TECHNICAL DATA BCEC MODEL 0301A 0401A …

1 TECHNICAL DATABCEC MODEL0301A0401A0532A0632A0752A0903A1103A !"#$%&'(()*+,(-,./011,2,31 Compressor/snr x model4%5%!6)%7$##8%5%!6)%7$##2%5%!6)%7$# #Cooling circuitsnr4 Evaporatornr x model4%5%9!!:#:;<=>nr x MODEL ??@4148404?UNIT WITH ASYNCHRONOUS MOTOR FANS (AC)A!!)6=B%C<(<C6D*%E4 FGH8I?2I4321?13J31@J34411KL>!$L#:%(!"#$%E8F%GHI4M?481M443@M@4@4M284@ M?8?4M1283M2 NONOPO%E8F2M822M832M202M202M022M232M2@NO &ONONOPO%E2F3M120MI83M4J3M1J3M2J3M2I3M?8 QO ORO+O%E0F3MI83M@@3M@ ambient temperature VA08 UNIT WITH ELECTRONICALLY COMMUTED MOTOR FANS (EC)A!!)6=B%C<(<C6D*%E4 FGH211011321?21J31I114411KL>!$L#:%(!"#$%E8F%GHI8M8484M0433M?4@@M@842 M?8?3M@21@M8 NONOPO%E8F2M832M8I2M042M202M342M2I2M3 JNO&ONONOPO%E2F3M1I0 MII3M8J3M803M343M383M?)

2 @QO ORO+O%E0F?M1@3MI33MI43M@ ambient temperature VA03 DIMENSIONS.#6B-Dmm8341834183418341834183 418341R#=BD-mm31113111?021J@?1I8I141J814 8431 Depthmm8811881188118811881188118811 LEADINGTECHNOLOGYMAGNETICFORCEOILFREEFIR STCLASSSMALLISBEAUTIFULNONOISEstLEADINGT ECHNOLOGYMAGNETICFORCEOILFREEFIRSTCLASSS MALLISBEAUTIFULNONOISEstLEADINGTECHNOLOG YMAGNETICFORCEOILFREEFIRSTCLASSSMALLISBE AUTIFULNONOISEstLEADINGTECHNOLOGYMAGNETI CFORCEOILFREEFIRSTCLASSSMALLISBEAUTIFULN ONOISEstLEADINGTECHNOLOGYMAGNETICFORCEOI LFREEFIRSTCLASSSMALLISBEAUTIFULNONOISEst LEADINGTECHNOLOGYMAGNETICFORCEOILFREEFIR STCLASSSMALLISBEAUTIFULNONOISEst2550 LOAD %751000,01,02,03,04,05,06,07,08,09,010,0 11,012,013.

3 0 COPS crew compressor chillers Oil-Free compressor chillersData refer to ESEER conditions320650 COOLING CAPACITY (kW)95012500, , , , , , , , , , ,0 Running cost (euro/year)Screw compressor chillers Oil-Free compressor chillersData refer to ESEER conditionsEnergy cost: 0,09 euro/kWh (European average)-48%-38%-38%-39%% Energy SavingTECHNICAL DATABCEF MODEL0301A0401A0532A0632A0752A0903A1103A !"#$%&'(()*+,(-,./011,2,31 Compressor/snr x model4%5%!6)%7$##8%5%!6)%7$##2%5%!6)%7$# #Cooling circuitsnr4 Evaporatornr x model4%5%9!!:#:;<=>nr x MODEL ??@4148404?UNIT WITH ASYNCHRONOUS MOTOR FANS (AC)A!!)6=B%C<(<C6D*%E4 FGH241044331?2I@11J4I4842KL>!$L#:%(!"#$%E8F%GH@JM0484M143@M44 IIM488@M28?

4 ?M123 JMJNONOPO%E8F2M0I2M012M0@2M?12M312M032M2 I;$##QC!!)6=B%C<(<C6D*%E2 FGH80?8J?2J308I3@I?@8I@2KL>!$L#:%(!"#$ 6=%7$##QC!!)6=B%E2FE0 FGH4?M14IM480M08@M828M?04M203M@NONOPO%%6 =%7$##QC!!)6=B%E2FE0F43M2I4IM8I4?M4@43M4 ?4@ ambient temperature UA01 UNIT WITH ELECTRONICALLY COMMUTATED MOTOR FANS (EC)A!!)6=B%C<(<C6D*%E4 FGH241044331?2I@11J4I4842KL>!$L#:%(!"#$%E8F%GH@JM8481MJ43 IMJ4I?M@888M28?1M8234M2 NONOPO%E8F2M0I2M012M0@2M?12M?12M382M03;$ ##QC!!)6=B%C<(<C6D*%E2 FGH8I222J0380@8?I8 IIJJ13KL>!$L#:%(!"#$% 6=%7$##QC!!)6=B%E2FE0 FGH4JM@ ambient temperature UA02 DIMENSIONS.#6B-Dmm8341834183418341834183 418341V#=BD-mm31113111?021I@?1J8J141I814 8431 Depthmm8811881188118811881188118811