ZIGBEE COMMUNICATING THERMOSTAT
TYPICAL WIRE COLORS C- BLACK, BLUE OR BROWN (MAY OR MAY NOT BE PRESENT IN RESIDENTIAL SYSYTEMS) Y1 = YELLOW (CONTROLS THE COMPRESSOR) G- GREEN (CONTRPLS THE FAN) W2- WHITE (WHEN USED WITH THE A HEATPUMP IT CONTROLS THE AUXILLERY HEAT) W1/B Y2/O RC RH WHITE IN STANDARD SYSTEM/ BLUE IN HEATPUMP ENGAGED IN HEAT BROWN FOR SECOND STAGE COOL / ORANGE FOR HEATPUMP ENGAGED IN COOL RED (POWER COMING FROM COOLING SYSTEM) RED (POWER COMING FROM HEATING SYSTEM) NOTE: IN MOST SYSTEMS THERE WILL ONLY BE ONE RED WIRE (POWER WIRE) IN THIS CASE THERE SHOULD BE A JUMPER BETWEEN RC AND RH.
-STANDARD ONE HEAT ONE COOL WITH ELECTRIC HEAT RC/RH POWER RC/RH RC/RH. G - FAN G G. W1 HEAT W1. Y2/O NOT USED. W2 - NOT USED. RH AND RC JUMPERED. PROGRAMING SHOULD BE 11:11-01 AND 11:21-01 STANDARD TWO HEAT ONE COOL WITH ELECTRIC HEAT RC/RH POWER RC/RH RC/RH. G - FAN G G. W1 HEAT W1. Y2/O NOT USED. W2 - SECOND STAGE HEAT W2. RH AND RC JUMPERED. PROGRAMING SHOULD BE 11:11-01 AND 11:21-01
STANDARD TWO HEAT TWO COOL WITH ELECTRIC HEAT RC/RH POWER RC/RH RC/RH. G - FAN G G. W1 HEAT W1. Y2/O SECOND STAGE COOL Y2. W2 - SECOND STAGE HEAT W2. RH AND RC JUMPERED. PROGRAMING SHOULD BE 11:11-01 AND 11:21-01 STANDARD ONE HEAT ONE COOL WITH GAS HEAT RC/RH POWER RC/RH RC/RH. G - FAN G. W1 HEAT W1. Y2/O NOT USED. W2 - NOT USED. RH AND RC JUMPERED. PROGRAMING SHOULD BE 11:11-01 AND 11:21-02
STANDARD ONE HEAT ONE COOL WITH GAS HEAT DUAL CIRCUIT (SEPARATE RC/RH) RC POWER FROM A/C RC. RH - POWER FROM HEATER RH. G - FAN G. W1 HEAT W1. Y2/O NOT USED. W2 - NOT USED. REMOVE RH AND RC JUMPER. PROGRAMING SHOULD BE 11:11-01 AND 11:21-02 HEAT PUMP TWO HEAT ONE COOL WITH ELECTRIC HEAT ENGAGED IN COOL RC/RH POWER RC/RH RC/RH. G - FAN G G. W1/B NOT USED. Y2/O REVERSING VALVE ENGAGED IN COOL O. W2- SECOND STAGE HEAT W2. RH AND RC JUMPERED. PROGRAMING SHOULD BE 11:11-02 AND 11:21-01
HEAT PUMP TWO HEAT ONE COOL WITH ELECTRIC HEAT ENGAGED IN HEAT RC/RH POWER RC/RH RC/RH. G - FAN G G. W1/B REVERSING VALVE IN HEAT B. Y2/O NOT USED. W2- SECOND STAGE HEAT W2. RH AND RC JUMPERED. PROGRAMING SHOULD BE 11:11-02 AND 11:21-01 PROGRAM SETTINGS 11:11 Thermostat Type 01: Non Heat Pump/ Standard (Default Setting) 02: Heat Pump 11:21 Heat Type 01: Electric Heat (Default Setting) 02: Gas Heat 13:10 Calibration -09 To 09 : Temperature Calibration (Default 00) 16:11 Temperature Scale 00 = Celsius 01 = Fahrenheit 21:10 (Scan And Join Available Ha Network) 23:10 Leave Network 41:00 Reset 42:00 Factory Reset
PROGRAMMING THE THERMOSTAT After determining the type of HVAC unit you will be controlling, you must program your thermostat to match the type of unit you are controlling. Enter Programming Mode - Press FAN and MODE at the same time. Then press the UP arrow while the fan and mode button are still being held. - The clock will change to indicate which programming mode you are currently in. -Move digits up or down by pressing the UP or DOWN arrow buttons. - Use the MODE button to move right one digit. - Also use the MODE button to select the values. -The values are increased with the UP arrow and decreased with the DOWN arrow buttons. -The MODE button will save the current value and return to normal operation. NOTE: If the MODE button is not pressed after you make your selection the change will not be made in the thermostat and you will have to enter it again. - When programming has been saved and is complete, tap the HOLD button to back out of the programming mode. You may have to tap the HOLD button multiple times to get all the way out. PROGRAMMING MENU 00:00 Programming Menu ( Where the clock is located) 1-:-- - MODE button to select, UP and DOWN arrow to change. 01:-- - MODE button to select, UP and DOWN arrow to change. 00:1- - This value may bring up an additional selection in the temp location.. UP and DOWN will then change that value, MODE will make the selection. 00:01 This value will bring up an additional selection in the temp location.
FAQ What is the purpose for each wire on the thermostat? What are the I1 and Ic terminals for? The I1 and Ic terminals are not used at this time. What is a dual circuit system?
A dual circuit system is where you have a different power supply for the air conditioner side of the system and another power supply for the heater. How do I know if I have a dual circuit system? If you have a different wire going to the RC and RH terminals then you have a dual circuit system. HOW DO I KNOW IF I HAVE A HEATPUMP OR NOT? If you have a heat pump then your wiring for the existing thermostat should be using one of the following combinations. R C Y W 2 O G E R C Y W 2 B G E IF MY EXISTING THERMOSTAT HAS A B/O TERMINAL HOW DO I KNOW WHICH TO CONNECT IT TO IN THE NEW THERMOSTAT? You will need to go into the configuration of the old thermostat to see which way it is set. Note: In most systems the o terminal is used. or WHAT IS THE DIFFERENCE BETWEEN THE O AND B TERMINAL? The O terminal is used in systems that the reversing valve is engaged in the cooling mode. The B terminal is used in systems that the reversing valve is engaged in the heating mode.
WHAT TERMINALS ARE USED IN A STANDARD GAS HEATING SYSTEM WITH A STANDARD AIR CONDITIONER? Typically the terminals for a standard system with gas heat are. R C C Y W 1 WHAT TERMINALS ARE USED IN A STANDARD 1 HEAT AND 2 COOL SYSTEM WITH GAS HEAT? Typically the terminals used in a standard 1 heat and 2 cool system with electric heat are as follows. G R C C Y Y 2 W 1 G WHAT TERMINALS ARE USED IN A STANDARD 1 HEAT AND 1 COOL SYSTEM WITH ELECTRIC HEAT? Typically the terminals used in a standard 1 heat and 1 cool system with electric heat are as follows. R C C Y W 1 G WHAT TERMINALS ARE USED IN A STANDARD 2 HEAT AND 1 COOL SYSTEM WITH ELECTRIC HEAT? Typically the terminals used in a standard 2 heat and 1 cool system with electric heat are as follows. R C C Y W 1 W 2 G WHAT TERMINALS ARE USED IN A STANDARD 2 HEAT AND 2 COOL SYSTEM WITH ELECTRIC HEAT? Typically the terminals used in a standard 2 heat and 2 cool system with electric heat are as follows. R C C Y Y 2 W 1 W 2 G
NOTES: