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Solar hot water systems capable of complying with the 5 Star regulation:
Off peak electric solar systems recommended for households with 3+ bedrooms
 
 
Manufacturer
 System Type Model Number Solar Savings Tank
Size
Litres		 Tank Model
Number		 Collector
Type		 Collector
Model
Number		 Number of
Collectors/Tubes		 Frost
Protection
AAE Solar Pumped in-tank boost AAE-315-40 63 % 327 315 S Evacuated Tube SCM-20 40 Recirculation pump & glasswool insulation
Apricus Pumped in-tank boost AE_30_315_GLEM 62 % 326 SE425 Evacuated Tube AP-30 1 Active Control in Solar Controller
Apricus Pumped in-tank boost AE_30_400_GLEM 64 % 417 SE426 Evacuated Tube AP-30 1 Active Control in Solar Controller
Apricus Pumped in-tank boost AE_40_315_GLE 63 % 326 SE419 Evacuated Tube AP-40 1 Active Control in Solar Controller
Apricus Pumped in-tank boost AE-250GLES-30 61 % 269 250GLES Evacuated Tube AP30 1 Controller
Apricus Pumped in-tank boost AE-315-40 63 % 327 315 LT Evacuated Tube AP-20 2 Controller
Chromagen Close-coupled thermosiphon with in-tank boost 302TOBP10 63 % 300 SH30ANR2G01 Flat Plate CR100BP 2 Anti-Frost Valve
Chromagen Close-coupled thermosiphon with in-tank boost 302TOBP11 67 % 300 EV300NM2E01 Flat Plate CR110BP 2 Anti-Frost Valve
Chromagen Pumped in-tank boost 302VCBP10 60 % 300 EV300NM1E08 Flat Plate CR100BP 1 Active Control in Solar Controller
Chromagen Pumped in-tank boost 302VCBP11 63 % 300 EV300NM1E08 Flat Plate CR110BP 2 Active Control in Solar Controller
Chromagen Pumped in-tank boost 302VOBP11 70 % 300 SV30ANR1G09 Flat Plate CR110BP 2 Active Control in Solar Controller
Chromagen Pumped in-tank boost 303VOBP11 80 % 300 SV30ANR1G09 Flat Plate CR110BP 3 Active Control in Solar Controller
Conergy Pumped in-tank boost AS250/4/O/EXX/E20BC 67 % 259 Proflo 250 or Aquamax SE250 Flat Plate E20BC 2 Active Recirculation
Conergy Pumped in-tank boost AS250/4/O/EXX/F20LC 64 % 259 Proflo 250 or Aquamax SE250 Flat Plate F20LC 2 Active Recirculation
Conergy Pumped in-tank boost AS315/4/O/EXX/E20BC 68 % 322 Proflo 315 or Aquamax S315 Flat Plate E20BC 2 Active Recirculation
Conergy Pumped in-tank boost AS315/6/C/EXX/F20LC 63 % 322 Proflo 315 or Aquamax S315 Flat Plate F20LC 3 Glycol Closed Circuit
Conergy Pumped in-tank boost AS315/6/O/EXX/F20LC 76 % 322 Proflo 315 or Aquamax S315 Flat Plate F20LC 3 Active Recirculation
Conergy Pumped in-tank boost AS400/6/C/EXX/E20BC 69 % 415 Proflo 400 Flat Plate E20BC 3 Glycol Closed Circuit
Conergy Pumped in-tank boost AS400/6/C/EXX/F20LC 63 % 415 Proflo 400 Flat Plate F20LC 3 Glycol Closed Circuit
Conergy Pumped in-tank boost AS400/6/O/EXX/E20BC 80 % 415 Proflo 400 Flat Plate E20BC 3 Active Recirculation
Conergy Pumped in-tank boost AS400/6/O/EXX/F20LC 77 % 415 Proflo 400 Flat Plate F20LC 3 Active Recirculation
Conergy Close-coupled thermosiphon with in-tank boost TS300/4/O/E24/V/E20BC 64 % 297.1 TS300/O/XXX/V Flat Plate E20BC 2 Frost Valve
Conergy Close-coupled thermosiphon with in-tank boost TS300/4/O/E24/V/F20LC 60 % 297.1 TS300/O/XXX/V Flat Plate F20LC 2 Frost Valve
Conergy Close-coupled thermosiphon with in-tank boost TS300/40/C/E24/V/E20BC 63 % 297 TS300/C/XXX/V Flat Plate E20BC 2 Glycol Closed Circuit
Conergy Close-coupled thermosiphon with in-tank boost TS300/40/O/E24/V/F20LC 60 % 297 TS300/O/XXX/V Flat Plate F20LC 2 Frost Valve
Conergy Close-coupled thermosiphon with in-tank boost TS300/60/C/E24/V/E20BC 72 % 297 TS300/C/XXX/V Flat Plate E20BC 3 Glycol Closed Circuit
Conergy Close-coupled thermosiphon with in-tank boost TS300/60/C/E24/V/F20LC 67 % 297 TS300/C/XXX/V Flat Plate F20LC 3 Glycol Closed Circuit
Conergy Close-coupled thermosiphon with in-tank boost TS300/60/O/E24/V/E20BC 74 % 297 TS300/O/XXX/V Flat Plate E20BC 3 Frost Valve
Conergy Close-coupled thermosiphon with in-tank boost TS300/60/O/E24/V/F20LC 69 % 297 TS300/O/XXX/V Flat Plate F20LC 3 Frost Valve
DUX Pumped in-tank boost D2F136T2AO 71 % 259 2F136S Flat Plate 2AP 2 Frost valve
DUX Pumped in-tank boost D2F136W2AO 68 % 259 2F136S Flat Plate 2CB 2 Frost valve
DUX Pumped in-tank boost D2T136T2AO 71 % 259 2T136S Flat Plate 2AP 2 Frost valve
DUX Pumped in-tank boost D2T136W2AO 68 % 259 2T136S Flat Plate 2CB 2 Frost valve
DUX Pumped in-tank boost D3F136T2AO 71 % 322 3F136S Flat Plate 2AP 2 Frost valve
DUX Pumped in-tank boost D3F136T3AO 82 % 322 3F136S Flat Plate 2AP 3 Frost valve
DUX Pumped in-tank boost D3F136W2AO 68 % 322 3F136S Flat Plate 2CB 2 Frost valve
DUX Pumped in-tank boost D3F136W3AO 79 % 322 3F136S Flat Plate 2CB 3 Frost valve
DUX Pumped in-tank boost D3T136T2AO 71 % 322 3T136S Flat Plate 2AP 2 Frost valve
DUX Pumped in-tank boost D3T136T3AO 82 % 322 3T136S Flat Plate 2AP 3 Frost valve
DUX Pumped in-tank boost D3T136W2AO 68 % 322 3T136S Flat Plate 2CB 2 Frost valve
DUX Pumped in-tank boost D3T136W3AO 79 % 322 3T136S Flat Plate 2CB 3 Frost valve
DUX Pumped in-tank boost D4F136T2AO 71 % 415 4F136S Flat Plate 2AP 2 Frost valve
DUX Pumped in-tank boost D4F136T3AO 82 % 415 4F136S Flat Plate 2AP 3 Frost valve
DUX Pumped in-tank boost D4F136W2AO 67 % 415 4F136S Flat Plate 2CB 2 Frost valve
DUX Pumped in-tank boost D4F136W3AO 79 % 415 4F136S Flat Plate 2CB 3 Frost valve
DUX Pumped in-tank boost D4T136T2AO 71 % 415 4T136S Flat Plate 2AP 2 Frost valve
DUX Pumped in-tank boost D4T136T3AO 82 % 415 4T136S Flat Plate 2AP 3 Frost valve
DUX Pumped in-tank boost D4T136W2AO 67 % 415 4T136S Flat Plate 2CB 2 Frost valve
DUX Pumped in-tank boost D4T136W3AO 79 % 415 4T136S Flat Plate 2CB 3 Frost valve
Ecosmart Pumped in-tank boost E2F136T2AO 71 % 259 2F136S Flat Plate 2AP 2 Frost valve
Ecosmart Pumped in-tank boost E2F136W2AO 68 % 259 2F136S Flat Plate 2CB 2 Frost valve
Ecosmart Pumped in-tank boost E2T136T2AO 71 % 259 2T136S Flat Plate 2AP 2 Frost valve
Ecosmart Pumped in-tank boost E2T136W2AO 68 % 259 2T136S Flat Plate 2CB 2 Frost valve
Ecosmart Pumped in-tank boost E3F136T2AO 71 % 322 3F136S Flat Plate 2AP 2 Frost valve
Ecosmart Pumped in-tank boost E3F136T3AO 82 % 322 3F136S Flat Plate 2AP 3 Frost valve
Ecosmart Pumped in-tank boost E3F136W2AO 68 % 322 3F136S Flat Plate 2CB 2 Frost valve
Ecosmart Pumped in-tank boost E3F136W3AO 79 % 322 3F136S Flat Plate 2CB 3 Frost valve
Ecosmart Pumped in-tank boost E3T136T2AO 71 % 322 3T136S Flat Plate 2AP 2 Frost valve
Ecosmart Pumped in-tank boost E3T136T3AO 82 % 322 3T136S Flat Plate 2AP 3 Frost valve
Ecosmart Pumped in-tank boost E3T136W2AO 68 % 322 3T136S Flat Plate 2CB 2 Frost valve
Ecosmart Pumped in-tank boost E3T136W3AO 79 % 322 3T136S Flat Plate 2CB 3 Frost valve
Ecosmart Pumped in-tank boost E4F136T2AO 71 % 415 4F136S Flat Plate 2AP 2 Frost valve
Ecosmart Pumped in-tank boost E4F136T3AO 82 % 415 4F136S Flat Plate 2AP 3 Frost valve
Ecosmart Pumped in-tank boost E4F136W2AO 67 % 415 4F136S Flat Plate 2CB 2 Frost valve
Ecosmart Pumped in-tank boost E4F136W3AO 79 % 415 4F136S Flat Plate 2CB 3 Frost valve
Ecosmart Pumped in-tank boost E4T136T2AO 71 % 415 4T136S Flat Plate 2AP 2 Frost valve
Ecosmart Pumped in-tank boost E4T136T3AO 82 % 415 4T136S Flat Plate 2AP 3 Frost valve
Ecosmart Pumped in-tank boost E4T136W2AO 67 % 415 4T136S Flat Plate 2CB 2 Frost valve
Ecosmart Pumped in-tank boost E4T136W3AO 79 % 415 4T136S Flat Plate 2CB 3 Frost valve
EcoSmart Close-coupled thermosiphon with in-tank boost SS3302   63 % 330 26S Flat Plate SP200 2 Frost Valve
Edwards Pumped in-tank boost GTD3403 Australis Series 2 68 % 325 GTD340 Flat Plate Australis Series 2 3 Recirculation
Edwards Pumped in-tank boost GTS2702 Titan Series 2A 61 % 265 591270 Flat Plate Titan Series 2A 2 Propylene Glycol in collector loop & Recirculation
Edwards Pumped in-tank boost GTS2703 Titan Series 2A 71 % 265 591270 Flat Plate Titan Series 2A 3 Propylene Glycol in collector loop & Recirculation
Edwards Close-coupled thermosyphon with in-tank booster LX32 S3 Titan 62 % 305 LX305 Flat Plate Titan Series 2A 2 Propylene Glycol in collector loop
Edwards Close-coupled thermosiphon with in-tank boost LX32 Titan Series 2A 66 % 305 LX305 Flat Plate Titan Series 2A 2 Propylene Glycol in collector loop
Edwards Close-coupled thermosiphon with in-tank boost LX33 Australis Series 2 66 % 305 LX305 Flat Plate Australis Series 2 3 Propylene Glycol in collector loop
Edwards Close-coupled thermosiphon with in-tank boost LX33 S3 AUST 61 % 305 LX305 Flat Plate Australis Series 2 3 Propylene Glycol in collector loop
Edwards Close-coupled thermosyphon with in-tank booster LX33 S3 Titan 71 % 305 LX305 Flat Plate Titan Series 2A 3 Propylene Glycol in collector loop
Edwards Close-coupled thermosiphon with in-tank boost LX33 Titan Series 2A 75 % 305 LX305 Flat Plate Titan Series 2A 3 Propylene Glycol in collector loop
Edwards Close-coupled thermosiphon with in-tank boost LX43 Australis Series 2 64 % 440 LX440 Flat Plate Australis Series 2 3 Propylene Glycol in collector loop
Edwards Close-coupled thermosiphon with in-tank boost LX44 Australis Series 2 70 % 440 LX440 Flat Plate Australis Series 2 4 Propylene Glycol in collector loop
Endless Solar Pumped in-tank boost EB-250-E-30 61 % 264 Everlast 250 litre Evacuated Tube ESC30 1 Evacuated tube/controller frost mode
Endless Solar Pumped in-tank boost EB-315-E-40 67 % 327 Everlast 315 litre Evacuated Tube ESC40 1 Evacuated tube/controller frost mode
Endless Solar Retrofit-kit ESRetro-22 64 % 0 As defined by Sustainability VIC Evacuated Tube 22 Tubes 1 0
Endless Solar Retrofit-kit ESRetro-30 68 % 0 As defined by Sustainability VIC Evacuated Tube 30 Tubes 1 0
Greenland Systems Pumped in-tank boost EGL10016-260 - OP 60 % 260 250 S Evacuated Tube GL100-16 1 Frost Protection Valve
Greenland Systems Pumped in-tank boost EGL10016-320 - OP 62 % 320 315 S Evacuated Tube GL100-16 1 Frost Protection Valve
Greenland Systems Pumped in-tank boost EGL10016PT-320 - OP 60 % 320 315 S Evacuated Tube GL100-16PT 1 Frost Protection Valve
Greenland Systems Pumped in-tank boost EGL7040-320 - OP 77 % 320 315 S Evacuated Tube GL70-20 2 Frost Protection Valve
Rheem Pumped in-tank boost 511340/3NPT 67 % 325 511340 Flat Plate NPT200 3 Recirculation
Rheem Pumped in-tank boost 511430/3NPT 68 % 410 511430 Flat Plate NPT200 3 Recirculation
Rheem Pumped in-tank boost 511430/4NPT 73 % 410 511430 Flat Plate NPT200 4 Recirculation
Rheem Pumped in-tank boost 591270/2T 63 % 265 591270 Flat Plate T200 2 Propylene Glycol in collector loop
Rheem Pumped in-tank boost 591270/3S 64 % 265 591270 Flat Plate S200 3 Propylene Glycol in collector loop
Rheem Pumped in-tank boost 591270/3T 72 % 265 591270 Flat Plate T200 3 Propylene Glycol in collector loop
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS1802 65 % 180 26S Flat Plate SP200 2 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS1802 EXT 70 % 180 26S Flat Plate EXT 2 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS1802 EXT FTC 70 % 180 26S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS3302   63 % 330 26S Flat Plate SP200 2 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS3302 EXT FTC 68 % 330 26S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS3302 EXT    68 % 330 26S Flat Plate EXT 2 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS3303   74 % 330 26S Flat Plate SP200 3 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS3303 EXT FTC 79 % 330 26S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS3303 EXT    79 % 330 26S Flat Plate EXT 3 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS3303 FTC 64 % 330 26S Flat Plate SP200FTC 3 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS4803   71 % 480 26S Flat Plate SP200 3 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS4803 EXT FTC 77 % 480 26S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS4803 EXT    77 % 480 26S Flat Plate EXT 3 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS4803 FTC 60 % 480 26S Flat Plate SP200FTC 3 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS4804   78 % 480 26S Flat Plate SP200 4 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS4804 EXT FTC 84 % 480 26S Flat Plate EXTFTC 4 Frost Tolerant Collector
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close coupled SS4804 EXT    84 % 480 26S Flat Plate EXT 4 none
Rinnai Beasley Close-coupled thermosiphon with in-tank boost Close Coupled SS4804 FTC 66 % 480 26S Flat Plate SP200FTC 4 none
Rinnai Beasley Remote thermosiphon with in-tank boost Roofmaster 2803 62 % 280 5S Flat Plate SP200 3 none
Rinnai Beasley Remote thermosiphon with in-tank boost Roofmaster 3703   61 % 370 5S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split System M 3153 EXT FTC 82 % 315 12S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System M SS2502 67 % 250 12S Flat Plate SP200 2 none
Rinnai Beasley Pumped in-tank boost Split System M SS2502 EXT 71 % 250 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System M SS2502 EXT FTC 71 % 250 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System M SS2503 77 % 250 12S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split System M SS2503 EXT 82 % 250 12S Flat Plate EXT 3 none
Rinnai Beasley Pumped in-tank boost Split System M SS2503 EXT FTC 82 % 250 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System M SS2503 FTC 69 % 250 12S Flat Plate SP200FTC 3 none
Rinnai Beasley Pumped in-tank boost Split System M SS3152 67 % 315 12S Flat Plate SP200 2 none
Rinnai Beasley Pumped in-tank boost Split System M SS3152 EXT 72 % 315 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System M SS3152 EXT FTC 72 % 315 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System M SS3153 78 % 315 12S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split System M SS3153 EXT 82 % 315 12S Flat Plate EXT 3 none
Rinnai Beasley Pumped in-tank boost Split System M SS3153 FTC 70 % 315 12S Flat Plate SP200FTC 3 none
Rinnai Beasley Pumped in-tank boost Split System NS 3152 EXT FTC 61 % 315 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System NS 3153 EXT FTC 71 % 315 12S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System NS SS2502 EXT FTC 63 % 250 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System NS SS2503 EXT FTC 71 % 250 12S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System SS NS 2502 EXT 63 % 250 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System SS NS 2503 66 % 250 12S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split System SS NS 2503 EXT 71 % 250 12S Flat Plate EXT 3 none
Rinnai Beasley Pumped in-tank boost Split System SS NS 3152 EXT 61 % 315 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System SS NS 3153 65 % 315 12S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split System SS NS 3153 EXT 71 % 315 12S Flat Plate EXT 3 none
Rinnai Beasley Pumped in-tank boost Split System SS1602 62 % 160 12S Flat Plate SP200 2 none
Rinnai Beasley Pumped in-tank boost Split System SS1602 EXT 67 % 160 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System SS1602 EXT FTC 67 % 160 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System SS2502 60 % 250 12S Flat Plate SP200 2 none
Rinnai Beasley Pumped in-tank boost Split System SS2502 EXT 66 % 250 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System SS2502 EXT FTC 66 % 250 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split system SS2503   69 % 250 12S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split system SS2503 EXT 75 % 250 12S Flat Plate EXT 3 none
Rinnai Beasley Pumped in-tank boost Split System SS2503 EXT FTC 75 % 250 12S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split system SS3152   60 % 315 12S Flat Plate SP200 2 none
Rinnai Beasley Pumped in-tank boost Split system SS3152 EXT 65 % 315 12S Flat Plate EXT 2 none
Rinnai Beasley Pumped in-tank boost Split System SS3152 EXT FTC 65 % 315 12S Flat Plate EXTFTC 2 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split system SS3153   70 % 315 12S Flat Plate SP200 3 none
Rinnai Beasley Pumped in-tank boost Split system SS3153 EXT 75 % 315 12S Flat Plate EXT 3 none
Rinnai Beasley Pumped in-tank boost Split System SS3153 EXT FTC 75 % 315 12S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Beasley Pumped in-tank boost Split System SS3153 FTC 60 % 315 12S Flat Plate SP200FTC 3 none
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS180H2 EXT 69 % 177.4 CC180H Flat plate EXT 2 none
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS180H2 EXT FTC 69 % 177.4 CC180H Flat plate EXTFTC 2 Frost tolerant collector
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS180H2A 68 % 177.4 CC180H Flat plate SP200A 2 none
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H2 EXT 70 % 328.9 CC330H Flat plate EXT 2 none
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H2 EXT FTC 70 % 328.9 CC330H Flat plate EXTFTC 2 Frost tolerant collector
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H2A 69 % 328.9 CC330H Flat plate SP200A 2 none
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H3 EXT 78 % 328.9 CC330H Flat plate EXT 3 none
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H3 EXT FTC 78 % 328.9 CC330H Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H3 FTC 64 % 328.9 CC330H Flat plate SP200FTC 3 Frost tolerant collector
Rinnai Prestige Close-coupled thermosiphon with in-tank boost Close Coupled SS330H3A 76 % 328.9 CC330H Flat plate SP200A 3 none
Rinnai Prestige Pumped in-tank boost Split System NS SS250H3 EXT 68 % 262.1 SNS250H Flat plate EXT 3 none
Rinnai Prestige Pumped in-tank boost Split System NS SS250H3 EXT FTC 68 % 262.1 SNS250H Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Prestige Pumped in-tank boost Split System NS SS250H3A 66 % 262.1 SNS250H Flat plate SP200A 3 none
Rinnai Prestige Pumped in-tank boost Split System NS SS250H3HP 63 % 262.1 SNS250H Flat Plate HPFTC-8-10 3 Frost Tolerant Collector
Rinnai Prestige Pumped in-tank boost Split System NS SS315H3 EXT 66 % 328.9 SNS315H Flat plate EXT 3 none
Rinnai Prestige Pumped in-tank boost Split System NS SS315H3 EXT FTC 66 % 328.9 SNS315H Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Prestige Pumped in-tank boost Split System NS SS315H3A 65 % 328.9 SNS315H Flat plate SP200A 3 none
Rinnai Prestige Pumped in-tank boost Split System NS SS315H3HP 62 % 328.9 SNS315H Flat Plate HPFTC-8-10 3 Frost Tolerant Collector
Rinnai Prestige Pumped in-tank boost Split System SS160H2 EXT 63 % 177.4 SS160H Flat plate EXT 2 none
Rinnai Prestige Pumped in-tank boost Split System SS160H2 EXT FTC 63 % 177.4 SS160H Flat plate EXTFTC 2 Frost tolerant collector
Rinnai Prestige Pumped in-tank boost Split System SS160H2A 62 % 177.4 SS160H Flat plate SP200A 2 none
Rinnai Prestige Pumped in-tank boost Split System SS250H2 EXT 61 % 262.1 SS250H Flat plate EXT 2 none
Rinnai Prestige Pumped in-tank boost Split System SS250H2 EXT FTC 61 % 262.1 SS250H Flat plate EXTFTC 2 Frost tolerant collector
Rinnai Prestige Pumped in-tank boost Split System SS250H2A 61 % 262.1 SS250H Flat plate SP200A 2 none
Rinnai Prestige Pumped in-tank boost Split System SS250H3 EXT 70 % 262.1 SS250H Flat plate EXT 3 none
Rinnai Prestige Pumped in-tank boost Split System SS250H3 EXT FTC 70 % 262.1 SS250H Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Prestige Pumped in-tank boost Split System SS250H3A 68 % 262.1 SS250H Flat plate SP200A 3 none
Rinnai Prestige Pumped in-tank boost Split System SS250H3HP 68 % 262.1 SS250H Flat Plate HPFTC-8-10 3 Frost Tolerant Collector
Rinnai Prestige Pumped in-tank boost Split System SS315H3 EXT 69 % 328.9 SS315H Flat plate EXT 3 none
Rinnai Prestige Pumped in-tank boost Split System SS315H3 EXT FTC 69 % 328.9 SS315H Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Prestige Pumped in-tank boost Split System SS315H3A 67 % 328.9 SS315H Flat plate SP200A 3 none
Rinnai Prestige Pumped in-tank boost Split System SS315H3HP 66 % 328.9 SS315H Flat Plate HPFTC-8-10 3 Frost Tolerant Collector
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roof Master RM2802A 61 % 280 RM280 Flat plate SP200A 2 none
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roof Master RM2803A 67 % 280 RM280 Flat plate SP200A 3 none
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roof Master RM3702A 62 % 370 RM370 Flat plate SP200A 2 none
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roof Master RM3703A 67 % 370 RM370 Flat plate SP200A 3 none
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roofmaster 2803 EXT 68 % 280 5S Flat Plate EXT 3 Frost Tolerant Collector
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roofmaster 2803 EXT 68 % 280 5S Flat Plate EXT 3 none
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roofmaster 2803 EXT FTC 68 % 280 5S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roofmaster 3703 EXT 68 % 370 5S Flat Plate EXT 3 none
Rinnai Roofmaster Remote thermosiphon with in-tank boost Roofmaster 3703 EXT FTC 68 % 370 5S Flat Plate EXTFTC 3 Frost Tolerant Collector
Rinnai Sunmaster Pumped in-tank boost SE2503P 67 % 250 SE250 Flat Plate SP200 3 none
Rinnai Sunmaster Pumped in-tank boost SE3153P 66 % 315 SE315 Flat Plate SP200 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2002A 62 % 219.8 SE200 Flat plate SP200A 2 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2002EXT 63 % 219.8 SE200 Flat plate EXT 2 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2002EXT FTC 63 % 219.8 SE200 Flat plate EXTFTC 2 Frost tolerant collector
Rinnai Sunmaster Pumped in-tank boost Split System SE2003A 69 % 219.8 SE200 Flat plate SP200A 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2003EXT 71 % 219.8 SE200 Flat plate EXT 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2003EXT FTC 71 % 219.8 SE200 Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Sunmaster Pumped in-tank boost Split System SE2502EXT 60 % 277.4 SE250 Flat plate EXT 2 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2502EXT FTC 60 % 277.4 SE250 Flat plate EXTFTC 2 Frost tolerant collector
Rinnai Sunmaster Pumped in-tank boost Split System SE2503A 67 % 277.4 SE250 Flat plate SP200A 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2503EXT 69 % 277.4 SE250 Flat plate EXT 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE2503EXT FTC 69 % 277.4 SE250 Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Sunmaster Pumped in-tank boost Split System SE2503HP 65 % 277.4 SE250 Flat Plate HPFTC-8-10 3 Frost Tolerant Collector
Rinnai Sunmaster Pumped in-tank boost Split System SE3153A 65 % 342.9 SE315 Flat plate SP200A 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE3153EXT 68 % 342.9 SE315 Flat plate EXT 3 none
Rinnai Sunmaster Pumped in-tank boost Split System SE3153EXT FTC 68 % 342.9 SE315 Flat plate EXTFTC 3 Frost tolerant collector
Rinnai Sunmaster Pumped in-tank boost Split System SE3153HP 63 % 342.9 SE315 Flat Plate HPFTC-8-10 3 Frost Tolerant Collector
Solahart Pumped in-tank boost 272DKV 63 % 265 591270 Flat Plate KF 2 Propylene Glycol in collector loop
Solahart Pumped in-tank boost 273DJV 64 % 265 591270 Flat Plate J 3 Propylene Glycol in collector loop
Solahart Pumped in-tank boost 273DKV 72 % 265 591270 Flat Plate KF 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 302KF 66 % 300 300J Flat Plate Kf 2 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 302KF Free Heat 66 % 300 300F Flat Plate Kf 2 Propylene Glycol in collector loop
Solahart Close-coupled thermosyphon with in-tank boost 302LCSC 61 % 300 300J Flat Plate LCS 2 Propylene Glycol in collector loop
Solahart Close-coupled thermosyphon with in-tank boost 302LCSC Free Heat 61 % 300 300F Flat Plate LCS 2 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 303J 65 % 300 300J Flat Plate J 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 303J Free Heat 65 % 300 300F Flat Plate J 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 303KF 75 % 300 300J Flat Plate Kf 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 303KF Free Heat 75 % 300 300F Flat Plate Kf 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosyphon with in-tank boost 303LCSC 71 % 300 300J Flat Plate LCS 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosyphon with in-tank boost 303LCSC Free Heat 71 % 300 300F Flat Plate LCS 3 Propylene Glycol in collector loop
Solahart Pumped in-tank boost 343SLV 68 % 325 340SLV Flat Plate L 3 Recirculation
Solahart Pumped in-tank boost 433SLV 68 % 410 430SLV Flat Plate L 3 Recirculation
Solahart Pumped in-tank boost 434SLV 73 % 410 430SLV Flat Plate L 4 Recirculation
Solahart Close-coupled thermosiphon with in-tank boost 443J 61 % 440 440J Flat Plate J 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 443J Free Heat 61 % 440 440F Flat Plate J 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 443KF 72 % 440 440J Flat Plate Kf 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 443KF Free Heat 72 % 440 440F Flat Plate Kf 3 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 444J 66 % 440 440J Flat Plate J 4 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 444J Free Heat 66 % 440 440F Flat Plate J 4 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 444KF 78 % 440 440J Flat Plate J 4 Propylene Glycol in collector loop
Solahart Close-coupled thermosiphon with in-tank boost 444KF Free Heat 78 % 440 440F Flat Plate Kf 4 Propylene Glycol in collector loop
Solarlord Pumped in-tank boost E3001-O 61 % 300 SV30ANR1G09 Evacuated Tube- U Tube HUJ-15/2.1 1 Active control in solar controller
Solarlord Pumped in-tank boost E340SH32-OOP 62 % 340 SO315 Evacuated Tube-Heat Pipe TZ 58/1800-16R 2 Active control in solar controller
Solarlord Pumped in-tank boost E340SH40-OOP 64 % 340 SO315 Evacuated Tube-Heat Pipe TZ 58/1800-24R+TZ 58/1800-16R 2 Active control in solar controller
Solarlord Pumped in-tank boost E450SH40-OOP 66 % 450 SO400 Evacuated Tube-Heat Pipe TZ 58/1800-24R+TZ 58/1800-16R 2 Active control in solar controller
Solarlord Pumped in-tank boost E450SH48-OOP 73 % 450 SO400 Evacuated Tube-Heat Pipe TZ 58/1800-24R 2 Active control in solar controller
Solarlord Pumped in-tank boost E450U30-OOP 74 % 450 SO400 Evacuated Tube- U Tube HUJ-15/2.1 2 Active control in solar controller
Solarlord Pumped in-tank boost E450U45-OOP 86 % 450 SO400 Evacuated Tube- U Tube HUJ-15/2.1 3 Active control in solar controller
Solarlord Pumped in-tank boost E450U45-OOPH 85 % 450 SO400 Evacuated Tube- U Tube HUJ-15/2.1 3 Active control in solar controller
Sunheat Close-coupled thermosyphon with in-tank boost 300C/3NPT 63 % 300 300C Flat Plate NPT200 3 Propylene Glycol in collector loop
Sunplus Solar Pumped in-line boost CPCASE2 61 % 315 SE419 Evacuated tube CPC6 4 Recirculation
Sunplus Solar Pumped in-line boost CPCASE3 60 % 400 SE422 Evacuated tube CPC6 4 Recirculation
Sunplus Solar Pumped in-line boost CPCASE4 75 % 400 SE422 Evacuated tube CPC6 6 Recirculation
Sunplus Solar Pumped in-line boost CPCBSE5 60 % 315 315S Evacuated tube CPC6 4 Recirculation
Sunplus Solar Pumped in-line boost CPCBSE6 66 % 315 315S Evacuated tube CPC6 5 Recirculation

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