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The Wine Square CUBE Series User Manual

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Summary of Contents for The Wine Square CUBE Series

  • Page 1 User manual www.thewinesquare.com...
  • Page 2 CUBE°-RH CUBE° CUBE°-RC www.thewinesquare.com unit presentation, CUBE° / CUBE°-RC / CUBE°-RH...

  • Page 3: Thank You

    Thank you! The team from Wine Square CUBE° thanks you for purchasing this product. This revo- lutionary cooling system offers the most stable resting conditions for wine to mature. Directions for Use This system was carefully designed to recreate the same conditions as those found in an underground wine cellar.

  • Page 4: Table Of Contents

    Table of content Security........................Warranty........................parts descriptions....................Where to install your system ?..............System control(s)....................Main display....................advanced settings..................Language selection................... Temperature selection................Locking feature.................... time setting....................Temperature variation................Standby screen.................... Login........................ Locking Feature................... Sound settings....................Hydraulic diagrams.................... Installation Procedures..................type A Installation..................

  • Page 5: Security

    • Only use the tools supplied by The Wine Square. NEVER attempt to service the unit yourself, to connect or install it using other methods than those described in this manual.

  • Page 6: Warranty

    The Wine Square after it has had the opportunity to do so, The Wine Square commits, subject to the limitations, exclusions and cessations mentioned hereafter, to do one or...
  • Page 7 The Wine Square in order for him to obtain services pursuant to the Warranty. No Other Warranty or Limitation of Liability...
  • Page 8 All notices required or provided pursuant to the present Conditions must be done in writing and will be considered as validly given if they are sent by email or by registered mail to the following address: ATT: Customer Service The Wine Square Manufacturing Inc. 500 Place de la Bonne-Entente Trois-Rivières (Quebec) Canada G9B 0H6 Email: info@thewinesquare.com...

  • Page 9: Parts Descriptions

    Part list Parts description The number of parts and components depends on your installation and the power capacity of your system. However, you will definitely have a CUBE°, a CUBE°-RC and a CUBE°-RH. 8.337 CUBE ° The CUBE° represents the system’s power unit. This box, located outside the wine cellar, is used to cool the water needed to stabilize the temperature in the cellar.

  • Page 10: Where To Install Your System

    Where to install your system ? Where to install your system ? It is essential to find the correct location to ensure the proper operation of the system. Even if many believe air-conditioning consists of blowing cold air in a room, the truth is that it serves to take the hot air out.

  • Page 11: System Control(S)

    System control(s) An appropriate location for all three units will guarantee an efficient and sustainable sys- tem. Failure to comply with the proper positioning of these units will not allow your system to reach the maturing conditions needed for your bottles. If in doubt, please contact your Wine Square authorized dealer so that he may help you with your system’s positioning.

  • Page 12: Advanced Settings

    System control(s) 5 Humidity inside the wine cellar Displays the relative humidity inside the wine cellar. 6 Temperature inside the wine Displays the actual temperature inside the wine cel- cellar lar. When using the control arrows (8), the displayed value is the setpoint temperature (4). Displays the percentage of the system’s power ca- 7 Power Bar pacity.

  • Page 13: Language Selection

    System control(s) 5 Humidity inside the wine cellar Displays the relative humidity inside the wine cellar. 6 Temperature inside the wine Displays the actual temperature inside the wine cel- lar. When using the control arrows (8), the displayed cellar value is the setpoint temperature (4). Displays the percentage of the system’s power ca- 7 Power Bar pacity.

  • Page 14: Temperature Selection

    System control(s) To access the language selection screen. 1 Language Selection To select the system’s display language. 2 Language 3 Close To return to the home screen. 4-Temperature Selection 1 Temperature Displays the temperature. To select the system’s temperature unit display. 2 Temperature Unit Display To return to the home screen.

  • Page 15: Locking Feature

    System control(s) 5- Locking Feature The screen’s locking feature enables you to protect your system against an unwanted change in the control features. To deactivate the locking feature, you must navigate with the arrows and activate this feature. To access the locking feature screen. 1 Locking Feature 2 On/Off To turn the locking feature screen On/Off.

  • Page 16: Time Setting

    System control(s) 6- Time Setting Every minute, your system stores the humidity and temperature data. This information is very useful when you want to trace the bottles’ maturing conditions inside the cellar or when you need to detect a problem with the air-conditioning of your wine cellar. This data is recorded for a 20-year period inside the system.

  • Page 17: Temperature Variation

    System control(s) 7- Temperature Variation The temperature variation feature enables you to adjust the temperature to adapt it to the realities of a changing climate just like in a natural cellar. Before moving on with this feature, it’s important to fully understand the principle behind relative humidity. Relative humidity is defined as the water vapour content in a given volume of air versus the maximum it could contain at a specific temperature and pressure.
  • Page 18 System control(s) Relative humidity in fonction of the temperature HR% at 22°C If, for example, the temperature inside your home is 22 °C with a 40% humidity level, your cellar will naturally maintain a humidity level of 67% at 13 °C. Relative humidity in fonction of the temperature HR% at 22°C For health issues, experts agree that the humidity level in your home should be between 30...
  • Page 19 System control(s) As for the temperature variation feature, it automatically adjusts the temperature to the summer and winter temperatures. As with natural cellars, you may mature your wines during the summer months while keeping higher humidity and temperature levels and lower ones during the winter months when the air’s humidity level is lower.

  • Page 20: Standby Screen

    System control(s) 8- Standby Screen The standby screen enables you to choose what will be appearing on the screen when you are not interacting with the CUBE°. You can activate this feature if you wish. To access the adjustment features of the standby 1 Standby Screen screen.

  • Page 21: Login

    System control(s) 9- Login The login screen enables you to link your system with Internet. By doing so, you will be able to link your system with your Alfred application account which will enable you to control your system and receive warnings anywhere in the world. To access your system’s login screen.

  • Page 22: Locking Feature

    System control(s) 10- Locking Feature The locking feature screen helps prevent an unintentional activation of one of the system’s features. This feature is very useful when there are young children or pets around. It can be activated in the system’s settings. To return to the system’s standby screen.

  • Page 23: Sound Settings

    System control(s) 11- Sound Settings The sound settings feature enables you to adjust the speed of ventilators whether inside the wine cellar (CUBE°-RC) or outside (CUBE°-RH). The system will be more efficient and powerful. An optimal thermal dispersion in the cellar is possible when the ventilators have reached their performance level.

  • Page 24: Hydraulic Diagrams

    Hydraulic diagrams Hydraulic Diagrams The following hydraulic diagrams represent how to connect the different units together to maximize your system’s performance. Depending on the type of installation you choose (installation on wall, installation with visible tube), additional components may be added to the diagrams.
  • Page 25 Hydraulic diagrams CUBE°-400, 2x CUBE°-RC4 / CUBE°-600, 2x CUBE°-RC4 INSTALLATION TYPE: C CUBE°-600 INSTALLATION TYPE: A / B www.thewinesquare.com...
  • Page 26 Hydraulic diagrams CUBE°-600, 2x CUBE-RH INSTALLATION TYPE: B/C www.thewinesquare.com...
  • Page 27 Hydraulic diagrams CUBE-600°, 2x CUBE°-RC4, 2x CUBE°-RH / CUBE°-800, 2x CUBE°-RC4 INSTALLATION TYPE: C www.thewinesquare.com...
  • Page 28 Hydraulic diagrams CUBE°-800 INSTALLATION TYPE: A www.thewinesquare.com...

  • Page 29: Installation Procedures

    Installation procedures Installation Procedures There are different types of installation with the CUBE°. Please take the time to look at the installations described below and choose the one that best illustrates your installation. Then follow the respective installation procedure to install the system in your wine cellar.

  • Page 30: Type A Installation

    – CROSS-HEADED SCREWDRIVER (No. 2 Phillips) – CUTTING PLIERS FOR TUBE – CRIMPING PLIERS FOR 1/2’’ PEX TUBE – LONG NOSE PLIERS – COIN – WIRE CUTTER – WIRE STRIPPER – FLAT-HEAD SCREWDRIVER ARTICLES SOLD BY THE WINE SQUARE www.thewinesquare.com...
  • Page 31 Installation procedures Start by identifying the location of your CUBE°-RC on your cellar’s ceiling. It is rec- ommended that the unit be placed in the centre of the room, enabling it to main- tain a more uniform temperature inside the cellar. There must be a 13’’ clearance between the ceiling and the location you wish to install the unit.
  • Page 32 Installation procedures Measure the length of the tube required from the CUBE°-RC’s wall outlet to the lo- cation where the CUBE°-RC will be fitted. Take the length measured at step 4 and cut two lengths of 1/2’’ PEX tube. Use a cutting tool designed for this pur- pose.
  • Page 33 Installation procedures You must slide on each tube a compres- sion ring designed for 1/2’’ PEX tube at one end of the tube. Place the 1/4” male adaptor designed for the 1/2’’ PEX tube (FIT-0004) at one end of each tube. It’s important to push the adaptor’s grooved surface completely on the tube.
  • Page 34 Installation procedures Using the crimping pliers, crimp the com- pression ring on the adaptor. Leave a 1/8’’ space between the adaptor and the com- pression ring. WARNING .125 Use the Go No/Go gauge supplied with the pliers to ensure that the crimping of the compression rings at all junctions is sufficient.
  • Page 35 Installation procedures At the end fitting of the A-length tube, insert a compression ring then a 1/4” fe- male adaptor to the 1/2’’ PEX tube (FIT- 0005). The following is supplied with the ACC-FIT-A002 kit: 1/2’’ PEX FITTING FOR A 5/8’’ TUBE. By following the same procedures as for the first crimped adaptor, crimp all the compression rings that were inserted...
  • Page 36 Installation procedures Using long nose pliers, tighten each of the tube adaptors to the support for the CUBE°-RC’s wall adaptor. Connect the DB15 communication cable behind the support for the CUBE°-RC’s wall adaptor. You must tighten the two adaptor screws completely to prevent the adaptor from disconnecting.
  • Page 37 Installation procedures Bring the tubes and the communication cable to the CUBE°-RC located on the cellar’s ceiling. Let the DB15 communica- tion cable hang at least 30”. This extra length is required to allow the hookup of the system. WARNING To avoid contaminants within the loop and to protect 30’’...
  • Page 38 Mount- ing it onto a material not as sturdy such as a gypsum board is insufficient. The Wine Square cannot be held responsible should a unit fall off the ceiling. Make sure the mounting plate is secured enough to withstand a 75 lb weight.
  • Page 39 Installation procedures Slide a coin in the slot at the front of the adaptor. Fasten the adaptor until the two metal parts come into contact. Once the con- tact is made, rotate one-quarter turn to tighten the adaptor properly. Slide the neoprene tube supplied with the CUBE°-RC on the ridges of the con- nector.
  • Page 40 Installation procedures Slide the barb connector’s compression ring directly on the tube. Fasten the barb connector’s compression ring to secure it on the tube. It’s important to fasten the compression ring all the way. No space must be left between the compression ring and the shoulder threads of the barb connector.
  • Page 41 Installation procedures Once both tubes are installed and the communication cable is in place, take a polyurethane can and seal off the hole behind the barb connectors. Try not to cover the barb connectors with foam and protect the surface underneath the hole to prevent damaging.
  • Page 42 Installation procedures While making sure the tubes are not pinched or bent between the radiator and the ceiling, take the other tube and plug it in the radiator’s other 3/8” - 5/8” barb connector. Connect the DB15 communication cable to the electronic card of the CUBE°-RC’s housing.
  • Page 43 Installation procedures Slide the CUBE°-RC’s housing over the ra- diator that is mounted on the ceiling. Take care to position the wood veneer joint towards a less visible area of the cellar. Align the slots of the mounting plate that is fixed on the ceiling with the steel plates that are fitted to the wood housing.
  • Page 44 Installation procedures Push the excess communication cable in- side the housing and replace the tubes so that they are not visible. You have now finished installing the CUBE°-RC inside the wine cellar. The rest of the installation is done outside the cellar where the CUBE°...
  • Page 45 Installation procedures Connect both tubes supplied with the CUBE° to the cold water loop. The tubes for this loop are covered with an insulat- ing sleeve. If the tubes are too long for your installa- tion, you may cut them with a pair of scis- sors.
  • Page 46 Installation procedures As with the cold water loop tubes, take the tubes (the ones without the insulating sleeves) supplied with the CUBE° and, if needed, adjust their length according to your installation. Connect both hot water loop tubes to the 3/8’’...
  • Page 47 Installation procedures Place the CUBE° in order to access the back of the system. Using a 5/32’’ Allen key, loosen the four mounting screws located on the rear plate at the back of the unit. Remove the rear plate at the back of the unit.
  • Page 48 Installation procedures Connect both cold water loop tubes. For this step, the location of each tube is not important. Simply connect both tubes to the 3/8’’ - 5/8’’ barb connectors located in front of the water tank marked with the letter C (Cold).
  • Page 49 Installation procedures Connect the wire from the CUBE°-RH’s radiator to the back of the CUBE° (CAB- RHCUBE-XX). Make sure the wire is well inserted. Connect the DB15 communication cable that comes out of the CUBE°-RC’s wall outlet to the back of the CUBE°. Make sure to tighten sufficiently the connector screws to avoid disconnecting the cable.
  • Page 50 Installation procedures Remove the plastic caps from the two water tanks. Fill the water tanks with cold and hot wa- ter to the maximum of their capacities. For this step and the following ones, mea- sure approximately the quantity of water poured in each loop.
  • Page 51 Installation procedures Using a coin or another tool that won’t damage the plastic caps, tighten the ones from the two water tanks. Connect the CUBE°’s power cord to the back of the CUBE°. Then plug the power cord to the system’s power outlet. WARNING Make sure the CUBE°...
  • Page 52 Installation procedures Fill the water tanks with cold and hot wa- ter to the maximum of their capacities. The system will stop as soon as one of the two water tank is empty. It will start again once there is water in both tanks. You must alternately fill up the cold and hot water tanks.
  • Page 53 Installation procedures Put the plastic caps from the two water tanks back in place. Using a coin or another tool that won’t damage the plastic caps, tighten the ones from the two water tanks. Replace the rear plate at the back of the CUBE°.
  • Page 54 Installation procedures Tighten all four mounting bolts of the CUBE°’s rear plate. Using the arrows, adjust the tempera- ture inside the cellar to the desired aging temperature. www.thewinesquare.com...

  • Page 55: Type B Installation

    – MEASURING TAPE – CROSS-HEADED SCREWDRIVER (No. 2 Phillips) – CUTTING PLIERS FOR TUBE – LONG NOSE PLIERS – COIN – WIRE CUTTER – WIRE STRIPPER – FLAT-HEAD SCREWDRIVER – GYPSUM CUTTER – STUD FINDER ARTICLES SOLD BY THE WINE SQUARE www.thewinesquare.com...
  • Page 56 Installation procedures It’s important to properly plan and visu- alize where the tubes will pass from the CUBE°-RH to the CUBE° before starting the installation. Find the location where the tubes and the communication cable will pass through the wall of the wine cel- lar.
  • Page 57 Installation procedures Remove the insulating materials within the wall. Cut out the vapour barrier while taking care of keeping an edge. This will make it easier to put it back in place when closing up the wall. It’s important to keep an edge that is large enough to enable you to apply an adhesive tape to its surface.
  • Page 58 Installation procedures Using the No. 2 Phillips screwdriver, in- stall the support for the CUBE°-RC’s wall adaptor. Fix the mounting plate for CUBE°-RC’s wall outlet to the opposite side of the same wall by making sure to fix it at the same height.
  • Page 59 Installation procedures Measure the distance between the two connectors. Measure two lengths of 3/8’’ - 5/8’’ neo- prene tube as per the previous measure. Cut two lengths of 3/8’’ - 5/8’’ neoprene tube. www.thewinesquare.com...
  • Page 60 Installation procedures Slide the neoprene tube supplied with the CUBE°-RC on the ridges of the con- nector. Drive in the tube completely on the ridges up to the connector’s shoulder threads. Slide the barb connector’s compression ring directly on the tube. Fasten the barb connector’s compression ring to secure it on the tube.
  • Page 61 Installation procedures It’s important to fasten the compression ring all the way. No space must be left between the compression ring and the shoulder threads of the barb connector. When in doubt, tighten the connector ring without the tube to see how far it will go.
  • Page 62 Installation procedures You can now put the insulation materi- al and the vapour barrier back in place within the wall. Replace the piece of gypsum board tak- en out previously. Repair the joint sealing and paint the wall. Inside the wine cellar, place the wall plate in front of the outlet and secure it in place by using the supplied screws and a flat- blade screwdriver.
  • Page 63 Mount- ing it onto a material not as sturdy such as a gypsum board is insufficient. The Wine Square cannot be held responsible should a unit fall off the ceiling. Make sure the mounting plate is secured enough to withstand a 75 lb weight.
  • Page 64 Installation procedures Measure the length of the tube required from the CUBE°-RC’s wall outlet to the lo- cation where the CUBE°-RC will be fitted. Take the length measured in the previous step and cut two lengths of 3/8’’ - 5/8’’ neoprene tube.
  • Page 65 Installation procedures While making sure the tubes are not pinched or bent between the radiator and the ceiling, take one of the tubes and connect it to the radiator’s 3/8” - 5/8” barb connector. While making sure the tubes are not pinched or bent between the radiator and the ceiling, take the other tube and plug it in the radiator’s other 3/8”...
  • Page 66 Installation procedures Make sure the barb connector is recessed against the electronic card connector to ensure effective communication with the CUBE°. Slide the CUBE°-RC’s housing over the ra- diator that is mounted on the ceiling. Take care to position the wood veneer joint towards a less visible area of the cellar.
  • Page 67 Installation procedures Repeat this step for the other side. At this stage, the CUBE°-RC should be well mounted on the ceiling. If this is not the case, make sure the re- taining plate is placed underneath the mounting plate fixed on the ceiling. Rec- tify its position by placing the retaining plate directly underneath it.
  • Page 68 Installation procedures Place the wall plate in front of the outlet and secure it in place by using the sup- plied screws and a flat-blade screwdriver. Connect the tubes to the CUBE°-RC’s wall outlet inside the cellar. To make the installation more aesthetic, you may cut them as needed to adjust the length of the tubes.
  • Page 69 Installation procedures Place the wall plate in front of the outlet and secure it in place by using the sup- plied screws and a flat-blade screwdriver. Connect both tubes supplied with the CUBE° to the cold water loop. The tubes for this loop are covered with an insulat- ing sleeve.
  • Page 70 Installation procedures Place the CUBE°-RH where you wish to install it. Making sure not to damage the housing (by placing a cloth on the floor in front of the CUBE°-RH), tip the CUBE°-RH so that it is laying face down against the floor.
  • Page 71 Installation procedures Take the correct length of the CAB-RH- CUBE-XX’s wire that links the CUBE° to the CUBE°-RH’s radiator and connect it into the radiator. Make sure the wire is well inserted. WARNING If you have more than one CUBE°-RH, you must cut an- other length of wire that will link both CUBE°-RH together while respecting the colour code.
  • Page 72 Installation procedures Remove the rear plate at the back of the unit. Connect both cold water loop tubes. For this step, the location of each tube is not important. Simply connect both tubes to the 3/8’’ - 5/8’’ barb connectors located in front of the water tank marked with the letter C (Cold).
  • Page 73 Installation procedures Connect the CUBE°-RH tubes as per in- structions in the previous steps. Connect the wire from the CUBE°-RH’s radiator to the back of the CUBE° (CAB- RHCUBE-XX). Make sure the wire is well inserted. Connect the DB15 communication cable that comes out of the CUBE°-RC’s wall outlet to the back of the CUBE°.
  • Page 74 Installation procedures Using a coin or another tool that won’t damage the plastic caps, loosen the ones from the two water tanks. Remove the plastic caps from the two water tanks. Fill the water tanks with cold and hot water to the maximum of their capac- ities.
  • Page 75 Installation procedures Put the plastic caps from the two water tanks back in place. Using a coin or another tool that won’t damage the plastic caps, tighten the ones from the two water tanks. Connect the CUBE°’s power cord to the back of the CUBE°.
  • Page 76 Installation procedures At the start of the system, the CUBE° will rapidly empty its water tanks then it will be followed by a BEEP. Remove the plastic caps from the two water tanks. Fill the water tanks with cold and hot wa- ter to the maximum of their capacities.
  • Page 77 Installation procedures If there is no leak, you may add the M108 anticorrosive agent. This water-based agent has an intense green colour. A dye has been added to detect its presence. You must add 8 ml of M108 per 1 L of dis- tilled water.
  • Page 78 Installation procedures Replace the rear plate at the back of the CUBE°. Tighten all four mounting bolts of the CUBE°’s rear plate. Using the arrows, adjust the tempera- ture inside the cellar to the desired aging temperature. www.thewinesquare.com...

  • Page 79: Type C Installation

    – CROSS-HEADED SCREWDRIVER (No. 2 Phillips) – CUTTING PLIERS FOR TUBE – CRIMPING PLIERS FOR 1/2’’ PEX TUBE – LONG NOSE PLIERS – COIN – WIRE CUTTER – WIRE STRIPPER – FLAT-HEAD SCREWDRIVER ARTICLES SOLD BY THE WINE SQUARE www.thewinesquare.com...
  • Page 80 Installation procedures Start by identifying the location of your CUBE°-RC on your cellar’s ceiling. It is rec- ommended that the unit be placed in the centre of the room, enabling it to main- tain a more uniform temperature inside the cellar. There must be a 13’’ clearance between the ceiling and the location you wish to install the unit.
  • Page 81 Installation procedures Take the length measured at step 4 and cut two lengths of 1/2’’ PEX tube. Use a cutting tool designed for this pur- pose. The cut must be as straight and perpendicular as possible. www.thewinesquare.com...
  • Page 82 Installation procedures You must slide on each tube a compres- sion ring designed for 1/2’’ PEX tube at one end of the tube. Place the 1/4” male adaptor designed for the 1/2’’ PEX tube (FIT-0004) at one end of each tube. It’s important to push the adaptor’s grooved surface completely on the tube.
  • Page 83 Installation procedures Using the crimping pliers, crimp the com- pression ring on the adaptor. Leave a 1/8’’ space between the adaptor and the com- pression ring. WARNING .125 Use the Go No/Go gauge supplied with the pliers to ensure that the crimping of the compression rings at all junctions is sufficient.
  • Page 84 Installation procedures At the end fitting of the A-length tube, insert a compression ring then a 1/4” fe- male adaptor to the 1/2’’ PEX tube (FIT- 0005). The following is supplied with the ACC-FIT-A002 kit: 1/2’’ PEX FITTING FOR A 5/8’’ TUBE. By following the same procedures as for the first crimped adaptor, crimp all the compression rings that were inserted...
  • Page 85 Installation procedures Using long nose pliers, tighten each of the tube adaptors to the support for the CUBE°-RC’s wall adaptor. Connect the DB15 communication cable behind the support for the CUBE°-RC’s wall adaptor. You must tighten the two adaptor screws completely to prevent the adaptor from disconnecting.
  • Page 86 Installation procedures Bring both tubes to the location of the two CUBE°-RC (cellar’s ceiling). The com- munication cable must be taken to the location of one of the two CUBE°-RC. Let the DB15 communication cable hang at least 30”. This extra length is required to allow the hookup of the system.
  • Page 87 Mount- ing it onto a material not as sturdy such as a gypsum board is insufficient. The Wine Square cannot be held responsible should a unit fall off the ceiling. Make sure the mounting plate is secured enough to withstand a 75 lb weight.
  • Page 88 Installation procedures Insert the 1/4” barb connector for the 3/8” - 5/8” tube. Slide a coin in the slot at the front of the adaptor. Fasten the adaptor until the two metal parts come into contact. Once the con- tact is made, rotate one-quarter turn to tighten the adaptor properly.
  • Page 89 Installation procedures Slide the neoprene tube supplied with the CUBE°-RC on the ridges of the con- nector. Drive in the tube completely on the ridges up to the connector’s shoulder threads. Slide the barb connector’s compression ring directly on the tube. Fasten the barb connector’s compression ring to secure it on the tube.
  • Page 90 Installation procedures It’s important to fasten the compression ring all the way. No space must be left between the compression ring and the shoulder threads of the barb connector. When in doubt, tighten the connector ring without the tube to see how far it will go.
  • Page 91 Installation procedures While making sure the tubes are not pinched or bent between the radiator and the ceiling, take one of the tubes and connect it to the radiator’s 3/8” - 5/8” barb connector. While making sure the tubes are not pinched or bent between the radiator and the ceiling, take the other tube and plug it in the radiator’s other 3/8”...
  • Page 92 Installation procedures Make sure the barb connector is recessed against the electronic card connector to ensure effective communication with the CUBE°. Connect the ventilators’ power cord of the second CUBE°-RC to its electronic card. Slide the CUBE°-RC’s housing over the ra- diator that is mounted on the ceiling.
  • Page 93 Installation procedures Once the wood housing is in place, slide a retaining plate in the slot on the side of the system. Make sure the plate that you are sliding is above the mounting plate fixed on the ceiling. Press the retaining plate completely in. Repeat this step for the other side.
  • Page 94 Installation procedures Take the second CUBE°-RC and connect the four ventilators to the power cord’s four connectors. Slide the CUBE°-RC’s housing over the ra- diator that is mounted on the ceiling. Take care to position the wood veneer joint towards a less visible area of the cellar. Align the slots of the mounting plate that is fixed on the ceiling with the steel plates that are fitted to the wood housing.
  • Page 95 Installation procedures Repeat this step for the other side. At this stage, the CUBE°-RC should be well mounted on the ceiling. If this is not the case, make sure the re- taining plate is placed underneath the mounting plate fixed on the ceiling. Rec- tify its position by placing the retaining plate directly underneath it.
  • Page 96 Installation procedures Connect both tubes supplied with the CUBE° to the cold water loop. The tubes for this loop are covered with an insulat- ing sleeve. If the tubes are too long for your installa- tion, you may cut them with a pair of scis- sors.
  • Page 97 Installation procedures As with the cold water loop tubes, take the tubes (the ones without the insulating sleeves) supplied with the CUBE° and, if needed, adjust their length according to your installation. Connect both hot water loop tubes to the 3/8’’...
  • Page 98 Installation procedures Place the CUBE° in order to access the back of the system. Using a 5/32’’ Allen key, loosen the four mounting screws located on the rear plate at the back of the unit. Remove the rear plate at the back of the unit.
  • Page 99 Installation procedures Connect both cold water loop tubes. For this step, the location of each tube is not important. Simply connect both tubes to the 3/8’’ - 5/8’’ barb connectors located in front of the water tank marked with the letter C (Cold).
  • Page 100 Installation procedures Connect the wire from the CUBE°-RH’s radiator to the back of the CUBE° (CAB- RHCUBE-XX). Make sure the wire is well inserted. Connect the DB15 communication cable that comes out of the CUBE°-RC’s wall outlet to the back of the CUBE°. Make sure to tighten sufficiently the connector screws to avoid disconnecting the cable.
  • Page 101 Installation procedures Remove the plastic caps from the two water tanks. Fill the water tanks with cold and hot wa- ter to the maximum of their capacities. For this step and the following ones, mea- sure approximately the quantity of water poured in each loop.
  • Page 102 Installation procedures Using a coin or another tool that won’t damage the plastic caps, tighten the ones from the two water tanks. Connect the CUBE°’s power cord to the back of the CUBE°. Then plug the power cord to the system’s power outlet. WARNING Make sure the CUBE°...
  • Page 103 Installation procedures Fill the water tanks with cold and hot wa- ter to the maximum of their capacities. The system will stop as soon as one of the two water tank is empty. It will start again once there is water in both tanks. You must alternately fill up the cold and hot water tanks.
  • Page 104 Installation procedures Put the plastic caps from the two water tanks back in place. Using a coin or another tool that won’t damage the plastic caps, tighten the ones from the two water tanks. Replace the rear plate at the back of the CUBE°.
  • Page 105 Installation procedures Tighten all four mounting bolts of the CUBE°’s rear mounting plate. Using the arrows, adjust the tempera- ture inside the cellar to the desired aging temperature. www.thewinesquare.com...

  • Page 106: Type D Installation

    – MEASURING TAPE – CROSS-HEADED SCREWDRIVER (No. 2 Phillips) – CUTTING PLIERS FOR TUBE – LONG NOSE PLIERS – COIN – WIRE CUTTER – WIRE STRIPPER – FLAT-HEAD SCREWDRIVER – GYPSUM CUTTER – STUD FINDER ARTICLES SOLD BY THE WINE SQUARE www.thewinesquare.com...
  • Page 107 Installation procedures It’s important to properly plan and visual- ize where the tubes will pass from the two CUBE°-RH to the CUBE° before starting the installation. Find the location where the tubes and the communication cable will pass through the wall of the wine cel- lar.
  • Page 108 Installation procedures Remove the insulating materials within the wall. Cut out the vapour barrier while taking care of keeping an edge. This will make it easier to put it back in place when closing up the wall. It’s important to keep an edge that is large enough to enable you to apply an adhesive tape to its surface.
  • Page 109 Installation procedures Using the No. 2 Phillips screwdriver, in- stall the support for the CUBE°-RC’s wall adaptor. Fix the mounting plate for CUBE°-RC’s wall outlet to the opposite side of the same wall by making sure to fix it at the same height.
  • Page 110 Installation procedures Measure the distance between the two connectors. Measure two lengths of 3/8’’ - 5/8’’ neo- prene tube as per the previous measure. Cut two lengths of 3/8’’ - 5/8’’ neoprene tube. www.thewinesquare.com...
  • Page 111 Installation procedures Slide the neoprene tube supplied with the CUBE°-RC on the ridges of the con- nector. Drive in the tube completely on the ridges up to the connector’s shoulder threads. Slide the barb connector’s compression ring directly on the tube. Fasten the barb connector’s compression ring to secure it on the tube.
  • Page 112 Installation procedures It’s important to fasten the compression ring all the way. No space must be left between the compression ring and the shoulder threads of the barb connector. When in doubt, tighten the connector ring without the tube to see how far it will go.
  • Page 113 Installation procedures You can now put the insulation materi- al and the vapour barrier back in place within the wall. Replace the piece of gypsum board tak- en out previously. Repair the joint sealing and paint the wall. Inside the wine cellar, place the wall plate in front of the outlet and secure it in place by using the supplied screws and a flat- blade screwdriver.
  • Page 114 Mount- ing it onto a material not as sturdy such as a gypsum board is insufficient. The Wine Square cannot be held responsible should a unit fall off the ceiling. Make sure the mounting plate is secured enough to withstand a 75 lb weight.
  • Page 115 Installation procedures Measure the length of the tube required from the CUBE°-RC’s wall outlet to the lo- cation where the CUBE°-RC will be fitted. Take the length measured in the previ- ous step and cut one length of 3/8’’ - 5/8’’ neoprene tube.
  • Page 116 Installation procedures Measure the length of the tube required from the CUBE°-RC’s wall outlet to the lo- cation where the second CUBE°-RC will be fitted. Take the length measured in the previ- ous step and cut one length of 3/8’’ - 5/8’’ neoprene tube.
  • Page 117 Installation procedures Measure the length of the tube required to go from one CUBE°-RC to the other. Take the length measured in the previ- ous step and cut one length of 3/8’’ - 5/8’’ neoprene tube. Using a cutting tool designed for this purpose, cut a length of neoprene tube according to the length measured previ- ously.
  • Page 118 Installation procedures Take the tube that will go between both radiators and connect it to the 3/8” - 5/8” barb connector of each radiator. While making sure that the tube follows the path of the one that is already in- stalled, guide the tube from the wall out- let to the second radiator.
  • Page 119 Installation procedures While making sure once again the tubes are not pinched or bent between the ra- diator and the ceiling, take the last tube and connect it to the 3/8” - 5/8” barb connector of the first radiator. Pass the ventilators’ power cord of the second CUBE°-RC along the tubes al- ready installed.
  • Page 120 Installation procedures Connect the ventilators’ power cord of the second CUBE°-RC to its electronic card. Slide the CUBE°-RC’s housing over the ra- diator that is mounted on the ceiling. Take care to position the wood veneer joint towards a less visible area of the cellar. Align the slots of the mounting plate that is fixed on the ceiling with the steel plates that are fitted to the wood housing.
  • Page 121 Installation procedures Repeat this step for the other side. At this stage, the CUBE°-RC should be well mounted on the ceiling. If this is not the case, make sure the re- taining plate is placed underneath the mounting plate fixed on the ceiling. Rec- tify its position by placing the retaining plate directly underneath it.
  • Page 122 Installation procedures Once the wood housing is in place, slide a retaining plate in the slot on the side of the system. Make sure the plate that you are sliding is above the mounting plate fixed on the ceiling. Press the retaining plate completely in. Repeat this step for the other side.
  • Page 123 Installation procedures Place the wall plate in front of the outlet and secure it in place by using the sup- plied screws and a flat-blade screwdriver. Connect the tubes to the CUBE°-RC’s wall outlet inside the cellar. To make the installation more aesthetic, you may cut them as needed to adjust the length of the tubes.
  • Page 124 Installation procedures Place the wall plate in front of the outlet and secure it in place by using the sup- plied screws and a flat-blade screwdriver. Connect both tubes supplied with the CUBE° to the cold water loop. The tubes for this loop are covered with an insulat- ing sleeve.
  • Page 125 Installation procedures Place the CUBE°-RH where you wish to install it. Making sure not to damage the housing (by placing a cloth on the floor in front of the CUBE°-RH), tip the CUBE°-RH so that it is laying face down against the floor.
  • Page 126 Installation procedures Take the correct length of the CAB-RH- CUBE-XX’s wire that links the CUBE° to the CUBE°-RH’s radiator and connect it into the radiator. Make sure the wire is well inserted. WARNING If you have more than one CUBE°-RH, you must cut an- other length of wire that will link both CUBE°-RH together while respecting the colour code.
  • Page 127 Installation procedures Remove the rear plate at the back of the unit. Connect both cold water loop tubes. For this step, the location of each tube is not important. Simply connect both tubes to the 3/8’’ - 5/8’’ barb connectors located in front of the water tank marked with the letter C (Cold).
  • Page 128 Installation procedures Connect the CUBE°-RH tubes as per in- structions in the previous steps. Connect the wire from the CUBE°-RH’s radiator to the back of the CUBE° (CAB- RHCUBE-XX). Make sure the wire is well inserted. Connect the DB15 communication cable that comes out of the CUBE°-RC’s wall outlet to the back of the CUBE°.
  • Page 129 Installation procedures Using a coin or another tool that won’t damage the plastic caps, loosen the ones from the two water tanks. Remove the plastic caps from the two water tanks. Fill the water tanks with cold and hot wa- ter to the maximum of their capacities.
  • Page 130 Installation procedures Put the plastic caps from the two water tanks back in place. Using a coin or another tool that won’t damage the plastic caps, tighten the ones from the two water tanks. Connect the CUBE°’s power cord to the back of the CUBE°.
  • Page 131 Installation procedures At the start of the system, the CUBE° will rapidly empty its water tanks then it will be followed by a BEEP. Remove the plastic caps from the two water tanks. Fill the water tanks with cold and hot wa- ter to the maximum of their capacities.
  • Page 132 Installation procedures If there is no leak, you may add the M108 anticorrosive agent. This water-based agent has an intense green colour. A dye has been added to detect its presence. You must add 8 ml of M108 per 1 L of dis- tilled water.
  • Page 133 Installation procedures Replace the rear plate at the back of the CUBE°. Tighten all four mounting bolts of the CUBE°’s rear plate. Using the arrows, adjust the tempera- ture inside the cellar to the desired aging temperature. www.thewinesquare.com...

  • Page 134: System Errors

    System errors System Errors The CUBE°’s interface enables you, through error messages, to rapidly know the status of your system. This section will help you better understand the root cause of each problem and the solution to rectify the situation rapidly. If in doubt, contact your Wine Square representative.
  • Page 135 System errors There are also various error levels. The symbol that accompanies every warning in- forms you on the level of urgency to correct the situation. The blue circle corresponds to the first warning level. At this stage, the system simply informs you of the situation for which steps should be taken.
  • Page 136 System errors Error List A complete list of error codes that may be displayed by your system is outlined in the following table. No. d’error Niv. Description Error 001 Lost of communication with the CUBE°-RC. Error 002 CUBE°-RH experiences overheating. Error 003 Humidity level is too high.
  • Page 137 System errors Error 001 Loss of communications with your wine cellar causes the system to stop functioning. Since the CUBE° can no longer read the temperature and humidity level within the wine cellar, the system simply shuts down. The communication is done through the DB15 communication cable.
  • Page 138 System errors Reason 3 The computer system controlling the CUBE°-RC is defective. Diagnosis: Verify that the DB15 communication cable is well connected or that it is still intact. Solution: Disconnect the power supply of the unit completely. Wait 30 seconds then recon- nect it.
  • Page 139 System errors Error 002 The CUBE°-RH is the unit through which the cellar’s hot air is returned to the outside environment. Overheating of the CUBE°-RH is not a critical issue. Your system will continue to function. However, the difference in temperature between the CUBE°-RH and the CUBE°-RC must be less than 10 °C for the system to function properly.
  • Page 140 System errors Reason 2 The CUBE°-RH’s power supply is disconnected Diagnosis: Take a look at the CUBE°-RH ventilators to see if they are working. To do this, sim- ply select the speaker symbol on the upper right-hand corner of the CUBE°’s main screen.
  • Page 141 System errors Reason 5 Your CUBE°-RH is full of air. Diagnosis: A diagnosis is difficult in this situation. The easiest way to know is to test the solu- tion to see if you hear air bubbles move towards the CUBE°’s hot water tank. Solution: Lay the CUBE°-RH face down (front) against the floor.
  • Page 142 System errors Error 003 This error is not an issue in itself. It’s rather a system’s warning. In this situation, the control of the temperature is replaced by an algorithm that ensures the system does not condense the water vapour inside the wine cellar. In order to protect your wine bottles, the temperature will adjust itself depending on the humidity level of the cel- lar (where the CUBE°...
  • Page 143 System errors Since the CUBE° does not dry the air nor does it create humidity, the humidity in your cellar is in fact the humidity level contained in the air inside your home, but simply cooled. The same phenomenon can be found in natural cellars of prestigious châteaux that offer exceptional maturing conditions and are simulated by the CUBE°.
  • Page 144 System errors Is your air exchange system activated? This unit is used to lower the humidity level of your home. It should not be working when the humidity level outside is greater than the one inside your house. It’s important to turn the system off during the hot and humid months of the year.
  • Page 145 System errors Reason 2 The humidity level of your home is below 50% at 22 °C, but you wish to maintain a cooler temperature inside your wine cellar. Diagnosis: Using a hygrometer, measure the humidity level of your home. You can also look at the screen of your air-conditioning or air exchange system.
  • Page 146 System errors Error 004 The temperature of the hot water loop is above the critical value of 51 °C. At this tem- perature, the CUBE° is unable to function properly. The system’s power capacity will be reduced until the situation is restored. Reason 1 The CUBE°-RH’s power supply is disconnected.
  • Page 147 System errors Reason 2 The CUBE°-RH’s air filter is clogged. Diagnosis: Do a visual inspection of the air filter located behind the CUBE°-RH (where the tubes are connected). If it’s very dirty, you have found the issue. Solution: Replace the CUBE°-RH’s air filter. Refer to the manual’s Maintenance section. Reason 3 The hot water loop tube is pinched or wedged.
  • Page 148 System errors If you cannot find the solution to this problem, please contact your Wine Square authorized dealer or visit www.thewinesquare.com to find the nearest service centre. www.thewinesquare.com...
  • Page 149 System errors Error 005 The temperature of the cold water loop is under the critical value of 3 °C. At this tem- perature, the CUBE° is unable to function properly. The system’s power capacity will be reduced until the situation is restored. Reason 1 The room where the CUBE°-RH is located is too cold.
  • Page 150 System errors Reason 3 The room where the CUBE° is located is too warm. Diagnosis: Remove the object or dust that is clogging the ventilation openings. Solution: Ventilate the room or the cabinet where the CUBE° is located in order to lower the temperature within the limits of use.
  • Page 151 System errors Error 006 The cold water pump is defective. The system doesn’t receive any feedback from the pump. The system will stop to cool the wine cellar until the situation is restored. Reason 1 The pump is defective. Diagnosis: –...
  • Page 152 System errors Error 007 The hot water pump is defective. The system doesn’t receive any feedback from the pump. The system will stop to cool the wine cellar until the situation is restored. Reason 1 The pump is defective. Diagnosis: –...
  • Page 153 System errors Error 008 The temperature sensor inside the CUBE°-RC (located inside the wine cellar) does not send any feedback to the system. The system is unable to know what the tem- perature is inside the cellar, therefore, it cannot control it. The system will stop to cool the wine cellar until the situation is restored.
  • Page 154 System errors Solution: Reconnect the communication cable if it is disconnected or not connected prop- erly. Make sure to tighten both of the connector’s mounting knobs. Reason 2 The system’s computer has stopped responding. Diagnosis: Disconnect the CUBE°’s power supply for 10 seconds. Reconnect the system and look if the error message is still there.
  • Page 155 System errors Error 009 The temperature sensor inside the CUBE°-RC (located inside the wine cellar) is de- fective. It communicates with the system, but it transmits false data. The system is unable to know what the temperature is inside the cellar, therefore it cannot control it.
  • Page 156 System errors Error 010 The wires of the E-COOL’s air-conditioning units are reversed. The system heats the wine cellar instead of cooling it. This error is not likely to happen with a newly in- stalled system, but it could happen after a technician has serviced the system. The system will stop cooling the wine cellar until the situation is restored.
  • Page 157 System errors Error 011 The water level inside the cold water loop has dropped. The system functions normal- ly, but water must be added in the next few weeks to avoid the system’s shutdown. Reason 1 After the system’s start-up, small air bubbles might travel towards the water tanks in the first few days of use.
  • Page 158 System errors Reason 3 There is a leak somewhere within the system. Diagnosis: Since the water level is low in the cold water loop, the leak comes from that cir- cuit. Start by looking to see if there is a leak inside the system. Using a 5/32’’...
  • Page 159 System errors Look closely to see if there is water at the bot- tom of the unit. Carefully tip the CUBE° back- ward to force the water where you can see it. A few drops of clear water (approximately 50 ml) is not overly concerning.
  • Page 160 System errors If you do not see water inside the system, then the rest of the circuit must be in- spected. Depending on your installation, look along the tubes that link the CUBE° to the CUBE°-RC (inside the cellar) to see if you can find a small amount of green or yellow-green water.
  • Page 161 System errors Error 012 The water level inside the cold water tank is insufficient for your system to function. The system will stop until the situation is restored. The 011 error message will appear only if you have not corrected the issue and the message was displayed during sev- eral months.
  • Page 162 System errors Remove the rear plate at the back of the unit. Look closely to see if there is water at the bot- tom of the unit. Carefully tip the CUBE° back- ward to force the water where you can see it.
  • Page 163 System errors Tighten all four mounting bolts of the CUBE°’s rear plate. If you do not see water inside the system, then the rest of the circuit must be in- spected. Depending on your installation, look along the tubes that link the CUBE° to the CUBE°-RC (inside the cellar) to see if you can find a small amount of green or yellow-green water.
  • Page 164 System errors Error 013 The water level inside the hot water loop has dropped. The system functions normal- ly, but water must be added in the next few weeks to avoid the system’s shutdown. Reason 1 After the system’s start-up, small air bubbles might travel towards the water tanks in the first few days of use.
  • Page 165 System errors Reason 3 There is a leak somewhere within the system. Diagnosis: Since the water level is low in the hot water loop, the leak comes from that circuit. Start by looking if the leak comes from inside the system. Using a 5/32’’...
  • Page 166 System errors Look closely to see if there is water at the bot- tom of the unit. Carefully tip the CUBE° back- ward to force the water where you can see it. A few drops of clear water (approximately 50 ml) is not overly concerning. These drops of water are almost certainly caused by the condensation inside the system.
  • Page 167 System errors If you do not see water inside the system, then the rest of the circuit must be in- spected. Depending on your installation, look along the tubes that link the CUBE° to the CUBE°-RC (outside the cellar) to see if you can find a small amount of green or yellow-green water.
  • Page 168 System errors Error 014 The water level inside the hot water tank is insufficient for your system to function. The system will stop until the situation is restored. The 013 error message will appear only if you have not corrected the issue and the message was displayed during sev- eral months.
  • Page 169 System errors Remove the rear plate at the back of the unit. Look closely to see if there is water at the bot- tom of the unit. Carefully tip the CUBE° back- ward to force the water where you can see it.
  • Page 170 System errors Tighten all four mounting bolts of the CUBE°’s rear plate. If you do not see water inside the system, then the rest of the circuit must be in- spected. Depending on your installation, look along the tubes that link the CUBE° to the CUBE°-RC (outside the cellar) to see if you can find a small amount of green or yellow-green water.
  • Page 171 System errors Error 015 The hot water loop sensor cannot transmit its signal to the computer control system. In this case, the CUBE° is unable to function properly and cannot cool your wine cel- lar. The system will stop until the situation is restored. Reason 1 The temperature sensor is disconnected or defective.
  • Page 172 System errors Remove the rear plate at the back of the unit. Using a white rubber mallet, strike under- neath the CUBE°’s front plate to remove Remove the CUBE°’s front plate. The CUBE°’s front plate is kept in place by four mushroom-looking parts located in key-shaped slots.
  • Page 173 System errors Remove the front plate by pulling towards you. Identify the system’s key electronic card. Identify the hot water temperature sen- sor connector (in red in the picture). www.thewinesquare.com...
  • Page 174 System errors Solution: If the wire for the temperature sensor is not connected properly, reconnect it. If the wire for the temperature sensor is connected properly, contact your Wine Square authorized dealer. He will replace the component (SEN-AP008G). www.thewinesquare.com...
  • Page 175 System errors Error 016 The cold water loop sensor cannot transmit its signal to the computer control system. In this case, the CUBE° is unable to function properly and cannot cool your wine cel- lar. The system will stop until the situation is restored. Reason 1 The temperature sensor is disconnected or defective.
  • Page 176 System errors Remove the rear plate at the back of the unit. Using a white rubber mallet, strike un- derneath the front plate of the CUBE° to remove it. Remove the CUBE°’s front plate. The CUBE°’s front plate is kept in place by four mushroom-looking parts located in key-shaped slots.
  • Page 177 System errors Remove the front plate by pulling towards you. Identify the system’s key electronic card. Identify the cold water temperature sen- sor connector (in red in the picture). www.thewinesquare.com...
  • Page 178 System errors Solution: If the wire for the temperature sensor is not connected properly, reconnect it. If the wire for the temperature sensor is connected properly, contact your Wine Square authorized dealer. He will replace the component (SEN-AP008G). www.thewinesquare.com...
  • Page 179 System errors Error 017 The dehumidifier is controlled by the CUBE°’s electronics. If the CUBE° is unable to detect the dehumidifier’s internal temperature and is unable to control it. The dehu- midifier will stop working. Reason 1 The DB15 communication cable is not connected properly. Diagnosis: Verify that the dehumidifier DB15 communication cable is connected properly in the wall and behind the CUBE°.
  • Page 180 System errors Reason 3 The dehumidifier temperature sensor is damaged. Diagnosis: The other solutions do not solve the issue. Solution: Contact your Wine Square authorized dealer. A technician will replace the defec- tive component. www.thewinesquare.com...
  • Page 181 System errors Error 018 One of the power units inside the CUBE° is damaged. There are more than one power unit inside the system. The CUBE° will continue to function, but its power capacity will be reduced. Replace the defective component to restore your system’s full power capacity.
  • Page 182 System errors Error 019 The ventilator located inside the CUBE° is not functioning. The system still functions, but it might overheat. The situation must be solved rapidly. Reason 1 An item prevents the ventilator from turning. Diagnosis: At the back of the CUBE°, verify if an item prevents the ventilator from turning. Look through the small holes at the top right-hand corner of the plate behind the CUBE°.
  • Page 183 System errors Error 020 The temperature inside the CUBE° has reached the critical value (50 °C). In this sit- uation, the system stops functioning to prevent damaging the content of the cellar. Reason 1 Something is clogging the system’s ventilation. Diagnosis: Verify that the CUBE°’s housing is in a well-ventilated room and that all ventilation openings are not clogged.
  • Page 184 System errors Error 021 The temperature inside the wine cellar has reached the critical value (24 °C). In this situation, the system stops functioning to prevent damaging the content of the cellar. It might be due to a system failure. Reason 1 The CUBE°...
  • Page 185 System errors Error 022 The temperature inside the wine cellar has reached the critical point (1 °C). In this situation, the system stops functioning to prevent damaging the content of the cellar. It might be due to a system failure. Reason 1 The CUBE°...
  • Page 186 System errors Error 023 The temperature inside the CUBE°’s housing has reached the critical value (35 °C). At this temperature, the system protects itself by alternately supplying power to the different E-COOL modules inside your system. By doing so, your system loses some air-conditioning power capacity.
  • Page 187 System errors Reason 3 The room where the CUBE° is located is too warm. Diagnosis: Verify the room’s temperature or the one inside the cabinet where the CUBE° is located. The temperature must be 25 °C or less. Solution: Ventilate the room or the cabinet where the CUBE° is located in order to lower the temperature within the limits of use.

  • Page 188: Part List

    Part list CUBE° PART LIST www.thewinesquare.com...

  • Page 189: Control Box

    Part list CUBE 400W CONTROL BOX CUB-A055 Item No. Part number Description CUB-A019 Cube wood box CUB-A021 Cube front plate 90272A143 PAN HEAD PHILIPS 6-32 x 3/16’’ CUB-A056 CUBE 400W inside box CUB-0025 Cube back plate CUB-0085 120V protection plate CUB-0112 covering back plate 00N16.30...
  • Page 190 Part list CUBE 600W CONTROL BOX Item No. Part number Description CUB-A019 Cube wood box CUB-A021 Cube front plate 90272A143 PAN HEAD PHILIPS 6-32 x 3/16’’ CUB-A042 CUBE 600W inside box CUB-0025 Cube back plate CUB-0085 120V protection plate 00N16.30 covering back plate CUB-0112 1/4-20 x 30mm bolt...
  • Page 191 Part list CUBE 800W CONTROL BOX CUB-A060 Item No. Part number Description CUB-A019 Cube wood box CUB-A021 Cube front plate 90272A143 PAN HEAD PHILIPS 6-32 x 3/16’’ CUB-A061 CUBE 800W inside box CUB-0025 Cube back plate CUB-0085 120V protection plate 00N16.30 covering back plate CUB-0112...

  • Page 192: Inside Box

    Part list CUBE 400W INSIDE BOX CUB-A056 Item No. Part number Description CUB-A057 CUBE 400W INSIDE BOX 91099A205 FLAT HEAD PHILIPS 6-32 x 1/4’’ CUB-A059 power supply 400W assembly CUB-A044 CUBE steel box NF-A6X25-FLX Noctua 60mm Premium Quiet Quality Fan 90272A143 PAN HEAD PHILIPS 6-32 x 3/16’’...
  • Page 193 Part list CUBE 600W INSIDE BOX CUB-A042 Item No. Part number Description CUB-A035 CUBE 600W INSIDE BOX 91099A205 FLAT HEAD PHILIPS 6-32 x 1/4’’ CUB-A032 power supply 600W assembly CUB-A044 CUBE steel box NF-A6X25-FLX Noctua 60mm Premium Quiet Quality Fan 90272A143 PAN HEAD PHILIPS 6-32 x 3/16’’...
  • Page 194 Part list CUBE 800W INSIDE BOX CUB-A061 Item No. Part number Description CUB-A063 CUBE 800W INSIDE BOX 91099A205 FLAT HEAD PHILIPS 6-32 x 1/4’’ CUB-A062 power supply 800W assembly CUB-A044 CUBE steel box NF-A6X25-FLX Noctua 60mm Premium Quiet Quality Fan 90272A143 PAN HEAD PHILIPS 6-32 x 3/16’’...

  • Page 195: Inside Assembly

    Part list CUBE 400W INSIDE ASSEMBLY CUB-A057 Item No. Part number Description CUB-0124 covering foam 90272A531 Steel Pan Head Phillips Screws, 1/4”-20 Thread, 1/4” Long CUB-A069 Connector holder CUB-A058 e-cool 400W assembly 90272A531 Steel Pan Head Phillips Screws, 1/4”-20 Thread, 1/4”...
  • Page 196 Part list CUBE 600W INSIDE ASSEMBLY CUB-A035 Item No. Part number Description CUB-0124 covering foam 90272A531 Steel Pan Head Phillips Screws, 1/4”-20 Thread, 1/4” Long CUB-A069 Connector holder CUB-A049 e-cool 600W assembly 90272A531 Steel Pan Head Phillips Screws, 1/4”-20 Thread, 1/4”...
  • Page 197 Part list CUBE 800W INSIDE ASSEMBLY CUB-A063 Item No. Part number Description CUB-0124 covering foam 90272A531 Steel Pan Head Phillips Screws, 1/4”-20 Thread, 1/4” Long CUB-A069 Connector holder CUB-A064 e-cool 800W assembly 90272A531 Steel Pan Head Phillips Screws, 1/4”-20 Thread, 1/4” Long CUB-A050 PCB assembly...

  • Page 198: Hot Water Tank Assembly

    Part list HOT WATER TANK ASSEMBLY CUB-A070 Item No. Part number Description ASS-POMPE pump assembly CUB-A072 hot water tank 1093K300 Pressure-Relief Vent, Zinc-Plated Steel, 1/8” PTF, 1/2” Overall Height, 15 to 25 PSI ASS-CAPTEUR- water lever sensor assembly NIVEAU-EAU www.thewinesquare.com...

  • Page 199: Cold Water Tank Assembly

    Part list COLD WATER TANK ASSEMBLY CUB-A067 Item No. Part number Description ASS-POMPE pump assembly CUB-A071 cold water tank 1093K300 Pressure-Relief Vent, Zinc-Plated Steel, 1/8” PTF, 1/2” Overall Height, 15 to 25 PSI ASS-CAPTEUR-NIVEAU- water lever sensor assembly www.thewinesquare.com...

  • Page 200: Cube Screen Assembly

    Part list CUBE SCREEN assembly Item No. Part number Description CUB-A031 Mimo 7” Slim Capacitive Touchscreen Open Frame Monitor, 1024x600 resolution CUB-0066 screen holding plate 90190A150 Phillips Rounded Head Screws for Sheet Metal, Zinc-Plated Steel, Number 6 Size, 5/8” Long 90272A113 Steel Pan Head Phillips Screws, 4-40 Thread, 3/4”...

  • Page 201: Module E-Cool Assembly

    Part list MODULE E-COOL assembly CUB-A049 notes : - The 400W assembly is the same except that it contains 2 e-cool unit. - The 800W assembly is the same except that it contains 4 e-cool unit. Item No. Part number Description TZS1-A02-SILVER G1/4 (1/4”...

  • Page 202: Cube-Rh Assembly

    Part list CUBE-RH assembly CUB-A022 www.thewinesquare.com...
  • Page 203 Part list Item No. Part number Description CUB-0034 back grill CUB-0098 filter POMGZ-V1 Barrow G1/4” 7.5mm Acetal Male to Female CUB-A016 CUBE-RH output 92005A232 Steel Pan Head Phillips Screw, M4 x 0.7 mm Thread, NOCTUA NF-A14 Noctua 140mm Premium Quiet Quality Fan VA41.0808P #8 woodscrew 5/8’’...

  • Page 204: Cube-Rc6L Assembly

    Part list CUBE-RC6L assembly CUB-A086 www.thewinesquare.com...
  • Page 205 Part list CUBE-RC6L assembly CUB-A086 Item No. Part number Description CUB-0149 CUBE RC6L holding rod 91099A450 18-8 Stainless Steel Phillips Flat Undercut Head Screws, Passivated, 1/4”-20 Thread Size, 1/2” Long THKN-3/8-V3 Barrow G1/4” Thread 3/8” ID x 5/8” OD Com- pression Fitting TWT90-V2.5 Barrow G1/4”...

  • Page 206: Cube-Rc4 Assembly

    Part list CUBE-RC4 assembly CUB-A089 www.thewinesquare.com...
  • Page 207 Part list CUBE-RC4 assembly CUB-A089 Item No. Part number Description CUB-0012 RC4 roof grill CUB-0021 inside wood box CUB-0022 4 fans radiator 91099A450 18-8 Stainless Steel Phillips Flat Undercut Head Screws, Passivated, 1/4”-20 Thread Size, 1/2” Long CUB-0144 locking bracket TWT90-V2.5 Barrow G1/4”...

This manual is also suitable for:

Cube-rc seriesCube-rhCube-800Cube-rc6lCube-rc4Cube-400 ... Show all

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