Table of Contents
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Table of Contents
Related Manuals for Herz pelletstar 10
Summary of Contents for Herz pelletstar 10
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Page 1: Operating Instructions
Operating instructions pelletstar 10 – 60... -
Page 2: Introduction
Your heating system is powered by a HERZ pelletstar boiler system and we are pleased to be able to count you as one of our many satisfied owners of a HERZ system. The HERZ boiler is the result of years of experience and continuous improvement. -
Page 3: Table Of Contents
Table of content TABLE OF CONTENT page page Safety notes ........5 Selecting date and time ..... 21 Warning notes ........6 Determining values for the main menu ............ 22 Installation ..........6 7.8.1 Adding display values to the main menu22 Operation and maintenance .... - Page 4 Table of content page Faults not indicated on the display (Maintenance) ........87 Maintenance schedule (Customer inspection) .......... 88 EC declaration of conformity..89 Index directory ......90 Annex ........... 91 12.1 Functioning of the operation mode „Screed drying“ ........91 Notes ..........
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Page 5: Safety Notes
Should you have any queries, please call us on +43/3357 / 42840-840. Initial commissioning must be carried out by the HERZ Customer Service department or an authorised specialist (otherwise any warranty claim will not be applicable). Ventilate the pellet storage area for ~ 30 minutes before going in. -
Page 6: Warning Notes
HERZ. Documents from the manufacturer relating to the People (including children) who, because of their... -
Page 7: Operation And Maintenance
HERZ Customer Service department is then to be notified Personal dust masks and gloves immediately. must be worn when carrying out ... -
Page 8: Fuels
Details on the residual risks can be requested on) should not be changed by constant fuel from the residual risk analysis at HERZ if required. quality. FUELS The HERZ pelletstar – boiler should be operated with the fuels and their properties which are described in this chapter. -
Page 9: System
System SYSTEM 3D view from the side Side view Legend Legend 1 … Induced-draught fan 1 … Induced-draught fan 7 … Filling shaft 2 … BSD feed screw 2 … Heat exchanger 8 … Feed screw 3 … Ash pans 3 …... -
Page 10: Equipment Funtioning
Equipment funtioning EQUIPMENT FUNTIONING Feeder system The fuel is transported from the fuel storeroom by means of a feeder screw with flat spring stirrer for burnback protection devices. It then passes through the drop shaft and the burnback protection device. The burnback protection device is driven by a spring-loaded servo-motor. -
Page 11: Boiler Operation
Safety devices operating terminal. These must be dimensioned and installed to Start-up conform to ÖN B8133. The first start-up must be carried out by HERZ The safety valve in the boiler circulation serves as factory customer service authorised... -
Page 12: Operating Temperatures And Impermissible Temperatures
No thermal overload safety device is required for the PS 10, 20 and 30 systems. Pelletstar The HERZ pelletstar boiler is operated at a boiler 45-60 systems have a safety heat exchanger temperature between 65 und 90°C. If the return installed in the boiler to which a thermal flow temperature is below 55°C some of the flue... -
Page 13: Operating Conditions
Operating conditions Control phase OPERATING In this phase the boiler is modulated between CONDITIONS nominal load and partial load. When the partial load stage generates too much energy, i.e. the target boiler temperature + regulation hysteresis Heating off are exceeded and are then changed to the ready In this condition the equipment is switched off, i.e. - Page 14 Operating conditions Frost protection When the equipment goes into frost protection then the return flow bypass pump is switched on provided that the equipment is in “HEATING OFF” or “BURNER STOP” condition. Otherwise the equipment is started up and started up to a minimum temperature of 65°C.
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Page 15: Temperature Manager
Temperature manager TEMPERATURE MANAGER The control of the heat demands of the individual modules (=heating circuits) happens with a so-called temperature manager. To understand the operation of the temperature manager the scheme which is illustrated in Figure 6.1 is used. It can be seen that a module has inputs and outputs. The module gives a so- called temperature demand to his “heat supplier”. -
Page 16: Description Of The Menu Navigation System And Settings
Description of the menu navigation system and settings DESCRIPTION OF THE MENU NAVIGATION SYSTEM AND SETTINGS In this chapter all menu pictures are shown, which occur on the Touch-display. The individual terms, which are visible on these menu pictures, are explained in chapter 8 – Terms and definitions (starting on page 58). To find a term and its explanation, the pictures are labelled. -
Page 17: Main Menu
Description of the menu navigation system and settings Main menu After the starting process of the display, Figure 7.2 appears. In the middle of the screen important values for boiler, buffer, hot water tank, heating circuit, and so on, are shown, which can be adapted individual (see chapter 7.8). -
Page 18: Operation And Handling
Description of the menu navigation system and settings Operation and handling The touch panel is a touch-sensitive screen and a display and control unit. By touching the screen you can change released values or move to other pages. The touching can be done with finger, pen, pencil, etc. Figure 7.3: Operation of the screen with fingers or pen NOTE: The values shown in the individual screenshots are not default values! Explanation of the symbols... -
Page 19: Code - Entry
Description of the menu navigation system and settings Code – entry By entering the code, the following can be performed: Changing values Activate the Aggregate-Test (Explanation see chapter 7.4) Setting or changing date & time (see chapter 7.7) ... -
Page 20: Switching The Boiler On And Off
Description of the menu navigation system and settings Switching the boiler on and off Navigation: Navigation: Screen: Screen: Figure 7.6: Switching on the boiler Figure 7.7: Switching off the boiler By touching the following button: By touching the following button: the boiler will be switched on. -
Page 21: Selecting Date And Time
Description of the menu navigation system and settings Selecting date and time Navigation: Navigation: Screen: Screen: Figure 7.8: Selecting date and time Figure 7.9: General settings for NTP By touching the following button: By touching the following button: you can select the language to be you can select the language to be ENGLISH... -
Page 22: Determining Values For The Main Menu
Description of the menu navigation system and settings Determining values for the main menu 7.8.1 Adding display values to the main menu Navigation: Navigation: Show value Screen: Screen: Figure 7.11: Determining display values Figure 7.10: Adding display values By touching the following button: By touching the following button:... -
Page 23: Deleting Display Values From The Main Menu
Description of the menu navigation system and settings Navigation: Navigation: Show value Load scheme Show value BOILER 000 Screen: Screen: Figure 7.12: Load scheme Figure 7.13: Determining display values By touching the following button: Note: The values of the default scheme can also be Boiler-must,... -
Page 24: Fault Messages And Warnings
Description of the menu navigation system and settings Fault messages and warnings Navigation: Screen: Figure 7.16: Fault messages By touching the following button: Actual current fault messages will be displayed. Archive all fault messages will be displayed. Note: A red highlighted field represents an active fault (These fault also appears in the lower right box of the screen). -
Page 25: Modules
Description of the menu navigation system and settings 7.10 Modules Navigation: Screen: Figure 7.17: Overview modules By touching the following button: the „boiler values“ menu will be displayed BOILER 000 (see chapter 7.10.1 – page 26) the „buffer values“ menu will be displayed BUFFER i000 (see chapter 7.10.2 –... -
Page 26: Boiler
Description of the menu navigation system and settings 7.10.1 Boiler MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. Requirement NOTE: The terms on the respective figures are explained in chapter 8.1 – Terms and definitions (starting on page 58). - Page 27 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. Requirement NOTE: The terms on the respective figures are explained in chapter 8.1 – Terms and definitions (starting on page 58).
- Page 28 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. Requirement NOTE: The terms on the respective figures are explained in chapter 8.1 – Terms and definitions (starting on page 58).
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Page 29: Buffer
Description of the menu navigation system and settings 7.10.2 Buffer MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. Requirement NOTE: The terms on the respective figures are explained in chapter 0 – Terms and definitions (starting on page 64). - Page 30 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. Requirement NOTE: The terms on the respective figures are explained in chapter 0 – Terms and definitions (starting on page 64).
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Page 31: Hot Water Tank
Description of the menu navigation system and settings 7.10.3 Hot water tank MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.3 – Terms and definitions (starting on page 66). - Page 32 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.3 – Terms and definitions (starting on page 66).
- Page 33 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.3 – Terms and definitions (starting on page 66).
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Page 34: Heating Circuit
Description of the menu navigation system and settings 7.10.4 Heating circuit MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.4 – Terms and definitions (starting on page 69). - Page 35 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.4 – Terms and definitions (starting on page 69).
- Page 36 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.4 – Terms and definitions (starting on page 69).
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Page 37: Time Mode
Description of the menu navigation system and settings 7.10.5 Time mode MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.5 – Terms and definitions (starting on page 72). -
Page 38: Solar
Description of the menu navigation system and settings 7.10.6 Solar MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73). - Page 39 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
- Page 40 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
- Page 41 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
- Page 42 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
- Page 43 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
- Page 44 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
- Page 45 Description of the menu navigation system and settings MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.6 – Terms and definitions (starting on page 73).
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Page 46: Hydraulic Compensator
Description of the menu navigation system and settings 7.10.7 Hydraulic compensator MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compens. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.7 – Terms and definitions (starting on page 75). -
Page 47: Net Pump
Description of the menu navigation system and settings 7.10.8 Net pump MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.8 – Terms and definitions (starting on page 76). -
Page 48: Zone Valve
Description of the menu navigation system and settings 7.10.9 Zone valve MODULES Boiler Buffer Hot water tank Heatin circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirement NOTE: The terms on the respective figures are explained in chapter 8.9 – Terms and definitions (starting on page 77). -
Page 49: External Requirement
Description of the menu navigation system and settings 7.10.10 External requirement MODULES Boiler Buffer Hot water tank Heating circuit Time mode Solar Hydr. compensat. Net pump Zone valve Ext. requirem. NOTE: The terms on the respective figures are explained in chapter 0 – Terms and definitions (starting on page 77). -
Page 50: Menu Settings
Description of the menu navigation system and settings 7.11 Menu settings Navigation: Screen: Figure 7.96: Overview menu settings By touching the following button: the network configuration will be displayed. (see chapter 7.11.1 – page 51) the Modbus – settings will be displayed.. (see chapter 7.11.2 –... -
Page 51: Network Configuration
Description of the menu navigation system and settings 7.11.1 Network configuration Navigation: Navigation: Screen: Screen: Figure 7.97: Network configuration Figure 7.98: DNS settings By touching the following button: By touching the following button: you can set the IP address for the you can enter the IP address for 172.16.50.203... -
Page 52: Modbus - Settings
Modbus is an application protocol for the exchange of messages between intelligent Modbus controllers in the building management system. The Modbus protocol “TCP” is used in the HERZ control. This protocol transmits the encoded data via LAN cable. Modbus ensures that connected controllers in the building management system become the transmitted data from the boiler, so that they can continue processing. -
Page 53: Screensaver
Description of the menu navigation system and settings 7.11.3 Screensaver Navigation: Screen: Figure 7.100: Screenschoner By touching the following button: you can activate the screensaver. you can set the period of time after which the screensaver is to be activated. you can activate the standby mode for the screensaver. -
Page 54: Sending E-Mails
Description of the menu navigation system and settings 7.11.5 Sending e-mails Navigation: Navigation: Receiver list Screen: Screen: Figure 7.102: Settings – Mail Figure 7.103: Receiver list – Mail By touching the following button: By touching the following button: you can add an e-mail recipient example@mail-... - Page 55 Description of the menu navigation system and settings Navigation: Navigation: Receiver list Screen: Screen: Figure 7.104: Mail subject Figure 7.105: Sending mail By touching the following button: By touching the following button: you can set the e-mail to the the entry will be confirmed.
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Page 56: E-Mail Status Report
Description of the menu navigation system and settings 7.11.6 E-Mail status report Navigation: Screen: Figure 7.106: E-Mail – status report By touching the following button: you can enter the number of times (max. 5 times) you can enter the individual times when a mail with the adjusted values (error, warning, information ... -
Page 57: Server - Settings
Figure 7.107: Mail – Server settings By touching the following button: mail.gmx.net you can enter the mail server (=Outgoing mail server). touch.herz@gmx.at you can enter the e-mail address of the touch display. Password you can enter the related password. touch.herz@gmx.at you can enter the username. -
Page 58: Terms And Definitions
Terms and definitions TERMS AND DEFINITIONS In this chapter all terms are explained which occur on the individual menu pictures. Under the figure a label is included (Figure 7.19 to Figure 7.95). The same label occurs in the chapter “Terms and definitions”. Because of this a quick and easy find of the terms and definitions is ensured. - Page 59 Terms and definitions Display- / Position Term Description Setting value Display of the actual induced-draught fan ID fan correction Display value correction of the lambda control in % Display of the actual material correction of Material correction Display value the lambda control in % Material will be fed in at the adjusted interval (display in tenth of a second) Insertion –...
- Page 60 Terms and definitions Display- / Position Term Description Setting value Display, if the back burn flow protection (BFP-flap) is open: When the indicator lamp lights up the BFP is open Display- / Setting BFP open* The burn back protection prevents value burn back in the silo that means, that...
- Page 61 Terms and definitions Display- / Position Term Description Setting value Indication of the state of the heating ignition: When the indicator lamp lights up Display- / Setting Ignition heating* the heating will be activated (only by value the start-up) and the fuel will get ignited Figure 7.25 Indication of the state of the fan ignition:...
- Page 62 Terms and definitions Display- / Position Term Description Setting value Indication of the state of the tipping grate: When the indicator lamp lights up Grate closed Display value the tipping grate is closed Indication of the state of the ash tank: ...
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Page 63: Buffer Module
Terms and definitions Display- / Position Term Description Setting value Indication of the state of the motor protection: When the indicator lamp lights up Motor prot. discharge screw Display value the current and the temperature on the motor of the discharge screw too high. -
Page 64: Buffer Module
Terms and definitions Buffer module Display- / Position Term Description Setting value Display of the buffer top temperature in Buffer top temperature Display value °C Display of the buffer middle temperature Buffer middle temperature Display value in °C Display of the buffer bottom temperature Buffer bottom temperature Display value in °C... - Page 65 Terms and definitions Display- / Position Term Description Setting value The switching temperature works as an average value generator. This means that from when it is first switched on, an average temperature generation of the external temperature begins. This runs continuously in the background.
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Page 66: Hot Water Tank Module
Terms and definitions Display- / Position Term Description Setting value Here you can activate the buffer re- layering (e.g. re-layering from buffer 1 to buffer 2 resp. boiler to buffer) This adjustment parameter enables Buffer re-layering Setting value the return flow temperature to be automatically increased as soon as Figure 7.35... - Page 67 Terms and definitions Display- / Position Term Description Setting value Adjusting the must temperature of the hot Must temperature Setting value water tank in °C Outside the loading time the hot water tank temperature is loaded to the adjusted min. temperature. The condition activated min.
- Page 68 Terms and definitions Display- / Position Term Description Setting value Indication of the state of the hot water tank pump: When the indicator lamp lights up Display- / Setting Hot water tank pump* the hot water tank pump is running value ...
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Page 69: Heating Circuit Module
Terms and definitions Heating circuit module Display- / Position Term Description Setting value Flow temperature Display of the flow temperature in °C Display value Display of the back flow temperature in Back flow temperature Display value °C Figure 7.46 Outside temperature Display of the outside temperature in °C Display value Display of the room temperature in °C... - Page 70 Terms and definitions Display- / Position Term Description Setting value Desired room temperature during heating time. This setting is only used in connection with the remote room adjuster (FBR 1). The difference between the room must temperature and the actual room temperature combined with the room influence is taken into account in the calculated flow fixed temperature.
- Page 71 Terms and definitions Display- / Position Term Description Setting value Factor for the influence of the room temperature. This value is adjustable between 0 and 10. The higher the value Room influence selected, the more influence a difference Setting value in the actual room temperature will have on the calculation of the flow fixed temperature.
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Page 72: Time Mode
Terms and definitions Display- / Position Term Description Setting value Activation hot water tank priority, i.e. the Hot water tank priority hot water tank is loaded prior compared Setting value to the heating circuit. Figure 7.50 Activation kneeling barrier, i.e. Kneeling barrier heating circuit is locked by durable Setting value... -
Page 73: Solar Module
Terms and definitions Solar module Display- / Position Term Description Setting value Display of the collector flow temperature Collector flow temperature Display value in °C Figure 7.58 Display of the collector backflow Collector backflow temp. Display value Figure 7.70 temperature in °C Figure 7.76 Display of the tank temperature of tank 1 Tank 1 temperature... - Page 74 Terms and definitions Display- / Position Term Description Setting value Must temperature of tank 1 Tank 2 must temperature Setting value Figure 7.73 Difference 2 Difference between collector and tank 1 Setting value Figure 7.79 Tank 2 max. temperature Max. temperature of tank 2 Setting value Figure 7.62 Indication of the state of the collector...
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Page 75: Hydr. Compensator Module
Terms and definitions Hydr. compensator module Display- / Position Term Description Setting value Display of the temperature in the hydr. compensator in °C Hydr. compensator In the hydr. compensator is a Display value temperature temperature sensor which measures temperature hydr. -
Page 76: Net Pump
Terms and definitions Net pump Display- / Position Term Description Setting value Display of the temperature in °C of the Existing temperature preceding module (e.g. buffer Display value temperature by the buffer) Display of the required temperature in °C of the downstream module (e.g. buffer) Figure 7.86 ... -
Page 77: Zone Valve
Terms and definitions Zone valve Display- / Position Term Description Setting value Display of the temperature in °C of the Existing temperature preceding module (e.g. buffer Display value temperature by the buffer) Display of the required temperature in °C of the downstream module (e.g. buffer) Figure 7.86 ... - Page 78 Terms and definitions The line in the diagram results due to the following parameters (see Figure 8.1): Figure 8.1: Settings – external requirement Is there for example an analog requirement with an current signal of 12 mA, a temperature of 60°C is registered at the heat supplier, provided that the digital requirement (= external must temperature) is not higher.
- Page 79 Terms and definitions Display- / Position Term Description Setting value Display, if the external foreign control loop makes a requirement over the digital input or not: External demand Setting value When the indicator lamp lights up Figure 7.93 the external foreign control loop makes a requirement over the digital input Display of...
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Page 80: Fault Reports And Their Correction
Fault reports and their correction FAULT REPORTS AND THEIR CORRECTION You should always take particular note of the safety instructions! If a fault arises, the fault must always be rectified first of all and then cleared by switching the system on again. - Page 81 Fault reports and their correction Fault reporting on the Possible cause? Suggestions for rectifying display annoyance Circulation sensor defective F: CIRCULATION SENSOR Contact your specialist or break in sensor cable installer or plug not inserted correctly FAULT 12 HC-flow sensor defective F: HC-FLOW SENSOR Contact your specialist or break in sensor cable...
- Page 82 Fault reports and their correction Fault reporting on the Possible cause? Suggestions for rectifying display annoyance Hydraulic comp. sensor F: HYDR. COMP. SENSOR defective Contact your specialist or break in sensor cable installer FAULT 24 or plug not inserted correctly F: OVERHEAT Heat generator temperature is Contact your specialist...
- Page 83 Fault reports and their correction Fault reporting on the Possible cause? Suggestions for rectifying display annoyance Blocking protection activated F: BLOCKING PROTECTION for buffer storage tank pump Display only, no action Buffer storage tank pump required FAULT 42 triggered for 10 s approx. F: LEGIONELLA Thermal disinfection in storage Display only, no action...
- Page 84 Fault reports and their correction Fault reporting on the Possible cause? Suggestions for rectifying display annoyance F: OPEN BFP Fault when opening the BFP Contact your specialist damper installer. FAULT 63 F: CLOSE BFP Fault when closing the BFP Contact your specialist damper FAULT 64 installer.
- Page 85 Fault reports and their correction Fault reporting on the Possible cause? Suggestions for rectifying display annoyance Niveau sensor been F: NIVEAU LEVEL activated Control fuel supply and To little material in the the settings FAULT 78 interim hopper Sensor in the insertion screw F: BARRIER LEVEL channel reports that no material Control fuel supply and...
- Page 86 Fault reports and their correction Fault reporting on the Possible cause? Suggestions for rectifying display annoyance F: NIVEAU SUCTION Niveau container at the suction Control container level container empty FAULT 89 Endswitch of the combustion F: COMB. ROOM SENSOR Close combustion room door has been activated –...
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Page 87: Faults Not Indicated On The Display (Maintenance)
Fault reports and their correction Faults not indicated on the display (Maintenance) Ash/slag on the grate Reduce cleaning intervals clean manually. Boiler output gradually Fly ash container full decreases Empty the fly ash container. Heat exchangers heavily clogged/ sooted up Clean the heat exchangers. -
Page 88: Maintenance Schedule (Customer Inspection)
Fault reports and their correction Maintenance schedule (Customer inspection) (Some points have also been prescribed in accordance with TGPF H 118!) For safety reasons, maintenance must only be carried out with the main switch turned off. However first of all, the system must be switched off by means of the On/Off button and you must wait for the burnout phase. -
Page 89: Ec Declaration Of Conformity
Manufacturer address: HERZ Energietechnik GmbH Herzstraße 1, 7423 Pinkafeld Österreich/Austria Declaration of machine: HERZ pelletstar Type: HERZ pelletstar 10 HERZ pelletstar 20 HERZ pelletstar 30 HERZ pelletstar 45 HERZ pelletstar 60 Machine type: Pellet boiler incl. feed system We declare herewith, that the above described machine / the above described product complies with the corresponding regulations of the following EC-Directives. -
Page 90: Index Directory
Index directory INDEX DIRECTORY Hydraulic compensator ........46 Net pump ............47 Basic safety information........6 Solar .............. 38 Boiler operation ........... 11 Time mode ............. 37 Zone valve ............. 48 Declaration of conformity ........89 Description of the menu navigation system and Operating conditions .......... -
Page 91: Annex
Annex ANNEX Functioning of the operation mode „Screed drying“ 12.1 Bake out Flow must If drying was interrupted, it continues as temperature in °C follows: Day of interruption continues from 0 – 15 day = 1 day = 16 17 – 23 day = 17 5 –... -
Page 92: Notes
Notes NOTES Betriebsanleitung_PS_10_60_Touch_Englisch_V1.3... - Page 93 Notes Betriebsanleitung_PS_10_60_Touch_Englisch_V1.3...
- Page 94 Notes Betriebsanleitung_PS_10_60_Touch_Englisch_V1.3...
- Page 95 Notes Betriebsanleitung_PS_10_60_Touch_Englisch_V1.3...
- Page 96 Österreich/Austria Herz Energietechnik GmbH Herzstraße 1 7423 Pinkafeld +43 (3357) / 42 84 0 – 0 +43 (3357) / 42 84 0 – 190 office-energie@herz.eu Deutschland/Germany Herz Armaturen GmbH Fabrikstraße 76 D-71522 Backnang +49 (7191) 9021 – 0 ...
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