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Related Manuals for Olimpia splendid Maestro Pro Inverter 12 HP RVUX
Summary of Contents for Olimpia splendid Maestro Pro Inverter 12 HP RVUX
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Page 2: Table Of Contents
3.3.1 Compressor switch – electrical resistance ...... 12 PRODUCT Defrosting ............... 13 Dehumidifier..............14 MODEL CODE Fan only................14 Maestro Pro Inverter 12 HP RVUX 02234 Automatic (mode selection) ..........14 Thermoactuator............... 15 Condensate discharge pump ........... 15 IDENTIFYING INFORMATION ELECTRICAL DIAGRAM An identification label is on the unit, showing the device information. - Page 3 Technical data ............54 4-way valve ..............33 10.1.4 Wi-Fi board installation.......... 55 IPM board ............... 34 10.2 OLIMPIA SPLENDID App ............ 55 ODU board ..............34 10.2.1 Download and install the app ........ 55 MAIN board ..............34 10.2.2 Smartphone app configuration ......
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Page 4: Warnings And Safety Rules
WARNINGS AND SAFETY RULES WARNING WARNING READ INSTRUCTIONS ELECTROCUTION HAZARD Carefully read this manual before performing any Ensure that that the electrical outlet is configured to operation on the unit. match the device connector. If not, consult a certified electrician. Failure to follow these instructions may cause - Do not use plug adapters. -
Page 5: Description Of The Unit
DESCRIPTION OF THE UNIT Structure DESCRIPTION DESCRIPTION Top grille IPM board Main body Power board Flap Main board Right wing Condenser fan Left wing Base Display Compressor group Remote control Evaporator fan ON/OFF switch Electrical resistance Evaporator group Safety thermostat Condenser battery group Electrical resistance relay Pump group... -
Page 6: Technical Properties
Technical properties DESCRIPTION MAESTRO PRO 12 HP X Model 02234 Power supply voltage V AC / Phase / Hz 208 / 203-1-60 Power supply voltage (min.-max.) V AC 187 / 253 Rated cooling / heating capacity (1) BTU/Hr. 7,600 / 8,100 Rated cooling / heating capacity (2) BTU/Hr. -
Page 7: Dimensions
Maestro Pro 12 HP RVUX Dimensions DESCRIPTION MAESTRO PRO 12 HP RVUX Dimensions (excluding packaging) inches 35.5” x 20.4” x 8.5” (mm) (900 x 518 x 215) Dimensions (including packaging) inches 38.6” x 24” x 13” (mm) (980 x 609 x 330) Weight (excluding packaging) lbs. -
Page 8: Control Panel
2.4.1 Operating conditions Control panel FUNCTION DISPLAY LED5 LED1 Standby 18-30°C Cooling ON BLUE 64-86 F 16-30°C Heating ON RED 61-86 F Dehumidify ON BLUE Automatic Max. fan speed Mid fan speed Min. fan speed Automatic fan speed Timer on BUTTON DESCRIPTION Warning –... -
Page 9: Remote Control
2.5.2 Display Remote control The remote control is the interface between the unit and the end user. It is very important to learn all the functions, the use of the various commands and the meaning of the symbols used on the remote control. 2.5.1 Buttons BUTTON... -
Page 10: Silent Mode
2.5.3 SILENT mode 2.5.5 Energy BOOST / ENABLE System It is possible to select this mode from the remote control (button 3) or from the serial port. It may be used only in combination with cooling or heating mode. When cooling mode is activated with a low noise level, the external fan and the internal fan are forced to operate at low speed. - Page 11 Release the MODE button and press it again until the parameter PI is selected. Release the MODE button and press it again for 2 seconds. Press the + or – buttons to select the desired configuration. With PI = 0, the input serves as SYSTEM ENABLE. When the contact is open, climate control is forced into standby mode.
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Page 12: Operating Logic
OPERATING LOGIC Cooling Heating with resistance Compressor: adjustment and shut off in relation to the setpoint and ambient Electrical resistance: Turns on and off in relation to the setpoint and ambient temperature. temperature. ELECTRICAL RESISTANCE ELECTRICAL RESISTANCE COMPRESSOR COMPRESSOR Internal fan: in automatic mode. Internal fan: in automatic mode. -
Page 13: Defrosting
Defrosting Defrost frequency COMPRESSOR 4-WAY VALVE EXTERNAL FAN Remote control speed Remote control speed INTERNAL FAN Stop hot air in heat mode Open heat Open heat Open defrost 4-way valve TIME Start-up delay time Start defrost Defrost End defrost Conditions for powering on: Shutoff conditions: Outside temperature >... -
Page 14: Dehumidifier
Dehumidifier Fan only It is possible to select dehumidifier only mode only from the infrared receiver It is possible to select this mode only from the infrared receiver (“5”), from the (“5”) or from the serial port (not from the display); the messages LED6=’-‘ and display (“4”) or from the serial port;... -
Page 15: Thermoactuator
Thermoactuator Condensate discharge pump The following table presents the cooling/dehumidification thermoactuator logic: Conditions for turning on the pump in cooling and dehumidification mode. ACTION TAKEN BY THE BOARD ON THE MAESTRO Only when compressor is on ACTUATOR AND EXTERNAL FAN MOTOR IN COOLING AND DEHUMIDIFICATION MODE If the “on”... -
Page 16: Electrical Diagram
ELECTRICAL DIAGRAM DESCRIPTION MAESTRO PRO 12 HP RVUX V AC Power supply voltage (min. 187, max. 253) Phase Hertz ––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––... -
Page 17: Refrigerant Circuit
REFRIGERANT CIRCUIT Cooling refrigerant circuit with 4-way valve HOUSE OUTSIDE COOLING EXPANSION VALVE Heating refrigerant circuit with 4-way valve HOUSE OUTSIDE HEATING EXPANSION VALVE DESCRIPTION TYPE QUANTITY Refrigerant gas charge (from the factory) R-410 A 0.58 NOTE: The refrigerant circuit is hermetically sealed. –––––––––––––––––––––––––––––––––––––––––––––––––––––––––––... -
Page 18: Installation
INSTALLATION Supplied components Position 6.2.1 Ceiling installation NOTE Verify that the parameter “P0” Is set to “UP” for this type of installation. 6.2.2 Floor installation Ref. DESCRIPTION Qty. MAESTRO PRO 12HP RVUX Remote control with batteries Use & maintenance pamphlet and warranty Adhesive insulating strip External grilles for the air intake and outlet including chains and kit for grille installation... -
Page 19: Mounting
Mounting SIPHON TANK 6.3.1 Drilling wall mounting holes 6.3.3 Connecting condensate drain to the unit 6.3.2 Condensate drain ––––––––––––––––––––––––––––––––––––––––––––––––––––––––––– MAESTRO PRO INVERTER 12HP RVUX... -
Page 20: Air Intake
6.3.4 Air intake 6.3.5 External grille ––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––... -
Page 21: Location Of Holes On The Unit
6.3.6 Location of holes on the unit CAUTION CUT HAZARD Careful attention must be paid to reduce as much as possible any sharp edges, to use gloves or other hand protection when handling the unit. Failure to follow these instructions may cause slight to moderate personal injury. -
Page 22: Electrical Connections
Electrical connections Turning on the unit WARNING RISK OF ELECTROCUTION AND/OR OPERATION OF THE UNIT Failure to follow this warning may cause personal injury or death and/or damage to the unit. - The unit MUST BE connected to an effective ground. -
Page 23: Alarm Diagnostics
ALARM DIAGNOSTICS LED alarm codes 7.2.1 IPM board alarms When an alarm occurs, the compressor shuts off and the display shows an alarm code. The following table shows the number of yellow and red The alarm may be reset automatically in 3 minutes (if LEDs. -
Page 24: Ipm Board Alarms
IPM board alarms 7.3.2 ERROR 2 – Outside exchanger temperature sensor fault 7.3.1 ERROR 1 – Outside air temperature sensor fault ERROR 2 Outside exchanger ERROR 1 temperature sensor fault Outside air temp sensor fault Correctly connect Is the sensor Correctly connect the sensor to the Is the sensor... -
Page 25: Error 3 - Compressor Outlet Temperature Sensor Fault
7.3.3 ERROR 3 – Compressor outlet temperature sensor fault 7.3.4 ERROR 4 – Compressor current protection Winding ERROR 3 Dimension Ø 0.4 Ø 0.4 Ø 0.4 Compressor outlet temperature (AWG / mm (inch) (0.015”) (0.015”) (0.015”) sensor fault Type MW30-C MW30-C MW30-C Revolutions... -
Page 26: Error 5 - Ipm-Dpu Communication Error
7.3.5 ERROR 5 – IPM–DPU communication error 7.3.6 ERROR 6 – Power supply overcurrent ERROR 5 ERROR 6 IPM–DPU communication error Power supply overcurrent Contact electrical supply vendor Verify wiring – white/yellow communication (CN500 IDU Connect it correctly board connection) Is it correctly connected? Replace IPM board... -
Page 27: Error 8 - Dc Over/Under-Voltage
7.3.8 ERROR 8 – DC over/under-voltage 7.3.9 ERROR 9 - Voltage anomaly ERROR 8 ERROR 9 DC over/under voltage Voltage anomaly Verify correct Is the pressure gauge Verify absorption. installation Replace Is it between 1.5A IPM board and 16A? Verify voltage between DC+ and DC- Verify Verify voltage between... -
Page 28: Error 10 - High External Heat Exchanger Temperature (Hte)
7.3.10 ERROR 10 – High external heat exchanger temperature (HTE) ERROR 10 High external heat exchanger temperature (HTE) Is the external exchanger temperature > 70°C? Are the air intake/outlet tubes free of obstructions? Does the external Check for mechanical blockage Are the values fan rotate correctly? and the board input/output... -
Page 29: Error 11 - Dc Over/Under-Voltage
7.3.11 ERROR 11 - DC over/under-voltage 7.3.13 ERROR 13 – High compressor outlet temperature ERROR 11 ERROR 13 DC over/under voltage High compressor outlet temperature Perform voltage and current verification (Ref.: ERROR 6) Check sensor Is the discharge (Ref.: ERROR 3) temp greater than 110°C? Inspect... -
Page 30: Error 14 - Ambient Temperature Sensor Fault
7.3.14 ERROR 14 – Ambient temperature sensor fault 7.3.16 ERROR 16 – Low internal exchanger temperature ERROR 14 ERROR 16 Ambient temperature sensor fault Low internal exchanger temperature Is the sensor Connect the sensor to connected Is the internal the board correctly correctly? Check sensor exchanger battery... -
Page 31: Error 17 - High Internal Exchanger Temperature (Hti)
7.3.17 ERROR 17 – High internal exchanger temperature (HTI) 7.3.18 ERROR 19 – Internal fan motor damage ERROR 17 ERROR 19 High internal exchanger Internal fan motor damage temperature (HTI) Is the internal heat Are mechanical Check sensor exchanger temperature Remove blockage obstructions present (Ref. -
Page 32: Error 20 - High Water Level
7.3.19 ERROR 20 – High water level ERROR 20 High water level What is the COOLING HEATING operating mode of the air conditioner? Is the battery Is the condensate drain Position drain / Clean the battery clean? tube installed and clear of clear the obstruction obstructions? Is the distributor clear of... -
Page 33: Error 21 - Eeprom Read Error
COMPONENTS 7.3.20 ERROR 21 – EEPROM read error WARNING ELECTROCUTION HAZARD ERROR 21 Before performing any maintenance or cleaning, EEPROM read error disconnect the electrical power source from the unit. Failure to follow these instructions may cause electrical shock, serious injury or death. Verify IDU Board connection Electronic expansion valve (EXV) -
Page 34: Ipm Board
IPM board ODU board EEPROM parameters DESCRIPTION Unit Value Low noise max compressor frequency (equal same Cooling and Heating) Heating max 230V AC current MAIN board limit (if overtaken exceeded frequency is reduced) Cooling max 230V AC current limit (if overtaken exceeded frequency is reduced) Percentage of CURRENT LIMIT... -
Page 35: Display
Display Internal air probe POSITION DESCRIPTION HELI XH-2Y (Alternative) White CWB TJC3 White 1 Housing (Alternative) JST XhP-2 White (Alternative) HELI XH-27 2 Clamp CWB TJC3 Alternative JSTSXH-001T-P0.6 Alternative 3 Temp. probe R25 – 10KOhm ±3% Thermoactuator and shutoff valve B25/100 = 3988 K ±0.5% Oper. -
Page 36: Odu Probe
8.11 ODU probe 8.12 Level sensor POSITION DESCRIPTION 1 Housing JST XHP-2 2 Clamp JST SXH-001T-P0.6 KELIAN G08061500012 -30°C ÷ +105°C 8.13 Basin resistance kit R0 15kΩ ±2% Alternative B0/100 3450 k ±2% cavo 26AWG 105°C 3 Ext. temp. 300V probe BEILU 150-532-87010 -30°C ÷... -
Page 37: Compressor
8.15 Compressor 8.17 External fan WIRING Wire dimension inch Ø 0.015” Ø 0.015” Ø 0.015” (AWG / mm2) (0.4) (0.4) (0.4) Wire type MW30-C MW30-C MW30-C Spire Volts Power supply Amps CN 708 Blue – Brown V AC CC Resistance ±10% at Speed control Ω... -
Page 38: Evaporator Battery
8.18 Evaporator battery 8.20 Thermostats 8.19 Reinforced resistance 8.21 Condenser battery ––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––... -
Page 39: Flap Motor
DISASSEMBLY OF COMPONENTS WARNING 8.22 Flap motor RISK OF ELECTROCUTION Before performing any maintenance or cleaning, disconnect the unit from electrical power. Failure to follow these instructions may cause electrical shock, serious injury or death. WARNING HIGH PRESSURE HAZARD The refrigerant circuit contains oil and refrigerant at high pressure. -
Page 40: Filter Removal
Filter removal NOTE RISK OF FIRE Remove the upper mesh plate (1). The use of a torch requires extreme caution. Follow all suggested safety precautions and protect surrounding areas with fireproof materials. Have an extinguisher within reach. Failure to follow these instructions may cause moderate to serious damage. -
Page 41: Housing Cover Removal
Remove the air purification filter (green) and the carbon filter Open the upper grille and remove the mounting screws (1). (black) from the filter assembly. Housing cover removal Remove the face plates (1) by sliding it to the outside. Rotate the flap forward (2). -
Page 42: Front Cover Removal
Remove the housing cover. Remove the cover (2). Front cover removal Removal of the back of the unit Remove all the mounting screws (1). Remove the housing cover (Ref. “9.2 Housing cover removal” Commented [DF5]: Note: There appears to be an on p. -
Page 43: External Fan Removal
Remove the back of the unit (3), paying attention to the Carefully remove the external fan (2) and undo the electrical connections and the external air probe. connections. Internal fan removal External fan removal Remove the housing cover (Ref. “9.2 Housing cover removal” Remove the housing cover (Ref. -
Page 44: Idu Electronic Front Cover Removal
Display inverter board removal Remove the fan (2), being careful not to break the tabs. Remove the connectors. Loosen all the mounting screws (1). Carefully remove the display inverter board (2) from its seat. MAIN board housing removal Remove the front cover (Ref. “9.3 Front cover removal” on p. -
Page 45: Main Board Removal
9.12 ODU electronic assembly removal 9.10 MAIN board removal Remove the cover (Ref. “9.11 Electronic ODU cover removal” Remove the front cover (Ref. “9.3 Front cover removal” on on p. 45). p. 42). Disconnect all the electrical couplers and loosen the mounting Remove the electronic IDU front cover (Ref. -
Page 46: Power Board Removal
9.14 Power board removal 9.16 Pump–sensors–shutoff valve assembly removal Remove the cover (Ref. “9.11 Electronic ODU cover removal” on p. 43). Remove the condensate tube (2). Disconnect all the electrical couplers and loosen the mounting Remove the mounting screws (1). screws (1). -
Page 47: Wiring Cover Removal
9.17 Wiring cover removal 9.18 Thermoactuator and shutoff valve removal Remove the mounting screw (1) from the cover and the Remove the wiring cover (Ref. “9.15 Pump – sensors – shutoff condensate tube (2). valve assembly removal” on p. 45). Disconnect the couplings (5) from the thermoactuator and remove the mounting screws (6). -
Page 48: Pump Removal
9.19 Pump removal Remove the pump-sensors-shutoff valve assembly (Ref. “9.5 Pump-sensors-shutoff valve assembly removal” on p. 45). Disconnect the condensate drain tube (2). Remove the wiring cover (Ref. “9.15 Pump-sensors-shutoff valve assembly removal” on p. 45). Pull on the tabs (1) to loosen the pump (2) and remove it, paying attention to the electrical wiring. -
Page 49: Charging/Discharging Refrigerant
9.21 Charging/discharging refrigerant Rotate the condensate distributor assembly (6) and remove it. NOTE: Be careful not to break the coupling point (A). 9.21.1 Unit with rear charging The unit with rear charging has a panel to access the refrigerant charging tubes. Carefully rotate the refrigerant charge/discharge tube (1) forward. -
Page 50: Condenser Battery Removal
9.22 Condenser battery removal Position the charging valve and tube (6) to connect to the charge/discharge tube and solder it in place. The use of a section of tubing with a larger diameter as a union Remove the cover (Ref. “9.2 Housing cover removal” on p. 39). between the two (7) is advised. -
Page 51: Evaporator Battery Removal
9.23 Evaporator battery removal Remove the evaporator battery (5), being careful to not flatten the tabs. Remove the cover (Ref. “9.2 Housing cover removal” on p. 39). Remove the rear cover (Ref. “9.4 Removal of the back of the unit” on p. 41). Discharge the gas from the refrigerant circuit (Ref. -
Page 52: Compressor Removal
9.24 Compressor removal NOTE: Ensure that the evaporator assembly is stable before proceeding. Remove the cover (Ref. “9.2 Housing cover removal” on p. 39). Remove the front cover (Ref. “9.3 Front cover removal”) on Remove the screws and loosen the electrical connections cover p. -
Page 53: Float Removal
9.26 Electrical resistance removal Unscrew the mounting bolts at the base of the compressor (6). Carefully remove the compressor (7). Remove the housing (Ref. “9.2 Housing removal” on p. 41). Remove the front cover (Ref. “9.3 Front housing removal” on p. -
Page 54: Safety Thermostat Removal
EXTERNAL CONNECTIONS 10.1 Wi-Fi kit B1018 9.27 Safety thermostat removal Remove the housing (Ref. “9.2 Housing removal” on p. 41). 10.1.1 Overview Remove the front cover (Ref. “9.3 Front housing removal” on Wi-Fi kit B1018 allows control of the operation of the climate p. -
Page 55: Wi-Fi Board Installation
Download and install the app Mount board B1018 in the corresponding space using the provided screws (1) The OLIMPIA SPLENDID app may be downloaded to your device directly from the Google Play Store or the Apple App Store. For supported operating systems, refer to the information in the Play Store or the App Store. -
Page 56: Smartphone App Configuration
Commented [DF7]: If screenshots are available from must be within Bluetooth communications range. Mode: Select the desired operating mode the OLIMPIA SPLENDID app localized into English, the translator can insert them if the client provides them. Air speed control: Select the fan operating speed. - Page 57 10.2.4.2 Wi-Fi configuration Select CONFIGURE Wi-Fi to: verify the Wi-Fi signal strength detected for the B1018 kit installed in the unit; set the Network name (SSID) and password for the Wi-Fi network to be joined. Once the climate control unit is selected and the pin from kit B1018 is entered, you can access the Wi-Fi configuration page.
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Page 58: Anomaly Diagnostics
10.3 Anomaly diagnostics DESCRIPTION LED1 LED1 LED1 LED4 (Green) (Red) (Yellow) (Yellow) Communications problems between the Flashing Wi-Fi board and climate control unit Wi-Fi network configured but with no Flashing Internet connection Wi-Fi network NOT configured Bluetooth not working Flashing Enabling contact OPEN DESCRIPTION... -
Page 59: Regular Maintenance
REGULAR MAINTENANCE 11.3 Condensate water outlet WARNING ELECTROCUTION RISK Before performing any maintenance or cleaning, disconnect the unit from electrical power. Failure to follow these instructions may cause electrical shock, serious injury or death. 11.1 Filter replacement To ensure effective internal air filtration and correct operation of your climate control unit, it is necessary to periodically clean the air filter. -
Page 60: Table Of Probe Values
TABLE OF PROBE VALUES 12.1 Sensors table ALL SENSORS EXCEPT FOR THE COMPRESSOR PROBE (10 kOHM 25 C) RT(kΩ) RT(kΩ) RT(kΩ) RT(kΩ) °C °C °C °C 206,060 37,883 9,563 3,055 192,672 35,890 9,147 2,944 180,253 34,015 8,752 2,837 168,725 32,251 8,377 2,735 158,019... -
Page 61: Compressor Probe Table
12.2 Compressor probe table ALL SENSORS EXCEPT FOR THE COMPRESSOR PROBE (10 kOHM 25 C) kΩ kΩ kΩ kΩ °C °C °C °C 542.7 75.2 15.7 511.9 71.9 15.2 68.6 14.6 455.9 65.6 14.1 430.5 62.7 13.6 406.7 13.1 384.3 57.4 12.7 363.3... - Page 62 ––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––...
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