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AT C 3 2 U 0 1   C o m m u n i c a t i n g ,   P r o g r a m m a b l e   T h e r m o s t a t   -   I O M

R e v. :   4   F e b . ,   2 0 1 3

5.0  Input Dealer Information

Enter/edit the Dealer Information settings, including Brand 
Name, Model Number, Serial Number, Contractor Name, and 
Contractor Phone number, using the up/down arrow buttons.  
Press the center button to save changes.

Adjust the Air Cleaner Reminder settings using the up/down 
arrow buttons.  Press the center button to save changes.
 

•  Cumulative Run Time (default Off)

 – valid range:  

 

 

Off, 400 to 3600 hours (in 100 hour increments)

 

•  Calendar Time (default Off) – 

valid range:  Off, 3 

 

 

to 24 months (in 3 month increments)

6.0  Humidity Confi guration

Confi gure humidity control settings (dehumidifi cation/
humidifi cation).

Adjust the Humidity Control settings using the up/down arrow 
buttons.  Press the center button to save changes.

• Dehumidifi cation

 – This logic will communicate 

a Dehumidifi cation output when the humidity is 
greater than the setpoint (acts as a dehumidistat).  
The Dehumidifi cation output will not be 
communicated when the humidity is below the 
setpoint.

• Humidifi cation

 – This logic will communicate a 

Humidifi cation output when the humidity is less 
than the setpoint (acts as a humidistat).  When the 
Humidifi cation output is active, the fan output will 
also be active. The Humidifi cation output will not 
be communicated when the humidity is above the 
setpoint.

• Both

 – Incorporates both Dehumidifi cation and 

Humidifi cation logic.

• None 

(default)

 – Dehumidifi cation 

and Humidifi cation outputs will not be 
communicated. 

7.0  Temperature Algorithm

Confi gure the logic the thermostat uses to meet the 
temperature setpoints.

 

 

•  Proportional Integral (default)

 – This logic will 

use a combination of temperature differential and 
operating time to determine the appropriate heating 
or cooling stages for operation (see NOTE 1).

•  Proportional Integral (No Down Staging)

 – This 

logic includes the Proportional Integral logic, but 
in addition the logic keeps all active heating or 
cooling stages energized until the demand is fully 
satisfi ed (see NOTE 1).

• Differential 

– This logic will only use temperature 

differential to determine the appropriate heating or 

cooling stages for operation.  This logic will keep 
all active heating or cooling stages energized until 
the demand is fully satisfi ed (see NOTE 2).

NOTE 1

:  The Proportional Integral options require fi rst stage 

heating or cooling to be active for a minimum of 5 minutes, 
before energizing second stage when confi gured for multi 
stage operation.

NOTE 2

:  The Differential option will activate fi rst stage heating 

or cooling when the temperature is more than the fi rst stage 
differential value (User Manual section 5.6.2.3), below or 
above the setpoint.  Second stage heating or cooling will be 
activated when the temperature is more than the fi rst and 
second stage differential values combined (User Manual 
section 5.6.2.3), below or above the setpoint.  Third stage 
heating will be activated when the temperature is more than 
the fi rst, second, and third stage differential values combined 
(User Manual section 5.6.2.3), below the setpoint.

8.0  Demand Reduction 
Confi guration

Demand Reduction is activated by an input signal at the unit 
control board to reduce the electric load while peak utility 
rates are high.  The Demand Reduction Confi guration mode 
selects which of the available unit control inputs is to be 
used as the activation signal. While a physical input signal is 
present at the selected input, the thermostat will implement 
load reduction by limiting operation or capacity. Refer to 
section 5.6.9 in the user manual (part number 97B0055N02) 
for more details on Demand Reduction.

Adjust the Demand Reduction Confi guration setting using 
the up/down arrow buttons.  Press the center button to save 
changes.

•  No Demand Reduction (default)

 – Demand 

Reduction operating mode will not be activated by 
a DXM2 input.  

• DXM2 

Inputs

 – Assigns a DXM2 input to activate 

Demand Reduction operating mode.

INSTALLER SETTINGS

THERMOSTAT CONFIG

SYSTEM CONFIG

ACCESSORY CONFIG

INPUT DEALER INFO

HUMIDITY CONFIG

TEMPERATURE ALGORITHM

DEMAND REDUCTION CNFG

SERVICE MODE

RESTORY DEFAULTS

ATC32U01

SELECT OPTION   

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Содержание ATC32U01 iGate

Страница 1: ...10 4 3 UV Lamp 10 Caution These instructions are intended to be used by the installer or service personnel End users are NOT advised to change or modify any of these settings Doing so may cause the e...

Страница 2: ...This page was intentionally left blank...

Страница 3: ...ct airflow from supply registers In areas with poor air circulation such as behind a door or in an alcove II THERMOSTAT INSTALLATION 1 Turn off all power to unit 2 If an existing thermostat is being r...

Страница 4: ...f 70 F your thermostat will not call for heating until the temperature is 69 F Adjust the Differential setting using the up down arrow buttons Navigate between Differentials using the left right arrow...

Страница 5: ...mation then press and hold the right arrow for 5 seconds 1 4 2 DEMO MODE OPERATION Control Demo Mode operation parameters from the Demo Operation screen shown below DEMO OPERATION OUTDOOR FAN AUTO 78...

Страница 6: ...multi stage compressor applications 2 0 Installer Menu Settings 2 1 INSTALLER MENU SETTINGS ACCESS The Installer Settings can be accessed at any time from the Main Operating screen by holding the up d...

Страница 7: ...be present if the connected communicating control is configured for No Loop Configuration OTHER 3 1 AIRFLOW SELECTION Adjust the airflow settings for each system operating mode using the up down arro...

Страница 8: ...mum Heat LWT valid range based on specific model refer to model IOM Minimum Cool LWT valid range based on specific model refer to model IOM NOTE Refer to section 3 6 3 for multi unit configuration ins...

Страница 9: ...3 for multi unit configuration instructions VARIABLE SPD INTERNAL PUMP CONFIGURATION PUMP CONTROL FIXED HEATING STAGE 1 60 COOLING STAGE 2 75 COOLING STAGE 1 50 COOLING STAGE 2 70 PREVIOUS SELECT 3 5...

Страница 10: ...to remind the user to change the air filter after the selected time has passed Adjust the Air Filter Reminder settings using the up down arrow buttons Press the center button to save changes Cumulativ...

Страница 11: ...nergized until the demand is fully satisfied see NOTE 1 Differential This logic will only use temperature differential to determine the appropriate heating or cooling stages for operation This logic w...

Страница 12: ...COMM OUTPUT OFF O COMM OUTPUT OFF G COMM OUTPUT OFF H COMM OUTPUT OFF DH COMM OUTPUT OFF ECM AIRFLOW 0 PUMP SPEED 0 TEST MODE OFF SELECT OPTION PREVIOUS SELECT 9 2 CONTROL DIAGNOSTICS Control Diagnos...

Страница 13: ...T OFF 3 OFF HWG SP 125 4 OFF HWG DISABLED JW3 LT1 SETTING WELL PREVIOUS 9 4 FAULT HISTORY Fault History mode displays the five most recent stored fault codes for the connected communicating control DX...

Страница 14: ...CC Y2 Y2 CO RV W W ACC1 O O OUTPT ACC2 G G FAN AL1 H H HWG EH1 OVR DH PUMP EH2 PREVIOUS FAULT CONFG CONDITIONS LT1 LOW WATER TEMP HEAT 1 11 11 AM 11 14 S1 S2 S3 1 ON 1 ON 1 ON 2 ON 2 ON 2 OFF 3 ON 3 O...

Страница 15: ...its are connected to one thermostat UNLIKE Mult Unit Diagnostics the service personnel views each units fault information by selecting the next option 10 0 Restore Defaults The thermostat will reset a...

Страница 16: ...contained herein are not express warran ties and do not form the basis of any bargain between the parties but are merely ClimateMaster s opinion or commendation of its products The management system...

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