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7

Configuration Options

OPTION 01 — EQUIPMENT TYPE — This  option  deter-

mines the control method of the thermostat. It should match the

type of equipment used. The selection is as follows:
HP — Three-stage heat/two-stage cool with reversing valve
AC — Two-stage heat/two-stage cool, no reversing valve
hh  — The selection of hh should only be made if the equip-

ment is a 48EZ or 48VT model small packaged prod-

uct (SPP).

35  — Water source heat pump (WSHP), three-stage heat/

two-stage cool with reversing valve.

Default is AC.
OPTION 02 — REPLACE FILTER REMINDER  —   This

configuration selects the hours of fan operation (heating, cool-

ing, or fan) before CHECK FILTER icon is displayed. With OF

selected, icon will never come on, disabling this feature. Time

selection can range from 600 to 5400 hours by selecting num-

bers 1 through 9. The time is 600

 

hours times the number select-

ed. Default is

 

1 (600 hr).

OPTION 03 — FAHRENHEIT/CELSIUS SELECTION —

This configuration selects between Fahrenheit (F) and Celsius

(C) operation. Factory default is Fahrenheit (F).
OPTION 04 — FAN (G) ON WITH W/W1 SELECTION —

This selection determines whether fan (G) output is to be on or

off when the W/W1 energized in an AC system, the fan will turn

on when O/W2 is energized in Emergency Heat mode. Allow-

able selections are On and OF (off). Default is On.
OPTION 05 — SPACE TEMPERATURE SENSING — This

selection determines which sensor the control will use for mea-

suring space

 

temperature. Space temperature can be sensed in

one of three ways: the local sensor (L) located on the display

module, the remote sensor (r), or the average of local and remote

sensors (Lr). The Carrier sensor 33ZCT55SPT would be used

for remote space sensing and averaging. Settings are L, r, or Lr.

The default is L (local).
NOTE: When this value is changed, the space temperature off-

set, Option 13, is reset to zero.
OPTION 06 — COOLING LOCKOUT   —   This  selection

disables cooling when outdoor temperature is below the speci-

fied temperature. Temperature can be set from 20 to 60 F (–6.70

to 15.5 C) in increments of 5° F (2.8° C). Setting is not available

if valid outdoor sensor is not connected. Set to OF (off) to allow

cooling below at all times. Allowable settings are OF (off) and

20 through 60. Factory default is OF (off).
OPTION 07 — EQUIPMENT DDC CONTROLLER — This

selection should be set to On when control is to be used with

DDC (direct digital control) equipment. These control systems

will take care of the time guard and cycle timers. Examples

include zone controlling units or two-position valve assemblies

that can open or close as required, without regard to exceeding a

maximum number of operations per hour. Rooftop units used

with PremierLink™ or ComfortLink controls do not require

thermostat control to handle timers and safeties, so this selection

would also be set to On in this case.

Set this selection to OF (off) if the thermostat is directly con-

nected to equipment such as a furnace or fan coil unit with DX

condensing units, or electro-mechanical rooftop units that have a

maximum number of cycles per hour rating, but do not imple-

ment that requirement themselves and rely instead on the ther-

mostat.

Allowable settings are On and OF (off). The default is OF

(off).
OPTION 08 — AUXILIARY HEAT LOCKOUT TEMPER-

ATURE SETTING — This selection is available on heat pump

systems with a valid outdoor temperature sensor connected.

Available settings are: Off, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50 or

55 F  (–15, –12.2, –9.4, –6.7, –3.9, –1.1, 1.7, 4.4, 7.2,  10  or

12.8 C).

When set to OF (off), the function is disabled. Auxiliary heat

is allowed to operate whenever sufficient demand for heat is

available.

When set to 5 through 55 F (–15 through 12.8 C), this is the

outdoor temperature above which the auxiliary heat is not al-

lowed to operate. 

The default is OF (off).

OPTION 09 — HEAT PUMP LOCKOUT TEMPERA-

TURE — This function is only available on hybrid heat systems

that have a valid outdoor temperature sensor connected. Config-

uration options are Off, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50  or

55 F  (–15, –12.2, –9.4, –6.7, –3.9, –1.1, 1.7, 4.4, 7.2,  10  or

12.8 C). When set to Off, the heating equipment cycle will

always start with the heat pump regardless of the outdoor-air

temperature. When set to 5 through 55 F (–15 through 12.8 C),

and the outdoor-air temperature is less than the selected tempera-

ture, the heating cycle is started with the auxiliary heat. If the

outdoor-air temperature is equal to or greater than the selected

temperature, the heating cycle is started with the heat pump.  
NOTE:  The heat pump lockout temperature must be set to a

value less than the auxiliary heat lockout temperature (Option 8)

unless the auxiliary heat lockout temperature setting is Off.  If

the outdoor air sensor is invalid, all heating cycles will start with

the heat pump.

Default is Off.

OPTION 10 — REVERSING VALVE — This selection is only

available on hh (hybrid heat) and HP (heat pump) systems. 
   The "C" configuration is used to describe a heat pump system

that energizes its reversing valve (O/W2/B) in cooling. 
   The "H" configuration is used to describe a heat pump system

that energizes its reversing valve (O/W2/B) in heating.
NOTE: The WSHP will always energize the reversing valve in

cooling.  

The default is C.

OPTION 11 — ADJUSTABLE SET POINT DEAD-

BAND — The selection allows the installer to choose how

much differential will exist between the heating and cooling set

points. Allowable selections are 1 to 10 F (0.55 to 5.55 C). The

default is 5 F (2.8 C).
OPTION 12 — SMART RECOVERY  —   Smart  Recovery

OF (off) means set points change precisely at the programmed

time. A value of 30, 60, or 90 selects the number of minutes re-

covery starts before programmed recovery time. Recovery takes

place smoothly during the selected recovery time, ending at the

recovery time and temperature which is programmed. This is not

available when thermostat is configured as non-programmable.

Allowable selections are OF (off), 30, 60, and 90. The default is

90.
OPTION 13 — SPACE TEMPERATURE OFFSET

ADJUSTMENT — This configuration is the number of degrees

to be added to the displayed temperature to calibrate or deliber-

ately miscalibrate the measured space

 

temperature. The range is

from –5 to +5 F (–2.8 to +2.8 C). The default is 0.
NOTE: This value is reset to zero when the space temperature

sensing option 05 is changed.
OPTION 14 — HUMIDITY OFFSET ADJUSTMENT —

This configuration is the percentage to be added to the displayed

humidity to calibrate or deliberately miscalibrate the measured

humidity. The range is from –9% to +9% RH. The default is 0.
OPTION 15 — ENABLE AUTO MODE — This  configura-

tion allows the user to select auto changeover mode. It allows the

thermostat to automatically change between heating mode and

cooling mode when sufficient demand for heating or cooling ex-

ists. When it is set to On, then Auto mode is available. When it is

Summary of Contents for EDGE Pro

Page 1: ...ymbol DANGER identifies the most serious hazards which will result in severe personal injury or death WARNING signifies a haz ard which could result in personal injury or death CAUTION is used to identify unsafe practices which would result in minor personal injury or property damage GENERAL Carrier s 7 day 5 2 day or 1 day programmable commer cial thermostat control is a wall mounted low voltage ...

Page 2: ...rs or return air grille in areas with poor air circulation outside of the building exposed to the elements Wiring Requirements All system wiring must be in compliance with all applica ble local and national codes All sensor wiring should be color coded in conformance with the standard recommendations Never remove the thermostat board from the plastic hous ing Doing so could warp and damage the com...

Page 3: ... hole in mounting base 8 Adjust length and routing of each wire to reach proper con nector block and terminal on mounting base with extra 1 4 in wire 9 Connect two wires from the equipment control module to the display module mounting base being careful not to over tighten the screws Correct polarity must be observed when connecting the two wires If wires are connected in correctly the display mod...

Page 4: ...e us ing either a clearance hole or supplied standoff See Fig 9 Standoff is provided as an aid when installing equipment control module on equipment or a solid wall NOTE The equipment control module should not be mounted to ductwork or below any other controls or equip ment i e humidistat humidifier etc 16 Match and connect equipment wires to proper terminals of each connector block being careful ...

Page 5: ...mounting holes are available for more secure mounting if needed Make sure that all wires extend through hole in mounting base 8 Adjust length and routing of each wire to reach proper con nector block and terminal on mounting base with extra 1 4 in wire 9 Connect equipment wiring to the terminals on the equip ment control module being careful not to over tighten the screws See Fig 10 10 Seal hole i...

Page 6: ...V appear at D2 D1 has to have a wire jumper added to either Rc or Rh The dry contact must be configured for dehumidification in configuration Option 19 See page 8 See Wiring Diagrams for more information CONFIGURATION To Enter and Exit Configuration Mode Press and hold OCCUPIED button for approximately 10 seconds The display module will now be in Configuration mode The module will automatically ex...

Page 7: ...mp systems with a valid outdoor temperature sensor connected Available settings are Off 5 10 15 20 25 30 35 40 45 50 or 55 F 15 12 2 9 4 6 7 3 9 1 1 1 7 4 4 7 2 10 or 12 8 C When set to OF off the function is disabled Auxiliary heat is allowed to operate whenever sufficient demand for heat is available When set to 5 through 55 F 15 through 12 8 C this is the outdoor temperature above which the aux...

Page 8: ...d the dehumidification set point to prevent rapid on off cycling of the DEHUM output When configured for dehumidification the Rc terminal must be connected to one of the dry contact terminals D1 or D2 This provides power to energize the dehumidification terminal on the cooling equipment when the dry contact is closed See the Hu midity Control Features section on page 11 for more informa tion The d...

Page 9: ...and the latch will not be applied When set to On the Y1 and Y Y2 outputs are simultaneously energized to satisfy all cooling demands The default is OF off OPTION 23 HIGH HEAT LATCH TEMPERATURE This selection is only available when Option 1 is set to HP and Option 7 equipment DDC controller is set to OF off Configuration settings are OF off 20 25 30 35 40 45 50 F 6 7 3 9 1 1 1 7 4 4 7 2 10 C and On...

Page 10: ...de is an available mode selection When set to OF the Emergency Heat mode is not an available mode selection The default is On NOTE In a non heat pump application if emergency heat is off the second stage of heat will show heat on and 2 in the bottom right of the thermostat display OPTION 36 FAN SELECTION DURING OCCUPIED PERIODS This selection is not available if the thermostat has been configured ...

Page 11: ...the bottom center of the screen Use the soft keys to move the box around the digits to be set and the UP and DOWN buttons to change the setting Pressing the SET button will cycle through the calendar daily schedule and holiday settings Calendar may be changed by using the soft keys to select the Month Day or Year The UP and DOWN buttons are used to change the Month Day or Year setting when the box...

Page 12: ...t point Holiday A holiday selection is available specifically for times when the space will not be occupied for an extended peri od Holiday mode has an automatic hold meaning that set points are not affected by the programmed schedule Holiday mode is active for a specified period of time While in Holiday mode the system provides temperature and humidity protection for the space in the selected mod...

Page 13: ...re When the outdoor air temperature is below the heat pump lockout temperature the heat pump will not be energized The gas heat source will be used to satisfy the heating demand If the heat pump is already energized when the outdoor air tempera ture drops below the heat pump lockout temperature the heat pump will continue to operate until the heating demand is large enough to request gas heat oper...

Page 14: ...ly read humidity E5 will be displayed Replace the thermostat If both Humidifi cation and Dehumidification have been set to OF the humidity value will be shown as when viewed from the humidity menu but no E5 will be shown in the display WIRING DIAGRAMS System wiring diagrams are provided for typical Carrier equipment See Fig 15 36 EQUIP CONFIG Option 01 Setting COOL STAGE 1 COOL STAGE 2 HEAT STAGE ...

Page 15: ... OAT RRS SRTN HUM D1 D2 V Vg X C G W2 W1 Y2 Y1 R COMMERCIAL THERMOSTAT CONNECTION BOARD TB2 Humidi MiZer FIOP FU LTLO PNK PNK PNK PNK PNK PNK Connection not required TB2 for 48 50HJ015 028 and 48 50TJ TM016 028 units Connection Board for all other units LEGEND FIOP Factory Installed Option FU Fuse LTLO Low Temperature Lockout a33 9174 Fig 17 Thermostat Wiring 48 50HE003 006 48 50HJ004 028 48 50TF0...

Page 16: ...onnection not required a33 9175 Fig 18 Thermostat Wiring 48 50HJ 62AQ060 300 COBRA Energy Recovery Units Rc Rh W1 G Y2 C O W2 B Y1 OAT RRS SRTN HUM D1 D2 V Vg R Y1 Y2 W1 W2 G C X COMMERCIAL THERMOSTAT TB1 TB2 1 2 HUMIDISTAT Humidi MiZer FIOP Connection not required TB1 for 48 50PG03 16 units and TB2 for 48 50PG PM20 28 units and 48 50HG014 028 units a33 9176 Fig 19 Thermostat Wiring 48 50HG PG PM ...

Page 17: ...V Vg COMMERCIAL THERMOSTAT Connection not required a33 9281 Fig 20 Thermostat Wiring 50HJQ014 016 Heat Pump Units a33 9179 Rc Rh W1 G Y2 C O W2 B Y1 OAT RRS SRTN HUM D1 D2 V Vg R W1 W2 C Y1 Y2 G COMMERCIAL THERMOSTAT TB3 Fig 21 Thermostat Wiring 50EJQ EWQ024 028 Heat Pump Units ...

Page 18: ...ired LEGEND IFC Indoor Fan Contactor LLSV Liquid Line Solenoid Valve a33 9298 Fig 22 Thermostat Wiring 38ARD Commercial Split System Units Rc Rh W1 G Y2 C O W2 B Y1 OAT RRS SRTN HUM D1 D2 V Vg COMMERCIAL THERMOSTAT FAN COIL 40RMQ SERIES CONDENSING UNIT 38ARQ SERIES G C R C INDOOR UNIT OUTDOOR UNIT W2 Y2 Y1 W2 a33 9299 Fig 23 Thermostat Wiring 38ARQ008 012 Series and 40RMQ008 012 Series Split Syste...

Page 19: ...UTDOOR CONNECTION BOARD TB a33 9286 Fig 24 Thermostat Wiring 38AU Commercial Split System Units with 40RUA Air Handler Units THERMOSTAT TERMINAL STRIP CONNECT TO 24VAC AT CONDENSING UNIT ELECTRIC HEAT ACCESSORY TERMINAL BLOCK TB1 JUMPER FOR HEAT PUMP WIRING OMIT FOR HEAT PUMP WIRING Fig 25 Thermostat Wiring 40RU 38RU Packaged Air Handler Units a33 9297 Connection not required ...

Page 20: ...urce Heat Pump Units with Complete C Controls Rc Rh W1 G Y2 C O W2 B Y1 OAT RRS SRTN HUM D1 D2 V Vg COMMERCIAL THERMOSTAT COMPLETE C P1 Y W O G R C AL1 COMPLETE C P1 SECOND COMPRESSOR Y FIRST COMPRESSOR G R QT C W1 W2 W3 W4 INSTALL JUMPER G TO QT DUCT HEATER a33 9284 Fig 27 Thermostat Wiring 50HQL KQE KQL P1 PC PEC PS PSW PT RHC RHE RHR RHS RTG RVC RVE RVR RVS RWS VQL Water Source Heat Pump Units ...

Page 21: ... PSW PT RHC RHE RHR RHS RTG RVC RVE RVR RVS RWS VQL Water Source Heat Pump Units with Deluxe D Controls Rc Rh W1 G Y2 C O W2 B Y1 OAT RRS SRTN HUM D1 D2 V Vg COMMERCIAL THERMOSTAT Y Y2 C O W2 W W1 G R Y1 W2 DELUXE D P2 R H DELUXE D P1 a33 9276 Fig 29 Thermostat Wiring 50PS PT RHS RVS VQL Water Source Heat Pump Units with Deluxe D Controls and Factory Installed Reheat Option ...

Page 22: ...ing 50VS Water Source Heat Pump Units R O G W Y2 DH Y1 Y Rc Rh W1 G Y2 C O W2 B Y1 OAT RRS SRTN HUM D1 D2 V Vg COMMERCIAL THERMOSTAT INDOOR FAN BOARD IFB RED ORANGE GREEN WHITE BLACK YELLOW BROWN IFB COMMON a33 9291 Fig 31 Thermostat Wiring 48EZ VT Packaged Hybrid Heat Dual Fuel System Units Model 33CS2PP2S 03 thermostats only ...

Page 23: ...IFIER AUX HUMIDIFIER a33 9186 Fig 33 Thermostat Wiring Humidifier and Dehumidifier NOTES 1 D1 and D2 can be used independently for equipment requiring a dry contact 2 If humidifier or dehumidifier has its own low voltage power supply do not connect directly to the thermostat Use isolated relays 3 For humidifer control 24 V is provided from the HUM terminal to operate the equipment 4 For dehumidifi...

Page 24: ...ifier has its own low voltage power supply do not connect directly to the thermostat Use isolated relays 3 For humidifer control 24 V is provided from the HUM terminal to operate the equipment 4 For fan control 24 V is applied from Rh to the fan G through relay contacts D1 and D2 SENSOR 1 SENSOR 2 SENSOR 3 SENSOR 4 COMMERCIAL THERMOSTAT RRS STRN a33 9279 Fig 35 Thermostat Wiring Space Temperature ...

Page 25: ...NSOR 4 SENSOR 8 SENSOR 7 SENSOR 5 SENSOR 9 SENSOR 6 SENSOR 1 SENSOR 2 SENSOR 3 COMMERCIAL THERMOSTAT RRS STRN a33 9280 Fig 36 Thermostat Wiring Space Temperature Sensor Averaging Wiring 9 Sensor Application ...

Page 26: ...ight to discontinue or change at any time specifications or designs without notice and without incurring obligations Catalog No 04 53330026 01 Printed in U S A Form 33CS 74SI Pg 26 6 13 Replaces 33CS 66SI Carrier Corporation 2013 ...

Page 27: ......

Page 28: ...heit Centigrade Selection Option 04 _____ Fan G on with W W1 Selection Option 05 _____ Space Temperature Sensing Option 06 _____ Cooling Lockout Option 07 _____ Equipment DDC Controller Option 08 _____ Auxiliary Heat Lockout Temperature Setting only available when heat pump is used and when outdoor air temperature sensor is present Option 09 _____ Heat Pump Lockout Temperature Option 10 _____ Reve...

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