Waste Drain Connection
Cutting Templates
ProCore Vent Base Cutting Template
We recommend you check the dimensions of the ProCore Simple-fit Ventilation Kit using the cutting template prior to cutting the base cabinet.
Download or order the ProCore Vent Base Cutting Template here
Tap & Driptray Cutting Template
We recommend you check the dimensions of the tap and driptray using the cutting template prior to cutting the work surface.
Tap & Driptray Cutting Template - Monofit
We recommend you check the dimensions of the tap and driptray using the cutting template prior to cutting the work surface.
Operation
Tap Control Panel
Basic Functions
Dispensing cold water from unit:
Press and hold dispense icon and release to finish dispense
• Chilled icon flashing – Dry Block is above 10 degrees and chilling down
‘eco’ Mode:
‘eco’ mode symbol illuminates when unit is in ‘eco’ mode, to awaken unit press any dispense icon. The ProCore will activate ‘eco’ mode in the below instances:
Dispense inactivity
Low room light level
To turn on/off eco mode tap the chilled icon 7 times and hold on the 7th. 2 beeps will indicate Eco is on and 1 beep will mean Eco is off.
Warning Symbol
‘Warning triangle’ symbol will illuminate and flash upon a fault. The number of flashes relates to a particular fault. Refer to the fault codes section.
Ventilation System Installation
When Borg & Overström undercounter units are installed inside a cabinet or housing, adequate ventilation is recommended to ensure that they operate satisfactorily. During a cooling cycle it is normal for the unit to produce heat, and the purpose of ventilation is to provide a supply of air that can absorb the generated heat which would otherwise accumulate inside the cabinet or housing, and reduce the cooling performance of the unit. The amount
of heat generated by the cooling cycle depends directly upon the amount of usage – the higher the usage, the more heat produced. To provide adequate ventilation we recommend that air grilles/vents are fitted as supplied (or vent apertures formed) in the cabinet to allow an airflow as shown below. Normally this should be enough for all situations.
Important: Before making any cuts into the cupboard or kick board, ensure the area to be cut is free from water pipes or electrical cables. There is a risk of serious injury or death if electrical cables are cut, and significant damage to property if a water pipe is cut.
NOTE: Any obstructions will adversely affect the airflow to the appliance causing potential for poor performance, over heating or fridge failure.
ProCore Installation & Water Connection
The use of a Borg & Overström installation kit is highly recommended. All kits have been designed to include all the parts you need to safely and correctly install our dispensers. To ensure you select the correct kit for the model you’re installing, please visit the website or contact our support team.
All installations of water dispensers must include a water block. A water block is conveniently included in every one of our installation kits. If you’re not a using Borg & Overström installation kit, ensure you install a water block – failure to do so will negate any insurance claims for water damage resulting from water dispenser malfunction.
For installation kits and water blocks please see our store here.
NOTE: The water filters on the supply line to the unit needs to be pre-flushed prior to the water connection to the appliance.
CO2 Bottle Installation - Sparkling Versions Only
Sparkling Water Flow Rate - Sparkling Versions Only
NOTE: Sparkling water flow rate factory setting = 2.4L (0.53 Gal) per minute MAX. This may need adjusting
depending on inlet pressure. To do so follow below steps:
Once the correct flow rate is achieved place the cover back on to the unit by sliding it in place and replacing the screws.
Maintenance & Cleaning
Sanitisation Guide
The product is supplied from the factory in clean condition, but we recommend that a sanitisation procedure is caried out at the point of installation, according to the sanitisation instruction relevant to this model, which can be found in the respective Instruction & Operation Manual.
NOTE: Failure to use sanitising products and processes approved by Borg & Overström will invalidate your warranty.
This operation must only be carried out by trained staff.
A sanitisation procedure is recommended every 6 months.
Turn off incoming mains water
Briefly press chilled dispense button to release internal water pressure from the machine.
Remove the existing filter
Use hand gel and put on protective gloves.
Add 25 ml of Bioguard Internal Sanitising Solution to a clean and empty service filter cartridge.
Connect to filter head.
Turn on incoming water, allow the service filter cartridge to fill
Dispense water using the chilled button until the water appears pink. Repeat with sparkling & ambient water buttons.
Leave the solution inside machine for sanitisation to take effect (minimum 5 minutes) while thoroughly cleaning the dispenser externally. (All maintenance operations must be carried out with the dispenser switched off.)
Pay particular attention to the dispense faucet and the push button controls. For this use Sterizen External Sanitiser and Sanitising Wipes.
Remember to include the drip tray. If a Waste Overflow System is fitted, empty this and flush through with a small amount of sanitisation fluid if needed.
Attend to any cosmetic marks as needed. For this we recommend the use of Bioguard External Sanitiser.
Reconnect the power and switch on the dispenser.
When the external cleaning (minimum 5 minutes) is completed, flush the machine using the chilled button with clean water until the dispense water runs clear. Repeat briefly with the ambient and sparkling buttons if present.
Turn off water and briefly press chilled dispense button to release internal water pressure from the machine.
Remove the service filter. Retain service filter for reuse.
Fit new filter and turn on incoming water supply.
Pre-flush the new filter to waste using the chilled button until the water appears clear and is free of air. Flush through a small amount of water to check all functions.
Please note that this sanitisation fluid contains an active caustic/alkaline agent. Always use responsibly and with care remembering that due to its alkaline nature unnecessary concentrated/prolonged contact with any materials, including metals, can cause damage. Always rinse all contact surfaces after use with clean water. | Avoid skin contact and wear protective gloves when handling sanitisation fluids. In the event of any skin contact, flush immediately with clean, cold water. |
Emptying the CO2 Tank
Care and Maintenance of Stainless Steel
Introduction
All grades of stainless steel will stain and discolour due to surface deposits and can never be accepted as completely maintenance free. In order to achieve maximum corrosion resistance the surface of the stainless steel must be kept clean. Provided the grade of stainless steel and the surface finish are correctly selected, and cleaning schedules carried out on a regular basis, good performance and long service life are assured.
Factors Affecting Maintenance
Surface contamination and the formation of deposits must be prevented. These deposits may be minute particles of iron or rust from other sources used on the building of new premises and not removed until after the stainless steel items have been fixed. Industrial and even naturally occurring atmospheric conditions can produce deposits which can be equally corrosive, e.g. salt deposits from marine conditions.
The working environment also offers more aggressive conditions e.g. hot humidity, such as in a swimming pool, increases the speed of discolouration and therefore requires the maintenance to be on a more frequent basis. Modern processes use many cleaners, sterilizers and bleaches for hygienic purposes. All these proprietary solutions, when used in accordance with makers instructions are safe but if used incorrectly (e.g. warm or concentrated) can cause discolouration and corrosion on the surface of any quality of stainless steel. Strong acid solutions are sometimes used to clean masonry and tiling of buildings, but they should never be permitted
to come into contact with metals, including stainless steel. If this should happen the acid solution must be removed immediately and copious applications of water.
Maintenance Programme
With care taken during fabrication and installation, cleaning before handling over to the Client should present no special problems, although more attention than normal may be required if the installation period has been prolonged. Where surface contamination is suspected, immediate attention to cleaning after site fixing will encourage a trouble-free product. Food handling, pharmaceutical, aerospace and certain nuclear applications require extremely high levels of cleanliness applicable to each industry.
Advice is often sought concerning the frequency of cleaning stainless steel and the answer is quite simple “clean the metal when it is dirty in order to restore its original appearance”. This may vary from once to four times a year for external applications or it may be once a day for an item in hygienic or aggressive situations. Frequency and cost of cleaning is lower with stainless steel than with many other materials and will often outweigh the initial higher cost of this superior product.
PROBLEM | CLEANING AGENT | COMMENTS |
---|---|---|
Routine cleaning | Soap or mild detergent and water (Such as Fairy Liquid). | Sponge, rinse with clean water, wipe dry if necessary. |
Fingerprints | Soap or warm water or organic solvent (e.g. Usher/ Walker Thinners No PF8017, acetone, alcohol). | Rinse with clean water, wipe dry if necessary. |
Stubborn stains and discolouration | Mild cleaning solutions i.e Jiff, Goddard Stainless Steel Care. | Rinse well with clean water, wipe dry if necessary. |
Rust and other corrosion products. | Oxalic Acid. The cleaning solution should be applied with a swab and allowed to stand for 15-20 minutes before being washed away with water. May continue using Jiff to give final clean. | Rinse well with clean water. (precautions for acid cleaners should be observed). |
Scratches on surface | Slight scratches. Impregnated nylon pads. Polishing with scuffs dressed with iron free abrasives. For deeper scratches; apply in direction of polishing. Then clean with soap or detergent as per routine cleaning. | Do not use ordinary steel wool - iron particles can become embedded in stainless steel and cause further surface problems. |
Precautions
Acids should only be used for on-site cleaning when all other methods have been proved unsatisfactory. Rubber gloves should be used and care taken to see that acid cleaners are not spilt over adjacent areas. Special precautions are necessary with oxalic acid. Solvents should not be used in closed places. Smoking must be avoided when using solvents.
Advanced Troubleshooting
Fault Diagnostics
Problem/Report | Possible Cause | Suggested Action |
---|---|---|
No Water Dispensing | Power supply turned off | Check the power supply has been fitted properly and turned on. |
Water Pressure regulator | Check water flow through the regulator. Replace if necessary. | |
Check tap HMI control | Check fault codes. | |
Water isolated from machine | Check water inlet supply. | |
No Sparkling Water | No CO2 pressure | Check CO2 bottle, regulator and non-return valve. Supply pressure should be 58 psi (4bar), replace as necessary. |
Carbonator tank not Filling | Check carbonator probe for possible short circuit to ground. Check for pump timeout, cycle power off & on then purge carbonator. | |
Poor Quality Carbonation | Incorrect CO2 pressure | Check CO2 bottle, regulator and non-return valve. Supply pressure should be 58 psi (4bar), replace as necessary. |
Air in carbonator tank | Visit to view steps for purging tank. | |
Residue in carbonator tank | After prolonged use, a surface film can develop within the carbonator tank. Refer to cleaning and sanitising instructions. | |
Warm Drinks | Insufficient cooling air flow through the fridge. | Check that the condenser is not blocked. Check supply to cooling fans (230V AC). If supply present replace fans. If supply not present move on to the compressor. The supply to the fans and the compressor are linked. |
Compressor not running | Check supply to compressor (230V AC). Check NTC probe is not faulty Check for system over heat. Allow the unit to cool and check for airflow obstructions. Once the unit has cooled the fridge system will restart. If the problem persists contact technical support. | |
Fridge failure (See fault codes) | If compressor & fan are running and there is no cooling contact technical support. | |
Water lying in bottom of machine | Leak in pipe work and/or filter | Contact your distributor. |
Continuous or incorrect dispense | Poorly seated HMI lens | Replace lens assembly. |
Excess water on lens | Ensure you keep lens clean and clear of liquids. | |
Poor laminar flow | Outlet scaled up | Replace outlet assembly. |
Fault Codes
Internal overheat triggered
Carbonator can not filling
Technical Information
T2/T2+ Chilled & Ambient Circuit Schematic
T2/T2+ Chilled & Sparkling Circuit Schematic
T2/T2+ Chilled, Ambient & Sparkling Circuit Schematic
Water Pathway - Chilled & Ambient
Water Pathway - Chilled & Sparkling
Water Pathway - Chilled, Ambient & Sparkling
Spares
ProCore/ProCore+ Exploded Parts Diagram
T2/T2+ Exploded Parts Diagram
Spares List
Part No. | Description | CA | CS | CSA |
---|---|---|---|---|
720337 | Main Control PCBA | • | • | • |
700721 | Top Panel Asm | • | • | • |
720117 | Right Panel Asm | • | • | • |
720113 | Left Panel Asm | • | • | • |
720045 | Front Panel Asm | • | • | • |
702770 | Pump 230V | • | • | |
700085 | Cooling Fan | • | • | • |
720401 | UV Filter Asm | • | • | • |
701886 | 8mm PRV - 2 bar | • | • | • |
701094 | 3/4'' BSP Inlet Solenoid | • | • | • |
701515 | 6mm 2 Way Solenoid | • | • | |
701525 | 6mm 3 Way Solenoid | • | ||
462667 | 8mm Safety Check Valve | • | • | |
462668 | 1/4'' Safety Check Valve | • | • | |
701263 | 6mm Compensator | • | • | |
702878 | KK Sensor Loom Connector | • | • | • |
702787 | Congress Solenoid Loom | • | • | • |
Part No. | Description | CA | CS | CSA |
---|---|---|---|---|
700092 | Laminar Flow Outlet | • | • | • |
720112 | Tap Outlet Polished Metal | • | • | • |
701453 | Tap Outlet Plated Black | • | • | • |
720193 | Cup Stand Plated Black | • | • | • |
720152 | Cup Stand Plated Metal | • | • | • |
720289 | T2 CSA HMI Lens Asm | • | ||
720292 | T2 CS HMI Lens Asm | • | ||
720295 | T2 CA HMI Lens Asm | • |