Related Manuals for Beko Bekoblizz LC 12-355
Summary of Contents for Beko Bekoblizz LC 12-355
- Page 1 EN - english Instructions for installation and operation Compressed air refrigeration chiller ® BEKOBLIZZ LC 12-355...
- Page 2 Dear customer, ® Thank you for deciding in favour of the BEKOBLIZZ LC 12-355 compressed-air refrigeration chiller. Please read ® these installation and operating instructions carefully before mounting and starting up the BEKOBLIZZ LC 12-355 and ® follow our directions. Perfect functioning of the BEKOBLIZZ LC 12-355 and thus reliable compressed-air drying can only be guaranteed when the provisions and notes stipulated here are strictly adhered to.
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Page 3: Table Of Contents
Contents Name plate Safety instructions Safety pictograms in accordance with DIN 4844 Signal words in accordance with ANSI Overview of the safety instructions Proper use Exclusion from a field of application ... - Page 4 Electric diagram BEKOBLIZZ LC 90-115 13.3.5 Electric diagram BEKOBLIZZ LC 150-240 13.3.6 Electric diagram BEKOBLIZZ LC 355 EC Declaration of Conformity Pos: 1 /Beko Technische Dokumentation/Überschriften/1/Sicherheitshinweise @ 0\mod_1183637609261_6.doc @ 5365 BEKOBLIZZ® LC 12-355...
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Page 5: Name Plate
This manual must be available at all times for future reference and is a constituent part of the chiller. If you have any queries regarding these installation and operating instructions, please contact BEKO TECHNOLOGIES GMBH. -
Page 6: Safety Pictograms In Accordance With Din 4844
Do not operate with open cover (housing) Maintenance works or controlling measures must only be carried out by qualified personnel Do not smoke Note Pos: 4 /Beko Technische Dokumentation/Sicherheit/Gefahr Druckluft @ 0\mod_1184148143854_6.doc @ 577 ARIA Connection point compressed-air inlet LUFT... - Page 7 Safety instructions Works can be carried out by the operator of the plant, provided that they are skilled accordingly NOTE: Text that contains important specifications to be considered – does not refer to safety precautions. The device was carefully designed with particular attention paid to environmental protection: ...
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Page 8: Signal Words In Accordance With Ansi
Make sure that the power supply is switched off and that the device is off and marked for maintenance measures. Please also ensure that the power supply cannot be re-established during the works. Pos: 7 /Beko Technische Dokumentation/Sicherheit/Maßnahmen Netzspannung BM 31/32/33 @ 0\mod_1216898430699_6.doc @ 11319 Caution! Refrigerant! The compressed-air refrigeration chiller uses HFC-containing refrigerants as a coolant. - Page 9 Safety instructions Warning! Refrigerant leak! A refrigerant leak involves the danger of serious injury and damage to the environment. ® The BEKOBLIZZ LC 12-355 compressed-air refrigeration chiller contains fluorinated greenhouse gas/refrigerant. Installation, repair and maintenance works at the refrigeration system must only be carried out by certified skilled personnel (specialists).
- Page 10 Operators of the devices must observe the local and national pressure equipment regulations in the country of installation. Pos: 8 /Beko Technische Dokumentation/Sicherheit/Sicherheitshinweise, weitere BM (nicht Ex) @ 0\mod_1183616103770_6.doc @ 4009os: 9 /Beko Technische Dokumentation/Sicherheit/Zusatz Sicherheitshinweise BM33 @ 0\mod_1231926887620_6.doc @ 12829s: 10 /Beko Technische Dokumentation/Sicherheit/Vorsicht Fehlfunktion @ 0\mod_1214378096290_6.doc @ 9359 Note!
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Page 11: Proper Use
Pos: 15 /Beko Technische Dokumentation/Übeschriften/1/Ausschluss vom Anwendungsbereich @ 0\mod_1236003439359_6.doc @ 13709 Exclusion from a field of application Pos: 16 /Beko Technische Dokumentation/Bestimmungsgemäße Verwendung/BEKOMAT/Ausschluß Anwendung BM 31/32/33 @ 0\mod_1236003837511_6.doc @ 13736 Note! Improper use! The device is intended for the separation of water in compressed air. -
Page 12: Operating Instructions In Accordance With The 97/23/Ec Pressure Equipment Directive
Operating instructions in accordance with the 97/23/EC Pressure Equipment Directive Operating instructions in accordance with the 97/23/EC Pressure Equipment Directive The BEKOBLIZZ® LC 12-355 compressed-air refrigeration chiller contains pressure equipment in the sense of the 97/23/EC Pressure Equipment Directive. Therefore, the entire plant needs to be registered with the supervisory authority if required in accordance with the local regulations. -
Page 13: Transport
Transport Transport Check the packaging for visible loss or damage. If no visible damage can be ascertained, place the unit in close proximity to the place of installation and unpack the device. During this procedure, the chiller must always remain in an upright position. The components may be damaged when the unit is tilted or turned upside down. -
Page 14: Installation
Installation Installation Place of installation Note! Ambient conditions! In the event that the chiller is not installed under suitable ambient conditions, the ability of the device to condense refrigerant gas is impaired. This can result in a higher load of the refrigerating compressor, and in a loss of efficiency and performance of the chiller. -
Page 15: Installation Plan
Installation Installation plan Air compressor Aftercooler Condensate separator Prefilter Bypass group Chiller Compressed-air tank Final filter Bekomat condensate drain Installation type A straight upstream of the application is recommended. Installation type B is NOT recommended because of the low compressed air temperature there will be condensation outside of the pipes and vessel and the air will be rewarmed. -
Page 16: Correction Factors
Installation Correction factors Correction factor for operating pressure changes: Inlet air pressure bar(g) Factor (F1) 0.77 0.86 0.93 1.00 1.05 1.14 1.21 1.27 1.30 Correction factor for ambient temperature changes (Air-Cooled): Ambient temperature ºC Factor (F2) 1.00 0.96 0.90 0.82 0.72 0.60 Correction factor for inlet air temperature changes:... -
Page 17: Connection To The Compressed-Air System
Installation Connection to the compressed-air system Danger! Compressed air! All works must only be carried out by qualified skilled personnel. Never work on compressed-air systems which are under pressure. The operator or the user must ensure that the chiller is never operated with a pressure exceeding the maximum pressure value indicated on the name plate. -
Page 18: Minimum Cooling Water Requirements
Installation Minimum cooling water requirements: 15 … 30°C (1) / SO >1.0 mg/l or ppm Temperature Pressure 3…10 bar(g) (2) <2 mg/l or ppm Delivery pressure > 3 bar (2) (3) 50 mg/l or ppm Total hardness 6.0…15 dH° 0.5 mg/l or ppm 7.5…9.0 <0.05 mg/l or ppm Conductivity... -
Page 19: Electrical Connections
Installation Electrical connections Danger! Supply voltage! The connection to the electric mains should only be carried out by qualified skilled personnel and must correspond to the legal provisions in force in your region. Prior to connecting the device, please check the name plate to avoid exceeding the indicated values. The voltage tolerance is +/- 10%. -
Page 20: Start-Up
Start-up Start-up Preliminary stages Note! Exceeding of the operating parameters! Ensure that the operating parameters comply with the nominal values indicated on the name plate of the chiller (voltage, frequency, air pressure, air temperature, ambient temperature etc.). Prior to delivery, this chiller was thoroughly tested, packed and checked. Please verify the soundness of the chiller during the initial start-up and check the perfect functioning during the first operating hours. -
Page 21: Shut Down And Restart
Start-up Note! LC 12-35 - A dew point included in the green operating area of the electronic control unit is considered to be correct according to the possible operating conditions (flow rate, air inlet temperature, ambient temperature etc.). LC 55-355 - A dew point between 0°C and +10°C displayed on the electronic control unit is considered to be correct according to the possible operating conditions (flow rate, air inlet temperature, ambient temperature etc.). -
Page 22: Technical Data
Technical data 10 Technical data 10.1 Technical data BEKOBLIZZ LC 12-35 1/230/50-60 BEKOBLIZZ® LC 12-355... -
Page 23: Technical Data Bekoblizz Lc 55-355 1/230/50
Technical data 10.2 Technical data BEKOBLIZZ LC 55-355 1/230/50 BEKOBLIZZ® LC 12-355... -
Page 24: Technical Data Bekoblizz Lc 12-150 1/115/60
Technical data 10.3 Technical data BEKOBLIZZ LC 12-150 1/115/60 BEKOBLIZZ® LC 12-355... -
Page 25: Technical Data Bekoblizz Lc 55-355 1/230/60
Technical data 10.4 Technical data BEKOBLIZZ LC 55-355 1/230/60 BEKOBLIZZ® LC 12-355... -
Page 26: Technical Description
Technical description 11 Technical description 11.1 Control panel The control panel explained below is the only chiller user interface. LC 12 – 35 LC 55 – 115 DMC15 sec - min LC 150 – 355 ON-OFF switch Electronic instrument Air and refrigerant flow diagram 11.2 Functional description Operating principle –... -
Page 27: Flow Chart (Air-Cooled)
Technical description 11.3 Flow chart (air-cooled) P< P> 12.2 12.1 11.4 Flow chart (water-cooled) P< P> 12.1 Heat exchanger group Filter dryer a – Air/refrigerant heat exchanger Capillary tube b – Condensate separator 12.1 T1 temperature sensor (dew point) Refrigerant pressure switch LPS (P<) (LC 355) 12.2 T2 Temperature sensor (fan control) (LC 12-35) Safety temperature switch TS (LC 150-355) -
Page 28: Refrigerating Compressor
Technical description 11.5 Refrigerating compressor The employed refrigerating compressors are constructed by leading manufacturers. The hermetically sealed construction is absolutely gastight. The integrated safeguard protects the compressor against overheating and excess current. The protection is automatically reset as soon as the nominal conditions are reached again. 11.6 Condenser (air-cooled) The condenser is the component in which the gas coming from the compressor is cooled down, condensed and liquefied. -
Page 29: Refrigerant Pressure Switches Lps - Hps - Pv
Technical description 11.14 Refrigerant pressure switches LPS – HPS – PV To ensure the operational reliability and the protection of the chiller, a series of pressure switches are installed in the gas cycle. LPS : Low-pressure guard on the suction side of the compressor, which is triggered when the pressure drops below the predetermined value. -
Page 30: Dmc 15 Electronics (Control Unit Compressed-Air Chiller) - Lc
Technical description 11.16 DMC 15 electronics (control unit compressed-air chiller) – LC 12-35 Led – Power ON DMC15 Led - Drain ON Led – Condenser fan ON sec - min Button – Setup menu access Button – Increase / Drain test (Not used) DISPLAY The DMC15 displays DewPoint temperature and controls the condenser fan activation. -
Page 31: Control Of The Condenser Fan
Technical description 11.16.4 Control of the condenser fan A temperature probe T2 is located on the discharge side of the condenser. The condenser fan is activated (ON) when the T2 temperature is higher than FANon setting (standard 35°C / 96°F) and led is ON. -
Page 32: Dmc 18 Electronics (Control Unit Compressed-Air Chiller) - Lc 55-355
Technical description 11.17 DMC 18 electronics (control unit compressed-air chiller) – LC 55-355 Led - temperature in °C Led - temperature in °F Led – drain ON Led – alarm/service Button – access configuration menu Button – decrease / service Button –... -
Page 33: Operation Of The Potential-Free Failure/Alarm Contact
Technical description 11.17.5 Operation of the potential-free failure/alarm contact The DMC 18 is equipped with a potential-free contact to indicate failures or alarm conditions. chiller is switched on and no service warning/alarm is active. chiller is off or a service warning/alarm is active. 11.17.6 Operating parameters –... -
Page 34: Electronically Level-Controlled Bekomat Condensate Drain
Technical description 11.18 Electronically level-controlled BEKOMAT condensate drain The electronically level-controlled BEKOMAT condensate drain boasts a special condensate management which ensures that condensate is discharged safely and without an unnecessary loss of compressed air. This drain has a condensate collection container in which a capacitive sensor continuously monitors the liquid level. As soon as the switching level is reached, the capacitive sensor transmits a signal to the electronic control and a membrane solenoid valve opens to discharge the condensate. -
Page 35: Maintenance, Troubleshooting, Spare Parts And Dismantling
Maintenance, troubleshooting, spare parts and dismantling 12 Maintenance, troubleshooting, spare parts and dismantling 12.1 Checks and maintenance Certified skilled personnel Installation works must exclusively be carried out by authorised and qualified skilled personnel. Prior to ® undertaking any measures on the BEKOBLIZZ LC 12-355 compressed-air refrigeration chiller, the certified skilled personnel shall read up on the device by carefully studying the operating instructions. -
Page 36: Troubleshooting
Maintenance, troubleshooting, spare parts and dismantling DAILY: • Check whether the dew point indicated on the electronics is correct. • Ensure that the condensate drain system functions properly. • Make sure that the condenser is clean. EVERY 200 HOURS OR MONTHLY •... - Page 37 The chiller does not discharge the condensate – see the corresponding point. The hot-gas bypass valve needs to be re-adjusted – contact a BEKO service technician to have the nominal setting re-established. There is a leak in the refrigeration cycle – contact a BEKO service technician.
- Page 38 Reset the pressure switch by pressing the button on the controller itself – check the proper chiller functioning of the The HPS pressure switch is defective – contact a BEKO service technician for the replacement. If installed: There is a leak in the refrigeration cycle – please contact a BEKO service technician.
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Page 39: Recommended Spare Parts
Maintenance, troubleshooting, spare parts and dismantling 12.3 Recommended spare parts NOTE: To order the recommended spare parts or other elements, the data on the name plate must be indicated. BEKOBLIZZ® LC 12-355... - Page 40 Maintenance, troubleshooting, spare parts and dismantling BEKOBLIZZ® LC 12-355...
- Page 41 Maintenance, troubleshooting, spare parts and dismantling BEKOBLIZZ® LC 12-355...
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Page 42: Maintenance Works At The Refrigeration Cycle
When delivered, the chiller is ready to operate and filled with a refrigerant of the R134a or R407C type. Should you detect a refrigerant leak, please contact a BEKO service technician. Prior to any intervention, the room needs to be ventilated. -
Page 43: Appendices
Appendices 13 Appendices 13.1 Chiller dimensions 13.1.1 Chiller dimensions BEKOBLIZZ LC 12-35 BEKOBLIZZ® LC 12-355... - Page 44 Appendices 13.1.2 Chiller dimensions BEKOBLIZZ LC 55 BEKOBLIZZ® LC 12-355...
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Page 45: Chiller Dimensions Bekoblizz Lc 90-115
Appendices 13.1.3 Chiller dimensions BEKOBLIZZ LC 90-115 BEKOBLIZZ® LC 12-355... -
Page 46: Chiller Dimensions Bekoblizz Lc 150-240
Appendices 13.1.4 Chiller dimensions BEKOBLIZZ LC 150-240 BEKOBLIZZ® LC 12-355... -
Page 47: Chiller Dimensions Bekoblizz Lc 355
Appendices 13.1.5 Chiller dimensions BEKOBLIZZ LC 355 BEKOBLIZZ® LC 12-355... -
Page 48: Exploded Diagrams
Appendices 13.2 Exploded diagrams 13.2.1 Components of the exploded diagrams Heat exchanger group 19 Condenser water-regulating valve (water-cooled) a – Air/refrigerant heat exchanger 20 Refrigerant reservoir (water-cooled) b – Condensate separator 21 Bekomat drain Refrigerant pressure switch LPS 22 Main switch Safety temperature switch TS …... -
Page 49: Exploded Diagram Bekoblizz Lc
Appendices 13.2.2 Exploded diagram BEKOBLIZZ LC 12-35 BEKOBLIZZ® LC 12-355... - Page 50 Appendices 13.2.3 Exploded diagram BEKOBLIZZ LC 55 BEKOBLIZZ® LC 12-355...
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Page 51: Exploded Diagram Bekoblizz Lc 90-115
Appendices 13.2.4 Exploded diagram BEKOBLIZZ LC 90-115 BEKOBLIZZ® LC 12-355... -
Page 52: Exploded Diagram Bekoblizz Lc 150-240
Appendices 13.2.5 Exploded diagram BEKOBLIZZ LC 150-240 BEKOBLIZZ® LC 12-355... -
Page 53: Exploded Diagram Bekoblizz Lc 355
Appendices 13.2.6 Exploded diagram BEKOBLIZZ LC 355 BEKOBLIZZ® LC 12-355... -
Page 54: Electric Diagrams
Appendices 13.3 Electric diagrams 13.3.1 Electric diagrams – list of components Compressor Compressor thermal protection Compressor starting relay (if installed) Compressor starting capacitor (if installed) Compressor operating capacitor (if installed) Condenser fan Fan starting capacitor (if installed) DMC15 DMC15 electronic instrument – air chiller control T1 Temperature probe –... -
Page 55: Chiller Dimensions Bekoblizz Lc
Appendices 13.3.2 Electric diagram BEKOBLIZZ LC 12-35 BEKOBLIZZ® LC 12-355... - Page 56 Appendices 13.3.3 Electric diagram BEKOBLIZZ LC 55 BEKOBLIZZ® LC 12-355...
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Page 57: Electric Diagram Bekoblizz Lc 90-115
Appendices 13.3.4 Electric diagram BEKOBLIZZ LC 90-115 BEKOBLIZZ® LC 12-355... -
Page 58: Electric Diagram Bekoblizz Lc 150-240
Appendices 13.3.5 Electric diagram BEKOBLIZZ LC 150-240 BEKOBLIZZ® LC 12-355... -
Page 59: Electric Diagram Bekoblizz Lc 355
Appendices 13.3.6 Electric diagram BEKOBLIZZ LC 355 BEKOBLIZZ® LC 12-355... - Page 60 Appendices BEKOBLIZZ® LC 12-355...
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Page 61: Ec Declaration Of Conformity
EC Declaration of Conformity 14 EC Declaration of Conformity BEKOBLIZZ® LC 12-355... - Page 62 EC Declaration of Conformity BEKOBLIZZ® LC 12-355...
- Page 63 EC Declaration of Conformity Hot-gas bypass valve ......... 28 A I Advice, safety instructions ........5 Appendices ............43 Initial start-up ............20 Installation ............14 B Installation plan ........... 15 BEKOMAT ............34 M C Maintenance ............35 Capillary tube ............28 Maintenance works at the refrigeration cycle ..
- Page 64 Phone: +81 44 328 76 01 [email protected] Benelux Polska / Poland Scandinavia BEKO TECHNOLOGIES B.V. BEKO TECHNOLOGIES Sp. z o.o. BEKO TECHNOLOGIES AB Veenen 12 ul. Chłapowskiego 47 Industrivägen 39 NL - 4703 RB Roosendaal PL-02-787 Warszawa S-43361 Sävedalen...