Caution
Caution To avoid electrical shock and to prevent damage to the furnace, air conditioner, and thermostat, disconnect the power supply before beginning work.
This can be done at the circuit breaker, or at the appliance.
Tools You will need a Phillips screwdriver, Sheetrock Saw, level, and Pencil.
Location
Replacement installations – mount the new thermostat in place of the old one. New installations – follow the guidelines listed below.
Caution
Read the instructions carefully before removing any wiring from the existing thermostat. Wires must be labeled before they are removed. THERE IS NO STANDARD COLOR CODE. When removing wires from their terminals, ignore the color of the wires since these may not comply with any standard.
The 6036 uses a cut-in type wall box (a type of electrical box that attaches to the drywall, not the studs). Remove the thermostat unit from the wall box as shown. The Thermostat may be placed at the existing wire location or select a better location where you can easily relocate the HVAC wires. To install a wall box it is necessary to cut a hole in the wall. Use the marking template provided. Carefully measure where you want the box, check for level, and mark its perimeter on the wall and make its cutout using a drywall saw. Additional Thermostat wire may be needed to complete installation.
Cut Wall Opening cont
Mount Wall Box
Prepare wires
With the wall box mounted position the wires upward in the opening
Before you Connect Wires
[DO NOT connect wires until you have cunsulted the Step by Step digrams. ] Please follow these guidelines for safe and secure wire connections.
Caution Do not allow wires to touch e ach
Before you Connect Wires cont
What wires do you have?
On the next page you will determine which step-by-step wiring diagram you should use. Make sure your wires are labeled. Never guess about what a wire is, it can damage your HVAC system. This may require you to find the ‘other end’ connection for each wire on your heating or air conditioning equipment and read the label there. If you have a wire marked “C” it is optional. If you do connect it, the thermostat will draw power from the C wire. This extends battery life.
Install AA Batteries
Mount the 6036 in wall box
Check Unit
Follow these procedures to verify you have correctly installed the 6036.
To check COOL mode
Congratulations, you have successfully installed your unit. Please proceed to the OPERATING Guide to initialize the 6036.NOTE: If you have labeled your wires, follow the correct Step-By-Step, and these Check procedures do not operate your system call support at 1-877-505-2353
BATTERIES ONLY – This thermostat can run on batteries only using 2AA alkaline batteries. The batteries will last at least 1 year; replace the batteries once a year or when the low battery icon comes on the display. If the batteries are not replaced, the thermostat will shut off the HVAC and then stop working.
24VAC – This thermostat can run on the HVAC 24VAC (C wire) if available. As shown in the wiring diagrams, the C wire is the other side of the 24VAC heating transformer and can be found where the other thermostat wires connect at the wall or at the furnace. Do not use the common or ground side of the line voltage. If the C wire is used, the batteries are then for back up in case of power loss only and will last much longer. With the C wire connected, the thermostat will continue to work if the batteries die or are removed.
NOTE:Your thermostat comes from the factory calibrated to +/- 1o of actual temperature. It is an accurate instrument. If you want your thermostat to display the same temperature as another thermometer in your home, you can adjust its calibration.
To change the calibration:
Push the MENU button; the present room temperature is displayed. To change it, use the up/down arrows and change the displayed room temperature as you wish +/- 6F. Your change will also be displayed on the lower left as the DELTA T factor or number of degrees changed. Push HOME icon or wait 60 seconds. The new room temperature will now be displayed on the HOME screen.
NOTE: Handling the thermostat during installation will heat it up. It will take 1 hour to equalize to the correct temp reading.
STEP 1 – Connect the R (or RH) wire to the RH terminal on the 6036. This connects the Heater Power to the thermostat.
STEP 2 – Connect the W wire to the W on the 6036. This connects the heater control line to the 6036.
STEP 3 – Set Config jumpers per this diagram. Your Heater is now connected to the 6036.
Please Go To Page 9
STEP 1 – Connect the R (or RH) wire to the RH terminal on the 6036. This connects to the Heater Power .
STEP 2 – Connect the W wire to the W terminal on the 6036. This connects the heater control line to the 6036.
STEP 3 – Connect the G wire to the G terminal on the thermostat. This connects the Fan to the 6036
STEP 4 – Set Config jumpers per this diagram. If you have Electric heat set 4, if you have Gas or Oil set 5. Your system is now connected to the 6036.
Please Go To Page 9
STEP 1 – Connect the W wire to the W terminal on the thermostat. This connects to the heater control line.
STEP 2 – Connect the Y wire to the Y terminal on the 6036. This connects to the Cooler compressor.
STEP 3 – Connect the RH or R wire to the RH terminal on the thermostat. This connects the Heater/Cooler Power.
STEP 4 – Connect the G wire to the G terminal on the Thermostat. This connects to the Fan.
STEP 5 – Set Config jumpers per this diagram. If you have Electric heat set 4, if you have Gas or Oil set 5.
Your HVAC system is now connected to the 6036.
Please Go To Page 9
STEP 1 – Connect the W wire to the W terminal on the thermostat. This connects to the heater control line.
STEP 2 – Connect the Y wire to the Y terminal on the 6036. This connects to the Cooler compressor.
STEP 3 – Connect the RH wire to the RH terminal and the RC wire to the RC terminal on the 6036. This connects the Heater and Cooler Power.
STEP 4 – Connect the G wire to the G terminal on the Thermostat. This connects to the Fan.
STEP 5 – Set Config jumpers per this diagram. If you have Electric heat set 4, if you have Gas or Oil set 5.
Your HVAC system is now connected to the 6036.
Please Go To Page 9
STEP 1 – Connect O wire to the O terminal or B wire to the B terminal on the 6036. (If you have both O and B – connect O wire to O terminal DO NOT connect B to B terminal – see pg 24 Trane for B wire terminal) This connects the change-over valve.
STEP 2 – Connect the Y wire to Y on the 6036. This connects the Compressor.
STEP 3 – Connect the R wire to RH on the 6036. This connects to the 24vac power.
STEP 4 – Connect the G wire to the G terminal on the 6036. This connects the Fan.
STEP 5 – Set Config jumpers per this diagram. Your HVAC system is now connected the 6036.
Please Go To Page 9
STEP 1 – Connect O wire to the O terminal or B wire to the B terminal on the 6036. (If you have both O and B -connect O wire to O terminal DO NOT connect B to B terminal – see pg 24 Trane for B wire terminal)
STEP 2 – Connect the W2 wire to W2 on the 6036.
STEP 3 – Connect the Y wire to Y on the 6036.
STEP 4 – Connect the R wire to RH on the 6036.
STEP 5 – Connect the G wire to G on the 6036.
STEP 6 – Set Config jumpers per this diagram.
Set jumper 1 if you have Gas or Oil aux heat.
Your HVAC system is now connected to the 6036.
Please Go To Page 9
STEP 1 – Connect the W wire to the W terminal and W2 to W2 on the 6036. This connects 2 stages of heat.
STEP 2 – Connect the Y wire to the Y terminal and Y2 wire to Y2 on the 6036. This connects 2 stages of cool.
STEP 3 – Connect the RH or R wire to the RH terminal on the thermostat. This connects the Heater/Cooler Power.
STEP 4 – Connect the G wire to the G terminal on the Thermostat. This connects to the Fan.
STEP 5 – Set Config jumpers per this diagram. If you have Electric heat set 4, if you have Gas or Oil set 5.
Your HVAC system is now connected to the 6036.
Please Go To Page 9
Step 1 – based on your valve type Motor driven Valve- Connect the R (or RH) wire to the RH terminal on the 6036. Connect the W wire to the W terminal on the 6036. Connect the remaining wire to the A terminal. Solenoid valve -Connect the R (or RH) wire to the RH terminal on the 6036. Connect the W wire to the A terminal on the 6036. Connect the remaining wire to the W terminal.
STEP 2 – Set Config jumpers per this diagram. Your system is now connected to the 6036. Please Go To Page 9
This thermostat can be used with all millivolt and 24VAC heating and cooling systems. It cannot be used with line voltage systems. This thermostat is digital and your desired heat or cool temperatures can be easily be set on the large touch screen with the UP/DOWN arrows. A minimum 4 minute off time protects heating and cooling systems from damage. This thermostat uses a new technique called sequential staging for more comfort with faster reaction to requested temperature changes. When using a heat pump with Auxiliary heat, if the heat pump
cannot keep up or is defective, move the large jumper 3 from B (lower) HEAT PUMP position to the A (upper) AUX ONLY position (reset is not necessary). The Auxiliary heat will then be your only source of heat. When the heat pump is again operational, be sure to change jumper 3 back to the B position as the Auxiliary heat is more expensive than the heat pump.
Wire Reference
Your Wires Ritetemp Terminal
B and O
NOTE: If there are both B and O wires (Trane pump products) DO NOT CONNECT B to B terminal, connect B to C terminal
Your Wires Ritetemp Terminal
Zoned Systems
Configuration jumpers allow your 6036 to be adapted to many different HVAC control applications.
RESET THE UNIT AFTER CHANGING THE JUMPERS
Customer Support: 877-505-2353 or Visit our web site www.ritetemp-thermostats.com Printed in China
Download Manual:
Ritetemp 6036 Touch Sceen thermostat Installational Guide
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Ritetemp 6036 Touch Screen thermostat Operational Manual
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