Potterton Paramount five 50 Installation Manual
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Potterton Paramount five 50 Installation Manual

Potterton Paramount five 50 Installation Manual

Gas condensing boiler
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United Kingdom
en
Installation Manual
Gas condensing boiler
Paramount five 30
Paramount five 40
Paramount five 50
Paramount five 60
Paramount five 80
Paramount five 95
Paramount five 115

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Summary of Contents for Potterton Paramount five 50

  • Page 1 United Kingdom Installation Manual Gas condensing boiler Paramount five 30 Paramount five 40 Paramount five 50 Paramount five 60 Paramount five 80 Paramount five 95 Paramount five 115...
  • Page 2 Dear Customer, Thank you very much for buying this appliance. Please read through the manual carefully before using the product, and keep it in a safe place for later reference. In order to ensure continued safe and efficient operation we recommend that the product is serviced regularly. Our service and customer service organisation can assist with this.

  • Page 3: Table Of Contents

    5.2.7 Use of antifreeze agents with Potterton Commercial heat generators ......32 Choice of the location .
  • Page 4 Contents 6.2.3 Connecting the expansion vessel ............38 6.2.4 Condensate .
  • Page 5 Contents 9.2.4 Time programs ............... .86 9.2.5 Holiday programs .

  • Page 6: Safety

    1 Safety Safety General safety instructions Danger If you smell gas: 1. Do not use a naked flame, do not smoke, do not operate electrical contacts or switches (doorbell, light, motor, lift, etc.). 2. Shut off the gas supply. 3. Open the windows. 4.
  • Page 7 1 Safety Danger Risk of poisoning. Never use condensate water as drinking water! Condensate is not suitable for consumption by people or animals. Do not let the skin come into contact with condensate. Suitable protective clothing must be worn during maintenance work.

  • Page 8: Intended Use

    1 Safety Danger Replacement of damaged parts may only be performed by an installer. Warning Risk of damage! The condensing boiler may only be installed in rooms with clean combustion air. Foreign matter such as pollen must never filter through the inlet apertures to reach the inside of the appliance.

  • Page 9: Specific Safety Instructions

    1 Safety Specific safety instructions 1.3.1 Liquid gas below ground level The Paramount complies with DIN EN 126 and DIN EN 298 and, therefore does not need an additional disconnector valve for operation with liquid gas below ground level. Liabilities 1.4.1 Manufacturer's liability Our products are manufactured in compliance with the...

  • Page 10: Installer's Liability

    1 Safety When natural gas is used, the gas condensing-boiler emit less than 60 corresponding to the requirements as per §6 of the Ordinance regarding small firing places dated 26.01.2010 (1. BImSchV). 1.4.3 Installer's liability The installer is responsible for the installation and initial commissioning of the appliance.

  • Page 11: About This Manual

    2 About this manual About this manual General This manual is intended for the installer of a Paramount boiler. Additional documentation 2.2.1 Additional documentation Here is an overview of the further documents belonging to this heating system. Tab.1 Overview table Documentation Contents Intended for...
  • Page 12 2 About this manual Caution Risk of material damage. Important Please note: important information. Reference to other manuals or pages in this manual. Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 13: Technical Specifications

    3 Technical specifications Technical specifications Homologations 3.1.1 Regulations and standards Beside the general technical rules, the relevant standards, regulations, ordinances and guidelines should be followed: DIN 4109: Sound insulation in buildings DIN EN 12828: Heating systems in buildings –, planning domestic hot water heating systems Federal Immission Control Ordinance 1.

  • Page 14: Technical Data - Boiler Space Heaters

    3 Technical specifications Model Paramount 30 Paramount 40 Other data Standby heat loss 0.055 0.055 stby Ignition burner power consumption Annual energy consumption Sound power level, indoors Emissions of nitrogen oxides mg/kWh (1) Low temperature means for condensing boilers 30°C, for low temperature boilers 37°C and for other heaters 50°C return temperature (at heater inlet).

  • Page 15: Technical Data

    3 Technical specifications 3.2.3 Technical data Tab.4 Technical data Model Para‐ Para‐ Para‐ Para‐ Para‐ Para‐ Para‐ mount mount mount mount mount mount mount Product ID no. CE-0085BL0514 IP rating IPx4D Gas category 2H3+ Appliance category Software version V 4.6 Nominal input range Natural gas Heating...

  • Page 16: Tables Of Sensor Values

    3 Technical specifications Model Para‐ Para‐ Para‐ Para‐ Para‐ Para‐ Para‐ mount mount mount mount mount mount mount Connection values Natural gas E [H m³/h 0,59 - 0.95 - 1,06 - 1,48 - 2,22 - 2,12 - 2,65 - 5,30 6,10 8,10 10,10...

  • Page 17: Total Dynamic Head Paramount

    3 Technical specifications Temperature [°C] Resistance [Ω] 15699 12488 10000 8059 6535 5330 4372 3605 2989 2490 2084 1753 1481 1256 1070 3.2.5 Total dynamic head Paramount Fig.1 Total dynamic head Paramount 30 - Paramount 40 100% Rfh (100%) 1000 1200 1400 1600...

  • Page 18: Dimensions And Connections

    3 Technical specifications Dimensions and connections Fig.2 Dimensions and connections Paramount 30 / 40 RA-0000169 1 HV – Heating flow 5 SiV – Safety valve 2 HR – Heating return 6 KA – Condensate connection 3 2. HR – Heating return, heating circuit 2 7 SV –...
  • Page 19 3 Technical specifications Model Paramount 30/40 2nd HR – Heating return, heating circuit 2 G 1" Gas – Gas connection G 3/4" SiV – Safety valve G 3/4" KA – Condensate connection Ø 25 mm Gravity lock blocked (valve opened) Operating position Paramount For more information, see...

  • Page 20: Dimensions And Connections

    3 Technical specifications Dimensions and connections Fig.3 Dimensions and Connections Paramount 50 - 115 RA-0000310 1 Heating flow 3 Gas connection 2 Heating return 4 Condensate connection Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 21: Wiring Diagram

    3 Technical specifications Tab.8 Dimensions and connections Model Paramount Paramount Paramount Para‐ 50/60 mount 115 Heating flow " " " " Heating return " " " " Gas connection G 1" G 1" G 1" G 1" Safety valve G 3/4" G 3/4"...
  • Page 22 3 Technical specifications BusEM Bus connection for expansion module P1 PWM output BX1-3 Multi-function sensor input QX1-3 Multifunctional output F4 Water pressure sensor S1 ON/OFF switch FB Remote control (accessory) S2 Unlocking GW Gas pressure monitor STB Safety temperature limiter H1,4,5 Multifunctional input (accessory) T1 Ignition transformer H6 Gas pressure monitor input...
  • Page 23 3 Technical specifications P1 PWM output TLP DHW charging pump (accessory) QX1-3 Multifunctional output TWF DHW sensor type 36 S1 ON/OFF switch X11,60 Bus module interface S2 Unlocking X12,13 Service interface STB Safety temperature limiter Y2 Gas valve T1 Ignition transformer Fig.6 Wiring diagram Paramount 80 - 115 ATF Outdoor temperature sensor QAC 34...

  • Page 24: Description Of The Product

    4 Description of the product Description of the product Main components Fig.7 Boiler view Paramount (depicted without front wall and regulator cover) Paramount 30/40 Paramount 50/60 RA-0000196 Paramount 95/115 Paramount 80 RA-0000312 Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 25: Control Panel Description

    4 Description of the product Paramount 30/40 Paramount 50 - 115 Ionisation electrode Air vent Ignition electrodes Mixing tube Flame inspection window Ignition and ionization electrode Flow sensor Flame inspection window Air vent Water pressure sensor Mixing tube Siphon Air intake silencer Flue gas adapter with inspection apertures Gas injector Ignition transformer (under the lid)

  • Page 26: Displays

    4 Description of the product 4.2.2 Displays Fig.9 Symbols on the display Heating to comfort setpoint Heating to reduced setpoint Heating to frost protection setpoint Current process Holiday function active Reference to heating circuits Burner in operation (boiler only) Cooling active (heat pump only) Compressor in operation (heat pump only) Maintenance message Fault message...

  • Page 27: Installation Of Extension Module

    4 Description of the product 4.4.2 Installation of extension module If an EWM extension module is installed, an application with one or two mixed heating circuits is possible. 7703046 - 01 - 23072018 Paramount five 30 – 115...

  • Page 28: Before Installation

    Paramount must be kept free at all times. 5.2.3 Treating and preparing the heating water Introduction This section explains the conditions for heating water when Potterton Commercial condensing boilers are used. Important Please note that the boiler Paramount has an aluminium silicon heat exchanger.

  • Page 29: Heating Water Requirements

    Heating systems in which a Potterton Commercial condensing boiler is to be installed must be designed as a closed heating system with diaphragm expansion vessel in accordance with DIN EN 12828.
  • Page 30 (dispersion) and form a corrosion protection layer on metallic surfaces. Only products approved by Potterton Commercial may be used to treat heating water. Softening/desalination may only be carried out using appliances approved by Potterton Commercial, while taking the limit values into consideration.
  • Page 31 5 Before installation Important A softening system reduces calcium and magnesium to prevent the formation of scale (VDI directive 2035 Sheet 1). No corrosive water components are reduced or removed (VDI directive 2035 Sheet 2). Tab.9 Table to VDI 2035 Sheet 1 Total heating output in kW Total hardness in °dH depending on the specific system volume <...

  • Page 32: Determining The System Volume

    Document the filling (VDI directive 2035 Sheet 2 Section 4 "Principles"). The Potterton Commercial service book must be used for this. To prevent gas pockets and gas bubbles, it is essential to fully vent the heat generator at maximum operating temperature.
  • Page 33 Potterton Commercial in relation to its practical suitability for use with condensing boilers. Important Up to a mixing ratio of 2:1, the heat transfer fluid WTF B is approved as frost protection down to -15 °C for use with Potterton Commercial condensing boilers. Caution Keep the installation room frost-free.

  • Page 34: Choice Of The Location

    5 Before installation Choice of the location 5.3.1 Requirements for the installation room Notice The installation room must be dry and frost-free. Caution Do not stock chloride or fluoride compounds close to the boiler. They are particularly corrosive and may contaminate the combustion air.

  • Page 35: Notes For Installation Location

    5 Before installation 5.3.2 Notes for installation location Danger Danger caused by the boiler falling! The boiler may fall as a result of unsuitable rawl plugs and a wall that does not have sufficient load-bearing capacity. Use suitable rawl plugs to secure the boiler. The wall must have sufficient load-bearing capacity and be able to bear the weight of the boiler.

  • Page 36: Transport

    (RCD) with a rated differential current that is no greater than 30 mA must be provided. Potterton Commercial does not accept any warranty claims for corrosion damage caused by a permanent heavy splash load. To comply with protection type IPx4D, the following conditions must be...

  • Page 37: Unpacking

    5 Before installation Unpacking Caution Sharp-edged packaging material Risk of cuts on the sharp-edged cardboard packaging Wear gloves when unpacking the unit. Danger Risk of asphyxiation! The unit's packaging material (e.g. plastic film) presents a risk of asphyxiation for children. Never allow children to play with packaging material.

  • Page 38: Installation

    6 Installation Installation General Warning Risk of injury! Objects (e.g. tools) that are carelessly placed on the unit lead to a risk of injuries and damage. Do not place any objects on the unit. Even for a short time! Hydraulic connections 6.2.1 Connecting the heating circuit Connect the heating circuit with flat seal screw connections to boiler flow...

  • Page 39: Condensate

    The condensate hose of the Paramount must be inserted through the opening in the floor. If there is no run-off facility underneath the condensate discharge, the use of a Potterton Commercial neutralisation and lifting system is recommended. Caution Danger of damaging the device! The condensate hose must be laid with even gradient to the funnel (at least 3 cm/m).

  • Page 40: Air Supply/Flue Gas Outlet Connections

    2016/426/EC, the rules of the DVGW VP 113 (German Technical and Scientific Association for Gas and Water) and standard 15502-1. The joint approval for the Potterton Commercial flue gas piping system with a Potterton Commercial gas-fired condensing boiler is documented by the corresponding CE product identification number.

  • Page 41: Permissible Flue Gas Pipe Lengths

    (1) This is the maximum flue length, the allowable horizontal run within total flue length is shown in brackets. (2) not supplied byPotterton Commercial Flue sizes shown for the Concentric Vertical Flue are adapted sizes for flues supplied by Potterton Commercial. For flues supplied by other manufactors, please refer to technical data for standard spigot sizes.

  • Page 42: Power Compensation For Increasing The Permissible Flue Gas Piping Lengths

    6 Installation BS 5440 states a suitable guard should be provided whenever the appliance terminal is fitted less than 2 m above ground, above a balcony or flat roof. For more information, see Power compensation for increasing the permissible flue gas piping lengths, page 42 6.4.4 Power compensation for increasing the permissible flue...

  • Page 43: Mounting The Flue Gas System

    6 Installation corrosion damage and malfunctions on fuel-burning installations. If the combustion air has to be drawn via an already existing chimney, this flue gas tract should be inspected and if necessary cleaned. Should structural deficiencies (e.g. old, broken chimney structures) oppose its use as a combustion air supply duct, suitable measures such as shake-out of the fireplace should be taken.
  • Page 44 6 Installation Fig.14 2. For fastening the support rail in the opposite wall of the shaft opening, a bore hole (Ø=10 mm) must be provided on the level fo the opening edge. Then the pin of the support rail has to be hammered into the bore hole.

  • Page 45: Outlets

    6 Installation Caution When the flue pipes are dis-assembled, new seals must be used for the reassembly! 6.4.7 Outlets Important When codes of practice dictate the use of a terminal guard use a suitable guard of stainless steel construction. There must be a clearance of at least 50 mm between any part of the terminal and the guard.

  • Page 46: Chimneys Already In Use

    6 Installation Adjacent to windows or openings on pitched and flat roofs. 600 mm Below windows or openings on pitched roofs. 2000 mm (1) In addition, the terminal should be no nearer than 150 mm to an opening in the building fabric formed for the purpose of accommodating a built-in element such as a window frame.

  • Page 47: Cable Lengths

    Replacing cables All connecting cables, except for the mains connection cable, have to be replaced by Potterton Commercial special cables in case of replacement. When replacing the mains connection cable, only cables of the types H05VV-F 3 x 1 mm or 3 x 1,5 mm have to be used.

  • Page 48: Protection Against Contact

    6 Installation 6.5.5 Protection against contact Danger of electric shock Danger to life due by missing shock-proof protection. To ensure shock-proof protection, all parts of the boiler to be screwed on – the casing parts in particular – must be screwed on correctly after work has been completed.

  • Page 49: Commissioning

    7 Commissioning Commissioning General Danger Commissioning may only be carried out by an approved installer. The installer checks the tightness of pipes, the correct function of all regulating, control and safety equipment, and measures the combustion values. If this work is not carried out correctly, there is a risk of considerable damage to persons, environment and property.

  • Page 50: Commissioning Procedure

    7 Commissioning Commissioning procedure 7.3.1 Checking that the pump is running normally If required, the pump (type UPM3) can be checked to ensure that it is running normally. 1. Insert a screwdriver into the front hole in the pump. 2. By turning and applying pressure at the same time, you can establish that the pump is running normally.

  • Page 51: Co Content

    Danger! Danger to life by gas! The gas type of the Paramount may only be changed by an approved heating specialist. The Potterton Commercial conversion kit for LPG (accessory) must be used. The instructions of the conversion kit must be observed!

  • Page 52: Gas Valve

    7 Commissioning 7.4.5 Gas valve Fig.18 Gas valve RA-0001307 1 Measuring nozzle for injector pressure Setting of jet pressures: 2 Setting for full load Paramount 30 - 60: Torx T15 3 Setting for low load (remove protective plug in Paramount 80: Allen key 2,0 mm advance (5)) Paramount 95 - 115: Allen key 2,5 mm 4 Measuring nozzle for connecting pressure...

  • Page 53: Guidance Values For Gas Flow Rate, Injector Pressure And Co 2 Content

    7 Commissioning 1. Press button Operating mode button heating operation for approx 3 s The message Controller stop active is displayed. 2. Wait until the display has reached the basic display again. xxxxxxxxxxxxxx 3. Press the Info button The message Controller stop setpoint appears on the display. The actual modulation degree will be displayed on the display.

  • Page 54: Guidance Values For The Gas Flow Rate

    7 Commissioning 7.4.9 Guidance values for the gas flow rate Tab.15 Guide values for the gas flow rate for natural gas Model Paramount Paramount Paramount Paramount Paramount Nominal input (full load) 50,0 58.0 77.0 95.0 115.0 Gas flow rate l/min l/min l/min l/min...
  • Page 55 7 Commissioning For more information, see Technical data, page 15 7703046 - 01 - 23072018 Paramount five 30 – 115...

  • Page 56: Operation

    8 Operation Operation Changing parameters Settings which are not directly changed via the operating panel must be carried out on the setting level. The basic programming process is depicted in the following using the example of the setting of Time of day and date. 1.

  • Page 57: Programming Procedure

    8 Operation Programming procedure The selection of the setting levels and menu items is done as follows: 1. Press OK. End user level are displayed. The menu items under the 2. Press information button for approx. 3 s. The setting levels appear. 3.

  • Page 58: Setting The Heating Mode

    8 Operation 1. Switch on the heating emergency switch. 2. Open the gas tap. 3. Open the disconnector valves. 4. Open the domestic water supply. 5. Open the front panel cover and switch the ON/OFF switch on the front panel of the boiler to on. The Paramount can be put into operation without further settings being necessary.

  • Page 59: Adjusting Comfortable Room Setpoint

    8 Operation Important A setting between 50 and 60°C is recommended for domestic water heating. Times for domestic water heating are set in time program 4 / DHW. For reasons of convenience, domestic water heating should start approx. 1 h before central heating commences. Important Legionella function Each Sunday during the first charge of the DHW tank, the...
  • Page 60 8 Operation The pump inside the boiler is actuated by parameter 2320 (Pump modulation) with the modulation setting "Demand". This means that it modulates between the set minimum and maximum pump speed depending on the heating demand. The pump strives to use the least energy possible to supply the heating circuit.

  • Page 61: Emergency Mode (Manual Control)

    8 Operation 8.11 Emergency mode (Manual control) Activation of manual control. If the manual control function is activated the boiler is controlled to the setpoint manual control. All the pumps are switched on. Additional requests e.g. for heating domestic water are ignored.

  • Page 62: Settings

    9 Settings Settings List of parameters Subject to system configuration, not all parameters listed in the parameter list will be shown on the display. To reach the end user (Eu), Commissioning (C) and Engineer (E) setting levels: Press the OK button. Then press the information button for approx.
  • Page 63 9 Settings Operator section Prog. no. Level Standard value 0.0 °C Readjustment room sensor Software version (1) This parameter is only visible in the room device! (2) This parameter is only visible if a suitable standard setting is available in the operating unit! (3) This parameter is only visible in the room device, as the operating unit in the boiler is programmed permanently to the operating unit! Prog.
  • Page 64 9 Settings Time program heating circuit 4 / DHW Prog. no. Level Standard value Copy? Default values No | Yes Time program heating circuit 5 Prog. no. Level Standard value Preselection Mo - Su Monday Mo - Su | Mo - Fr | Sa - Su | Monday | Tuesday | Wednesday | Thursday | Friday | Saturday | Sunday 1st phase on 06:00 (h/min)
  • Page 65 9 Settings Heating circuit Level Standard value Prog. no. Prog. no. Prog. no. Continuous pump operation 1109 1409 No | Yes Overtemp prot pump circuit 1120 1420 Off | On Mixing valve boost 1130 1430 5 °C Actuator running time 1134 1434 140 s...
  • Page 66 9 Settings Prog. no. Level Standard value Circulating pump cycling 1661 Off | On Circulation setpoint 1663 55 °C Optg mode changeover 1680 0: None | 1: Off | 2: On Consumer circuit / Swimming pool circuit Consumer Consumer Swimming Level Standard value circuit 1...
  • Page 67 9 Settings Boiler Prog. no. Level Standard value Temp differential max 2316 - - - Temp differential nominal 2317 15 °C Pump modulation 2320 Demand 0: None | 1: Demand | 2: Boiler setpoint | 3: Temp differential nominal | 4: Burner output Pump speed min 2322...
  • Page 68 9 Settings Boiler Prog. no. Level Standard value Controller delay duration 2453 40 s Switching diff on HCs 2454 4 °C Switching diff off min HCs 2455 5 °C Switching diff off max HCs 2456 10 °C Switching diff on DHW 2460 5 °C Switching diff off min DHW...
  • Page 69 9 Settings Solar Prog. no. Level Standard value Collector start funct grad 3834 - - - min/°C Collector frost protection 3840 - - - °C Collector overtemp prot 3850 - - - °C Evaporation heat carrier 3860 130 °C Pump speed min 3870 10 % Pump speed max...
  • Page 70 9 Settings Domestic water storage tank Prog. no. Level Standard value Type of charging 5022 Full charging 1: Recharging | 2: Full charging | 3: Full charging legio | 4: Full charg 1st time day | 5: Full charg 1st time legio Switching diff 5024 4 °C...
  • Page 71 9 Settings Configuration Prog. no. Level Standard value DHW sensor 5730 DHW sensor B3 1: DHW sensor B3 | 2: Thermostat DHW ctrl elem Q3 5731 Charging pump 0: No charging request | 1: Charging pump | 2: Diverting valve Basic position DHW div valve 5734 Heating circuit...
  • Page 72 9 Settings Configuration Prog. no. Level Standard value Function input H1 5950 None 0: {None | 1: Optg mode change HCs+DHW | 2: Optg mode changeover DHW | 3: Optg mode changeover HCs | 4: Optg mode changeover HC1 | 5: Optg mode changeover HC2 | 6: Optg mode changeover HC3 | 7: Heat generation lock | 8: Error/alarm message | 9: Consumer request VK1 | 10: Consumer request VK2 | 11: Release swi pool source heat | 12: Excess heat discharge | 13: Release swi...
  • Page 73 9 Settings Configuration Prog. no. Level Standard value Frost protection plant 6120 Off | On Water pressure min 6181 0.7 bars Save sensors 6200 No | Yes Reset to default parameters 6205 Check no. heat source 1 6212 Check no. heat source 2 6213 Check no.
  • Page 74 9 Settings Fault Prog. no. Level Standard value Burn ctrl phase lockout pos 6706 Reset alarm relay 6710 No | Yes Flow temp 1 alarm 6740 - - - min Flow temp 2 alarm 6741 - - - min Flow temp 3 alarm 6742 - - - min Boiler temp alarm...
  • Page 75 9 Settings Maintenance/special operation Prog. no. Level Standard value Telephone customer service 7170 - - - PStick storage pos 7250 PStick Reg data set PStick command 7252 No operation 0: No operation | 1: Reading from stick | 2: Writing on stick PStick progress 7253 PStick status...
  • Page 76 9 Settings Configuration of extension modules Prog. no. Level Standard value Contact type H2/H21 module 1 7322 NC | NO Input value 1 H2/H21 module 1 7324 Funct value 1 H2/H21 module 1 7325 Input value 2 H2/H21 module 1 7326 Funct value 2 H2/H21 module 1 7327...
  • Page 77 9 Settings Configuration of extension modules Prog. no. Level Standard value Contact type H2/H21 module 2 7397 0: NC | 1: NO Input value 1 H2/H21 module 2 7399 Funct value 1 H2/H21 module 2 7400 Input value 2 H2/H21 module 2 7401 Funct value 2 H2/H21 module 2 7402...
  • Page 78 9 Settings Configuration of extension modules Prog. no. Level Standard value Input value 1 H2/H21 module 3 7474 Funct value 1 H2/H21 module 3 7475 Input value 2 H2/H21 module 3 7476 Funct value 2 H2/H21 module 3 7477 1000 Funct input EX21 module 3 7492 None...
  • Page 79 9 Settings Input/output test Prog. no. Level Standard value Output signal UX22 module 3 7791 0: None | 1: Closed (ooo), Open (---) | 2: Pulse | 3: Frequency Hz | 4: Voltage V | 5: PWM % Sensor temp BX1 7820 Sensor temp BX2 7821...
  • Page 80 9 Settings Diagnostics cascade Prog. no. Level Standard value Priority/state source 3 8104 Parameters see Priority/state source 1 (prog. no. 8100)! Priority/state source 16 8130 Parameters see Priority/state source 1 (prog. no. 8100)! Cascade flow temp 8138 Cascade flow temp setp 8139 Cascade return temp 8140...
  • Page 81 9 Settings Diagnostics heat generation Prog. no. Level Standard value dt collector 1/DHW 8513 dt collector 1/buffer 8514 dt collector 1/swimming pool 8515 Solar flow temp 8519 Solar return temp 8520 24-hour yield solar energy 8526 Total yield solar energy 8527 Hours run solar yield 8530...
  • Page 82 9 Settings Diagnostics consumers Prog. no. Level Standard value Flow temp 3 8804 Flow temp setpoint 3 Room thermostat 3 8809 0: No demand | 1: Demand DHW pump 8820 Off | On DHW interm circ pump Q33 8823 Off | On Speed DHW pump 8825 Speed DHW interm circ pump...
  • Page 83 9 Settings Burner control Prog. no. Level Standard value Prepurge time 9500 15 s Required output prepurging 9504 Paramount 30: 14,5 kW; Paramount 40: 19.5 kW Paramount 50: kW; Paramount 60: 35,0 kW; Paramount 80: 50,0 kW; Paramount 95: 50,8 kW; Para‐ mount 115: 56.6 kW 9512 Paramount 30: 14,5...

  • Page 84: Description Of The Parameters

    9 Settings Info option Prog. no. Level Standard value 304:Controller stop Boiler temp Outside temp Domestic water temperature Collector temp B6 24-hour yield solar energy Total yield solar energy Solid fuel boiler temp Buffer temperature Swimming pool temp State heating circuit 1 State heating circuit 2 State heating circuit 3 State DHW...
  • Page 85 9 Settings Contrast of display (25) You can select the contrast of the display here. Operation lock (26) If this function is activated the following operating elements are locked: Operating mode buttons for heating and drinking water mode Rotary selector (room temperature comfort setpoint) Presence button (only room unit) Programming lock (27) If this lock is activated, parameters can be displayed but not changed.

  • Page 86: Wireless

    9 Settings Operation HC2/Operation HC3/P (44/46) When Room unit 1 or Operator unit 1 (prog.no. 40) is selected, it must be defined under prog.no. 44 or 46 whether the heating circuits HK2 and HK3/P are to be operated together with heating circuit 1 or independently of heating circuit 1.

  • Page 87: Holiday Programs

    9 Settings Important If a time in a group of days is changed, all 3 start/stop phases will be copied to the day group automatically. To select groups of days (Mon-Sun, Mon-Fri or Sat-Sun), turn the control knob anti-clockwise; to select individual days (Mon, Tue, Wed, Thu, Fri, Sat, Sun), turn the control knob clockwise.
  • Page 88 9 Settings Automatic: In automatic mode, the room temperature is controlled in accordance with the time program that is selected. Reduced: In reduced operation mode the room temperature is kept constantly to the set Reduced setpoint(e.g. prog. no. 712). Comfort: In comfort mode the room temperature is kept constantly to the set Comfort setpoint(e.g.
  • Page 89 9 Settings Determination of the heating curve gradient Enter the lowest calculated outside temperature in accordance with the climate zone (e.g. -12 °C in Frankfurt) into the diagram (see fig.) (e.g. vertical line at -12°C). Enter the maximum flow temperature of the heating circuit, which is reached by calculating with -12 °C outside temperature at 20 °C room temperature (e.g.
  • Page 90 9 Settings With the setting --°C, the value calculated via the heating curve is used as the flow setpoint. Swi-on ratio room stat (744, 1044, 1344) The boiler tries to adapt the flow temperature so that the switch-on ratio set under this parameter is achieved by the ambient thermostats Delay heat request (746, 1046, 1346) The boiler heat request is forwarded to the burner delayed by the time set here.
  • Page 91 9 Settings Boost heating (770, 1070, 1370) Fig.23 Boost heating TRw Room temperature setpoint TRx Room temperature actual value TRSA Room temperature setpoint-raised The boost heating becomes active when the room temperature setpoint is switched over from protection or reduced mode to comfort mode. During the boost heating, the room temperature setpoint is increased by the value set here.
  • Page 92 9 Settings For more information, see Time constant building (6110), page 121 Optimum start control max (790, 1090, 1390) and Optimum stop control max (791, 1091, 1391) Fig.24 Optimum start and stop control Xon Start time set forward Xoff Stop time set forward ZSP Time program TRw Room temperature setpoint TRx Room temperature actual value...
  • Page 93 9 Settings Mixing valve boost (830, 1130, 1430) The heat request of the mixed heating circuit to the heat source is raised above the value set here. This boost is intended to correct temperature fluctuations to be able to be compensated with the mixer controller. Actuator running time (834, 941, 1134) Setting the actuator running time of the mixing valve used.
  • Page 94 9 Settings Yes: The heating circuit can be supplied from the buffer storage tank. With prim contr/system pump (872, 1172, 1472, 5092) This parameter establishes whether a zone system pump goes into operation with a heat demand of the heating circuit. This system pump is based on the segment in which this controller is located (LPB bus system) and which is controlled with a primary control.

  • Page 95: Domestic Water

    9 Settings Optg mode changeover (900, 1200, 1500) With external change of operating mode via Hx it can be selected whether during automatic operation it is changed from comfort set point to the frost prevention setpoint or reduced setpoint. 9.2.7 Domestic water The Paramount controls the domestic water temperature in accordance with the time program or continuously to the setpoint required in each...
  • Page 96 9 Settings MC shifting, PC absolute: Pumped heating circuits are blocked until the DHW has been heated up. Should the boiler capacity not be sufficient, the mixer circuit will also be restricted. For more information, see Delay heat request (746, 1046, 1346), page 90 Legionella function (1640) Function to kill legionella germs by heating up to the set legionella function setpoint (see programme number 1645).

  • Page 97: Consumer Circuits/Swimming Pool Circuit

    9 Settings Circulating pump cycling (1661) To save energy, the circulation pump is switched on for 10 minutes and off for 20 minutes within the release time. Circulation setpoint (1663) If sensor B39 is placed in the domestic water distribution line, circulation pump Q4 is switched on as soon as the sensor value falls below the set value.

  • Page 98: Swimming Pool

    9 Settings DHW charging priority (1874, 1924, 1974) Setting as to whether domestic hot water charging takes priority over the consumer circuit/swimming pool circuit or not. Excess heat draw (1875, 1925, 1975) If an excess temperature discharge is activated, the excess energy can be discharged heat being drawn by the consumer circuits.

  • Page 99: Primary Control/Feed Pump

    9 Settings 9.2.10 Primary control/feed pump Primary contr/system pump The primary controller enables the flow temperature to be mixed up or down for heatinggroups with flow temperature setpoints that are lower or higher than the temperature present on the rail. The feed pump can overcome the pressure drop to heatinggroups that are further away.
  • Page 100 9 Settings Burner running time min (2241) Here, the period following the commissioning of the burner is selected during which the shutdown differential is increased by 50%. However, this setting cannot guarantee that the burner remains operational for the selected period. Burner off time min (2243) The boiler minimum pause time only takes effect between heating requirements coming following in sequence.
  • Page 101 9 Settings Caution Limiting the boiler rise may only be performed if a modulating heat circuit pump is configured, i.e. if program no. 6085 (Function output P1) is assigned to a heating circuit pump. Temp differential nominal (2317) The spread between boiler flow temperature and boiler return temperature is called the temperature rise.
  • Page 102 9 Settings Important These are calculated values. The actual output must be calculated using a gas meter, for example. Controller delay (2450) The controller delay is used for a stabilisation of the combustion conditions, especially after a cold start. After release of the firing automation by the controller this remains on the set output for a specified time.

  • Page 103: Cascade

    9 Settings Gas energy metering (2550) This parameter is used to switch gas energy metering on or off. The counter values are not deleted during this process. Important Charging priorityAbsolute If the charging priority is not “Absolute” and there is a requirement for heating operation at the same time as domestic water charging, the gas energy is only taken into consideration in the meter for the heating circuit.

  • Page 104: Solar

    9 Settings Switch-on delay DHW (3535) In addition to parameter 3533, this function can be used to set the delay for the lag boiler to switch on when DHW charging is active. "DHW switch- on delay" applies for simultaneous heat and DHW requests. Auto source seq ch'over (3540) The sequence of lead boiler and following boiler is defined by the source sequence changeover and in this way, the utilisation of the boilers in a...
  • Page 105 9 Settings Temp diff on (3810) and Temp diff off (3811) Fig.30 Charging control /schematic) 1 / 0 On / off collector pump T Temperature T1 Temp diff on T0 Temp diff off TK Collector temperature TL Charging temperature min buffer storage tank / swimming pool TS Storage tank temperature t Time The switching-on and switching-off point of the collector pump is set with...
  • Page 106 9 Settings Tab.22 Storage tank setpoints Lev­ Domestic water stor­ Buffer storage tank Swimming pool age tank Nominal value Buffer setpoint Setpoint solar heat­ (prog. no. 1610) (drag-pointer) Charging temp max Charging temp max (prog. no. 2055) (prog. no. 5050) (prog.

  • Page 107: Solid Fuel Boiler

    9 Settings Collector frost protection (3840) In order to prevent freezing of the collector, the collector pump will be activated at the temperature set here. Collector overtemp prot (3850) In the event of a risk of overheating, charging of the storage tank will be continued in order to reduce the heat.

  • Page 108: Buffer Storage Tank

    9 Settings Temp diff on (4130), Temp diff off (4131) and Comparative temp (4133) Fig.31 Storage tank charging 1 / 0 On / off boiler pump Bx Comparative actual temperature T1 Temp diff on T0 Temp diff off TKx Boiler temperature TS Storage temperature t Time A sufficiently large temperature difference is necessary between the boiler...
  • Page 109 9 Settings Min st tank temp heat mode (4724) If the storage tank temperature of the buffer storage tank drops below this value, the heating circuit is switched of if no generator is available. Charging temp max (4750) The buffer storage tank is charged from solar energy up to the set charging temperature maximum.

  • Page 110: Dhw Storage Tank

    9 Settings Temp increase: If the return temperature of the consumers is lower than the temperature on the selected sensor (prog. no. 4795), the return flow can be preheated by redirecting over the lower part of the storage tank. In this way, for example, return flow preheating can be implemented. Partial charging setpoint (4800) As a result of the hydraulic uncoupling of the lower part of the buffer storage tank, the volume of the storage tank to be heated is reduced.
  • Page 111 9 Settings Flow setpoint boost (5020) The boiler temperature setpoint for charging the DHW storage tank consists of the DHW temperature setpoint and the flow setpoint boost. Transfer boost (5021) Through the transfer, energy can be moved from the buffer storage tank into the DHW storage tank.
  • Page 112 9 Settings The primary pump is only switched on if the boiler temperature is above the set DHW temperature. If the boiler temperature drops below the DHW nominal setpoint minus the DHW switching difference, charging pump is switched off again. Off: The function is switched off.
  • Page 113 9 Settings DHW sensor: The controller releases the domestic water preparation with immersion heater within the release time, depending on the storage tank temperature. The current domestic water setpoint in the controller is complied with. If the sensor input B3 is designed as a thermostat, the temperature will be regulated on the basis of the contact.
  • Page 114 9 Settings Speed Tv (5105) The preholding time Tv determines how long a spontaneous change of the control difference continues to have an effect. A short time only influences the control variable only for a short time. Transfer strategy (5130) The domestic hot water storage tank can be charged from the buffer storage tank if the buffer storage tank is hot enough.

  • Page 115: Configuration

    9 Settings No: The end of the full charging is detected via the temperature on the upper and lower storage sensor B3 and B31. Yes: The end of the full charging is detected via the temperature on the upper storage sensor B3 and on the charging sensor B36. Min start temp diff Q33 (5148) The DHW interm circ pump Q33 is only put into operation if the temperature in the generator circuit is higher than the upper domestic...
  • Page 116 9 Settings DHW: The diverting valve (DV) goes into the DHW position after the last request has ended. DHW separate circuit (5736) For multi-boiler systems (cascades), a heat generator can only be temporarily used for charging the domestic hot water. When active charging is carried out, this boiler separates itself hydraulically from the system using a domestic water isolating circuit and is no longer available for the rest of the time that heating mode is active.
  • Page 117 9 Settings El imm heater DHW K6: With the connected immersion heater, the DHW can be charged according to the operating side DHW storage operating line immersion heater. Important The operating mode is set under prog.no. 5060. Collector pump Q5: Connection of a circulating pump in case of solar collector use.
  • Page 118 9 Settings Flue gas damper K37: This function activates the flue gas damper control. If the flue gas damper control is activated the burner will only start operating when the flue gas damper is open. Fan shutdown K38: This output serves to switch the fan off. The output is activated when the fan is needed;...
  • Page 119 9 Settings Important The setpoint is set under prog.no. 1859/1909. Release swi pool source heat: activation triggers heating of the swimming pool by the heat source. Excess heat discharge: Active excess heat discharge enables, for example, an external source to force consumers (heating circuit, DHW storage tank, Hx pump) to draw off excess heat with a signal.
  • Page 120 9 Settings Voltage value 1 H1 (5953), Voltage value 2 H1 (5955) , Function value 1 H1 (5954) and Function value 2 H1 (5956) Fig.32 Voltage_value/Function_value The linear sensor curve is defined over two fixed points. The setting is made with two parameter pairs for Funktionswert and Spannungswert Tr [°C] (F1 / U1 and F2 / U2).
  • Page 121 9 Settings Time constant building (6110) The value set here influences the reaction speed of the flow setpoint in case of fluctuating outside temperatures as a function of the building design. Example values (refer also to Quick setback): 40 for buildings with thick walls or outer insulation. 20 for buildings of normal building design.
  • Page 122 9 Settings Solar Boiler Number Number Modulating burn­ Boiler pump (part 1) (part 2) DHW+B DHW/B DHW/B DHW/B DHW+B DHW/B (1) Storage tank charging pump for bufferstorage tank K8 (2) Solar diverting valve for bufferstorage tank K8 (3) Solar charging pump for swimming pool K18 (4) Solar diverter valve for swimming pool K18 (5) External solar exchanger, Solar pump K9;...

  • Page 123: Lpb System

    9 Settings Buffer storage tank Domestic water storage tank Primary controller/intermediate circuit, without heat exchanger Primary controller/intermediate circuit, 1 heat ex­ changer Tab.26 Check no. heating circuit (prog.-no. 6217) Heating circuit 3 Heating circuit 2 Heating circuit 1 No heating circuit No heating circuit No heating circuit DHW circulation via boiler circuit...
  • Page 124 9 Settings Summer changeover (6621) Locally: The local heating circuit is switched on and off depending on prog.no. 730, 1030 or 1330. Centrally: Depending on the settings made in prog. no. 6620, either the heating circuits in this section or all heating circuits in the entire system are switched on and off.

  • Page 125: Modbus

    9 Settings Slave with remote setting: The time can be adjusted at the controller. The system time is synchronised simultaneously as the change is adopted by the master. The time of the controller is then continually adapted to the system time. Master: The time can be adjusted at the controller.
  • Page 126 9 Settings Burner start interval (7042) Setting of the interval for burner starts for maintenance. Burn starts since maint (7043) Burner starts since the last maintenance. Important The burner starts are only counted, when the maintenance message has been activated. Maintenance interval (7044) Setting of maintenance interval in months.

  • Page 127: Configuration Of Extension Modules

    9 Settings If a data set is selected, the name of the data set is displayed bottom. For backup sticks the data set name is displayed in the format BUYYMMDDHHMM (BU for backup and date of backup: Year, Month, Day, Hour, Minute). As soon as a data set number is selected, the text is displayed for the data set description.
  • Page 128 9 Settings Connection ter­ QX21 QX22 QX23 BX21 BX22 H2/H21 minal on module Heating circuit 2 Heating circuit 3 Solar DHW Primary contr/ system pump * Freely selectable in QX.../ BX... FS = DHW flow switch; AVS75.390 = H2; AVS75.370 = H21 Tab.27 Legend Boiler pump...
  • Page 129 9 Settings Alarm output K10: in case of a fault, this will be signalled by the alarm relay. The contact is closed with the delay time selected under prog. no. 6612. If no fault message exists, the contact opens without delay. Important The alarm relay can be reset without having the fault remedied (see prog.
  • Page 130 9 Settings Buffer sensor B41: Lower buffer storage tank sensor. Common flow sensor B10: Shared flow sensor for boiler cascades or low-loss header sensors. Solid fuel boiler sensor B22: Sensor for the acquisition of the temperature of a solid fuel boiler. DHW charging sensor B36: DHW sensor for DHW charging systems.
  • Page 131 9 Settings Important The quick decrease should be switched off for the corresponding heating circuits. DHW thermostat: Connection of the DHW thermostat. Limit thermostat HC: If the extension module is used for the heating circuit, an external temperature monitor can be cut in at the inlet (e.g. for underfloor heating).

  • Page 132: Input/Output Test

    9 Settings output UX22 module 2 (7430) , Funct output UX21 module 3 (7498) and Funct output UX22 module 3 (7505) None: No function. Boiler pump Q1: The connected pump is used for recirculation of the boiler water. DHW pump Q3: Actuator for DHW storage tank. DHW intermediate circuit pump Q33: Actuation of a charge pump for domestic hot water storage with external heat exchanger.
  • Page 133 9 Settings End user (Eu) Commissioning, Engineer (menu Status) Frost protection active Frost prot room active Frost protection flow active Frost prot plant active Summer operation Summer operation 24-hour Eco active Setback reduced Setback frost protection Room temp limitation Tab.29 Status table domestic water The following messages are possible under Drinking water: End user (Eu)
  • Page 134 9 Settings Tab.30 Status table boiler The following messages are possible under Boiler: End user (Eu) Commissioning, Engineer (menu Status) SLT has tripped SLT has tripped Fault Fault Limiter has tripped Limiter has tripped Manual control active Manual control active Chimney sweep funct active Chim sweep fct, high-fire Chim sweep fct, low-fire...
  • Page 135 9 Settings End user (Eu) Commissioning, Engineer (menu Status) Charging buffer+swi pool Charging buffer+swi pool Charging DHW Charging DHW Charging buffer Charging buffer Charging swimming pool Charging swimming pool Radiation insufficient Min charg temp not reached Temp diff insufficient Radiation insufficient Tab.32 Status table solid fuel boiler The following messages are possible under Solid fuel boiler:...

  • Page 136: Diagnostics Caskade/Heat Generation/Consumers

    9 Settings End user (Eu) Commissioning, Engineer (menu Status) Home run Standby Standby Tab.34 State table buffer storage tank The following messages are possible under Buffer storage tank: End user (Eu) Commissioning, Engineer (menu Status) Frost protection active Frost protection active Charg el imm heater El charg, emergency mode El charg, source protection...

  • Page 137: Burner Control

    9 Settings Gas energy There are 6 energy meters available, comprising the estimated gas energy used with the aid of the fan speed and a linear approximation of the actual burner output. The energy meters must be switched on and off using prog.no.
  • Page 138 9 Settings For more information, see Status, page 132 State, page 132 Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 139: 10 Maintenance

    10 Maintenance 10 Maintenance 10.1 General 10.1.1 General instructions According to EU Directive 2002/91/EC (Energy Performance of Buildings), Article 8, boilers with a rated output from 20 to 100 kW should be regularly inspected. In heating and air conditioning systems, a regular inspection and maintenance as required by qualified personnel contribute to correct operation according to the product specification, and therefore to ensuring high efficiency and low environmental pollution in the long term.

  • Page 140: Lifetime Of Safety-Relevant Components

    The remaining lifetime of individual safety-relevant components can be determined as part of maintenance work carried out by an approved installer. If the lifetime Potterton Commercial in accordance with the following table is exceeded, recommends replacing the relevant components.

  • Page 141: Unhooking The Control Panel

    10 Maintenance 10.1.6 Unhooking the control panel To make assembly e.g. installation of a charging pump easier, the control panel can be unhooked. Fig.35 Unhooking the control panel 1. Fold the control panel (KSF) down. 2. Unhook the straps on the left and right of the KSF. Caution Hold the KSF to make sure it does not flop forwards.

  • Page 142: Standard Inspection And Maintenance Operations

    10 Maintenance Phase number Display Operating state Description of function TSA1 Safety time constant Flame monitoring with ignition TSA2 Safety time variable Flame monitoring without ignition Interval time Flame stabilisation Modulating mode Operating burner THL2 Subsequent ventilation with last operating fan Fan continues to run speed THL2A...

  • Page 143: Check Electrodes

    10 Maintenance 10.3.2 Check electrodes Fig.36 Electrodes Ionisation electrode (1) Danger of electric shock Danger to life due to high voltage. Do not touch plug contacts during the ignition process. Caution The wire of the ionization electrode must not be bent since it can break easily.
  • Page 144 10 Maintenance Fig.37 Removing the gas burner Paramount 30/40 Paramount 50/60 Paramount 80 Paramount 95/115 RA-0000480 A Elastic washer 1. Disconnect the electrical connection cables to the fan at the coupler. 2. Pull the air hose off the fan. 3. Pull the connector off the electrodes. 4.

  • Page 145: Removing Gas Valve

    10 Maintenance 11. Pull out the burner together with mixing duct, fan and eahaust gas muffler to the front 12. Clean the burner pipe with a soft brush. 13. Use a new seal when installing the gas burner. Caution Use new seals When re-fitting, new seals should be used, particularly for the gas connecting pipe.
  • Page 146 10 Maintenance 20. Clean the heat exchanger in accordance with the maintenance instructions. For more information, see Removing and installing the gas burner, page 143 Removing gas valve, page 145 Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 147: 11 Troubleshooting

    11 Troubleshooting 11 Troubleshooting 11.1 Error codes 11.1.1 Fault code table The following is an extract from the fault code table. If other fault codes are displayed, please inform the installer. Fault Error description Explanations/causes code No fault Outside temp sensor fault Check connection or outside temp sensor, emergency opera­...
  • Page 148 11 Troubleshooting Fault Error description Explanations/causes code Fault water pressure Check water pressure or fill in water Flow temperature 1 (Heating circuit 1) monitoring Flow temperature 2 (Heating circuit 2) monitoring DHW charging monitoring Legionnaire's disease germs temperature not reached Flame failure during operation Gas pressure Monitor fault Lack of gas, contact GW opened, external temperature moni­...

  • Page 149: Fault Finding

    11 Troubleshooting Fault Error description Explanations/causes code Solid fuel boil comp sensor missing Solid fuel boiler address error Storage buffer return valve Y15 missing Storage buffer address error Primary controller/supply pump address error Low-loss header address error Common flow sensor B10 missing Flow temperature 3 (Heating circuit 3) monitoring Temperature monitor HK3 Expansion module 3 fault (collective fault)
  • Page 150 11 Troubleshooting Gas pressure not stable Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 151: 12 Disposal

    Please follow the legal requirements applicable to disposal in your country. 12.1.2 Appliance disposal The appliance can be returned to Potterton Commercial for disposal via a specialist company. The manufacturer undertakes to recycle the appliance correctly. Important The appliance is recycled by a disposal company. If possible, the materials, especially the plastics, are identified.

  • Page 152: 13 Appendix

    13 Appendix 13 Appendix 13.1 Declaration of conformity 13.1.1 Declaration of conformity Paramount five 30 – 115 7703046 - 01 - 23072018...

  • Page 153: Index

    Index Index Additives ........30 INFO .
  • Page 154 Index Summer/winter heating limit ..... . . 89 Topping up water ....... 139 Tip on energy-saving;...
  • Page 155 © Copyright All technical and technological information contained in these technical instructions, as well as any drawings and technical descriptions supplied, remain our property and shall not be multiplied without our prior consent in writing. Subject to alterations.
  • Page 156 Potterton Commercial Part of Baxi Heating UK Ltd | Innovation House Oaklands Business Centre Oaklands Park | Wokingham RG41 2FD Phone 0345 070 1055 | www.potertoncommercial.co.uk 7703046 - 01 - 23072018...

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