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Table of Contents
Related Manuals for Potterton Sirius Three WH-130
Summary of Contents for Potterton Sirius Three WH-130
- Page 1 May 2018 Sirius three WH 130 - 150 kW...
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Page 2: Table Of Contents
Dear Customer, Thank you for your purchase. Our company is confident that your new product will meet all of your requirements. Purchasing this product gives you a solution that provides peace of mind, ease of use and exceptional performance. Please ensure that you read this manual before installing the product as it contains vital information for its correct use. Failure to install the product as advised in this manual may result in void of the warranty terms and conditions. -
Page 3: Description Of Symbols
FAULTS .........................................29 22.1 RESETTING FAULTS ....................................30 FAULTS THAT CANNOT BE RESET BY THE USER ...........................30 ADJUSTMENT AND SAFETY DEVICES ..............................31 ROUTINE MAINTENANCE INSTRUCTIONS ...............................31 ANNUAL SERVICING ....................................32 26.1 CLEANING THE HEAT EXCHANGER FUMES SIDE ...........................32 26.2 CHECKING THE BURNER ...................................33 POSITIONING THE ELECTRODES ................................33 26.3 CLEANING THE CONDESATE TRAP ................................33... -
Page 4: General Precautions
GENERAL PRECAUTIONS This boiler has been designed to heat water to a temperature lower than boiling point at atmospheric pressure. It must be connected to a central heating system and to a domestic hot water supply system according to its performance and power output. Before having the boiler installed by a qualified service engineer, make sure the following operations are performed: •... -
Page 5: Technical Specifications
1. TECHNICAL SPECIFICATIONS Model: SIRIUS THREE WH-130 WH-150 Category 2H3P Gas used Natural Gas and LPG G20 - G31 Rated heat input 123,8 143,0 Reduced heat input (G20) 24,8 28,6 Reduced heat input (G31) 35,4 40,9 Rated heat output 80/60 °C 121,5 140,3 Rated heat output 50/30 °C... -
Page 6: Technical Parameters
1.1 TECHNICAL PARAMETERS POTTERTON COMMERCIAL SIRIUS THREE WH-130 SIRIUS THREE WH-150 Condensing boiler Low-temperature boiler B1 boiler Cogeneration space heater Combination heater Prated Rated heat output Useful heat output at rated heat output 121.5 140.3 and high temperature regime Useful heat output at 30% of rated heat 40.4... -
Page 7: Product Fiche
1.2 PRODUCT FICHE POTTERTON COMMERCIAL SIRIUS THREE WH-130 SIRIUS THREE WH-150 Space heating - Temperature application Medium Medium Water heating - Declared load profile Seasonal space heating energy efficiency class Water heating energy efficiency class (Prated or Psup) Rated heat output... -
Page 8: Installing The Boiler
Lastly, vent any radiators in the system. POTTERTON COMMERCIAL declines all liability for damage deriving from the presence of air bubbles in the primary exchanger due to the incorrect or 7221178.01... - Page 9 245,5 Ø Ø 90,5 90,5 354,5 245,5 184,5 245,5 G1-1/2" G 1" G1-1/2" Ed. 1 - 06/2014 Ø 7109986-03 Ø G1-1/2 G1-1/2 7704679.01 (3-08/18)
- Page 10 CR_0775 G 1" G 1 1/2" G 1 1/2" 7704679.01 (3-08/18)
- Page 11 BOILER SCHEMATIC LAYOUT 7708308 Flame detection electrode Spark generator Pump Air/gas blend manifold Venturi Ignition electrode Hydraulic Safety valve Primary exchanger Boiler drain tap Fumes pressure switch Pressure gauge Coaxial flue connector Hydraulic Pressure sensor Flue sensor Gas valve Automatic air vent Gas pressure switch Exchanger flange thermostat Siphon with condensate drain...
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Page 12: Installing The Flues
TABLE 1A If the flue and air ducts installed are not supply by ∆P (Pa) POTTERTON COMMERCIAL, make sure they are certitied for the type of use and have a maximum pressure drop as indicated in the table to the side. - Page 13 Lmax = 8 m - Ø 110/160 mm Lmax = 7 m - Ø 110/160 mm Lmax = 8 m - Ø 110/160 mm Lmax = 6 m - Ø 110/160 mm Lmax = 7 m - Ø 110/160 mm 7704679.01 (3-08/18)
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Page 14: Cascade Flues
The boiler is supplied without the circulation pump. This component must be installed on the heating return to allow water to circulate between the boiler and the low loss header and can be purchased off the shelf or supplied by POTTERTON COMMERCIAL as an accessory (modulating pump). - Page 15 HYDRAULIC RESISTANCE WH-130 WH-150 Q (l/h) MODULATING PUMP OPERATION GRAPHS WH-130 WH-150 Q (l/h) Q (l/h) 7704679.01 (3-08/18)
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Page 16: Pump Capacity/ Head
7. PUMP CAPACITY/ HEAD The hydraulic pump, supplied as an accessory kit from POTTERTON COMMERCIAL, is a modulating pump. The purpose of the pump is to circulate the water between the boiler and the hydraulic separator. KEY TO PUMP CHARTS - see chap. "BOILER PUMP"... - Page 17 ILLUSTRATED WIRING DIAGRAMS 7704679.01 (3-08/18)
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Page 18: Installing The Control Panel On The Wall
8.1 INSTALLING THE CONTROL PANEL ON THE WALL For the boiler to work with the Control Panel mounted on the wall, purchase accessory B supplied with the base B1 and position it on the boiler as shown in the figure. Also see the mounting and operation instructions supplied with the kit B. Proceed as follows: •... -
Page 19: Outdoor Sensor
B) FLOW TEMPERATURE MODULATION To set flow temperature modulation, disable parameter 742 (HC1). Proceed as follows: • Access menu 2. • Temps / mode CH1 B to confirm 742 (Flow temp setpoint room stat) B to confirm. • B (anti-clockwise) "---"... - Page 20 WEATHER COMPENSATION CURVE GRAPHS QAC34 7704679.01 (3-08/18)
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Page 21: Accessories Not Included In The Packaging
9. ACCESSORIES NOT INCLUDED IN THE PACKAGING 9.1 WIRING OF BOILER PUMP Connect the boiler pump to terminals 1-2 of the M3 terminal block as described in section 8. If the pump is a modulating pump connect the PWM signal to the termials 5-6 of the M3 terminal block. 9.2 HEATING SYSTEM PUMP Install the system pump downline from the hydraulic separator. -
Page 22: Connecting The Room Thermostat
9.8 CONNECTING THE ROOM THERMOSTAT The connections in terminal block M1 are in high voltage (230 V). Before making connections, make sure the appliance is disconnected from the power supply. Check the polarity: L (LIVE) - N (NEUTRAL). To connect the Room Thermostat to the boiler, proceed as described below: •... -
Page 23: Basic Control Panel Settings
10.1 BASIC CONTROL PANEL SETTINGS INITIAL IGNITION CONFIGURATION PROCEDURE When igniting the boiler for the first time, perform the following procedure (the text is written in ENGLISH until the user is requested to set his/her language as illustrated in sequence A-B-C of the figure indicated below): •... -
Page 24: Gas Conversion
13.1 GAS CONVERSION When converting from natural gas to propane (LPG), before calibrating the gas valve as described above, replace the gas nozzles (A) as indicated in the figure. Afterwards, make sure there are no gas leaks. Modify the parameters (fan rpm) as indicated in table 2. -
Page 25: Temperature Adjustment
15. TEMPERATURE ADJUSTMENT To adjust the temperature, turn knob B to the right B to confirm. to increase and to the left to decrease than CENTRAL HEATING The temperature to adjust can be: • Flow temperature: if the Control Panel is installed on the boiler. •... -
Page 26: Hourly Programming
17. HOURLY PROGRAMMING Before proceeding with programming, enable the Timed operating mode (section OPERATING MODES). Hourly programming in the heating mode (Time central heating CH1) and in the DHW mode (Time hot water) is used to set the automatic operation of the boiler in certain daily time bands and in certain days of the week. The example indicated in the following figure refers to the daily time band 1 (see below) where a is the operating period at the comfort temperature and b is the operating period in the reduced mode (section OPERATING MODES). -
Page 27: Control Panel Block Function
COPYING A PROGRAMME TO ANOTHER DAY After programming the time band of a certain day, it can be copied to one or more days of the week. The parameter between brackets "( )" refers to hourly programming in DHW • From programme row 514 (574) (if one of the 3 preset time bands has been used) or from programme row 501 (561) (if manual programming has been performed) turn the knob clockwise to programme row 515 (575). -
Page 28: Energy-Saving Tips
ENERGY-SAVING TIPS Adjustment in the heating mode Adjust the boiler flow temperature depending on the kind of system. For systems with radiators, set a maximum heating water flow temperature of approximately 60°C, and increase this value if the required room temperature is not reached. For systems with radiant floor panels, do not exceed the temperature indicated by the system designer. -
Page 29: Change Language (Operator Unit Menu)
20.3 CHANGE LANGUAGE (Operator unit menu) To set the language, follow the procedure indicated in section 20 and proceed as follows: • access the Operator unit menu B and select programme row 20 (Change language); B to select a language B to save. -
Page 30: Resetting Faults
22.1 RESETTING FAULTS Faults can be reset AUTOMATICALLY, MANUALLY or by calling in the AUTHORISED TECHNICAL SERVICE CENTRE. The various modes are described in detail below: AUTOMATIC If the flashing symbol appears on the display, the fault will be automatically reset (temporary fault) as soon as the event that caused it is eliminated. -
Page 31: Adjustment And Safety Devices
24. ADJUSTMENT AND SAFETY DEVICES The boiler has been designed in full compliance with European reference standards and in particular is equipped with the following: • Limit thermostat Thanks to a sensor placed on the CH flow line, this thermostat interrupts the flow of gas to the burner if the water in the primary circuit overheats. -
Page 32: Annual Servicing
26. ANNUAL SERVICING The service must be performed only by qualified and competent staff in accordance with the Gas safe, Installation and use regulations. In UK this person need to be approved by the Health and Safety Executive. To optimise boiler efficiency, carry out the following at the annual service: •... -
Page 33: Checking The Burner
26.2 CHECKING THE BURNER The burner needs no cleaning. • Check the burner surface for damage, replace the burner if necessary. • Check the positioning of the flame detection probe. • Verify that the distance of the ignition electrode is within tolerance as shown in the figure. •... -
Page 34: Thermal Fuse Replacement Of Heat Exchanger
27. THERMAL FUSE REPLACEMENT OF HEAT EXCHANGER The thermal fuse is positioned on the rear of the heat exchanger as shown in the figure, is electrically connected in series with the safety thermostat. Its function is to protect the exchanger from overheating in case of insulation failure. When this occurs the device appears on the display the anomaly E110. -
Page 35: Diagrams
29. DIAGRAMS AGU 2.550 CR_0349 AVS 75 CR_0349 7704679.01 (3-08/18) - Page 36 SAFETY THERMOSTAT (Tmax=50°C - free contact) CG_2482 7704679.01 (3-08/18)
- Page 37 MODIFIED PARAMETERS VALUE NOTE 7704679.01 (3-08/18)
- Page 38 7704679.01 (3-08/18)
- Page 39 7704679.01 (3-08/18)
- Page 40 Potterton Commercial Innovation House 3 Oaklands Business Centre Oaklands Park Wokingham, RG412FD 7704679.01 (3-08/18)