Amana IO-646 Installation Instructions Manual
Amana IO-646 Installation Instructions Manual

Amana IO-646 Installation Instructions Manual

Ptac condensate disposal pump kit

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CONDENSATE DISPOSAL PUMP KIT

The internal condensate pump serves as an effective means for disposing of condensate
generated during heat pump operation by transferring it to the indoor coil. The warm coil
surface and the warm room air help in evaporation of the condensate while adding humid-
ity to the room. As with any equipment of this type, the addition of this kit will decrease the
sensible heating capacity of the unit. This kit is not intended for use in seacoast or corro-
sive environments.
NOTE: Under extreme high humidity conditions, the internal condensate pump may not
be able to dispose of all the condensate produced, and condensate would then drip
from the outside of the wall sleeve. If this condensation is unacceptable, then a drain
system (including factory approved drain kit for the wall sleeve) should be installed.
Disconnect electrical power source before installing these kits.
Failure to do so may result in injury or death from electrical shock.
The unit "OFF" switch does not disconnect all power to the unit.

Preparation

1. Remove front by rotating bottom outward and then lifting
up and out from chassis.
2. Unplug and remove the PTAC chassis from the wall
sleeve. Move the chassis where the front and back of the
chassis can be easily accessed.
3. Remove the discharge screen by unscrewing two screws
holding the screen to the blower panel. Set screen aside
(Figure 1).
Part No. IO-646
Printed in USA
PTAC
I
NSTALLATION
Condensate Disposal Pump Kit
WARNING
I
NSTRUCTIONS
Figure 1
October 2005

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Summary of Contents for Amana IO-646

  • Page 1 Move the chassis where the front and back of the chassis can be easily accessed. 3. Remove the discharge screen by unscrewing two screws holding the screen to the blower panel. Set screen aside (Figure 1). Figure 1 Part No. IO-646 October 2005 Printed in USA...
  • Page 2 4. Lift the blower panel approximately 10 inches by unscrew- ing two screws holding the blower panel to the chassis and lift upward being careful not to pinch heater wires (Figure 2). Mounting Screw Holes Condensate Tube Figure 5 Figure 2 10.
  • Page 3 SCREW P-Clamp U Clip Overflow Tube SCREW SCREW Figure 10 Figure 8 Back Of Escutcheon 15. Place a hose clamp over one end of the 11 inch long hose. Push this same end over the longer leg of the overflow tube Transformer Mounting Holes and secure with the hose clamp.
  • Page 4 R EM O T E TH ER M O S T A T O P E RA T IO N 1S T S TA G E W IR IN G D IAG R A M A NT IC IP A TO R 2 0 319 60 1 R E V 1 C U R R EN T : .1 C O O L IN G U N IT...
  • Page 5 1ST STAGE REMOTE THERMOSTAT OPERATION WIRING DIAGRAM ANTICIPATOR 20319501 REV 1 CURRENT: .1 COOLING UNIT HEAT PUMP W/AUXILIARY 2ND STAGE W/ELECTRIC HEAT ELECTRIC HEAT ANTICIPATOR CURRENT: .1 CONNECT CONNECT POWER FUNCTION FUNCTION VENT R TO: R TO: MOTOR ----- ----- * FOR A HEAT PUMP THERMOSTAT USED MUFFIN...
  • Page 6 REMOTE THERMOSTAT OPERATION 1ST STAGE WIRING DIAGRAM ANTICIPATOR 20320401 REV 1 CURRENT: .1 COOLING UNIT HEAT PUMP W/AUXILIARY 2ND STAGE W/ELECTRIC HEAT ELECTRIC HEAT ANTICIPATOR CURRENT: .1 CONNECT CONNECT FUNCTION FUNCTION R TO: R TO: * FOR A HEAT PUMP ----- ----- THERMOSTAT USED...
  • Page 7 REMOTE THERMOSTAT OPERATION 1ST STAGE WIRING DIAGRAM ANTICIPATOR 20320601 REV 1 CURRENT: .1 COOLING UNIT HEAT PUMP W/AUXILIARY 2ND STAGE W/ELECTRIC HEAT ELECTRIC HEAT ANTICIPATOR CURRENT: .1 POWER CONNECT CONNECT FUNCTION FUNCTION VENT R TO: R TO: MOTOR ----- ----- * FOR A HEAT PUMP THERMOSTAT USED MUFFIN...

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