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buffalobillpatrick · 03-08-14, 10:18 AM

150* output would work, just would take longer to heat the Thermal Accumulator.

"The evaporating temperature can go to maybe 100F, higher if you use a VFD."
As in getting a 3-phase compressor + VFD ?

"You might want to add a thermal sensor to the discharge line. 200F is the maximum limit for most applications, with 180F or so being the preferred maximum."
This would turn off compressor to protect it ?

Is the 20 min on/off cycle to allow the compressor to cool off ?

BBP

03-08-14, 10:18 AM	#27
buffalobillpatrick Master EcoRenovator Join Date: Mar 2014 Location: Florissant, Colorado Posts: 599 Thanks: 814 Thanked 59 Times in 55 Posts	150* output would work, just would take longer to heat the Thermal Accumulator. "The evaporating temperature can go to maybe 100F, higher if you use a VFD." As in getting a 3-phase compressor + VFD ? "You might want to add a thermal sensor to the discharge line. 200F is the maximum limit for most applications, with 180F or so being the preferred maximum." This would turn off compressor to protect it ? Is the 20 min on/off cycle to allow the compressor to cool off ? BBP Last edited by buffalobillpatrick; 03-08-14 at 10:33 AM..