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Related Manuals for Olimpia splendid MAESTRO SMART 9HP
Summary of Contents for Olimpia splendid MAESTRO SMART 9HP
- Page 1 SMART 9HP MODEL # 01721/02020/2216 9,200 BTU Heat Pump 115 volt 1 phase...
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Page 2: Table Of Contents
TABLE OF CONTENTS SYMBOLS USED IN THIS MANUAL AND THEIR MEANING WARNINGS AND SAFETY RULES WARNING DESCRIPTION OF UNIT Structure ................5 To identify actions that, if not performed correctly, may cause Technical features ............6 general accidents, personal injury, or death. Dimensions .............. - Page 3 Technical data .......... 44 8.10 Pump ................28 10.1.4 Wi-Fi board installation ......45 8.11 Internal (tangential) fan ...........29 10.2 Olimpia Splendid MAESTRO app ........46 8.12 External fan ..............29 10.2.1 Downloading and installing the app ..46 8.13 Compressor ..............29 10.2.2...
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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 the electrical outlet is configured to action on the device. match the device connector. If not, consult a Failure to follow these instructions may cause certified electrician. -
Page 5: Description Of Unit
DESCRIPTION OF THE UNIT Structure DESCRIPTION DESCRIPTION Evaporator group Upper grill Condenser assembly group Body Control panel Louver Base Display Compressor group Remote control Evaporating fan On/Off button MAESTRO SMART... -
Page 6: Technical Features
Technical properties DESCRIPTION 9 HP 9 HP RFL 12 HP Model 02020 02216 01721 Cooling (1) Energy class Heating (3) Rated cooling capacity BTU/Hr. 9,212 Rated heating capacity BTU/Hr. 8,530 Rated cooling power consumption Rated current draw (cooling) Rated heating power consumption Rated current draw (heating) 8.15 Rated energy efficiency index... -
Page 7: Dimensions
DESCRIPTION MAESTRO SMART Maximum operating temperature in cooling mode °C/°F DB 35°C – WB 24°C / DB 95°F – WB 75°F Minimum operating temperature in cooling mode °C/°F DB 18°C / DB 64°F Internal temperature Maximum operating temperature in heating mode °C/°F DB 27°C / DB 80°F Minimum operating temperature in heating mode... -
Page 8: Control Panel
Control panel Remote control The remote control is the interface between the unit and the end user. It is very important to learn all the functions of the remote, how to use the various controls and the meaning of the symbols used on the remote. 2.5.1 Buttons REF. -
Page 9: Display
2.5.2 Display REF. DESCRIPTION Fan speed Heat Cool Dehumidify only Fresh air on (not available on this unit) Nighttime operation Automatic operation Turn on first operating program Turn on second operating program Specify time or temperature Desired temperature / time / programming Fan speed Command in progress Program off time... -
Page 10: Operating Logic
OPERATING LOGIC Automatic mode After 3 minutes have passed following activation or the prior compressor shutdown, the compressor and the external fan are turned on if Troom > This mode may be turned on from the remote control or by pressing the Tset+Tdtr (Tdtr = hysteresis) and Troom <... -
Page 11: Heating Mode (Only For Heat Pump Units)
In this operating mode, after the compressor is on for 8 minutes, if the launched (external fan at low speed for t_ac seconds, acquisition of internal exchanger temperature TBi<Tlt1, the external fan and Tbatext *, and so on). compressor are shut down (the internal fan stays on until the internal heat The internal fan remains off until TBi <... -
Page 12: Dehumidifier Only Mode
During the defrosting function, the machine operates as follows: The alarms/notices that are enabled are FS and SV. – The compressor and both the fans are turned off. The fan operating mode is not affected by the sensor temperature After t_dq seconds, the 4-way valve is powered off. readings. -
Page 13: Air Outlet Louver Control
3.9.1 Air outlet louver control 3.11 Air conditioner auto test mode It is possible to select the fixed position or the automatic oscillation mode This function may be activated only when the unit is in standby mode, by using the corresponding button on the remote control (Oscillating louver pressing and holding the (H) button for 5 seconds. -
Page 14: Board Auto Test Mode
3.12 Board auto test mode This function is activated by pressing the H button on the display. Once the function is enabled, at first a single beep is emitted, then on the display all the LEDs turn on for 1 second. Then the following steps are carried out: –... -
Page 15: Electrical Diagram
ELECTRICAL DIAGRAM MAESTRO SMART DESCRIPTION 9 HP 12 HP AC volts Power supply voltage (min. 109 – max. 127) Phase MAESTRO SMART... -
Page 16: Cooling Circuit
COOLING CIRCUIT Cooling circuit with 4-way valve OUTSIDE HOUSE COOLING CAPILLARY Heating circuit with 4-way valve OUTSIDE HEATING HOUSE CAPILLARY DESCRIPTION TYPE QUANTITY UNITS Refrigerant gas charge (factory) R-410 A 652 (1-7) gr (lbs-oz) NOTE: The refrigerant circuit is sealed. -
Page 17: Installation
INSTALLATION Included items Position 6.2.1 Installation at ceiling level REF. DESCRIPTION PCS. Maestro Smart unit Remote control (incl. batteries) Operating and maintenance manual and guarantee Adhesive insulating strip NOTE External grid for air intake and outlet, including small chains and grill installation kit The unit is suitable for installation in an upper wall position, with air Internal flange flowing downward, which is possible due to the 180°... -
Page 18: Assembly
6.2.2 Installation at floor level 6.3.2 Condensate drain TANK NOTE INTERNAL DRAIN The unit is suitable for installation on the lower part of the wall with the airflow going from low to high. The unit comes standard in the configuration for installation at floor level WITHOUT any ambient temperature setting correction. -
Page 19: External Grille
6.3.4 Air intake 6.3.5 External grilles 6.3.6 Location of holes on the unit CAUTION RISK OF SUFFERING CUTS Although great care was taken to reduce sharp edges, use gloves or other hand protection when handling the unit. Failure to follow these instructions may cause slight to moderate personal injury. -
Page 20: Mounting The Unit
This product must be connected using the power plug provided; it is Setting up not possible to modify the pins to connect it directly to the electrical network. CAUTION HAZARD: EXCESSIVE WEIGHT Two or more people are necessary during installation of the air conditioner. Respect the weight limits that can be lifted per person. -
Page 21: Alarm Diagnostics
ALARM DIAGNOSTICS Alarm codes the unit emits an HTE alarm (all outlets are deactivated, the air outlet louver performs a self-calibration), commands are no longer accepted DESCRIPTION (either from the remote control or from the display unit) and the (Green) (Yellow) (Green) (Red) -
Page 22: Exchanger Low Temperature Alarm
Exchanger low temperature alarm 7.10 Internal fan malfunction alarm If the internal fan speed falls below 400 rpm for more than 30 seconds, After the compressor has been on for 15 minutes, if the heat exchanger the machine triggers an SV alarm (all outlets are deactivated, the air temperature (Tbe for cooling and dehumidification, Tbi for heating) falls outlet louver performs a self-calibration), commands are no longer below T_cfrl, the unit will trigger a CF/RL alarm (all outlets are... -
Page 23: Alarms
7.12.3 Sensor short circuit/disconnected alarm 7.12 Alarms 7.12.1 Filter alarm Temperature sensor alarm Filter indicator Is the probe Remove the filter and clean it connector correctly according to the instructions Connect the probe seated? properly Reset filter alarm (press microswitch for 10 sec.) Check probe values (see table) 7.12.2... -
Page 24: Water Level Alarm
7.12.4 Water level alarm Disposal pump alarm COOLING HEATING In what mode is the unit operating Is the coil clean? Clean the coil Is the condensate Adjust outlet / drain tube installed remove and unobstructed? obstruction Clean the Is the slinger free of slinger obstructions? Replace... -
Page 25: External Coil Temperature Alarm
7.12.5 External coil temperature alarm External exchanger temperature too high Is the external heat exchanger temperature greater than 70°C(158°F)? Are the air intake/outlet Clear obstruction tubes free of obstructions? Does the external fan Check for mechanical blockage turn correctly? and verify board in/out voltage Is the external Clean the Coil coil clean? -
Page 26: Internal Coil Temperature Alarm
7.12.6 Internal coil temperature alarm 7.12.7 Invalid EEPROM parameters alarm EEPROM parameters High internal coil not valid temperature Inspect IDU Board Check sensor (See Internal exchanger connection temperatu re greater alarm table) than 65°C(149°F)? Clean filter Are the connections Are the filters clean? Fix the connection correct? Is the air intake nozzle... -
Page 27: Components
COMPONENTS Thermoactuator and shutoff valve WARNING 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. 4-way valve REF. DESCRIPTION Thermoactuator Shutoff valve cover Membrane shutoff valve Ambient temperature sensor POWER board... -
Page 28: External Temperature Sensor
External temperature sensor Condenser assembly sensor POSITION DESCRIPTION R25 – 10 KΩ ±3% B25/100 = 3988 K ±0.5% 1 Temperature sensor POSITION DESCRIPTION Operating temperature range: 1 Housing JST HER-2 -30°C to +80°C JST SHE-001T-P0.6 530 mm 2 Terminal PVC rubber Ø4 mm hose 530 mm 2 Tube 150°C... -
Page 29: Internal (Tangential) Fan
8.11 Internal (tangential) fan 8.13 Compressor 8.14 Evaporator assembly REF. DESCRIPTION VHR-5N SVH-21T-P1.1 XHP-3N SXH-001T-P0.6 8.15 Condenser assembly DESCRIPTION Voltage/Frequency V AC / Hz. 115 / 60 Intake power 37.3 ±15% Outlet power 15 (rated torque) Current 0.228 ±15% Speed 1360 ±30 No. -
Page 30: Condensate Slinger Group
COMPONENT DISASSEMBLY 8.17 Condensate slinger group WARNING 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 coolant circuit contains oil and refrigerant at high 8.18 Capacitor pressure. -
Page 31: Filter Removal
Filter removal NOTE Open the upper grille (1). RISK OF FIRE 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 32: Body Removal
Body removal Front panel removal Remove the lower cover (1). Remove all the mounting screws (1). Remove the front cover (2). Remove the mounting screws (3). Lift up and remove the front panel (2). Remove the body (4). -
Page 33: Board Housing Cover Removal
Board housing cover removal Grille removal Remove all the mounting screws (1). Remove the body (Cf. 9.2 Body removal, on p. 32). Remove all the mounting screws (1). Remove the cover (2). Remove the front grille (2), rotate the rear grille (3) and remove the filter (4). -
Page 34: Back Panel Removal
Remove the rear grille (5). Exert slight downward pressure on the lower plastic part of the housing (2) to release the back panel (3). Remove the bottom of the panel (3). Back panel removal External fan removal Remove all the mounting screws (1). Remove the external air sensor (2). -
Page 35: Upper Tank Removal
Carefully remove the external fan (3) and disconnect the electrical unions. Remove the screws (3). Upper tank removal Slightly lift up the tank and disconnect the condensate tube (4). Carefully remove the upper tank (5) from its seat. Remove the body (Cf. 9.2 Body removal, on p. 32). Remove the grille (Cf. -
Page 36: Internal Fan Removal
Internal fan removal 9.11 Electronic assembly housing removal Remove the body (Cf. 9.2 Body removal, on p. 32). Remove the board housing cover (Cf. 9.4 Board housing cover removal, on p. 33). Disconnect all the electrical unions (1). Remove the mounting screws (2). Carefully remove the housing (3) from its seat. -
Page 37: Main Board Removal
9.12 Main board removal 9.13 Capacitor removal Remove the body (Cf. 9.2 Body removal, on p. 32). Remove the electrical wiring (1). Remove the front cover (Cf. 9.3 Front panel removal, on p. 32). Loosen the mounting bolts (2). Disconnect all the main board connectors (A). Remove the capacitor (3). -
Page 38: Pump-Sensors-Shutoff Valve Group Removal
Remove the cover (3) being careful not to damage the electrical 9.14 Pump assembly – sensors – valve removal connections. Remove the condensate tube (1). Remove the mounting screws (2). 9.16 Thermoactuator assembly removal Carefully remove the assembly (3), paying attention to the wiring. Remove the connectors (1) from the thermoactuator. -
Page 39: Pump Removal
Remove the screws (6), pull out the thermoactuator (7) from the valve 9.18 Intermediate basin assembly removal assembly (8) (9). Remove the body (Cf. 9.2 Body removal, on p. 32). Remove the grille (Cf. 9.5 Grille removal, on p. 33). Remove the front panel (Cf. -
Page 40: Condensate Slinger Assembly Removal
9.19 Condenser slinger assembly removal 9.20 Refrigerant charging/discharging Remove the body (Cf. 9.2 Body removal, on p. 32). 9.20.1 Unit with front charging Remove the grille (Cf. 9.5 Grille removal, on p. 33). Remove the front panel (Cf. 9.3 Front grille removal, on p. 32). Remove the body (Cf. -
Page 41: 9.20.3 General Procedure
9.20.3 General procedure Remove the pliers and restore the tube at the narrowing point in order to be able to discharge/charge the gas. Connect the pressure gauge (digital vacuum gauge to empty the NOTE: The illustrations present the unit with front refrigerant charging; refrigeration system and heat pump) (9) and the recovery device (10) in the procedure is the same for the unit with rear charging. -
Page 42: Evaporator Assembly Removal
Remove any insulation from the tube (1). 9.22 Evaporator assembly removal Place a shield (2) to protect the unit and unsolder the tubes at the ends (A)(B). Remove the body (Cf. 9.2 Body removal, on p. 32). Remove the back (Cf. 9.6 Back removal, on p. 34). Discharge the gas from the refrigerant circuit (Cf. -
Page 43: Compressor Removal
Remove the screw and loosen the cap over the electrical connections (4). Disconnect the wires (5). 9.23 Compressor removal Remove the body (Cf. 9.2 Body removal, on p. 32). Remove the grille (Cf. 9.5 Grille removal, on p. 33). Remove the front panel (Cf. 9.3 Front grille removal, on p. 32). Remove the electronic assembly housing (Cf. -
Page 44: Float Removal
EXTERNAL CONNECTIONS Remove the mounting bolts at the base of the compressor (6). 10.1 B1018 Wi-Fi kit Carefully remove the compressor (7). 10.1.1 Overview The B1018 Wi-Fi kit allows control of the operation of the climate control unit to which it is connected, based on commands issued by an app installed on a smartphone, iPhone, tablet, or iPad. -
Page 45: Wi-Fi Board Installation
10.1.4 Technical data – Mount the B1018 board in its housing using the proper screws (3). 10.1.4.1 Position of the connecting cable Connect the communication cable from the kit to connector CN1. – Connect the communication cable to the serial port (4) located at the bottom of the unit. -
Page 46: Olimpia Splendid Maestro App
When the contact is closed, the B1018 board forces the unit to start up in the prior mode. BUTTON DESCRIPTION 10.2 Olimpia Splendid MAESTRO app Settings: Access the app settings 10.2.1 Downloading and installing the app Alarm history: Access the list of alarms. -
Page 47: Climate Control Unit Settings
10.2.4 Climate control unit settings NOTE If you press the SETTINGS button, you can access: Your PIN cannot be changed, and it is unique for every B1018 kit, so – the MANAGE UNITS submenu. you must keep it safe for any new registration of the climate control –... - Page 48 10.2.4.3 Advanced Settings By selecting ADVANCED SETTINGS, you can: – set the installed position of the climate control unit. – access the service page (for Olimpia Splendid access only). BUTTON DESCRIPTION Used to confirm settings and return to Close the “Manage Climate Control Units...
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Page 49: Regular Maintenance
REGULAR MAINTENANCE 11.3 Condensate water drain WARNING ELECTROCUTION RISK Before any maintenance or cleaning, disconnect the device from the power supply. Failure to follow these instructions may cause electrical shock, serious injury or death. 11.1 Cleaning/Replacing the filter To ensure effective internal air filtration and correct operation of your climate control unit, it is necessary to periodically clean the air filter. -
Page 50: Sensor Values
SENSOR VALUES 12.1 Coil and air sensor table COMPRESSOR DRAIN SENSOR °C/°F °C/°F KΩ °C/°F KΩ KΩ 2.53973 58/136.4 -10/14 62.2756 24/75.2 10.4736 59/138.2 2.44677 -9/15.8 58.7079 25/77 10.000 60/140 -8/17.6 56.3694 26/78.8 9.55074 2.35774 61/141.8 -7/19.4 52.2438 27/80.6 9.12445 2.27249 62/143.6 -6/21.2... - Page 51 MAESTRO SMART...
- Page 52 Olimpia Splendid USA, Inc. 870 International Parkway, Suite 120 Flower Mound, TX 75022, USA www.olimpiasplendidusa.com sales@olimpiasplendidusa.com customerservice@olimpiasplendidusa.com Technical Support: 1-800-408-5196 ext:102 and ext:103...