RDZ UNICA R2 200 Installation Manual

RDZ UNICA R2 200 Installation Manual

Heat pump for dhw with 200/260 liter storage tank
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Chiller and Heat pumps
UNICA R2 200/260
Heat pump for DHW with 200/260 liter storage tank
INSTALLATION / TECHNICAL MANUAL

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Summary of Contents for RDZ UNICA R2 200

  • Page 1 Chiller and Heat pumps UNICA R2 200/260 Heat pump for DHW with 200/260 liter storage tank INSTALLATION / TECHNICAL MANUAL...
  • Page 3 UNICA R2 200/260 STANDARD UNICA R2 200/260 S1 Instruction for installation and maintenance...
  • Page 4: Table Of Contents

    Contents INTRODUCTION ............................3 1.1. Introduction ..............................3 1.2. Disclaimer ..............................3 1.3. Copyright ..............................3 1.4. Operating principle ............................. 4 1.5. Available versions and configurations ......................4 TRANSPORT AND HANDLING ........................4 DESIGN CHARACTERISTICS .......................... 7 IMPORTANT INFORMATION ........................10 4.1.
  • Page 5 7.3. Operating modes - main function ......................18 7.3.1. Heating mode - ........................... 18 7.3.2. “Boost mode” ............................. 19 7.3.3. “E heater only” ........................... 19 7.3.4. “Antifreeze mode”........................... 19 7.3.5. “Defrosting” ............................19 7.3.6. Disinfection weekly cycle ......................... 19 7.3.7.
  • Page 6: Introduction

    Thank you for having purchasing this product. The RDZ S.p.A., has always paid a great deal of attention to environmental problems, therefore, it has used technologies and materials with a low environmental impact to manufacture its products in conformity with WEEE – RоHS (2011/65/ЕU and 2012/19/EU community standards.
  • Page 7: Operating Principle

    (e.g. solar thermal, biomass power, etc.). Version Configuration description UNICA R2 200/260 Standard Air source heat pump for the production of domestic hot water UNICA R2 200/260 S1 Air source heat pump for the production of domestic hot water suitable for use with the solar power system or additional heating unit.
  • Page 8 While handling, do not catch the unit onto upper decorative panels! There is a risk to damage them! Equipment is delivered on an individual transport pallet. Use a fork-lift truck or a pallet truck in order to unload the equipment: it is opportune for these to have a load capacity of at least 400 Kg.
  • Page 9 Fig. 2e; The water heater must (in compliance with Article 20 of Standard EN 60335-1) be fixed to the ground using the fixing bracket provided for this purpose according to Fig 2e. After having removed the packaging, make sure that the unit is intact. If in doubt, do not use the equipment and seek help from authorized technical staff.
  • Page 10: Design Characteristics

    DESIGN CHARACTERISTICS Pos. Heat pump. Control panel. External PVC jacket. Enameled storage tank Upper storage tank probe. “T3” Lower storage tank probe. “T2” Refrigerant recharge needles. Ambient air recirculation fan. Electronically regulated expansion valve. High-efficiency finned evaporator. Air inlet (∅ 160 mm). Air outlet (∅...
  • Page 11 Descriptions Standard Standard Performance data acc. EN16147:2017 Load profile Hot water temperature set point °C Heating up time; t 8:05 8:05 7:01 7:01 (EN 16147:2017 – A20/W55) • 9:12 9:12 8:07 8:07 • (EN 16147:2017 - A14/W55) 10:15 10:15 8:59 8:59 (EN 16147:2017 - A7/W55) •...
  • Page 12 1.33 1.33 1.16 1.16 (EN 16147:2017 - A14/W55) • 1.20 1.20 1.05 1.05 • (EN 16147:2017 - A7/W55) 0.98 0.98 0.88 0.88 (EN 16147:2017 – A2/W55) • Maximal heat output (Summer condition) 2.305 2.305 2.305 2.305 Electrical data Power supply 1/N/220-240 Frequency Degree of protection...
  • Page 13: Important Information

    IMPORTANT INFORMATION 4.1. Conformity with European regulations The UNICA R2 heat pump is a device intended for domestic use in conformity with the following European directives: • 2012/19/ЕU Directive on waste electrical and electronic equipment (WEEE); • 2011/65/EU Directive on the restrictions of use of certain hazardous substances in electric and electronic equipment (RoHS);...
  • Page 14: Installation And Connection

    INSTALLATION AND CONNECTION WARNING! Installation, commissioning and maintenance of the device must be performed by qualified and authorised personnel. Do not attempt to install the device yourself. 5.1. Preparation of the installation site The installation of the device must be carried out in a suitable place in order to allow the normal use and adjustment operations, together with ordinary and extraordinary maintenance to be performed.
  • Page 15: Particular Installation Conditions

    Fig. 5 – Example of an air outlet duct Fig. 5a - Example of dual duct connection Carry out the installation of each air duct taking care that: • The weight of such does not adversely affect the equipment itself; •...
  • Page 16: Device Mounting And Connection

    Fig. 6a - Example of installation in summer Fig. 6b Example of installation in winter 5.4. Device mounting and connection The device must be installed on a stable, flat floor surface that is not subject to vibration. Dimensions [±5mm] h [mm] 2010 1720 a [mm]...
  • Page 17: Water Supply Connections

    5.5. Water supply connections The following illustration (Fig. 8) shows an example of a water supply connection. Fig. 8 Connections to the water supply net and solar collector Obligatory elements to be installed: 10. Expansion vessel 11. Solar Safety valve – 6 Bar Water inlet pipe 12.
  • Page 18: Condense Drain Connections

    WARNING! The heat pump for the production of domestic hot water is capable of heating water up to more than 65°C. For this reason, as a protection against burns, it is necessary to install an automatic thermostat mixing equipment No16 to the hot waterpipe (Fig. 8) 5.6.
  • Page 19: Commissioning

    COMMISSIONING. WARNING! Check that the equipment is connected to the earth cable. WARNING! Check that the line voltage corresponds to that indicated on the equipment identification plate. WARNING! Do not exceed the maximum permitted pressure indicated in the “general technical data” section;...
  • Page 20: Button

    7.1.2. button Press this button and hold it for 2 seconds when the unit is in standby, the unit will be turned ‘ON’. Press this button and hold it for 2 seconds when the unit is running, the unit will be turned standby. Short press this button to enter or exit the parameter setting or checking.
  • Page 21: Button

    7.1.6. button Check the temperatures and EXV open steps -Press this button to enter temp and EXV open step checking. -Press the buttons to check the temp sensor values and EXV open steps (parameters A-F). Check the system parameters (from 1 to 35) -In any status, press this button and hold for 5 seconds, entry the system parameter checking interface.
  • Page 22: Boost Mode

    When the ambient air temperature is within certain range (for example above 25 C), for preventing the appliance from malfunctioning, “TS1 calc” is constantly recalculated by the controller’s logic. This occurs despite of what value “TS1 set” is adjusted by the user via control display. In this case: •...
  • Page 23: Controller Adjustment. Parameters

    CONTROLLER ADJUSTMENT. PARAMETERS 8.1. Wiring diagram Fig. 11 Fig. 12...
  • Page 24: Parameter List

    8.2. Parameter list Checking parameters: When the unit is on, press button and hold for 5 seconds to entry the system parameter view Adjusting parameters: When the unit is off (standby), press simultaneously for 5 seconds to entry the parameter adjusting interface.
  • Page 25: External Connectivity

    EXTERNAL CONNECTIVITY 9.1. Solar collector (thermal power) integration The illustration (Fig. 8) shows an example of solar power system integration. It is obligatory to install all hydraulic elements shown on Fig. 8 Connection and adjustment of main controller should be done as follow: The Parameter no. 14 must be configured by the installer (2 = solar water circulation).
  • Page 26: Solar Photovoltaic Integration

    9.2. Solar photovoltaic integration One the heat pump detects the voltage of solar PV is higher enough to support heat pump running, the heat pump or e-heater will be driven by solar PV, and the heat pump will also make the water setting temperature higher to have more hot water.
  • Page 27: On/Off Contact

    9.4. ON/OFF contact. Parameter 35, must be set to “0” When ON/OFF contact is closed, and the controller is ON, the unit can work and the running mode is decided by the setting of the controller. When ON/OFF contact is closed, but the controller is OFF, the unit can’t work. When ON/OFF contact is opened, but the controller is ON, the unit can’t work (with the exception of external pump).
  • Page 28: Maintenance And Cleaning

    10. MAINTENANCE AND CLEANING. WARNING! Any equipment repair must be performed by qualified personnel. Improper repairs can put the user in serious danger. If your equipment needs to be repaired, please contact the technical assistance service. WARNING! Before attempting any maintenance operation, make sure that the equipment is not and cannot be accidentally connected to the power supply.
  • Page 29: Magnesium Anodes 18. (Fig.14)

    10.4. Magnesium anodes 18. (Fig.14) The magnesium anode (Mg), also called "sacrificial" anode, avoids any parasitic currents that are generated inside the boiler that can trigger corrosion processes on the device surface. In fact, magnesium is a metal with a lower electrochemical potential when compared to the material that lines the inside of the boiler, therefore it first attracts the negative charges that form with the heating of the water and that cause it to corrode.
  • Page 30 1) The sensor open circuit 1) Check the sensor Upper tank ☆☆● connection 2) The sensor water temp. short circuit 2) Replace the sensor (2 flashes 1 dark) sensor failure 3) PCB board 3) change the PCB board failure 1) The sensor open circuit 1) Check the sensor 2) The sensor...
  • Page 31 1) Too low air inlet temp 1) Check if the air inlet temp is 2) The electronic over the working limited expansion valve assembly blocked 2) Replace the electronic expansion valve assembly 3) Too less refrigerant 3) Charge some refrigerant Low pressure ☆☆☆☆☆☆☆●...
  • Page 32: Disposal

    12. DISPOSAL. At the end of their device lifecycle, the heat pumps will be disposed of in conformity with the applicable regulations. WARNING! This equipment contains greenhouse fluorinated gas included in the Kyoto protocol. The maintenance and disposal operations must only be carried out by qualified personnel. This device contains R134a refrigerant in the amount as stated in the specification.
  • Page 33: Guarantee

    13. GUARANTEE. In the event that the device needs to undergo repairs under guarantee, we advise you to either contact the dealer from whom you have purchased the device or our company. The relative addresses are stated in the catalogues/user manuals of our products as well as on our website.
  • Page 34: Legal Rights Reserved

    • Imperfect performance of the product or associated products. This applies to losses and damage within the framework of any legal theory, including negligence and any other illegal act, breach of contract, explicit or implied guarantees and strict liability (also in the event in which THE MANUFACTURER or the authorized technical assistance has been informed as regards the possibility of such damage).
  • Page 36 CLICK | SCAN qr.rdz.it/?qr=P470 FAG0FA004BZ.02 10/2023...

This manual is also suitable for:

Unica r2 260Unica r2 200 standardUnica r2 260 standardUnica r2 200 s1Unica r2 260 s1

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