Anyone see the documentation listed here on the 230V Phill?
http://www.myphill.com/downloads.htm
v1.0:
GAS
Maximum Discharge Pressure: 24.8 MPa @ 21°C (3600 psig @ 70°F)
Nominal Flow Rate (60 Hz): 1.37 m3/hr @ 21°C and 1.7 kPa inlet
(0.80 scfm @ 70°F and 7” w.c. inlet)
ELECTRICAL
Electrical Supply: 120 VAC 60Hz / 230 VAC 50 Hz, Single Phase
Circuit Ampacity: 15 Amps
Full Load Amperage: 10 / 4 Amps
Average Power Consumption: 800 Watts
v1.5:
GAS
Maximum Discharge Pressure:3600 psig @ 70°F and >
Minimum Flow Rate: 0.47 scfm @ 70°F and 0.25 psig (7” w.c.) inlet
Maximum Flow Rate: 1.24 scfm @ 70°F and 0.50 psig (7’ w. c.) inlet
ELECTRICAL
Electrical Supply:240 VAC / 60Hz / Single Phase
Circuit Ampacity: 15 Amps
Full Load Amperage: 5.5 Amps
Average Power Consumption: 830 Watts
So it looks like the 230V version is a little faster than the 120V. Does anyone have a real world comparison between these two versions?
http://www.myphill.com/downloads.htm
v1.0:
GAS
Maximum Discharge Pressure: 24.8 MPa @ 21°C (3600 psig @ 70°F)
Nominal Flow Rate (60 Hz): 1.37 m3/hr @ 21°C and 1.7 kPa inlet
(0.80 scfm @ 70°F and 7” w.c. inlet)
ELECTRICAL
Electrical Supply: 120 VAC 60Hz / 230 VAC 50 Hz, Single Phase
Circuit Ampacity: 15 Amps
Full Load Amperage: 10 / 4 Amps
Average Power Consumption: 800 Watts
v1.5:
GAS
Maximum Discharge Pressure:3600 psig @ 70°F and >
Minimum Flow Rate: 0.47 scfm @ 70°F and 0.25 psig (7” w.c.) inlet
Maximum Flow Rate: 1.24 scfm @ 70°F and 0.50 psig (7’ w. c.) inlet
ELECTRICAL
Electrical Supply:240 VAC / 60Hz / Single Phase
Circuit Ampacity: 15 Amps
Full Load Amperage: 5.5 Amps
Average Power Consumption: 830 Watts
So it looks like the 230V version is a little faster than the 120V. Does anyone have a real world comparison between these two versions?
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