WARNING
Follow Installation Instructions carefully. Disconnect Power to the Heater/Air Conditioner before removing the old thermostat and installing the new thermostat.
Remove and Replace the old thermostat
To install the thermostat properly, please follow these step-by-step instructions. If you are unsure about any of these steps, call a qualified technician for assistance.
The ProStat+ Thermostat Backplate
To remove the thermostat backplate: Gently separate the display from the base by pulling from the center.
IMPORTANT: This thermostat requires both R (24 VAC Return) and C (24 VAC Common) to be connected to the backplate terminals.
Check Dip Switch
Ensure which switch is correct for your system. Dip switches are located on the back of the thermostat.
For Heat Pump Only
When the GAS/ELEC or HEATPUMP dip switch is configured for HEATPUMP, this dip switch (O or B) must be set to control the appropriate reversing valve. If O is chosen, the W1/O/B terminal will energize in cooling. If B is chosen, the W1/O/B terminal will energize in heating.
This dip switch configures the thermostat to control a conventional gas/electric system or a heat pump. If your system is anything other than a heat pump, leave this switch set for GAS/ELEC.
Conventional Heating and Cooling Systems
Heat Pump Systems
Humidification or Dehumidification
Setup Step Table
See User Manual for steps 1 – 8
Step# Description | Pg# | Range | FD | |
1 | Prog Mode | Non, 1 Day, 5/1/1 Day, 7 | Day 7 | |
2 | Available Modes | Heat/Cool/Auto/Off, Heat/Cool/Off, Heat/Off, Cool/Off | Heat/Cool/ Auto/Off | |
3 | Backlight | On, Off | Off | |
4 | Backlight Level | Off thru 7 levels of brightness | Level 5 | |
5 | Night Dimmer | On/Off | Off | |
6 | Night Dimmer Brightness | Off thru 7 levels of brightness | 2 (20%) | |
7 | Night Dimmer Start Time | 12A-12A | 8:00P | |
8 | Night Dimmer Stop Time | 12A-12A | 6:00A | |
9 | Current Service Filter Runtime Hours | 10 | 0-1999 Hours | 0 |
10 | Current Service Filter Calendar Days | 10 | 0-720 Days | 0 |
11 | Current Heat Runtime Hours | 11 | 0-1999 Hours | 0 |
12 | Current Aux Heat Runtime Hours | 11 | 0-1999 Hours | 0 |
13 | Current Cool Runtime Hours | 11 | 0-1999 Hours | 0 |
14 | Current Override Hours | 11 | 0-1999 Hours | 0 |
15 | Current UV Lamp Calendar Days | 11 | 0-720 Days | 0 |
16 | Current Humidifier Calendar Days | 11 | 0-720 Days | 0 |
17 | Set Service Filter Runtime Hours | 10 | 0-1950 hours | 0 |
18 | Set Service Filter Calendar Days | 10 | 0-720 Days | 0 |
19 | Set UV Lamp Calendar Days | 11 | 0-720 Days | 0 |
20 | Set Humidifier Calendar Days | 11 | 0-720 Days | 0 |
21 | Language | 12 | English, Espanol, Francais | English |
22 | Scrolling Method | 12 | “L-R Slow, L-R Fast, Word L-R Slow, Word L-R Fast, Whole Word L Slow, Whole Word R Slow, Whl Wrd Center Fast, Whl Wrd Center Slow” | “Whole Words Center Fast” |
23 | Setpoint Limits | 12 | 0 – 3 | 0 |
24 | Max Heat Setpoint | 12 | 35 – 99 Degrees | 74 |
25 | Min Cool Setpoint | 12 | 35 – 99 Degrees | 70 |
26 | Cycles Per Hour | 13 | No Limit, 2, 3, 4, 5, 6 | 6 |
27 | Compressor Minimum Off Min. | 13 | 0, 3, 5 Minutes | 5 |
28 | Min. Heat/Cool Setpoint Difference | 13 | 0 – 6 Degrees | 2 |
29 | Number of Heat Stages | 13 | 0 – 3 | 2 |
30 | Number of Cool Stages | 13 | 0 – 2 | 1 |
31 | Number Of Compressor Stages | 13 | 1, 2 | 1 |
32 | Number of Aux Stages | 13 | 0, 1, 2 | 0 |
33 | 1st Stage Deadband | 13 | 1 – 6 Degrees | 2 |
34 | 2nd Stage Deadband | 13 | 0 – 10 Degrees | 2 |
35 | 3rd Stage Deadband | 13 | 0 – 10 Degrees | 2 |
Step# Description | Pg# | Range | FD | |
36 | 4th Stage Deadband | 14 | 0 – 10 Degrees | 2 |
37 | Minutes Between 1st and 2nd Stage | 14 | 0 – 60 Minutes | 2 |
38 | Minutes Between 2nd and 3rd Stage | 14 | 0 – 60 Minutes | 2 |
39 | Minutes Between 3rd and 4th Stage | 14 | 0 – 60 Minutes | 2 |
40 | 2nd StageTurnoff Point | 14 | Deadband, Setpoint | Deadband |
41 | 3rd StageTurnoff Point | 14 | Deadband, Setpoint | Deadband |
42 | 4th Stage Turnoff Point | 14 | Deadband, Setpoint | Deadband |
43 | Minutes of Fan Purge | 15 | 0 – 3 hrs, 15 min. increments – 0 = off | 0 |
44 | Wired Sensor Type | 14 | Remote, Supply | Remote |
45 | Control to Temp Source | 14 | Thermostat, Wired Remote*, Wireless Remote, Average of Wireless Remotes, Average Thermostat and Wired Remote*, Average All Sensors. *Option only if prior step = “Remote” | Thermostat |
46 | Wireless Remote to Use | 15 | list of wifi sensors currently linked to thermostat. Prior step must = “Wireless Remote” | first linked sensor in list |
47 | Humidity Only With Heat | 15 | On, Off | Off |
48 | Fan With Humidity Demand | 15 | Fan On, Fan Off | Fan Off |
49 | Fan With Dehumidify Demand | 15 | Fan On, Fan Off | Fan Off |
50 | Cool To Dehumidify | 15 | On, Off | Off |
51 | Maximum Occ Dehum Overcool | 15 | 0 – 20 Degrees | 2 |
52 | Maximum Unocc Dehum Overcool | 15 | 0 – 20 Degrees | 2 |
53 | Reheat w/Cool To Dehum. | 15 | On, Off | Off |
54 | Fan Off Delay | 16 | 0 – 120 Seconds | 0 |
55 | F/C | 16 | Fahrenheit (F), Celsius (C) | F |
56 | Aux Output Polarity | 16 | Open, Closed | Open |
57 | Aux Output | 16 | Time, Temperature, External, Economizer | Time |
58 | Aux Output Program Days | 16 | 1 Day, 5/1/1 Day, 7 Day | 1 |
59 | Day Of Week To Program | 17 | Sunday – Monday (S – M) | MTWTFSS |
60 | Aux Output Start Time | 17 | 12am – 12am | 7am |
61 | Aux Output Stop Time | 17 | 12am – 12am | 9pm |
62 | Copy | 17 | Yes, No | No |
63 | Aux Output Temp Source | 17 | Thermostat, Outdoor, Remote, External | Remote |
64 | Aux Output Trigger Point Temp | 17 | 0 – 120 Degrees | 65 |
65 | Comfort Recovery | 14 | On, Off | Off |
Step# Description | Pg# | Range | FD | |
66 | Dry Contact Polarity | 18 | Open, Closed | Open |
67 | Dry Contact Use | 18 | Condensate Pan, Occupied FDD, Holiday, Doorswitch | |
68 | Humidity Polarity | 15 | Open, Closed | Open |
69 | Dehumidify Polarity | 15 | Open, Closed | Open |
70 | Dehumidify only with Cooling | 15 | On, Off | On |
71 | Light Activation Sensitivity | 19 | Press Fan button to set current light level | |
72 | Light Activation to Occupied | 19 | On/Off | Off |
73 | Skyport | 19 | On, Off | On |
74 | Local API | 19 | On, Off | Off |
75 | ADR | 19 | On, Off | On |
76 | ADR Action | 19 | Observe Setpoint Offset, Observe Static Setpoints | Observe Setpoints Offsets |
77 | Event Max Cool Setpoint | 20 | 65 – 99 | 90 |
78 | Event Min Heat Setpoint | 20 | 50 – 99 | 50 |
79 | Static Cool Setpoint | 20 | 65 – 99 | 82 |
80 | Static Heat Setpoint | 20 | 35 – 99 | 60 |
81 | Cool Setpoint Offset | 20 | 1 to 10 | 4 |
82 | Heat Setpoint Offset | 20 | -1 to -10 | -4 |
83 | Press Fan To Clear All Messages | 20 |
To enter Advanced Setup, press the SETUP button, then press MODE. Use the WARMER or COOLER buttons to adjust the value of your selection. Press MODE to advance to the next setup step. Press SETUP again to leave the setup screens.
Runtime Alerts & Reset (Setup Steps 9-20)
These setup steps allow the user to monitor equipment runtimes and program service alerts. Service alerts are displayed in the scrolling marquee.
Service Filter Runtime (Setup Steps 9-10, 17-18)
Current Service Filter Runtime Hours (Setup Step 9) – This counter keeps track of the number of hours of fan runtime in the Heating mode, Cooling mode, and in stand-alone Fan operation. Press FAN to reset.
Current Service Filter Calendar Days (Setup Step 10)
This counter displays the total number of calendar days that have elapsed since the counter was reset to help the user track filter usage. Press FAN to reset.
Set Service Filter Runtime Hours (Setup Step 17)
This timer allows the user to specify the number of hours the fan will run before the “Replace Filter” alert will be displayed. Press COOLER continuously until 0 is displayed to disable this alert.
Set Service Filter Calendar Days (Setup Step 18)
This timer allows the user to specify the number of calendar days that will elapse before the “Replace Filter” alert will be displayed. Press COOLER continuously until 0 is displayed to disable this feature.
Heating and Cooling System Runtime – Energy Watch (Setup steps 11-13)
Current Heat Runtime Hours (Setup Step 11) – This counter keeps track of the number of hours the system has run in Heating. Press FAN to reset.
Current Aux Strip Heat Runtime Hours (Setup Step 12)
This counter keeps track of the number of hours the system has run in Auxiliary Heating. This setup step is only available when the thermostat jumpers are configured for Heat Pump and Electric Heat. Press FAN to reset.
Current Cool Runtime Hours (Setup Step 13)
This counter displays the number of hours the system has run in Cooling. Press FAN to reset.
Current Override Hours (Setup Step 14)
This counter keeps track of the number of hours that the thermostat is overridden into Occupied settings. Press FAN to reset.
UV Lamp Runtime (Setup Steps 15, 19)
Current UV Lamp Calendar Days (Setup Step 15) – This counter displays the total number of calendar days that have elapsed since the last reset to help the user track UV lamp runtime. Press FAN to reset.
Set UV Lamp Calendar Days (Setup Step 19)
This timer allows the user to specify the number of calendar days the UV Lamp will operate before the “Replace UV Lamp” alert will be displayed. Press COOLER continuously until 0 appears to disable this alert.
Humidifier Runtime (Setup Steps 16, 20)
Current Humidifier Calendar Days (Setup Step 16)
This counter displays the total number of calendar days that have elapsed since the last reset to help the user track the Humidifier run time. Press FAN to reset.
Set Humidifier Calendar Days (Setup Step 20)
This timer allows the user to specify the number of calendar days the Humidifier will run before the “Service Humidifier” alert will be displayed. Press COOLER continuously until 0 appears to disable this alert.
Scrolling Display (Setup Steps 21, 22)
Language (Setup Step 21) – Setup step instructions on the scrolling display can be set for English, Spanish, or French. Scrolling Display Method (Setup Step 22) – This option allows the user to choose how the scrolling text is displayed. Options are:
Setpoint Limits (Setup Step 23)
When this feature is at any setting other than NO SETPOINT LIMITS the heat and cool setpoints can be restricted to preset levels, set in steps 24 and 25. This feature allows the user to set 3 different levels of security: (0 – 3). No Setpoint Limits (0) – When this level is selected, no restrictions are activated.
Use Setpoint Limits (1) – When this level is selected, the heat and cool setpoints can be restricted to preset levels, set in setup steps 24 and 25. Maximum Heat Setpoint (Setup Step 24) – (35˚ – 99˚). Minimum Cool Setpoint (Setup Step 25) – (35˚ – 99˚).
Force Program Mode (2) – When this level is selected, the heat and cool setpoints can be restricted to preset levels, set in setup steps 24 and 25, and the thermostat is locked into the current mode and the PROGRAM OFF | RUN and FAN buttons are locked out.
Setpoints Frozen (3) – When this level is selected, the heat and cool setpoints, the current mode, the FAN button, and the PROGRAM OFF | RUN and FAN buttons are locked.
Staging & Cycle Timers (Setup Steps 26-32)
Cycles Per Hour (Setup Step 26) – The Cycles Per Hour setting may limit the number of times per hour your HVAC unit may energize. For example, at a setting of 6 cycles per hour, the HVAC unit will only be allowed to energize once every 10 minutes. The Cycles Per Hour limit may be overridden and reset by pressing the WARMER or COOLER buttons on the thermostat. Settings are No Limit, 2, 3, 4, 5, or 6.
Compressor Minimum Off Minutes (Setup Step 27)
This feature allows the user to set a minimum off time for the compressor. Settings are 5 mins., 3 mins., or 0 mins. Minimum Heat/Cool Setpoint Difference (Setup Step 28) – This feature allows the user to set the minimum gap between Heat and Cool setpoints in AUTO mode. Select from 0 to If setup step 2 is not set for AUTO-CHANGEOVER, this step will not appear. A number of Heat Stages (Setup Step 29) – This setting assures proper stage callouts on the thermostat display for non-heat pump applications.
Number of Cool Stages (Setup Step 30)
This setting assures proper stage callouts on the thermostat display for non-heat pump applications. A number of Compressor Stages (Setup Step 31) – This feature is for heat pump applications only. This feature allows the thermostat to control 1 or 2 compressor stages when configured for the heat pump.
A number of Aux Stages (Setup Step 32)
This feature is for heat pump applications only. This feature allows for proper Aux Heat Staging. (0-2 stages) Deadband Settings (Setup Steps 33-42, 65)
The Deadband is the number of degrees or minutes that the thermostat waits before it initiates each stage of heating or cooling. 1st Stage Deadband (Setup Step 33) – Specifies the minimum temperature difference between the room temperature and the desired setpoint before the first stage of heating or cooling is allowed to turn on (1 – 6 degrees). For example, if the heat setpoint is 68˚ and the 1st Stage dead band is set to 2 degrees, the room temperature will need to fall to 66˚ before the heat turns on. 2nd Stage Deadband (Setup Step 34) – Specifies the additional minimum temperature difference after the first stage turns on before the second stage is activated. (0˚ – 10˚) 3rd Stage Deadband (Setup Step 35) – Specifies the additional minimum temperature difference after the second stage turns on before the third stage is activated. (0˚ – 10˚)
4th Stage Deadband (Setup Step 36)
(Two Stage heat pump only) – Specifies the additional minimum temperature difference after the third stage turns on before the final stage of strip heat is activated (0˚ – 10˚).
Minutes Between 1st and 2nd Stage (Setup Step 37)
Specifies the minimum time (in minutes) after the first stage turns on before the second stage can turn on. (0 – 60)
Minutes Between 2nd and 3rd Stage (Setup Step 38)
Specifies the minimum time (in minutes) after the second stage turns on before the third stage can turn on. (0 – 60)
Minutes Between 3rd and 4th Stage (Setup Step 39)
Specifies the minimum time (in minutes) after the third stage turns on before the final stage can turn on. (0 – 60)
Second Stage Turnoff Point (Setup Step 40)
Specifies whether the second stage will turn off at the first stage dead band or remain on until the room temperature demand is satisfied. Choose between Deadband or Setpoint.
Third Stage Turnoff Point (Setup Step 41) – Specifies whether the third stage will turn off
at the second stage dead band or remain on until the room temperature demand is satisfied.
Choose between Deadband or Setpoint.
Fourth Stage Turnoff Point (Setup Step 42)
Specifies whether the fourth stage will turn off at the third stage dead band or remain on until the room temperature demand is satisfied. Choose between Deadband or Setpoint.
Comfort Recovery (Setup Step 65)
With Comfort Recovery on, the thermostat will attempt to reach the Occupied 1 setpoint temperature at the exact time programmed into the thermostat. Comfort Recovery only works when the thermostat enters the Occupied mode from the Unoccupied mode. For example, if the Occupied program is set for 6 am at 72°F heating and 75°F cooling, the thermostat will turn the system on before 6 am in an effort to bring the temperature to its correct setting at exactly 6 am. The thermostat learns from experience, so please allow 4-8 days after a program change or after initial installation to give Comfort Recovery time to adjust. If used with a heat pump, electric strip heat will be disabled while Comfort Recovery is active. Remote Sensor Operation (Setup Steps 44-46, 55)
Wired Sensor Type (Setup Step 44)
Specifies the use of the connected, wired sensor. The choices are Remote or Supply. The remote option allows control of the sensor, the supply is for monitoring only.
Control To Temp Source (Setup Step 45)
This feature allows the user to specify which temperature sensor source the thermostat will use to measure room temperature. Thermostat: Uses the internal thermostat sensor only. Remote Sensor: Uses wireless or wired sensors only. Average of Remote Sensor and Thermostat: Averages the temperatures of the remote sensor(s) and the thermostat.
Wireless Remote To Use (setup step 46)
Specifies which single wireless remote sensor is to be used for control. This step only appears when the prior step setting is Wireless Remote.
Fahrenheit or Celsius (Setup Step 55)
This feature allows the thermostat to display the temperature in Fahrenheit or Celsius.
NOTE: If a remote sensor is being used, the degree icon on the large room temperature display will blink. Humidity Control (Setup Steps 47-53, 68-70)
Humidity Only With Heat (Setup Step 47)
When this step is set to ON, Humidity will not run without a demand for Heat. Fan with Humidity Demand (Setup Step 48) – Specifies if the fan should be turned on with a demand for Humidity. (This step will only appear if step 47 is set to OFF.) Fan with Dehumidify Demand (Set up Step 49) – Specifies if the fan should be turned on with a demand for Dehumidify. (This step will only appear if step 50 is set to OFF.) Cool To Dehumidify (Setup Step 50) – Specifies if the cooling equipment is allowed to turn on exclusively to lower room humidity. (If set to OFF the following two steps will not appear.)
Max Occupied Dehum Overcool (Setup Step 51)
Specifies how many degrees below the Cool setpoint the air conditioning will run to satisfy a Cool to Dehumidify demand during occupied periods. (0˚ – 20˚)
Max Unoccupied Dehum Overcool (Setup Step 52)
Specifies how many degrees below the Cool setpoint the air conditioning will run to satisfy a Cool to Dehumidify demand during unoccupied periods. (0˚ – 20˚)
Reheat Operation With Cool To Dehumidify (Setup Step 53)
Specifies if an electric strip heat is allowed to turn on during a Cool to Dehumidify demand to help maintain desired room temperature. This step is not available if Electric Heat is not present.
Humidity Output Polarity (Setup Step 68)
Humidity Output Normally Open – means no voltage is sent to the HUM output when there is no demand for humidity. Humidity Output Normally Closed – means voltage is sent to the HUM output when there is no demand for humidity.
Dehumidify Output Polarity (Setup Step 69)
Dehumidify Output Normally Open – means no voltage is sent to the DEHUM output when there is no demand to dehumidify. Dehumidify Output Normally Closed – means voltage is sent to the DEHUM output when there is no demand to dehumidify. Dehumidify Only with Cooling (Setup Step 70) – When set to ON, Dehumidify will only turn on with a 1st-stage cooling demand.
Fan Operation (Setup Steps 43, 54)
Minutes of Fan Purge (Setup Step 43) – When this feature is activated, the fan will turn on during an unoccupied period at a preset amount of time prior to Occupied 1. This preoccupancy fan purge timer may be set from zero to three hours, in 15-minute increments. Zero means this feature is turned off. Fan Off Delay in Seconds (Setup Step 54) – This feature allows the user to increase the cooling or electric strip heating efficiency of the system. The thermostat may be
programmed to continue running the fan after a call for cooling or electric strip heating has been satisfied. This delay can be set for 0, 30, 60, 90, or 120 seconds. If set to 0, the fan will not run after a call for cooling or electric strip heating has been satisfied.
Auxiliary Output (Setup Steps 56-64)
The thermostat is equipped with a programmable auxiliary output. This output can be configured to be controlled from a variety of sources. Aux Output Polarity (Setup Step 56) – Specifies if the Auxiliary output will be Open (Normally Open) or Closed (Normally Closed). Aux Output (Setup Step 57) – Specifies which source will control the Aux output.
Choices are:
Time – Uses the internal clock of the thermostat.
Auxiliary Output Programming by Time (Setup Steps 58-62)
If TIME is selected for the Aux Output, the following setup steps will appear: Aux Output Days (Setup Step 58) – Specifies if the Aux Output will be single-day (1 DAY), weekday/weekend (5/1/1 DAY), or seven-day (7 DAY) programmable. Day Of Week To Program (Setup Step 59) – Specifies which day of the week to program. Aux Output Start Time (Setup Step 60) – Specifies the time of each day when the aux output will turn on. Aux Output Stop Time (Setup Step 61) – Specifies the time of each day when the aux output will turn off.
Copy (Setup Step 62)
This step only appears if Aux Output Days (Setup Step 58) is set for 7 DAY programmable output days. Press COOLER and then OUTDOOR to copy. Press
WARMER and then OUTDOOR to program another day with a different setting. Auxiliary Output Programming by Temp (Setup Steps 63, 64) If TEMP is selected for the Aux Output, the following setup steps will appear:
Aux Output Temp Source (Setup Step 63)
Specifies what temperature source will be monitored for controlling the programmable output. The options are: Thermostat – Temperature is monitored from the thermostat sensor. Outdoor Sensor – Temperature is monitored from the Outdoor temperature sensor. Wired Remote – Temperature is monitored from a wired sensor connected to the Remote Sensor terminals. Aux Output Trigger Point Temp (Setup Step 64) – Specifies the temperature from the above-selected source above which the Aux Output is triggered. A non-adjustable two-degree dead band is applied to avoid frequent triggering. The ‘N.O.’ (Normally Open) or The ‘N.C.’ (Normally Closed) function (Setup Step 56) can be altered to make the output trigger below the set temperature. Temps are adjustable from 0˚ – 120˚ Fahrenheit.
Dry Contact Operation (Setup Steps 66 – 67)
Dry Contact Polarity (Setup Step 66) Open (Normally Open) – The dry contact is open until the connected device closes the circuit.
Closed (Normally Closed)
The dry contact is closed until the connected device opens the circuit.
Dry Contact Use (Setup Step 67)
CONDENSATE – If OCCUPIED is selected, when the dry contact is active the thermostat will lockout the compressor terminal(s) and CONDENSATE PAN OVERFLOW will appear on the display.
OCCUPIED – If OCCUPIED is selected, when the dry contact is active the thermostat will be forced into Occupied 1. This setting may be used with time clocks or twist timers to force the thermostat from Occupied to Unoccupied or from Unoccupied to Occupied depending on the dry contact polarity.
FDD – If FDD is selected, when the dry contact is active EQUIPMENT FAULT will appear on the display.
HOLIDAY – The Holiday feature allows the thermostat to use temporary, energy-saving settings without having to change regular programming. Holiday setup/programming at the local thermostat is limited to the number of days employing Holiday settings. When the optional Wi-Fi module is detected in the thermostat, local Holiday programming is not allowed. In this case, Holiday setup and programming are accomplished with the ProStat+ web portal. The ProStat+ web portal gives the user extensive control over Holiday settings.
Press the Holiday button to enter Holiday programming (no Wi-Fi Module detected). If there is not a Holiday period active: Use the Warmer and Cooler buttons to choose the number of days desired to run the Holiday feature. To confirm your settings and advance to the next step, press the Holiday button again. Choose the desired Holiday Cool set point. Press Holiday. Then choose the desired Holiday Heat set point. Press Holiday to return to the main screen. REMOTE – No action is taken at the thermostat. The dry contact status is simply communicated to the ProStat+ web portal.
Light Activation Sensitivity (Setup Step 71) – With the lights on in the space, press the FAN button to set the sensitivity of the light sensor. This light level will be the minimum light level needed to switch the thermostat to the Occupied 1 setting. If the light level falls below this level the thermostat will revert to Unoccupied settings. Upon pressing the FAN button, the scrolling display will read “Light sensor set”. Note: The ProStat+ web portal can track “lights on” runtime. This is accomplished by accumulating the hours that the light sensor of the thermostat recognizes that the lights are on. To use this feature, adjust the light activation sensitivity. Step 72 below does not need to be On for the ProStat+ Web Portal to accumulate “lights on” runtime.
Light Activation to Occupied (Setup Step 72)
This feature allows the thermostat to go from Occupied settings to Unoccupied settings when the room lights are turned off and the program is unoccupied. It also allows the thermostat to return to the Occupied 1 setting once the lights come back on. OFF = Light Activation not used. ON = Light
Activation is used.
Note: if the thermostat is using the Occupied 1 setting exclusively because the lights are on or the dry contact is active, the Occupied 1 icon will blink
ProStat+ Web Portal (Setup Step 73) – If set to ON, the thermostat may communicate and receive data from the ProStat+ web portal.
Local API (Setup Step 74) – Turning the local API to ON allows 3rd party software to interface with your thermostat such as a building automation system.
ADR Operation (Setup Steps 75-82)
ADR (Setup Step 75) – Controls whether you want the thermostat to respond to signals from a utility provider. Select ON to allow this and to have steps 76-82 appear.
ADR Action (Setup Step 76) – Allows the user to determine what action is taken when an ADR event is received. Observe Setpoint Offsets – will offset the heat and cool setpoints by the amounts specified in setup steps 79 and 80 Observe Static Setpoints – will set the heat and cool setpoints to the values specified in the setup steps 77 and 78
Event Max Cool Setpoint (Setup Step 77)
Event Min Heat Setpoint (Setup Step 78)
Specifies the range of allowable setpoint adjustments to be enforced when any ADR signal has been received from the utility. Since you might be paying more for energy while an event is active, you can impose tighter limits on setpoint ranges that are only enforced during the event.
Static Cool Setpoint (Setup Step 79)
Static Heat Setpoint (Setup Step 80)
Specifies the setpoints that will come into use during an event when the ADR ACTION is set to OBSERVE STATIC SETPOINTS.
Cool Setpoint Offset (Setup Step 81)
Heat Setpoint Offset (Setup Step 82)
Specifies how much the current setpoints in effect prior to an event will be altered during an event when the ADR ACTION is set to OBSERVE SETPOINT OFFSETS. The heating setpoint can be automatically lowered by 1 to 10 degrees while the cool setpoint can be automatically raised by 1 to 10 degrees
DISPLAY INDICATIONS WHEN AN ADR EVENT IS HAPPENING
After setting your desired values for use during an ADR event, the scrolling display will give a little information on when an event is pending or active. For instance, when an ADR event has been sent to your thermostat, you might see ADR STARTS 8/14 at 2:00 pm to notify you of a pending event. Once active, you might see ADR STOPS 8/14 at 6:00 pm. When an event is active, you can press any of the COOLER, WARMER or MODE buttons, followed by the WARMER to opt out of the event. Press Fan To Clear All Messages (Setup Step 83) This feature allows the user to clear all current error messages from the display.
Locking/Unlocking the Keypad
To prevent unauthorized use of the thermostat, the front panel buttons may be disabled. To disable, or ‘lock’ the keypad, press and hold the MODE button. While holding the MODE button, press the WARMER and COOLER buttons together, and the icon
If, for any reason, you desire to return all the stored settings back to the factory default settings, follow the instructions below.
WARNING: This will reset all Time periods and Advanced Programming to the default settings. Any information entered prior to this reset will be permanently lost
To enter Technician Setup, press and hold the SETUP button for 5 seconds. After all the icons appear, press MODE. The version number of the thermostat will appear in the scrolling text. Press MODE to advance to the next step. Use the WARMER or COOLER buttons to adjust the value of your selection. To leave Technician Setup, press SETUP
Technician Setup is for diagnostic and testing purposes and is intended for use by a qualified technician. See the next page for more detailed instructions.
Technician Setup contains the following options:
To enter Technician Setup, press and hold the SETUP button for 10 seconds until all the icons appear. Follow the next steps to view settings and test equipment.
Who Is Providing The Warranty?
This warranty is provided to you by Goodman Manufacturing Company, L.P. (“Goodman”), which warrants all parts of this thermostat (“control”), as described below.
To What Type Of Installations Does This Warranty Apply?
This warranty applies to controls installed in owner-occupied residences.
What Units Does This Warranty Not Cover?
This warranty does not apply to:
What Problems Does This Warranty Cover?
This warranty covers defects in materials and the workmanship that appears under normal use and maintenance. Other Warranties This warranty is in lieu of all other express warranties. ANY IMPLIED WARRANTIES BY GOODMAN, INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, IS LIMITED TO THE DURATION OF THIS WARRANTY. NO AFFILIATE OF GOODMAN GIVES ANY EXPRESS OR IMPLIED WARRANTY, INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ON THIS UNIT. Some states and provinces do not allow the exclusion of express warranties and/or limitations on how long an implied warranty lasts, so the above exclusion and/or limitation may not apply to you.For further information about this warranty contact Consumer Affairs at (877) 254-4729 or by mail to 19001 Kermier Rd, Waller, Texas 77484
What Problems Does This Warranty Not Cover?
Goodman is not responsible for:
When Does Warranty Coverage Begin?
Warranty coverage begins on the “installation date.” The installation date is one of two dates depending on the circumstances of purchase:
Is warranty Coverage Last?
The warranty lasts for a period of up to 1 YEAR. The warranty period does not continue after the control is removed from the location where it was originally installed. The replacement of a part under this warranty does not extend the warranty period. In other words, Goodman warrants a replacement control only for the period remaining in the applicable warranty that
commenced on the installation date.
What Will Goodman do To Correct Problems?
Goodman will furnish a replacement control, without charge for the control only, to replace any control that is found to be defective due to workmanship or materials under normal use and maintenance. Furnishing of the replacement control is Goodman’s only responsibility under this warranty and the furnishing of the replacement control is the owner’s only remedy.
THE OWNER AGREES THAT THESE REMEDIES ARE THE OWNER’S EXCLUSIVE REMEDIES FOR BREACH OF ALL WARRANTIES, EXPRESS OR IMPLIED.
What Won’t Goodman Do To Correct Problems?
Goodman will not pay for:
WHETHER ANY CLAIM IS BASED ON NEGLIGENCE OR OTHER TORT, BREACH OF WARRANTY, OR OTHER BREACH OF CONTRACT, OR ANY OTHER THEORY, NEITHER GOODMAN NOR ANY OF ITS AFFILIATES SHALL, IN ANY EVENT, BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES, INCLUDING BU NOT LIMITED TO LOST PROFITS, LOSS OF USE OF A CONTROL, EXTRA UTILITY EXPENSES, OR DAMAGES TO PROPERTY.
Some states and provinces do not allow the exclusion or limitation of incidental or consequential damages, so the above exclusion may not apply to you.
How Can The Owner Receive Warranty Service?
If there is a problem with the control, contact a licensed contractor. To receive replacement control, a licensed contractor must bring the defective control to Goodman’s heating and air conditioning products distributor. For more information about the warranty, contact Consumer Affairs at 877-254-4729 or write to Consumer Affairs, at 19001 Kermier Rd, Waller, TX 77484. This warranty gives you specific legal rights, and you may also have other rights that vary from state to state or province to province. Quebec Residents The arbitration provisions of this warranty shall not apply to residents of Quebec.
Non-Owner Occupied Warranty
Products installed in non-residential buildings or in residences not occupied by the owner are warranted for a period of 1 YEAR. THIS WARRANTY IS PROVIDED IN LIEU OF ANY OTHER WARRANTIES, WHETHER BY GOODMAN OR ANY OF ITS AFFILIATES, EXPRESS OR IMPLIED, INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Subject to the additional limitations set forth in this paragraph, all other provisions of the Limited Warranty apply to products installed in non-residential buildings or in residences not occupied by the owner.
Where Can Any Legal Remedies Be Pursued?
ARBITRATION CLAUSE. IMPORTANT. PLEASE REVIEW THIS ARBITRATION CLAUSE. IT AFFECTS YOUR LEGAL RIGHTS.
Innovation, Science and Economic Development Canada ICES-003 Compliance Label: CAN ICES-3 (B)/NM8-3(B)
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