Related Manuals for Saunier Duval GeniaSet Mono FW 200-6
Summary of Contents for Saunier Duval GeniaSet Mono FW 200-6
- Page 1 GeniaSet Mono FW 200-6, FEW 200-6 en Operating instructions en Installation and maintenance instructions...
- Page 2 Operating instructions ........3 Installation and maintenance instructions..11...
-
Page 3: Table Of Contents
Operating instructions Contents Safety ..............4 Action-related warnings ......... 4 Intended use ............4 General safety information ........4 Notes on the documentation ......6 Product description..........6 Heat pump system..........6 Product design............6 Control elements............ 6 Description of the display ........7 Operating concept .......... -
Page 4: Safety
they have been given supervision or instruc- Safety tion concerning use of the product in a safe Action-related warnings way and understand the hazards involved. Children must not play with the product. Classification of action-related warnings Cleaning and user maintenance work must The action-related warnings are classified in not be carried out by children unless they are accordance with the severity of the possible... - Page 5 1.3.3 Risk of injury and material damage due to maintenance and repairs carried out incorrectly or not carried out at all ▶ Never attempt to carry out maintenance work or repairs on your product yourself. ▶ Faults and damage should be immediately rectified by a competent person.
-
Page 6: Notes On The Documentation
Notes on the documentation Product design ▶ Always observe all operating instructions that are en- closed with the installation components. ▶ Store these instructions and all other applicable docu- ments for further use. These instructions apply only to: Product FW 200/6 , FEW 200/6 Product description Heat pump system Design of a sample heat pump system with monoblock tech-... -
Page 7: Description Of The Display
Description of the display Type designation and serial number The type designation and serial number are on the data plate. CE marking The CE marking shows that the products comply with the basic requirements of the applicable directives as stated on the declaration of conformity. -
Page 8: Operation
Operation 4.3.3 Adjusting the target cylinder temperature Danger! Basic display Risk of death from legionella. Legionella multiply at temperatures below 60 °C. ▶ Have a competent person inform you about the measures that should be taken to protect against Legionella in your in- stallation. -
Page 9: Care And Maintenance
Care and maintenance Decommissioning Caring for the product Temporarily decommissioning the product ▶ ▶ Clean the casing with a damp cloth and a little solvent- Use the partition that is installed on-site (e.g. fuses free soap. or power switches) to disconnect the product from the ▶... -
Page 10: Appendix
Appendix Troubleshooting Problem Possible cause Remedy Building power supply switched off Switch on building power supply Domestic hot water or heating set to "off"/domestic Ensure that domestic hot water mode and/or hot water temperature or target temperature set too heating mode is activated in the system control. No domestic hot water, heat- Set the domestic hot water temperature in the ing remains cold;... - Page 11 Installation and maintenance Installing components for the energy supply company lockout function ........24 instructions Removing the cover from the power supply PCB ..............24 Contents Routing the cables in the product ......24 Establishing the power supply, 1~/230V....24 Safety ..............
- Page 12 11.4 Preparing for inspection and maintenance ..32 11.5 Using check programmes ........32 11.6 Checking the pre-charge pressure of the expansion vessel ..........32 11.7 Checking the magnesium protection anode ..33 11.8 Cleaning the domestic hot water cylinder.... 33 Draining ..............
-
Page 13: Safety
Safety Intended use also covers installation in ac- cordance with the IP code. Action-related warnings Any other use that is not specified in these Classification of action-related warnings instructions, or use beyond that specified in The action-related warnings are classified in this document, shall be considered improper accordance with the severity of the possible use. -
Page 14: Regulations (Directives, Laws, Standards)
▶ Observe the applicable national and inter- can cause malfunctioning and pose safety national laws, standards and directives. risks during operation. ▶ Ensure that the heating installation is in a 1.3.4 Risk of burns or scalding caused by technically perfect condition. hot components ▶... -
Page 15: Notes On The Documentation
Notes on the documentation Safety devices 3.2.1 Frost protection function ▶ Always observe all the operating and installation instruc- tions included with the system components. The frost protection function for the system is controlled us- ▶ ing the product itself or using the system control. If the sys- Pass these instructions and all other applicable docu- tem control fails, the product guarantees limited frost protec- ments on to the end user. -
Page 16: Functional Elements
Functional elements Information on the data plate The data plate keeps record of the country in which the product is to be installed. Information Meaning Serial no. Unique unit identification number Nomen- F...W Floor-standing ... heat pump clature Cylinder volume With electric back-up heater Unit generation Protection class... -
Page 17: Ce Marking
Symbol Connection Domestic hot water circuit, domestic hot water CE marking The CE marking shows that the products comply with the basic requirements of the applicable directives as stated on the declaration of conformity. The declaration of conformity can be viewed at the manufac- turer's site. -
Page 18: Dimensions
Dimensions Minimum clearances and installation clearances 130 mm 40 mm 300 mm 10 mm 600 mm ▶ Provide sufficient clearance (B) on at least one side of the product in order to facilitate access for maintenance and repair work. ▶ When using the accessories, observe the minimum clear- ances/installation clearances. -
Page 19: Separating The Product Into Two Modules Where Necessary
4.7.1 Using the carrying straps Danger! Risk of injury due to repeated use of the carrying straps. Due to material ageing, the carrying straps are not designed to be reused during any subsequent transportation. ▶ Once the product has been started up, cut off the carrying straps. -
Page 20: Removing The Casing
Removing the casing 4.9.2 Removing the side casing 4.9.1 Removing the front casing 2×1 2×1 Turn each of the two screws by a quarter turn. Lift the upper section of the front casing upwards and ▶ out. Remove the side casing as shown in the figure. 4.10 Installing the casing 4.10.1 Installing the front casing... -
Page 21: Moving The Electronics Box (Optional)
4.11 Moving the electronics box (optional) 2×1 Push the electronics box (1) upwards and pull it to- wards you. Move the electronics box into the required position. Install the upper part of the front casing as shown in the figure. 4.12 Setting up the indoor unit Use the two screws to secure the upper part of the... -
Page 22: Removing The Carrying Straps
4.13 Removing the carrying straps Connecting the heat pump to the indoor unit After you have set up the product, cut off the carrying straps and dispose of them in accordance with the relevant regulations. Refit the front casing to the product. Hydraulics installation G 1 1/4"... -
Page 23: Installing Potable Water Pipes
– Installing potable water pipes Diameter: 8 mm ▶ Install a condensate discharge hose on the condensate To connect the potable water pipes to the domestic hot water tray on-site and connect it to the sewage system via a cylinder, various piping sets are offered as accessories for free drain. -
Page 24: Requirements For The Quality Of The Mains Voltage
Requirements for the quality of the mains Removing the cover from the power supply voltage For the mains voltage of the single-phase 230 V network, a tolerance of +10% to -15% must be provided. For the mains voltage of the three-phase 400 V network, a tolerance of +10% to -15% must be provided. -
Page 25: Establishing The Power Supply, 3~/400V
6.7.1 1~/230V single power supply Establishing the power supply, 3~/400V ▶ Determine the type of connection: Case Connection type Energy supply company lockout not Single power supply provided Energy supply company lockout provided, shutdown via connection Energy supply company lockout Dual power supply provided, shutdown via partition 6.8.1... -
Page 26: Installing The Wired System Control
6.12 Routing the cables in the electronics box Connect the 3-pole power supply cable (from the household electricity meter) to connection X311. At lengths of 10 m or more, mains voltage connec- Use the strain relief clamps to secure the cables in tion cables must be laid separately from sensor or place. -
Page 27: Connecting The Circulation Pump
6.19 Checking the electrical installation Screw the respective plug to the connection cable. Check whether all conductors are inserted mechanic- ▶ After the installation is complete, check the electrical in- ally securely in the terminals of the plug. Remedy this if stallation to ensure that the connections that have been necessary. -
Page 28: Checking And Treating The Heating Water/Filling And Supplementary Water
If you want to actuate the heating circuit and the do- Caution. mestic hot water cylinder, turn the selection lever to Risk of material damage if the heating "Heating circuit/domestic hot water cylinder". water is treated with unsuitable additives. Checking and treating the heating Unsuitable additives may cause changes in water/filling and supplementary water the components, noises in heating mode and... -
Page 29: Filling The Domestic Hot Water Circuit
Filling the domestic hot water circuit Open all domestic hot water tap fittings. Wait until water escapes from each draw-off point and then close all the hot water taps. Check the system for tightness. Purging Open the automatic air vent. Press and hold the buttons for three seconds. -
Page 30: Setting The Anti-Legionella Function
– 8.12 Checking function and leak-tightness 0 = 230 V, 1 = 400 V ▶ Call up diagnostics code D.226 and set the output for the Before you hand the product over to the end user: electric back-up heater: ▶ –... -
Page 31: Total Pressure Loss In The Product, Domestic Hot Water
Total pressure loss in the product, domestic 10.2 Using the function menu hot water 10.3 Using sensor and component tests To test whether the sensors and components are working correctly, press and hold the button and the button to the right of the push button for three seconds. -
Page 32: Resetting Parameters To Factory Settings
11.3 Observing inspection and maintenance Remove the connection cable from terminal block X302. intervals Remove the capillary tube from the temperature sensor ▶ Adhere to the minimum inspection and maintenance in- on the electric back-up heater. tervals. Carry out all of the work that is listed in the "In- Remove both screws and remove the safety cut-out spection and maintenance work"... -
Page 33: Checking The Magnesium Protection Anode
11.7 Checking the magnesium protection anode Drain the product's domestic hot water circuit. (→ Page 33) Remove the heat insulation from the magnesium pro- tection anode (1). Unscrew the magnesium protection anode from the cylinder and check the extent to which it has corroded. Connect a hose to each of the draining cocks (1) and If the anode is more than 60% worn, replace it. -
Page 34: 13 Decommissioning
13 Decommissioning 13.1 Decommissioning the product ▶ Disconnect the product from the power grid. ▶ Close the cold-water stopcock. ▶ Close the heating stopcock (flow and return). ▶ Drain the product. 14 Recycling and disposal Disposing of the packaging ▶ Dispose of the packaging correctly. -
Page 35: Appendix
Appendix Functional diagram Automatic air vent Cylinder temperature sensor Flow temperature sensor: Electric back-up heater Manometer output Filling/draining cock Building circuit, flow Isolation valve Building circuit, return Draining cock, heat pump and heating circuit Back-up heater Domestic hot water cylinder's draining cock Heating flow from the outdoor unit Diaphragm expansion vessel Heating return to the outdoor unit... -
Page 36: B Wiring Diagram
Wiring diagram X311 X300 X310 X312 X302 X314 X313 X328 X301 Power supply PCB [X301] Back-up heater For single power supply: 230 V bridge between [X328] Data connection to the control PCB X311 and X310; for dual power supply: Replace [X313] Power supply for the control PCB or the the bridge at X311 with the 230 V connection RED-3 or the optional external current anode... -
Page 37: C Control Pcb
Control PCB 9 18 X100 / X106 eBUS 9 19 Control PCB [X16] Optional: Accessory (intermediate heat ex- changer pump) [X29] eBUS bus connection for the installed system [X15] Internal prioritising diverter valve for heating control circuit/cylinder charging [X51] Display edge connector [X11] Multi-function output 2: Domestic hot water [X35] Edge connector for optional external current circulation pump... -
Page 38: Basic Connection Diagram For The Energy Supply Company Lockout, Shutdown Via Connection S21
Basic connection diagram for the energy supply company lockout, shutdown via connection S21 L1 L2 L3 N L2 L3 N X211 X210 X200 X206 X311 X310 X300 X106 L1 L2 L3 L2 L3 N X211 X210 X200 X206 X311 X310 X300 X106 Meter/fuse box... -
Page 39: Basic Connection Diagram For The Energy Supply Company Lockout, Shutdown Via Partition
Basic connection diagram for the energy supply company lockout, shutdown via partition L1 L2 L3 N L2 L3 N X211 X210 X200 X206 X311 X310 X300 X106 L1 L2 L3 L2 L3 N X211 X210 X200 X206 X311 X310 X300 X106 Meter/fuse box Disconnector (circuit breaker, fuse) -
Page 40: F Status Codes
Status codes Code Meaning Status external current anode Anode not connected, Anode OK, Anode Fault S.34 Heating mode: Frost pro- If the measured outdoor temperature falls below XX °C, the temperature of the heating circuit's flow tection and return is monitored. If the temperature difference exceeds the set value, the pump and com- pressor are started without a heat demand. - Page 41 Code Meaning S.260 Fan unit 2: Fan blocked If the fan speed is 0 rpm, the heat pump is switched off for 15 minutes and then restarted. If the fan does not start up after four unsuccessful restarts, the heat pump is switched off and the fault mes- sage F.785 is displayed.
-
Page 42: G Fault Codes
Code Meaning S.351 Immersion heater: Flow The flow temperature at the immersion heater is too high. Flow temperature > 75 °C. The heat pump temp. too high is switched off. S.516 De-icing mode active The heat pump de-ices the outdoor unit's heat exchanger. The heating mode is interrupted. The max- imum de-icing time is 16 minutes. - Page 43 Remedy Code Meaning Cause – – F.718 Fan unit 1: Fan blocked There is no confirmation signal stat- Check the air route and, if required, ing that the fan is rotating remove any blockages – – F.729 Compressor outlet temperature The compressor outlet temperature Checking the high-pressure sensor too low...
- Page 44 Remedy Code Meaning Cause – – F.735 Evaporation temperature too high Temperature in the environment Check the system temperatures circuit (heating mode) or building – Check the refrigerant filling volume circuit (cooling mode) too high for for overfilling compressor operation –...
- Page 45 Remedy Code Meaning Cause – – F.755 Fault: 4-port valve position not Incorrect position of the 4-port di- Check the 4-port diverter valve (is an correct verter valve. If, in heating mode, the audible switching available? Use the flow temperature is lower than the sensor/actuator test) return temperature in the building cir- –...
- Page 46 Remedy Code Meaning Cause – – F.823 Hot gas temperature switch open The hot gas thermostat shuts down Check the EEV the heat pump if the temperature – Replace the dirt filter in the refrigera- in the refrigerant circuit is too high. tion circuit, if required Following a waiting period, the heat pump attempts to start once more.
-
Page 47: Overview Of The Sensor And Component Tests
Overview of the sensor and component tests Code Description A.01 Building circuit pump A.02 Prioritising diverter valve for heating/domestic hot water A.17 Fan 1 A.18 Fan 2 A.19 Condensate tray heater A.20 4-port valve A.21 Valve setting for the electronic expansion valve A.23 Heating coil compressor... -
Page 48: I Overview Of The Check Programmes
Overview of the check programmes Code Description Heating mode Purging the building circuit Cooling mode De-icing DHW mode Immersion heater High pressure Diagnostics codes Code Description D.000 Energy yield: Heating, current day D.001 Energy yield: Cooling, current day D.002 Energy yield: Domestic hot water, cur- rent day D.014 Monthly energy yield, heating... - Page 49 Code Description D.076 Energy consumption: Back-up heater, current D.077 Overall energy consumption D.100 Operating hours counter for compressor D.101 Compressor starts D.102 Operating hours counter for building circuit pump D.103 Starts: Building circuit pump D.106 Operating hours counter for 4-port di- verter valve D.107 Number of switching operations: 4-port...
- Page 50 Code Description D.226 Power limit, back-up heater 230 V: 1–6 kW, 400 V: 1–9 kW D.227 Cooling technology 0: None, 1: Active cooling, factory set- ting: 0 D.230 Mode: Back-up immersion heater 0 = Off, 1 = Heating, 2 = Domestic hot water, 3 = Heating + domestic hot water D.231 Current limit, outdoor unit (A)
-
Page 51: K 5.4 Kw Back-Up Heater At 230 V
Code Description D.363 Compressor, flow temperature, cooling, hysteresis 0–15 K, increment 1, factory setting: 7 K D.364 Reset maintenance messages 0: No, 1: Yes D.365 Fan boost (fan rotates more quickly) 0: No, 1: Yes 5.4 kW back-up heater at 230 V Internal control of the output Power consumption Set value... -
Page 52: Characteristic Values For The Internal Temperature Sensors, Hydraulic Circuit
Characteristic values for the internal temperature sensors, hydraulic circuit Sensors: TT620 TT650 Temperature (°C) Resistance (ohms) 33400 25902 20247 15950 12657 10115 8138 6589 5367 4398 3624 3002 2500 2092 1759 1486 1260 1074 Characteristic values for the VR10 internal temperature sensors, cylinder temper- ature Temperature (°C) Resistance (ohms) -
Page 53: Characteristic Values For The Vrc Dcf Outdoor Temperature Sensor
Temperature (°C) Resistance (ohms) Characteristic values for the VRC DCF outdoor temperature sensor Temperature (°C) Resistance (ohms) 2167 2067 1976 1862 1745 1619 1494 1387 1246 1128 1020 Technical data Note The following performance data is only applicable to new products with clean heat exchangers. Technical data –... - Page 54 FW 200-6 FEW 200-6 IP rating IP 10B IP 10B Heating circuit connections G 1" G 1" Heat source connections G 1 1/4" G 1 1/4" Cold water and domestic hot wa- G 3/4" G 3/4" ter connections ≤ 15 m ≤...
- Page 55 Technical data – Domestic hot water FW 200-6 FEW 200-6 Water content of the domestic hot 185 l 185 l water cylinder Heat exchanger nominal volume 8.6 l 8.6 l (heating coil) Surface area of the heat 1.3 m² 1.3 m² exchanger Domestic hot water cylinder ma- Steel, enamelled...
- Page 56 FW 200-6 FEW 200-6 Power consumption during 39 W 39 W standby in accordance with DIN EN 16147, A7 – with an outdoor unit up to 12 kW Coefficient of performance 2.61 2.61 (COPdhw) in accordance with EN 16147, A7, XL profile – with an outdoor unit up to 12 kW 52.1 ℃...
-
Page 57: Index
Index Product, separating, for transport........19 Product, switching on ............29 Article number ..............16 Qualification................. 13 Regulations ................. 14 Basic diagram..............13 Removing, front casing............20 Building circuit, connecting..........22 Safety cut-out ..............15 Cable duct, in the product ........... 24 Safety device............... - Page 60 Supplier Vaillant Group Slovakia, s.r.o. Pplk. Pl'ušt'a 45 Skalica 909 01 Tel +42134 6966 101 Fax +42134 6966 111 Zákaznícka linka +42134 6966 166 0020291589_02 www.protherm.sk Publisher/manufacturer SDECCI SAS 17, rue de la Petite Baratte 44300 Nantes Téléphone +33 24068 1010 Fax +33 24068 1053 © These instructions, or parts thereof, are protected by copyright and may be reproduced or distributed only with the manufacturer's written consent.
Need help?
Do you have a question about the GeniaSet Mono FW 200-6 and is the answer not in the manual?
Questions and answers
Display showing “Water deficiency: follow the instructions in the heat gen.” No error code showing. Water pressure is 0.8, which is within acceptable range. I’m not sure what the heat gen is, or where to look for mentioned instructions. Can you please advise?
The "Water deficiency: follow the instructions in the heat gen" message on a Saunier Duval Mono FW 200-6 indicates that there is insufficient water in the heating system. This can cause the system to stop working correctly.
To resolve this, you should check the system pressure and refill the heating circuit if needed. The instructions for checking and correcting this are found in the troubleshooting section of the operating instructions. If the issue continues, contact a competent person.
This answer is automatically generated
Hello I have heating but I don’t have hot water. Saunier duvel géniaset fw200-6
If there is heating but no hot water in the Saunier Duval GeniaSet Mono FW 200-6, possible reasons could include:
1. Hot Water Temperature Setting – The domestic hot water temperature may be set too low or turned off.
2. Fault Messages – The system may display an error indicating an issue with hot water generation.
3. System Pressure – If the system pressure is too low, it may affect hot water production.
4. Magnesium Anode or Heat Exchanger Issues – Corrosion protection failure or a blocked heat exchanger could prevent proper heating of water.
5. Expansion Relief Valve or Safety Devices – If the expansion relief valve is faulty, it may prevent hot water from reaching the required temperature.
6. Back-up Heater Issues – If the back-up heater is not functioning correctly, water may not be heated properly.
7. Heat Pump Functionality – If the heat pump is not working correctly for hot water but still functions for heating, the issue may be specific to the domestic hot water system.
Checking the settings, reading fault messages, and ensuring proper maintenance can help identify and resolve the issue.
This answer is automatically generated