That's the thing I'm talking about. The air passes out of the evaporator,
and across that probe. The probe, however, is close enough to the
evaporator, that if it starts to ice, the probe pops a relay, and shunts
the circuit to the compressor. Look at the schematic in the Haynes/Bentley
and it is clear.

Good luck,

G. Matthew Bulley, Principal Consultant
Bulley-Hewlett Corporate Communications
Mount Olive, NC USA
877.658.1278 Tollfree
www.bulley-hewlett.com

My Agenda: Vanquish Suburban Sprawl.
My Methods: Revitalize mature urban towns. Champion mass transit and fast
Internet service. Demand replacement of archaic, "separationist" zoning
laws with neo-traditional mixed-use zoning.
The Result: Exceptional living/working alternatives; restrained sprawl; our
children inherit walkable, beautiful, interlinked towns. Find out more at
http://www.cnu.org

-----Original Message-----
From:   KENWILFY@aol.com [SMTP:KENWILFY@aol.com]
Sent:   Friday, August 04, 2000 11:12 AM
To:     vanagon@GERRY.VANAGON.COM
Subject:        Re: RE.Advice on Evaporator Icing

Denis, you are right.  I was thinking about this again this morning while
waking up (I know I have a problem) and I remembered that the temperature
knob has a probe that comes off of it and sticks into the housing with the
evaporator.  So there is a temperature control for the evaporator, just not
a
high/low pressure cut out switch or ambient air switch(unless the
evaporator
temp probe does double duty).  Apologise for the confusion.  Guess I'm just
getting old.

Thanks,
Ken Wilford
http://www.vanagain.com
John 3:16

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