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Diagram 3: Single Stage Heat Pump
1: Connect the transformer hot wire to the RC terminal.
2: Connect jumper between RC and RH terminals
3: Connect compressor to the Y terminal.
4: Connect jumper wire between the Y and W terminals.
5: Connect Fan to G terminal
6: Connect reversing valve to O terminals if reversing valve is activated in the
cool mode (most common), or to the B terminal if reversing valve is to be acti-
vated in the heating model.
7: Connect transformer common wire to C terminal (optional) if you wish thermo-
stat to be powered from the transformer. Without this connection, thermostat will
be powered from AAA batteries.
WIRING DIAGRAM 3.
G
Y RC RH W C B
Installing Thermostat onto base:
Once the wires have been connected to the base, and the options selected, it is
time to install thermostat onto the base. Close the battery compartment door. Do
not install batteries yet. Align the thermostat with base, and push together. Open
battery door and install batteries.
Operation:
1: Select Heat or Cool with Heat/Off/Cool Switch:
2: The display will indicate current room temperature, and display a flame if the
heat mode has been selected or a snow flake if the cool mode has been selected.
3: Press up or down arrow to set desired temperature. "SET TEMP" will appear in
the display to indicate you are setting the temperature.
4: Whenever the thermostat is activating the heating or cooling system, the word
"ON" will appear in the display.
5: Whenever you change modes (from heat to cool or cool to heat), the
thermostat will remember the last temperature set in that mode. The heat setting
and cooling setting do not have to be the same.
O
4
TE8001 Installation & Operation Manual
The TE8001 is an electronic non-programmable thermostat. It is designed to work with most
standard single stage heating and/or single stage cooling systems. These include single or dual
transformer 24 VAC gas, oil or electric heating, and 24 VAC cooling systems. This thermostat
is also compatible with single stage heat pumps.
The TE8001 is designed to operate entirely on two AAA alkaline batteries, or 24 volts from the
heating/cooling system's transformer, using the batteries only for memory back up.
Installation:
Important: Read the entire instructions before beginning installation. Failure to follow these
instructions could result in personal injury and/or property damage.
Location:
The thermostat should be mounted 4 to 5 feet above the floor in a location where it will be
exposed to average room temperature. The thermostat must not be mounted where it will be
effected by a source of heat such as lamps, sunlight, fireplaces, pipes, registers, etc..., or
sources of cold such as windows, doors, drafts, etc... The thermostat must not be mounted on
an exterior wall, behind a door, or in an alcove. Such locations will inhibit the thermostat's
ability to accurately control room temperature
Removing existing thermostat:
Caution:
Power must be disconnected before removing existing wiring connections from thermostat to
prevent possible electrical shock and/or equipment damage. All wiring must conform to local
and national electrical codes and regulations.
1: Remove existing wiring by writing down each of the wire's colors and the designation of the
terminals that they are connected to. If more than one wire has the same color, tag the wire
with some form of identification.
2: Remove wires from thermostat.
Mounting:
This thermostat may be mounted directly to the wall, by using the mounting screws supplied.
Remove base from front section, by opening battery door, remove batteries. Pull case apart.
To mount directly to a wall use holes located in top and bottom of case.
Pull wires through hole in center of case.
Do not depend upon the thermostat as the sole means
of disconnecting power when installing or servicing the product it is
controlling. Always disconnect power at the main circuit breaker as
described above. Failure to do so may result in fatal electric shock.
TPI Corporation, Johnson City, TN 37602
Tel: 423-477-4131, Fax:423-477-0545
FORM: 8063
1
Rev: -

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Summary of Contents for Mr. Heater TE8001

  • Page 1 (most common), or to the B terminal if reversing valve is to be acti- The TE8001 is designed to operate entirely on two AAA alkaline batteries, or 24 volts from the vated in the heating model.
  • Page 2 Wiring: The chart is a cross reference for Terminal Description WIRING DIAGRAM 1. terminal functionality. No application Y RC RH W C B will require connections to all terminals. Compressor If connecting to a single transformer Cool Transformer system, only the RC or RH terminals Heat Transformer will be used.
  • Page 3 Low Battery Indicator: Whenever the batteries start to get low, a low battery indicator ‘ ‘ will appear in the display. Change batteries as soon as possible once the indicator appears. LCD Pattern: All Segments View LCD Pattern Description: a. 2 Large digits for room temperature readout. b.
  • Page 4: Warranty

    TPI Corporation service center. TE8001 Thermostat There are no obligations or liabilities on the part of the corporation for consequential damages arising out of, or in connection with, the use or performance of the product, or other indirect damages with respect to loss of property, revenues, or profit, or costs of removal, installation or reinstallation.
  • Page 6 UT Thermostats Installation Instructions 5: Feed the wires back through the base, then mount to the wall with Installation Instructions: supplied screws. Please read all the instructions carefully before starting. Leave this 5: Connect the wires to their associated marked terminals. (See Chart instruction sheet near the thermostat when you are finished.
  • Page 7 Check the wiring: CAUTION DO NOT jump across the gas valve or relay to test the thermostat. This will destroy the thermostat and void the warranty. Heating Only Model: (UT1001) 1: Turn on power to the heating system. 2: Adjust the temperature setting on the thermostat to 6 to 8 F above the room temperature.
  • Page 8: Operation

    REED SWITCH INSTALLATION THERMOSTAT INSTRUCTIONS DESCRIPTION: The UT5001 Reed Switch Thermostat is a versatile low COLUMBUS ELECTRIC voltage control utilizing a hermetically sealed (dust proof) a division of TPI Corporation reed switch operated by a magnet attached to Johnson City, TN a coiled bimetal.
  • Page 9 REED SWITCH INSTALLATION THERMOSTAT INSTRUCTIONS DESCRIPTION: The UT6001 Reed Switch Thermostat is a versatile low COLUMBUS ELECTRIC voltage control utilizing a hermetically sealed (dust proof) a division of TPI Corporation reed switch operated by a magnet attached to Johnson City, TN a coiled bimetal.
  • Page 10 REED SWITCH INSTALLATION THERMOSTAT INSTRUCTIONS DESCRIPTION: The UT9001 Reed Switch Thermostat is a versatile COLUMBUS ELECTRIC millivolt control utilizing a hermetically sealed (dust proof) a division of TPI Corporation reed switch operated by a magnet attached to Johnson City, TN a coiled bimetal.
  • Page 11 UMBUS ELECTRIC UMBUS ELECTRIC COL UMBUS ELECTRIC UMBUS ELECTRIC UMBUS ELECTRIC INSTALLATION & INSTRUCTION SHEET LINE VOLTAGE THERMOSTAT - ET SERIES DESCRIPTION SPECIFICATIONS ELECTRICAL R ELECTRICAL R ELECTRICAL RA A A A A TING TING TING ELECTRICAL R ELECTRICAL R TING TING The Columbus Electric Wall Line Voltage Thermo-...
  • Page 12: Installation

    INSTALLATION AND OPERATION MANUAL EPET SERIES EXPLOSION PROOF THERMOSTATS The Columbus Electric EPET Series thermostat is designed to control heating only, cooling only, heating and cooling or ventilation systems in oil refineries, grain elevators, munitions plants, hospital operating rooms and other hazardous locations. The switching mechanism is enclosed in a 1/2”...
  • Page 13: Typical Wiring Diagrams

    DIAGRAMS FIG. 1 FIG. 2 TYPICAL WIRING DIAGRAMS HEAT COOL COOL CHANGE * OVER SWITCH HEAT COOL HEAT CHANGE * OVER SWITCH HEAT COOL * TO BE PROVIDED BY OTHERS...
  • Page 19: Installation Instructions

    L__Y-01 SERIES TPI CORPORATION PO BOX 4973 JOHNSON CITY, TN 37602 INSTALLATION INSTRUCTIONS APPLICATION The L series are designed for use as operating or regulating controls only. Where control failure could result in personal injury or the loss of property, an approved backup temperature limit control or an advisory alarm system should be used to warn of control failure.

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