HTV`.HC &CV< .C%HVB`.HC HTV`.HC 1.3.3 Keywords :tqHV B¼| ê Ö DANGER If this information is not observed, it will result in serious injury or death. WARNING If this information is not observed, it can result in serious General information injury or death. CAUTION If this information is not observed, it can lead to medium or minor injury.
HTV`.HC Z%`t CE designation Safety The CE designation shows that the appliance meets all essential Only qualified contractors should carry out installation, commis- requirements according to the: sioning, maintenance and repair of the appliance. - Electromagnetic Compatibility Directive (2004/108/EC) Contractors are responsible for adherence to all currently applica- - Low Voltage Directive (2006/95/EC) ble regulations during installation and commissioning.
HTV`.HC B.C`CC C V f Observe the heat pump manager operating and installation instructions. Maintenance and care A damp cloth is sufficient for cleaning all plastic and sheet steel parts. Never use abrasive or corrosive cleaning agents. Check the condensate drain monthly (visual inspection). Remove contaminants and blockages immediately.
.CZ`<<`.HC Z%`t .CZ`<<`.HC Accessories 8.2.1 Required accessories, internal and external installation The following accessories are required to operate the heat pump: Safety ¼ ê ê Heat pump manager WPMS II or WPMW II General safety instructions Remote control for heating systems Contact sensor - Only qualified contractors should carry out installation, com- Immersion sensor...
.CZ`<<`.HC TVTV`.HCZ f Isolate the installation surface. See chapter “Preparing the Preparations installation site for internal installation”. f Connect the heating flow and return using flexible pres- Sound emissions sure hoses. Suitable pressure hoses can be found in chapter “Accessories”. 9.1.1 Sound emissions for external installation f Insulate all pipe fixings and wall outlets against structure- On the air intake and air discharge sides, the appliance is louder...
.CZ`<<`.HC TVTV`.HCZ Preparing the installation site Example: Routing pipes underground 9.2.1 General information f Ensure that the appliance is accessible from all sides. - The substrate must be horizontal, level, solid and permanent. f Observe the minimum clearances in chapter “Preparations/ sound emissions emission”.
.CZ`<<`.HC TVTV`.HCZ 9.2.3 Preparing the installation site for internal installation Electrical installation f Observe chapter “Sound emissions for internal installation”. f Isolate the installation surface. DANGER Electrocution! Carry out all electrical connection and installation work in accordance with national and regional regulations. DANGER Electrocution! Only use a permanent connection to the power supply.
.CZ`<<`.HC BHeC`.C& 4 Condensate drain hose 10. Mounting f Undo the union nut from the heating flow. f Rotate the connector approx. 145°. 10.1 Handling f Retighten the union nut. f Pay attention to the appliance’s centre of mass when trans- f Fit the pipe bend for the heating circuit return (part of the porting the appliance.
.CZ`<<`.HC BHeC`.C& 10.2.3 Positioning the cross-section, or in a shutdown being activated by the high pressure limiter. f Observe the air discharge direction. f Position the standard appliance on the prepared substrate. 10.3.2 Filling the heating system Water quality In order to prevent damage caused by scale formation, you must observe the following when filling the system with heating water: The total water hardness must be < 1 °dH (0.18 mmol/l alkaline earths).
.CZ`<<`.HC BHeC`.C& 10.3.3 Minimum flow rate 10.6 Electrical connection We recommend that one or more heating circuits in the heating Note system are left open for heating operation without buffer cylinder. Observe the heat pump manager operating and instal- The open heating circuit(s) should be installed in the lead room lation instructions.
Page 13
.CZ`<<`.HC BHeC`.C& 10.6.1 Electrical connection of the WPL basic (three phase) ¼ ¼® `¼ ê |ù | êÖ ¼ ù |® Connection X3: Appliance and electric emergency/booster 2.6 kW heater (DHC) 3.0 kW f Connect the appliance to terminal X3. 3.2 kW 5.6 kW f Connect the electric emergency/booster heater to terminal X3...
Page 14
.CZ`<<`.HC BHeC`.C& 10.6.2 Electrical connection of the WPL S basic (single phase) Terminals X4, X2, control and LV Connection X3: Appliance and electric emergency/booster heater (DHC) f Connect the appliance to terminal X3. f Connect the electric emergency/booster heater to terminal X3 if you want to utilise the following appliance functions: ùê| ¼...
.CZ`<<`.HC BHeC`.C& 10.7 Fitting casing components 10.7.2 Fitting the casing components for the basic external installation 10.7.1 Fitting the casing components for the standard external installation 1 Side panel, r.h. 2 Cover 1 Side panel 3 Front panel 2 Cover 4 Side panel, l.h.
Page 16
.CZ`<<`.HC BHeC`.C& 10.7.3 Fitting the casing components for internal installation Before fitting the casing components, seal the appliance by affix- ing plastic sheets. The plastic sheets are supplied with the casing components. f Remove the backing from the adhesive tape strips on the frame and on the plastic sheets.
.CZ`<<`.HC BHeC`.C& Fitting casing components 3 Air hose 4 Cover Hose connection plate dimensions 1 Side panel 2 Cover Damage to the appliance and environment 3 Front panel In any case, cover the external apertures with a wire 4 Back panel mesh.
.CZ`<<`.HC BHeC`.C& 10.9 Fitting air hoses The example below shows the air hose connection being fitted. f Place the sealing strip provided around the connector. f Firstly, push the outer hose slightly upwards. f Pull the outer hose over the connector. f Push the inner hose halfway over the connector.
.CZ`<<`.HC HBB.ZZ.HC.C& 11.2 Commissioning 11. Commissioning A WPM II heat pump manager is required to operate the appli- 11.2.1 DIP switch (HP type) on the IWS II ance. All necessary adjustments prior to and during operation are f Open the control panel. made on this unit.
.CZ`<<`.HC `:.C& `+ TT<.C He` H% eZ DIP switch (BA) on the IWS II 13. Troubleshooting f Check whether the DIP switch (BA) is set correctly. Note Please observe the heat pump manager operating and installation instructions. Note The following inspection instructions may only be carried out by a qualified contractor.
.CZ`<<`.HC B.C`CC With second heat source: DANGER Electrocution! Before removing the casing components, disconnect all If the appliance is operated in dual mode with an external poles from the power supply. second heat source, set the DIP switch as follows: f Remove the casing components (see chapter “Installation”).
.CZ`<<`.HC ZT.%.`.HC 15. Specification 15.1 Connections and dimensions, basic external installation Supply line outlet g01 Air intake g02 Air discharge 15.2 Connections and dimensions, standard external installation Supply line outlet g01 Air intake g02 Air discharge qT< | ê qqq Z`.
<é<`VHC HB...
.CZ`<<`.HC ZT.%.`.HC 15.6 Output diagrams WPL 13 basic Key to output diagrams Heating output [kW] | Power consumption [kW] | Coefficient of performance ε [-] Inlet temperature of the heat source medium [°C] Flow temperature 35 °C Flow temperature 45 °C Flow temperature 55 °C...
.CZ`<<`.HC ZT.%.`.HC 15.7 Output diagrams WPL 20 basic Key to output diagrams Heating output [kW] | Power consumption [kW] | Coefficient of performance ε [-] Inlet temperature of the heat source medium [°C] Flow temperature 35 °C Flow temperature 45 °C Flow temperature 55 °C Flow temperature 60 °C Heating output...
.CZ`<<`.HC ZT.%.`.HC 15.8 Output diagrams WPL 13 S basic Key to output diagrams Heating output [kW] | Power consumption [kW] | Coefficient of performance ε [-] Inlet temperature of the heat source medium [°C] Flow temperature 35 °C Flow temperature 45 °C Flow temperature 55 °C Flow temperature 60 °C Heating output...
.CZ`<<`.HC ZT.%.`.HC 15.9 Output diagrams WPL 18 S basic Key to output diagrams Heating output [kW] | Power consumption [kW] | Coefficient of performance ε [-] Inlet temperature of the heat source medium [°C] Flow temperature 35 °C Flow temperature 45 °C Flow temperature 55 °C Flow temperature 60 °C Heating output...
.CZ`<<`.HC ZT.%.`.HC 15.10 Data table Output details apply to new appliances with clean heat exchangers. The power consumption of the integral auxiliary drives is stated as a maximum and may vary, subjectto operating point. The power consumption of the integral auxiliary drives is already included in the output details of the heat pump, as specifi ed by the EN 14511.
Need help?
Do you have a question about the WPL 13 basic and is the answer not in the manual?
Questions and answers