Aube Technologies AUBE NON-PROGRAMMABLE H/C CONTROLLER TH146-N-U, homeappliance

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TH146-P-2H1C Installation Guide Programmable 2H1C Controller Removable Removable Connector * Connector * AC144-03 Outdoor Temperature Sensor TH146-P User Console CT280-2H1C Control Module * To remove a connector from the control module, pry with a screwdriver. 1. Introduction 1.1 Applications The TH146-P-2H1C programmable controller can be used with any of the following heating/cooling systems: Heat pump - 1H1C, 2H1C HVAC - 1H, 1C, 1H1C The following devices can be connected to the controller: air recirculation fan humidifier dual-register meter (dual energy) remote control device (for the unoccupied mode) 1.2 Supplied Parts • CT280-2H1C control module • TH146-P console with two wall anchors and mounting screws • AC144-03 outdoor temperature sensor (3 m or 10 ft) with mount ing clip (see section 2.6) 1.3 Accessories • RC845 relay (see section 2.4) • AC146-410 plenum temperature sensor (see section 2.7) • CT241 telephone controller (see section 2.9) • AC130-12 wall plate 2. Installation 2.1 Control Module (CT280-2H1C) Configure the control module according to your type of heating/cool ing system using DIP switches on the back of the module. Install the control module near the heating/cooling system, away from any heat source. 2.2 User Console (TH146-P) Install the console in a central location. Avoid locations with air drafts (e.g., top of staircase or air outlet) or stagnant air (behind a door). Do not install the console on a wall hiding air ducts nor expose it to direct sunlight. NOTE: If this controller replaces an old thermostat, any two of the wires that were connected to the thermostat can be used to connect the user console to the control module. The maximum wiring length is 30 m (100 ft). TH146-P-2H1C 400-280-014-A 5/23/07 1/11 ■ Choose a location about 1.5 m (5 ft) above the floor on an inside wall. □ Loosen the captive screw under the console. 🞐 Detach the console from its base by pulling the bottom section. ❑ Secure the base using the wall anchors and screws. ❒ Connect the console to controller terminals TH and TH (no polarity). 2.3 Heating/Cooling System The terminals used to connect the heating/cooling system depend on the type of system. See the appropriate wiring table on page 4. 2.4 RC845 Relay If you have an add-on installation, you might need an RC845 relay to connect the furnace (auxiliary heating) and its fan to the control ler. Install the relay near the control module and connect the wires as follows: • relay terminals W, G and C to controller terminals W, G and C. • relay terminals T and T to the appropriate furnace terminals: T and T (oil); TH and TH (gas); R and W (electric). NOTE: Refer to the relay's installation instructions for more details. 2.5 Humidifier Connect the humidifier in series with the power supply between controller terminals H and H (dry contact). 2.6 Outdoor Sensor (AC144-03) The outdoor sensor is required for the following: • outdoor temperature display • balance points (heat pumps only, see section 4.2) • defrost point (heat pumps only, see section 4.3) • automatic humidity control (see section 7.2) When installing the sensor, observe the following guidelines: • Avoid locations where the sensor can be covered with snow or exposed to direct sunlight. • Avoid air outlets and concealed chimneys or stove pipes. Install the sensor using its mounting clip and connect it to controller terminals OS and CS (no polarity). NOTE: The maximum wiring length is 30 m (100 ft). 2.7 Plenum Sensor (AC146-410) The plenum sensor is required for the following: • low temperature limit inside the plenum (HVAC only) • high temperature limit inside the plenum (HVAC only) • fan limit if gas heating is used (HVAC only) • high pressure protection during defrost cycle (This protection is generally needed for add-on installations only. It is not needed if the heat pump is not connected to the controller terminal WW.) Install the sensor on the side of the plenum and position it such that its aperture faces the air flow. Connect the sensor to controller terminals PS and CS (no polarity). For more information, refer to the instructions provided with the sen sor. NOTE: The maximum wiring length is 30 m (100 ft). 2.8 Dual-energy Input NOTE: The dual-energy input can be used only with a heat pump equipped with auxiliary heat. The dual-energy input can be connected to the dual-register meter equipped with a normally open (NO) dry contact. Connect the con troller terminals DE and CC to the meter terminals (yellow and red wires). The contact closes when the outdoor temperature drops below the temperature setting on the meter. When the contact is closed, the heat pump is disabled and only the auxiliary heat can be used. 2.9 Unoccupied Mode Input To use the unoccupied mode, the controller requires a remote con trol device such as Aube's CT241 telephone controller equipped with a normally open (NO) dry contact placed between terminals UN and CC of the controller. The unoccupied mode is activated when the contact closes. (See section 6.4.) 3. Configuration 3.1 Configuration Switches To access the configuration switches, loosen the captive screw under the console and separate the console from its base by pulling the bottom section. 3.1.1 Access Mode (SW1-1) INST: Installer mode. Gives access to all configuration parameters. NOTE: In installer mode, the short-cycle protection is disabled and the interstage delay is reduced to 1 minute. USER: User mode. Gives access to configuration parameters 1 to 4 only. 3.1.2 Keypad Lock (SW1-2) I: The keypad is locked. Settings cannot be changed. O: The keypad is unlocked. 3.2 Software Configuration ■ Place the console in Installer mode (INST) using the SW1-1 switch on the back of the console. □ Press the Mode button for 3 seconds to access the configura tion menu (see page 8). The first menu item (parameter) is dis played. 🞐 To view another menu item, briefly press the Mode button. ❑ To modify a parameter, press either button. ❒ To exit the configuration menu, press . ⬧ Return the console to User mode (USER). TH146-P-2H1C 400-280-014-A 5/23/07 2/11 4. Principles of Operation 4.1 Automatic Heating/Cooling Changeover With automatic heating/cooling mode changeover, there's no need to adjust the controller at every change of season or weather condi tion. The controller switches automatically between heating mode and cooling mode to maintain the desired temperature. Manual Mode When the controller is in manual mode, the heating/cooling mode changeover occurs as follows: • The controller switches to cooling mode when the indoor tem perature is higher than the setpoint by more than 1.5°C (2.5°F) for 15 minutes. • The controller switches the heating mode when the indoor tem perature is lower than the setpoint by more than 1.5°C (2.5°F) for 15 minutes. Automatic Mode When the controller is in automatic mode, it follows the programmed schedule. Two temperature settings (heating setpoint and cooling setpoint) are programmed for each period of the schedule. The heating/cooling mode changeover occurs as follows: • When the controller is in heating mode, the indoor temperature is maintained at the heating setpoint. However, if the tempera ture rises and remains above the cooling setpoint for 15 min utes, the controller will switch to cooling mode. • When the controller is in cooling mode, the indoor temperature is maintained at the cooling setpoint. However, if the tempera ture drops and remains below the heating setpoint for 15 min utes, the controller will switch to heating mode. 4.2 Balance Points (heat pumps only) Balance Points are used to disable the heat pump or the auxiliary heating when the outdoor temperature is below or above a set tem perature. • When the outdoor temperature is below the Balance Point Low (bP L), the heat pump is disabled and only auxiliary heating can be used (see page 8, item 5). • When the outdoor temperature is above the Balance Point High (bP H), the auxiliary heat is disabled and only the heat pump can be used (see page 8, item 6). NOTE: Balance Points cannot be used if the AC144-03 outdoor temperature sensor is not connected to the controller. 4.3 Heating During Defrost (heat pumps only) The auxiliary heat is activated during defrost except under the fol lowing conditions: • When the outdoor temperature is above the defrost point (see page 8, item 7). Note: This condition will not apply if the AC144-03 outdoor sensor is not connected to the controller. • When the plenum temperature is above 40°C (104°F). The auxiliary heat is re-activated when the plenum temperature drops below 32°C (90°F). Note: This condition will not apply if the AC146-410 plenum sensor is not connected to the control ler. NOTE: The auxiliary heat's short-cycle protection is disabled during defrost. 4.4 Types of Heat Pump Installations The controller can be configured for either of the following types of heat pump installations (see page 8, item 8). • Add-on Installation: This type of installation is performed when adding a heat pump to an existing furnace. When the heat pump is installed, the furnace becomes the auxiliary heat source. In this type of installation, the indoor coils are usually installed downstream of the auxiliary heat source. When the controller is configured for an add-on installation, the heat pump is disabled during auxiliary heating to prevent overpres sure. • New Installation: In this type of installation, as there is not already a furnace, the auxiliary heat source is installed at the same time as the heat pump. In this type of installation, the indoor coils are located upstream of the auxiliary heat. When the controller is configured for a new installation, the heat pump and the auxiliary heat can operate simultaneously. 4.5 Interstage Delay Interstage Delay is the time allocated for the temperature to return to an acceptable value when it deviates too far from the setpoint. If this time has elapsed, the next heating or cooling stage is activated. The heating or cooling stage will be deactivated when the tempera ture returns to an acceptable value. The Interstage Delay is fixed at 4 minutes if the controller is configured for an HVAC system and is user-adjustable if it is configured for a heat pump (see page 8, item 9). 4.6 Low and High Temperature Limits Low Temperature Limit (LLMT) and High Temperature Limit (HLMT) are used to keep the plenum from becoming too cold or too hot. During cooling, if the plenum temperature is lower than LLMT, a cooling stage is deactivated starting with the one that was last acti vated. If, after a while, the temperature is still too low, another cool ing stage is deactivated and so on. Likewise, during heating, if the plenum temperature is higher than HLMT, a heating stage is deacti vated starting with the one that was last activated. If, after a while, the temperature is still too high, another heating stage is deacti vated and so on. (see page 8, items 10 and 11.) WARNING: LLMT and HLMT can be used in parallel with an UL353-approved device but they do not replace such device. NOTE: LLMT and HLMT cannot be used if the plenum temperature sensor is not connected to the controller. 4.7 Smart Fan When Smart Fan is enabled (see page 8, item 15), the fan operates as follows: • During periods 2 and 4 of automatic mode and during the unoc cupied mode (i.e., when you are away from home or sleeping), the fan operates only when heating or cooling is activated. • The fan operates continuously the rest of the time. NOTE: For Smart Fan to work, set the fan to On (see section 5.3). TH146-P-2H1C 400-280-014-A 5/23/07 3/11 Wiring Tables Heat Pump Terminal Device 1H1C 2H1C TH Console Connect the console between the TH terminals (no polarity) TH PS Plenum sensor Connect the plenum sensor between the PS and CS terminals (no polarity) CS Common S Common terminal for the plenum sensor and the outdoor sensor OS Outdoor sensor Connect the outdoor sensor between the CS and OS terminals (no polarity) DE Dual Energy Connect the dual-register meter between the DE and CC terminals (no polarity) CC Common C Common terminal for the dual-energy meter and the unoccupied mode input UN Unoccupied mode input Connect a dry contact between the UN and CC terminals (no polarity) H Humidifier (24 Vac / 1 A) Connect the humidifier between the H terminals (dry contact) H R Power (24 Vac) √ √ C √ √ Y Compressor (24 Vac / 1 A) √ √ W Auxiliary heat (24 Vac / 1 A) √ O/B Reversing valve (24 Vac / 1 A) √ √ G Fan (24 Vac / 1A) √ √ L Fault (24 Vac / 5 mA) √ √ WW Defrost (24 Vac / 5 mA) √ √ HVAC Terminal Device 1H 1C 1H1C TH Console Connect the console sensor between the TH terminals (no polarity) TH PS Plenum sensor Connect the plenum sensor between the PS and CS terminals (no polarity) CS Common S Common terminal for both plenum sensor and outdoor sensor OS Outdoor sensor Connect the outdoor sensor between the OS and CS terminals (no polarity) DE Not used CC Common C Common terminal for the unoccupied mode input UN Unoccupied mode input Connect a dry contact between UN and R terminals (no polarity) H Humidifier (24 Vac / 1 A) Connect the humidifier between the H terminals (dry contact) H R Power (24 Vac) √ √ √ C √ √ √ Y Cooling unit (24 Vac / 1 A) √ √ W Heating unit (24 Vac / 1 A) √ √ O/B Not used G Fan (24 Vac / 1 A) √ √ √ L Not used WW Not used TH146-P-2H1C 400-280-014-A 5/23/07 4/11 n o it a ll a ts n I w e N — p m u P t a e H C1 H 2 : m a r g a i D g n i r iW o s s e r p m o C 0 1 4 - 6 4 1 C A e H y r a i l i x u A 3 0 - 4 4 1 C A l a V g n i s r e v e R y gr e n E l a u D n a F 1 4 2 T C t l u a F r e i f i d i m u H t s o r fe D 8 2- 004 C1 H 2- P- 6 41 HT n o it a ll a ts n I n o - dd A — p m u P t a e H C1 H 2 : m a r g a i D g n i r iW r o s s e r p m o C 0 1 4 - 6 4 1 C A e v l a V g n i s r e v e R 3 0 - 4 4 1 C A t l u a F y gr e n E la u D t s o r f e D 1 4 2 T C r e i fi di m u H e c a n r u F Fan Limit 8 2- 004 C1 H 2- P- 6 41 HT C AV H C1 H 1 : m a r g a i D g n i r iW t i n U g n i l o o C 0 1 4 - 6 4 1 C A t i n U g n i t a e H 3 0 - 4 4 1 C A n a F 1 4 2T C r e i fi di m u H 8 2- 004 C1 H 2- P- 6 41 HT Configuration Menu Item HP HVAC Parameters Display Options Default Description 1 √ √ Time format 12 Hr / 24 Hr 24 Hr Select the time display format. 2 √ √ Early Start On / OF OF • On: Heating or cooling starts in advance (as determined by the con troller) so that the desired temperature is attained at the set times. • OF (Off): Heating or cooling starts at the set times. NOTE: Early Start applies for periods 1 and 3 (P1 and P3) only. When this feature is enabled, heating or cooling will start in advance of the set time for P1 and P3 but will start at the set time for P2 and P4. 3 √ √ Automatic daylight savings adjustment OF / 1 / 2 OF • OF (Off): The function is deactivated. • 1 : The controller switches to daylight savings time on the first Sunday of April and to normal time on the last Sunday of October. • 2 : The controller switches to daylight savings time on the second Sunday of March and to normal time on the first Sunday of November. 4 √ √ Temperature format °C / °F °C Select the temperature display format. 5 √ Balance point low -30 to 10°C (-22 to 50°F) -10°C (14°F) Set the bP L limit (see section 4.2). NOTE: Lower bP L below its minimum (- -) if you do not wish to use this function. 6 √ Balance point high -5 to 30°C (23 to 86°F) 5°C (41°F) Set the bP H limit (see section 4.2). NOTE: Raise bP H above its maximum (- -) if you do not wish to use this function. 7 √ Defrost point -10 to 15°C (14 to 59°F) 10°C (50°F) Set the defrost point temperature (see section 4.3). NOTE: Raise the defrost point above its maximum (- -) if you do not wish to use this function. 8 √ Installation type Ad / nr Ad Set according to the type of heat pump installation (see section 4.4). • Ad (add-on): Use this setting when the indoor coils are located down stream of the auxiliary heat source. This is generally the case for add on installations. • nr (normal): Select this setting when the indoor coils are located upstream of the auxiliary heat source. This is generally the case for new installations. 9 √ Auxiliary interstage delay 5 to 90 min. 30 min. Set the interstage delay for the auxiliary stage (see section 4.5). 10 √ Low temperature limit -10 to 20°C (14 to 68°F) 5°C (41°F) Set the low temperature limit of the plenum (see section 4.6). NOTE: This function is not used if you lower LLMT below its minimum (- -) or if the plenum sensor is not connected to the controller. 11 √ High temperature limit 30 to 90°C (86 to 194°F) 70°C (158°F) Set the high temperature limit of the plenum (see section 4.6). NOTE: This function is not used if you raise HLMT above its maximum (- -) or if the plenum temperature sensor is not connected to the controller. 12 √ √ Cycles per hour 2 to 6 4 Select the number of heating/cooling cycles per hour. For optimal heating control, use the setting that matches your system as follows: 3=20 min (hot water, 90%+ high-efficiency furnace), 4=15 min (gas or oil), 5=12 min (gas or oil), 6=10 min (electric). 13 √ Heat type GA / EL EL This setting determines the fan operation in automatic mode when the system is in heating mode. • EL (electric heating): The fan starts and stops at the same time as heating. • GA (gas or oil heating): The fan starts when the temperature inside the plenum rises above the Fan Limit (see item 14) and stops when the temperature drops 12°C below the Fan Limit. Note: The fan will not start if the plenum temperature sensor is not connected to the con troller. 14 √ Fan limit 38 to 90°C (100 to 194°F) 80°C (176°F) This parameter is available only when gas heating is selected (see item 13). WARNING: FLMT can be used in parallel with an UL353-approved device but they do not replace such device. NOTE: The fan will not start if you raise FLMT above its maximum (--). 15 √ √ Smart Fan On / OF OF On: Smart Fan is On (see section 4.7). OF: Smart Fan is Off. 16 √ √ Temperature setback 0 to 9°C (0 to 16°F) 0°C (0°F) Set the amount of temperature setback when the controller is placed in Unoccupied mode (see section 6.4). 17 √ √ Humidifier operating mode Co / HE / Fn Fn • Co (conventional): The humidifier will operate if the humidity is too low. If the fan is not already On, it will turn On at the same time as the humidifier. • HE (heat): The humidifier can operate only when heating is activated. • Fn (fan): The humidifier can operate as long as the fan is running, whether heating is activated or not. NOTE: The humidifier is disabled when cooling is activated. Note: Only items 1 to 4 are available when the controller is placed in user mode (SW1-1 switch). TH146-P-2H1C 400-280-014-A 5/23/07 8/11 TH146-P-2H1C User's Guide Programmable H/C Controller Indicator LEDs Indicator LEDs Day FAULT: System fault Time and day setting EH: Emergency heat mode Temperature DE: Dual energy adjustment Programming mode selection Clock Fan operating Backlight Program day selection Indoor temperature mode selection The screen is lit for 12 seconds Program clear when any button is pressed. System operating Indoor humidity However, the screen remains lit mode selection while you are configuring the Humidity setting Outdoor temperature controller. Up/Down buttons Return 5. General Setting 5.1 Clock and Day Setting ■ Press Clk. The hour display flashes. □ Set the hour using . 🞐 Press Clk. The minute display flashes. ❑ Set the minutes using . 6. Temperature Setting 6.1 Display Appears when the temperature setpoint is displayed Indoor temperatureHeating is On Cooling is On ❒ Press Clk. The day display flashes. ⬧ Set the day using . ⧫ Press to return to the normal display. 5.2 Date Setting ■ Press Clk for 3 seconds to display the year. Auxiliary heating is On Temperature adjustment mode (appears when the system is in automatic mode, disappears when it is in manual mode) System operating mode Fan operating mode (ap pears when the fan is in continuous mode, disap pears when it is in automat ic mode) □ Set the year using . 🞐 Press Clk to display the month. ❑ Set the month using . ❒ Press Clk to display the date. ⬧ Set the date using . ⧫ Press to return to the normal display. 5.3 Fan Operating Mode Press the Fan button to select the fan operating mode. • In automatic mode, the fan runs only when heating or cooling is activated. NOTE: For gas-operated HVAC systems, there might The controller normally displays the measured indoor temperature. To view the setpoint, press one of the buttons. The setpoint and the symbol will be displayed for the next 5 seconds. 6.2 System Operating Mode Press Mode to place the system in one of the following modes: HEAT The system is in heating mode. COOL The system is in cooling mode. The system is in automatic changeover mode. (The system be a delay before the fan starts or stops when heating is acti vated or deactivated. AUTO switches between heating mode and cooling mode to main tain the desired temperature.) • In continuous mode, the fan runs continuously and the sym bol is displayed. NOTE: if Smart Fan is enabled, when the con OFF The system is off. The system is in emergency heat mode. Only auxiliary heat troller is in periods 2 and 4 of automatic mode and in unoccupied mode, the fan will run only when heating or cooling is activated. The fan will run continuously the rest of the time EHEAT ing is used when there is a call for heat. (This mode applies only when the controller is connected to a heat pump equipped with auxiliary heating). TH146-P-2H1C 400-280-014-A 5/23/07 9/11 6.3 Temperature Adjustment 6.3.1 Manual Adjustment Use this mode to set the temperature manually. To place the con troller in this mode, press Auto/Man so that disappears from the screen. Set the temperature using the buttons. NOTE: If the controller is in automatic heat/cool changeover (see section 6.2), the setpoint is automatically reduced or raised by 1°C (1.8°F) when the controller switches to heating mode or to cooling mode respectively. For example, if the setpoint is 24°C (75°F) in heating mode, it will become 25°C (77°F) in cooling mode and will return to 24°C (75°F) when the controller switches back to heating mode. 6.3.2 Automatic Adjustment Use this mode if you want the controller to adjust the temperature according to the programmed schedule. To place the controller in this mode, press Auto/Man so that appears on the screen. Pre-programmed Schedule The following schedule has been programmed at the factory. Two temperature settings are programmed for each period of the sched ule: a heating setpoint and a cooling setpoint. Pre-programmed Schedule MO TU WE TH FR SA SU P1 Heating 21°C (70°F) 6:00 a.m. Cooling 25.5°C (78°F) P2 Heating 16.5°C (62°F) 8:00 a.m. -- Cooling 29.5°C (85°F) P3 Heating 21°C (70°F) 6:00 p.m. -- Cooling 25.5°C (78°F) P4 Heating 16.5°C (62°F) 10:00 p.m. Cooling 28°C (82°F) Modifying the Schedule You can program up to 4 periods per day. To program a period, you need to set the start time, the heating setpoint and the cooling set point. The program can be different for each day of the week. • Press Pgm to enter the programming mode. The settings for Monday, Period 1 (P1) appear. • To select a day to program, press Day until the day is dis played. Press for 3 seconds to select all 7 days. NOTE: If you select all 7 days, the settings of the displayed period will be copied to all 7 days. For example, if you select all 7 days while period 1 is displayed, they will all now have the same settings for period 1. If you display period 2 while all 7 days are selected, they will all now have the same settings for period 2. • To set the start time of a period, press Pgm until the period number (P1 to P4) is displayed and the time display flashes. Then press the buttons. The time changes in increments of 15 minutes. NOTE: To skip a period, display the period and press Clr. For example, in the pre-programmed schedule, periods 2 and 3 have been skipped for Saturday and Sunday. • To set the temperatures for a period, press Pgm until the period number (P1 to P4) is displayed and the temperature display flashes. If necessary, press Mode to display the heating set point or the cooling setpoint. Press the buttons to set the temperature. NOTE: The cooling setpoint is always higher than the heating set point by a minimum of 1°C (1.8°F). For example, if the cooling set point is 22°C (72°F) and you set the heating setpoint to 23°C (73°F), the cooling setpoint will automatically become 24°C (75°F). How ever, if you raise the heating setpoint to 21°C (70°F), the cooling setpoint will remain at 22°C (72°F). The same principle applies when you set the cooling temperature. • Press to exit. The following diagram shows how to navigate the programming menu. MO TU 6:00 6:00 Day Pgm Pgm P1 Heat Cool Heat Cool Mode Mode 21 25.5 21 25.5 Pgm Pgm 8:00 8:00 Pgm Pgm Day P2 Heat Cool Heat CoolMode Mode 16.5 29.5 16.5 29.5 Temporary Bypass When you modify the temperature setpoint while the controller is in automatic mode, the new temperature is used for the next 2 hours. The icon flashes during the bypass. After the bypass, the temper ature set for the current period is used. 6.4 Unoccupied Mode You can place the controller in the unoccupied mode using a remote control device such as Aube's CT241 telephone controller. In this mode, the temperature is lowered in heating mode or raised in cool ing mode (see page 8, item 16). The message UNOC appears during the unoccupied mode. NOTE: Automatic changeover is disabled during the unoccupied mode. Temporary Bypass In the unoccupied mode, only the buttons work. When you adjust the temperature during this mode, the new temperature will be used for the next 2 hours, after which the controller will return to the previous setpoint. The message UNOC flashes during the bypass. TH146-P-2H1C 400-280-014-A 5/23/07 10/11 7. Humidity Setting 7.1 Display TH146-P USER CONSOLE Temperature setpoint range Heating mode: 5°C to 30°C (40°F to 86°F) Cooling mode: 15°C to 40°C (59°F to 104°F) Humidity setpoint range: 5 to 60% Indoor temperature display range: 0°C to 70°C (32°F to 158°F) Outdoor temp. display range: -50°C to 70°C (-58°F to 158°F) Temperature display resolution: 0.5°C (1°F) Program protection: non-volatile memory Operating temperature: 0°C to 50°C (32°F to 122°F) Appears when the humidity setpoint is displayed Humidifier is On Humidity control mode Storage temperature: -20°C to 50°C (-4°F to 122°F) Humidity conditions: 0 to 95%, non-condensing Dimensions: 79 x 79 x 24 mm (3.1 x 3.1 x 1 in.) Humidity level9. Warranty (auto, manual or off) 7.2 Humidity Adjustment Manual Adjustment The humidity level is set by the user (5 to 60%). ■ Press the Hum button until MAN appears on the screen. □ Press one of the buttons to adjust the humidity level. 🞐 Press the button. Automatic Adjustment The humidity level is set by the controller based on the outdoor tem perature to prevent ice formation or condensation on the windows while providing enough humidity for your comfort. However, the user can apply an offset (-9 to 9%). For example, the user can enter a negative offset if there is ice formation or condensation on the win dows. ■ Press the Hum button until AUTO appears on the screen. The humidity level set by the controller is also displayed. □ Press one of the buttons to enter or change the offset. 🞐 Press the button. Off To turn off the humidity control: ■ Press the Hum button until OFF appears on the screen. □ Press the button to save and exit the programming. 8. Technical Specifications CT280-2H1C CONTROL MODULE Aube warrants this product, excluding battery, to be free from defects in the workmanship or materials, under normal use and service, for a period of three (3) years from the date of purchase by the consumer. If at any time during the warranty period the product is determined to be defective or malfunctions, Aube shall repair or replace it (at Aube's option). If the product is defective, (i) return it, with a bill of sale or other dated proof of purchase, to the place from which you purchased it, or (ii) contact Aube. Aube will make the determination whether the product should be returned, or whether a replacement product can be sent to you. This warranty does not cover removal or reinstallation costs. This warranty shall not apply if it is shown by Aube that the defect or malfunction was caused by damage which occurred while the product was in the possession of a consumer. Aube's sole responsibility shall be to repair or replace the product within the terms stated above. AUBE SHALL NOT BE LIABLE FOR ANY LOSS OR DAMAGE OF ANY KIND, INCLUDING ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES RESULTING, DIRECTLY OR INDIRECTLY, FROM ANY BREACH OF ANY WARRANTY, EXPRESS OR IMPLIED, OR ANY OTHER FAILURE OF THIS PRODUCT. Some provinces and states do not allow the exclusion or limitation of incidental or consequential damages, so this limitation may not apply to you. THIS WARRANTY IS THE ONLY EXPRESS WARRANTY AUBE MAKES ON THIS PRODUCT. THE DURATION OF ANY IMPLIED WARRANTIES, INCLUDING THE WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, IS HEREBY LIMITED TO THE THREE-YEAR DURATION OF THIS WARRANTY. Some provinces and states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. This warranty gives you specific legal rights, and you may have other rights which vary by province or state. 10.Support If you have any questions about the product installation or operation, or concerning the warranty, contact us at the address shown below. Power supply: 24 VAC Current consumption: 150 mA Maximum load per output: 1 A @ 24 VAC Short cycle protection: 2 minutes Control cycles: 2 to 6 per hour 705 Montrichard Saint-Jean-sur-Richelieu, Quebec J2X 5K8 Canada Tel: (450) 358-4600 Toll-free: 1-800-831-AUBE Fax: (450) 358-4650 Email: aube.service@honeywell.com 10, rue Ampère 95500 Gonesse France Tel: 33 (0) 1 34 07 99 00 Fax: 33 (0) 1 34 07 99 19 Email: advaube@comintes.com Operating temperature: 0°C to 50°C (32°F to 122°F) Storage temperature: -20°C to 50°C (-4°F to 122°F) Humidity conditions: 0 to 95%, non-condensing Dimensions: 95 x 137 x 30 (3.8 x 5.4 x 1.2 in.) For more information on our products, visit us at: www.aubetech.com As an ENERGY STAR® partner, Aube Technologies has determined that this product meets the ENERGY STAR guidelines for energy efficiency. TH146-P-2H1C 400-280-014-A 5/23/07 11/11