Alarko ALDENS 65 User Manual
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Alarko ALDENS 65 User Manual

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ALDENS 65, 85, 105, 130, 150 L/T
USER MANUAL

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Summary of Contents for Alarko ALDENS 65

  • Page 1 ALDENS 65, 85, 105, 130, 150 L/T USER MANUAL...
  • Page 2 Code No: A.4.1.14i Publishing Date: 180121 Revision Date: 180121...
  • Page 3 ALDENS 65, 85, 105, 130, 150 L/T USER MANUAL...

  • Page 4: Table Of Contents

    2.3. Product Declerations of Conformity (ErP Directive) 2.4. System General View / Sub-System and Components 2.4.1. ALDENS 65 L/T 2.4.2. ALDENS 85 L/T, ALDENS 105 L/T , ALDENS 130 L/T, ALDENS 150 L/T 2.5. Read Before Installation 2.5.1. Content of Shipping 2.5.2.
  • Page 5 3.1.2.3. Limit Thermostat 3.1.2.4. Thermal Fuse 3.2. Unpacking The Boiler 3.3. Mounting On The Wall and The Hanging System 3.4. Electrical Wiring Diagram and DHW Circuitry 3.5. Flue Pipe System and Components 3.5.1. Standard Chimney Types 3.5.2. Flue / Fresh Air Piping Accesories 3.6.

  • Page 7: Introduction

    As factory setting, ALDENS boilers are set to operate with natural gas fuel. Whether if LPG will be used as fuel for a single or a cascade system, all the boilers should be adapted to operate with LPG fuel. For establishing this adaptation please refer to Alarko Carrier authorized services. Care to keep this user manual textbook with safety . Read all the instructions.

  • Page 8: Product Conformity

    1.2. Product Conformity ALARKO CARRIER declares that all its products are manufactured to a high specification and in compliance with the relevant standards. ALARKO boilers are CE certified and possess technical and functional characteristics that comply with the following standards: 2009/142/EC – GAS APPLIANCES DIRECTIVE 92/42/EEC – EFFICIENCY REQUIREMENTS FOR NEW HOT-WATER BOILERS FIRED WITH LIQUID OR GASEOUS FUELS 2014/30/EU – ELECTROMAGNETIC COMPATIBILITY (EMC) DIRECTIVE 2014/35/EU – LOW VOLTAGE DIRECTIVE (LVD) 2006/42/EC –...

  • Page 9: Description And Definitions Of The Product

    Description and Definitions of The Product 2.1. Boiler Panel and Human Machine Interface (Master Boiler) Selection of Domestic Hot Heating Mode Selection Water (DHW) Heating Quit Confirm Displaying information Chimney sweep function Service socket Heating to Comfort setpoint Reset Heating to Reduced setpoint Heating to frost protection setpoint Selection wheel Manual operation Process running - please wait (Additional feature : Aereation prevention Change battery...

  • Page 10: Technical Specifications

    2.2. Technical Specifications PROPERTY UNIT ALDENS 65 ALDENS 85 ALDENS 105 ALDENS 130 ALDENS 150 Master (L) Master (L) Master (L) Master (L) Master (L) Types Proper for Cascade Setup Slave (T) Slave (T) Slave (T) Slave (T) Slave (T) Natural Gas (G20) +...

  • Page 11: Product Declerations Of Conformity (Erp Directive)

    58,8 dB Emissions of nitrogen oxides 44,2 mg/kWh ALARKO CARRIER SAN. TİC. A.Ş., GOSB - Gebze O.S.B., Şahabettin Bilgisu Cad., 41400, Gebze/Kocaeli/Turkey Contact information (*) High temperature regime means 60 ⁰C on return and 80 ⁰C on flow. (**) Low temperature regime means 30 ⁰C for condensing boilers, 37 ⁰C for low-temperature boilers and 50 ⁰C for other appliances on return temperature.
  • Page 12 61,9 dB Emissions of nitrogen oxides 46,2 mg/kWh ALARKO CARRIER SAN. TİC. A.Ş., GOSB - Gebze O.S.B., Şahabettin Bilgisu Cad., 41400, Gebze/Kocaeli/Turkey Contact information (*) High temperature regime means 60 ⁰C on return and 80 ⁰C on flow. (**) Low temperature regime means 30 ⁰C for condensing boilers, 37 ⁰C for low-temperature boilers and 50 ⁰C for other appliances on return temperature.
  • Page 13 66,3 dB Emissions of nitrogen oxides 55,2 mg/kWh ALARKO CARRIER SAN. TİC. A.Ş., GOSB - Gebze O.S.B., Şahabettin Bilgisu Cad., 41400, Gebze/Kocaeli/Turkey Contact information (*) High temperature regime means 60 ⁰C on return and 80 ⁰C on flow. (**) Low temperature regime means 30 ⁰C for condensing boilers, 37 ⁰C for low-temperature boilers and 50 ⁰C for other appliances on return temperature.

  • Page 14: System General View / Sub-System And Components

    2.4. System General View / Sub-System and Components 2.4. System General View / Sub-System and Components 2.4.1. ALDENS 65 L/T 2.4.1. ALDENS 65 L/T Item 1 PRESSURE SENSOR 2 FLUEGAS SENSOR 3 FAN 4 HEAT EXCHANGER 5 IGNITION + IONIZATION ELECTRODE 6 RETURNING PIPE TO EXCHANGER...

  • Page 15: Aldens 85 L/T, Aldens 105 L/T , Aldens 130 L/T, Aldens 150 L/T

    2.4.2. ALDENS 85 L/T, ALDENS 105 L/T , ALDENS 130 L/T, ALDENS 150 L/T FRONT VIEW RIGHT VIEW LEFT VIEW ISOMETRIC No Item No Item 1 PRESSURE SENSOR 9 AIR PURGE VALVE 1/2" 2 FLUEGAS SENSOR 10 GAS VALVE 3 FAN 11 VENTURI 4 HEAT EXCHANGER 12 IONIZATION ELECTRODE...

  • Page 16: Read Before Installation

    2.5. Read Before Installation 2.5.1. C ontent of Shipping You will see the below parts and accesories when unpacking your boiler’s package. The list of contents in the coming pages can be purchased via the Alarko authorised distributors.

  • Page 17: Additional Accesories

    2.5.2. Additional Accesories Refer to section 2.6 for details. Boiler circulating pump Pump Connection Set ALDENS 65 L/T Pump Connection Set ALDENS 85 L/T, ALDENS 105 L/T Pump Connection Set ALDENS 130 L/T, ALDENS 150 L/T AGU2.550A109 Single Extension Module Set AGU2.550A109 Double...
  • Page 18 AGU2.550A109 Triple Extension Module Set  Modular structure available for side-to-side or back-to-back docking.  Used for incapable walls of weight carrying.  Purchased as a single console set. Boiler Hanging Console QAZ36.522/109 Sensor For DHW tank or hydraulic header (PVC, 2m) QAZ36.481/101 Sensor For solar collector (Silicone, 1,5m) QAD36/101 Bracelet Type...
  • Page 19 QAA55.110/101 Room Unit OCI345 Cascade Module AVS37.397/509 Service HMI Set For comissioning and setting up the slave boilers OCI700.1 Service Tool Hydraulic Header Balance Tank Should be appropriate for the sanitary installation.
  • Page 20 Per each boiler, a 24 lt expansion vessel should be Expansion Vessel installed. The secondary circuit expansion vessels should appropriately be selected by the installer / contractor firm. Oxygen Seperator Silt Trap / Strainer Neutralizer (150 kW 03/150) Neutralizer (300 kW 04/BGN) Neutralizer (650 kW 08/BGN)

  • Page 21: Boiler And Sanitary Connection Dimensions (Same For Master And Slave Boilers)

    B – HEIGHT C – BOILER D – BOILER BOILER TYPE (mm) (mm) OUTFLOW RETURN ALDENS 65 L/T G 1” G 1” ALDENS 85 L/T, ALDENS G 1 ¼” G 1 ¼” 105 L/T, ALDENS 130 L/T ALDENS 150 L/T G 1 ¼”...

  • Page 22: Installed Cascade System Dimensions

    2.5.4. Installed Cascade System Dimensions min 200 mm 357 mm min 200 mm 122 mm 36 mm 18 mm horizontal 107 mm 165 mm 165 mm from wall to pipe axis The flue collector pipe’s slope used for cascade systems will be nearly 1,5o. Every additional collector pipe adds nearly an 18 mm’s on the total height of the installed system. 2.5.5. S anitary Needs For a Long Boiler Life and Proper Operation Whether your system will be self operating or in a cascade setup, the installations must always include...

  • Page 23: Minimum Free Space Dimensions To Be Left Between The Boiler And The Walls

    • The condensed water (whether collector originated or heat exchanger’s syphon originated) is in acidic contamination thus must be neutralized before drainage to earth. For help and further information please refer to an Alarko Carrier authorized service. • A 24 lt expansion vessel should be connected per an ALDENS boiler in the primary circuit. The expansion vessels for the secondary circuit region must be properly selected by the contractor firm.

  • Page 25: Device Mechanical Circuitry (Hydraulic, Gas, Exhaust)

    2.5.7. D evice Mechanical Circuitry (Hydraulic, Gas, Exhaust) FLUE GAS flue gas temperature sensor ignition transformer automatic air purge valve boiler water return temperature sensor boiler water exit temperature sensor optimum flame (bluejet) ionization electode burner ignition electrode gas valve condensate syphon water pressure sensor heat exchanger safety purge valve venturi + air suction...

  • Page 26: Water Management

    Pressure Tunable Pressure Tunable [m³/h] signal signal Pump Pump Grundfos Wilo Grundfos Wilo ALDENS 65 L/T UPML 25-105 / Yonos PARA HF UPML 25-105 / 130 Yonos PARA HF 25/7 130 PWM 25/10 Grundfos Wilo Grundfos Wilo ALDENS 85 L/T...
  • Page 27 ALDENS 65 ALDENS 85 ALDENS 105 ALDENS 130 ALDENS 150 1000 2000 3000 4000 5000 6000 7000 Water Flowrate (l/h) Pumps’ Head Rises Pumps’ Head Rises GRUNDFOS Variable Pressure (PWM Modulating) GRUNDFOS Variable Pressure (PWM Modulating) Grundfos UPML 25-105 130 PWM, 1x230 V, 50/60 Hz Grundfos UPML 32-105 180 PWM, 1x230 V, 50/60 Hz...
  • Page 28 WILO Variable Pressure (PWM Modulating) WILO Variable Pressure (PWM Modulating) WILO Variable Pressure (PWM Modulating) WILO Constant Pressure / Staged WILO Constant Pressure / Staged Wilo Yonos Para HF 25/7 Wilo Yonos Para HF 25/10, 30/10 Wilo Yonos Para HF 30/12...

  • Page 29: Water Pressure Supervision

    2.6.2. W ater Pressure Supervision There are two pressure supervision systems embedded into the LMS 14 control card. They are namely the “Static Pressure Supervision” and “Dynamic Pressure Supervision” systems. It is the priority of LMS 14 card to process and make a decision depending on the feedbacks of water pres- sure supervision system.
  • Page 30 1 bar • Maximum Water Pressure 6 bar Only Alarko Carrier services are trained well enough, have the needed hardware and authorization to intervene the water pressure supervision system of your boiler ALDENS. Dynamic Pressure Supervision (DPS) This system takes place in the supervision of pressure differentiations emerging from the boiler cir- culating pump or the heating circuit circulating – main – pump operation. If LMS 14 reads an unvalid pressure value after the “pump on”...

  • Page 31: Water Fill / Drainage From The Circuit

    The dynamic pressure value can also be visualized on the screen in the same manner by using the parameter 8327. Firstly, you have to be in the Engineer level. Heating engineer Diagnostics consumer 8327 is the order for displaying the dynamic pressure value. 2.6.3. W ater Fill / Drainage From The Circuit In order to achieve an efficient operation or to uncommission the system, it should be known how to fill or drane water from the water circuit. • The maximum water pressure level can be 6 bars in the installation for ALDENS 85, 105, 130 and 150. The standard equipment of your product due to first unpacking is a 6 bar purge valve.

  • Page 32: Over ∆T Prevention

    2.7. Over ∆T Prevention It is not preferred that the temperature difference between the inflow water and the outflow water may exceed a certain limit. The main reason is to protect the heat exchanger of your device from thermal over-stresses. This function may lower your device’s current operation load by %20, lower to the load to the system minimum value or due to design and safety purposes, it could take the boiler to start prevention mode (lockout).

  • Page 33: Unpacking And Assembling The Product

    3) Take the control system to “standby” if it is operating and “close” the gas line valve as shown in the left image – red arrow. 4) An Alarko Carrier authorized service should be connected before re-operation! For a de- tailed list of authorized services please visit www.alarko-carrier.com.tr site.
  • Page 34 It is advised for your product to be used/comissioned with the proper Pump and Accessories Kit which can be purchased via the Alarko Carrier Authorized Services network. The additional set equipments which are seen in the next page are not included in the standard package of your prod-...

  • Page 35: Safety Warnings And Useful Information About The Heat Exchanger, Fan And The Venturi

    Do not remove the front and/or side panels of your boiler while the device is in operation. This is a safety precaution. Your device will get out of warranty in case of detection of any previous opening of the panels. Only Alarko Carrier authorised services are capable of doing such operations. • Whether you are a service personnel or not, do not put any part of your body through inlet of the air suction (figured below).
  • Page 36 (sensible heat) of water vapor to the primary circuit of your installation at best performance are the main forecoming advantages of your boiler. Combustion Chamber surrounded by coils Heat Burner Door Exchanger Burner Fig.A. ALDENS 65 L/T type heat exchanger...
  • Page 37 Once underlining, the periodic maintenance of your boiler should be made yearly. Don’t forget to make your boiler’s maintenance by contacting Alarko Carrier authorised services. One of the main and most important issues about boiler maintenance is the maintenance steps implied on the heat exchanger.

  • Page 38: Heat Exchanger Hanging System (Patented- Pt2014/15542)

    3.1.2.2. Heat Exchanger Hanging System (Patented– PT2014/15542) Your ALDENS boiler has important structural advantages and the primer of these is the specially developed heat exchanger hanging system. The developed design has been patented. The system is made up of three main components as seen below. Hanging plate Heat Hang...

  • Page 39: Limit Thermostat

    3.1.2.3. Limit Thermostat For ALDENS 65 L/T models, the limit thermostat is located on the outlet pipe branch from the heat exchanger. For ALDENS 85-105-130-150 L/T models the limit thermostat is located on the front side (user side) of the heat exchanger.

  • Page 40: Thermal Fuse

    The thermal fuse can also be purchased via our authorised sellers / distributors. For ALDENS 65 L/T models, the thermal fuse is located on the heat exchanger and can be reached easily. For ALDENS 85-105-130-150 L/T models it is located at the backside of the heat exchanger which is also impossible to reach by hand.

  • Page 41: Unpacking The Boiler

    ALDENS condensing boiler is attached as unable to shake or move on a wooden palette. The ALDENS 65-85-105-130-150 L/T boilers’ (master or slave) net weights are 55, 69, 69, 75 and 89 kg’s in order as unpacked initially. Do not try to rise or levitate by your own! Apply for help to at least one more person.

  • Page 42: Mounting On The Wall And The Hanging System

    COACH SCREW 6,7x50 + DOWEL Rev: Alarko montaj ve kullanım kılavuzu It will be adventageous to use a lifting equipment for hanging the device on the HANGING PLATE. Tarih: 03/04/2019 For achieving a robust structure, please use the screw + dowel couples which are included in your product’s package as 4 couples. It will also be beneficial to inject a post-drying chemical into the...
  • Page 43 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28...
  • Page 44 LMS 14 Boiler DOMESTIC ARMATURES Mainboard Box TEMPERATURE SENSOR CONNECTION Panel Backside BOILER CIRCULATING PUMP PWM SIGNAL CONNECTION No need to make a PWM signal connection whether if the pump is not a modulating type. (DHW) Domestic Boiler Circulating Water Pump Sensor EXPANSION...
  • Page 45 Sensors Used On The System The temperature information of the hydraulic QAZ36.522/109 NTC 10 kΩ header is transferred via a wet type tempera- ture sensor to the LMS 14 control card. • QAZ 36.522/109 NTC 10 kΩ (0 / +95°C) sensor should be used for balance tank temperature.
  • Page 46 The QAD36/101 strap-on sensor is used when a plate heat exchanger is installed between the primary and secondary circuits or a 3-way mixing valve is being used on the system. The hydraulic header sensor, DHW sensor or the solar sensor are plug in (bulb type) sensors so they need a sink to be plugged on the so called sanitary member.

  • Page 47: Flue Pipe System And Components

    Room Controller Alternatively, it is able to make 2 room controller connections to LMS 14. Thus, heat demands of 2 independent primary heating circuits can be sent to LMS 14. Maximum 2 room controller connections can be made with LMS 14. In case of room thermostat usage, the cable terminals of the room controller device should be connected to CL+ and CL-.

  • Page 48: Standard Chimney Types

    The examples can easliy be multiplied. The flue pipe system can be like in the examples above or like in the standard Alarko flue pipe sys- tem kits and equipments as shown in the following pages. With the aid of flue system components and the circuitry icons, it will be very easy to plan the types, and variety of equipments for your local application. An other adventageous property of the Alarko flue pipe system is the easiness of com- munication with an Alarko Carrier authorized service. You may make the design and pre-planning of your flue system before your boiler is comissioned.
  • Page 49 Standard Chimney Types and Designations Chimney Code Explanation Exhauts pipe from inside the shaft, fresh air direct suction from the boiler medium (open type) Twin cascade exhaust from inside the shaft, fresh air direct suction from the boiler medium (open type) Exhaust pipe from inside the shaft, fresh air direct suction from the boiler medium, horizontal concentric connection (open type) Horizontal concentric pipe connection to condensate proof chimney, fresh air from the boiler medium (open type) C13x...
  • Page 50 Collector Dimensions and Information About Exhaust Piping Setup In order to design and comission your own chimney system, the information you will need can be found at the beginning of this book in Section 2.2. Technical Specifications. Single Boiler Maximum Flue Piping Lengths for Total of Horizontal + 1 Bend + Vertical Sections Maximum Pipe Lengths in (m) Power Type B Ф100 Type B Φ 100/150 Output (Only Exhaust Type B Ф130 Type B Ф150 Type B Ф200 Ф80 Concentric (kW)

  • Page 51: Flue / Fresh Air Piping Accesories

    While planning and/or designing the sanitary equipment (which includes the flue/fresh air piping) comissioning, the icons offered below will satisfy a need for a common language between you, the authorized services and Alarko Carrier headquarters. ɸ150/200 mm ɸ150/200 mm It shouldn’t be forgotten that, in order to be able to make flue gas measurements, the piping should contain the extension part with sampling points. Namely the symbolic icons are seen below.
  • Page 52 FLUEGAS EXHAUST / AIR INTAKE PIPING SYSTEM EQUIPMENTS WITH FUNCTIONS L mm * Φ100 - 500/1000/2000 mm * Φ100 * Φ130 - 500/1000/2000 mm * Φ130 EXTENSION PIPE PP SHAFT TERMINAL L mm Φ100/150 - 500/1000/2000 mm CONCENTRIC EXTENSION PIPE * Φ100 Φ100/150 CONCENTRIC FLUE * Φ130...

  • Page 53: Dhw Tank, Solar Collector, Direct And Mixing Circuits, System Examples

    3.6. DHW Tank, Solar Collector, Direct and Mixing Circuits, System Examples Single boiler, 1 direct circuit, 1 mixing circuit connection example with hydraulic header) Single boiler, 1 direct circuit, 1 mixing circuit, 1 DHW tank circuit connection example (with hydraulic header)
  • Page 54 Single boiler, double direct circuits, 1 mixing circuit, 1 DHW tank circuit with solar panel connection example (with hydraulic header) Double (cascade) boilers, 3 mixing circuits, 1 DHW tank circuit connection example (with hydraulic header)
  • Page 55 3 (cascade) boilers, double direct circuits, 1 mixing circuit, 1 DHW tank circuit with solar panel con- nection example (with plate heat exchanger between the primary and secondary circuits). The examples above are informative figures for the reader to understand the possibility of designing a variety of schemes. As a direct circuit, it could be taken as the domestic and conventional panel radiator heating system and also floor heating or water to air heat pump ventilation. It is possible to derive different variations.

  • Page 56: Quantity Of Boilers, Extension Module And Sensor Quantities

    3.7. Quantity of Boilers, Extension Module and Sensor Quantities Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged Staged Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged/PWM Staged Staged/PWM Staged/PWM Staged/PWM Staged Staged Staged/PWM Staged/PWM Staged/PWM...
  • Page 57 NoTES: Only one master boiler should be used per a cascade system. The slave boilers can’t be used in the lack of a master boiler. In a cascade system, if two adjacent boilers are to be selected with different maximum ca- pacities, these capacities can only be selected for adjacent boilers with following orders of magnitude.

  • Page 58: Comissioning, Adjustments And Maintenance

    4. Comissioning, Adjustments and Maintenance 4.1. Temperature Settings And Mode Selection On The Main Panel 4.1.1. Monitoring and Setting Parameters On the main panel you can quickly monitor and set parameters. Some of these parameters are to edit and some are to read only. Pressing the “info” button consecutively, the related information will be monitored one after another.

  • Page 59: Language Selection

    4.1.2. Language Selection On the main display, press ESC for a couple of times to see Boiler Temperature (or Cascade Temperature for cascade case). Press OK for once. Roll the selection wheel and stand on Operator Section. Press OK for once. As in the right image you will see the active language setting.
  • Page 60 Fig 1. Press ESC couple of times and Fig 2. Comfort temperature value will see the above display. be changing as you roll the wheel. Fig 4. Boiler will accept this setting and Fig 3. Press OK if you reached the will operate based on the new comfort desired value.

  • Page 61: Boiler Operation Mode Selection

    4.1.4. Boiler operation Mode Selection You need three buttons. In addition to these three buttons, you can cancel your setting operation by pressing “ESC”. You can change the mode by pressing 1. Displayed Icon Standby mode (Only frost protection) Economy mode Comfort mode Operation based on time Active one of the above regarding program to the time program.

  • Page 62: Accessing The Menus And Parameters

    “Now you are in the Enduser Level” ATTENTION!: You are unauthorized On the coming display, to access user levels other than “En- press the info for long duser Level”. Only Alarko authorized (approximately 6 seconds). services have the right to access other levels. Detection of prohibited access will cancel your device warranty.

  • Page 63: Time Program Settings

    For a proper operation, it’s required to set the time of day and date correctly. This is also necessary for the automatic operation. An outside temperature sensor must be installed / included to your system. Unless, the boiler electronic controller (LMS 14) will accept the outside temperature as 0°C. 4.3. Time Program Settings Choose the “Time prog.heating circuit 1”...
  • Page 64 Then you will again need to set the time switch program via the parameter 500. There are 4 different options here. Then you will again need to set the time switch program via the parameter 500. There are 4 different options here. 1. Monday-Sunday (Whole week) 1. Monday-Sunday (Whole week) 2. Monday-Friday (Weekdays) 2. Monday-Friday (Weekdays) 3. Saturday-Sunday (Weekend) 3.
  • Page 65 NOTE: If you have a plant in which there will be no heating on Sunday, then you have to set each day seperately because to there is not an option from Monday to Saturday. For instance, assume that you are asked to make a time switch programme from Monday to Sat- urday (does not matter the same or different switch on/off times). First, it’s needed to select Mon- day via the parameter 500 and then adjust the switch on/off times via the parameters 501/503/505 (switch on times) and 502/504/506 (switch off times). If you have the same switch on/off times for the other days also, you can use the “Copy” function. You can copy the Monday time program setting to the rest of the days as shown below by pressing the OK button for the first time to select the day and then press again a second time to confirm the change.

  • Page 66: Frost Protection Settings

    4.4. Frost Protection Settings When the boiler is in standby mode it will operate obeying the parameter no 712 which is the “Economy Temperature”. If you wish the boiler stays in minimum during the reduced mode (reduced mode does not mean that device stops, it will work if there is a heat request) you can set the minimum conditions and provide the boiler works at minimum level.

  • Page 67: Heating Curve

    4.5. Heating Curve If you have difficulties regarding the heating inside the rooms even you increase the confort tem- perature, you can raise the “heating curve slope” under the engineer level heating circuit. Therefore, the boiler water temperature will be raised. During this operation, outside temperature and the comfort setpoint will also be effecting the process. For instance, the slope of 1,8 or 2 can be set for the cities which have hard climate conditions. The slope value is 1,5 as the factory setting.

  • Page 68: Important And Practical Enduser Parameters

    4.6. Important And Practical Enduser Parameters Purpose of use Unit Path / Info (E: Enduser) Clock time hh:mm EClock1 Day/Month tt:MM E Clock 2 Year jjjj E Clock 3 Heating circuit 1 Phase – On hh:mm ETime prog heating circuit501 Heating circuit 1 Phase – Off hh:mm E...

  • Page 69: System Monitoring And Audition With The Web Server Via Local Area Network Or Internet

    • Cleaning the silt trap. • Checking the neutraliser plexiglass filter housing and the level of the granule content; filling up granules up to the level designated on the housing till between the Maximum – Minimum Granule Level Indicator • Checking proper operation of the system focusing care on the sensors, modules, pumps and 3-way motorised valves • Filling in the authorised service form It is adviced for you to ensure the authorised service to properly and completely check the whole issues stated above with no missing.

  • Page 70: Fault Codes

    LMS 14. The fault codes that you may face in the system are listed below. In case of a fault code notice, you can call one of the nearest Alarko Carrier authorized services. For access to the authorized services list located in your region please visit our http://www.alarko-...
  • Page 76 The right to amend specifications under technologic deve GOSB-Gebze Organize Sanayi Bölgesi Șahabettin Bilgisu Cad. 41480 Gebze-Kocaeli/TURKEY Phone : (90)(262) 648 60 00 PBX Telefax : (90)(262) 648 61 01 : www.alarko-carrier.com.tr ALARKO CARRIER e-mail : info@alarko-carrier.com.tr SANAYİ VE TİCARET A.Ș.

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