Jackson Systems Comfort System T-32-P User manual

Comfort System T-32-P Universal Thermostat
Installation Manual
TM
Version 3.0
O

This manual should not be left with the owner as it contains installer setup functions which, if not
correctly set, may cause damage to the HVAC equipment or seriously affect performance.
Although great care has been taken in the preparation of this manual, Jackson Systems takes no
responsibility for errors or omissions contained herein. It is the responsibility of the installer to
ensure that this thermostat and the equipment connected to it operate in a safe and efficient
manner.
The T-32-P thermostat is intuitive, reliable and easy to install. Using a common sense approach to the
installation will ensure this product is installed properly and to the customer’s satisfaction. Please take
time to read and understand this manual so that installation and testing is performed in an efficient
manner.
This manual is to be used in conjunction with the supplied User Manual.
Due to ongoing product improvements, Jackson Systems reserves the right to change the
specifications of the T-32-P thermostat or its components without notice.
All rights reserved.
© Jackson Systems, LLC 2010.
Intellectual rights apply.
INTRODUCTION
1

INSTALLING THE THERMOSTAT
DISASSEMBLY
THERMOSTAT LOCATION
MOUNTING THE SUBBASE
Insert a small coin (dime) in the release slot located
on the bottom of the thermostat. Gently twist the coin
to release the thermostat from the subbase. Avoid
twisting the case as this may stress the LCD or bend
the terminal connector pins. (Figure 1)
The T-32-P should be installed in a location that
represents the ambient space temperature. Do not
install the thermostat in an area where drafts are
present, near the floor, behind doors or on an external
wall. Avoid placing the thermostat in areas where the
air movement is limited, affected by direct sunlight or
other areas not typical of the temperature in the
space.
When mounting the T-32-P, be aware that drafts may
travel down wall cavities and enter the back of the
thermostat through the control wire hole in the wall. It
is important to seal the hole to prevent any drafts that
might affect the internal temperature sensor. FIGURE 1
As with any HVAC project, careful installation is the key to a successful outcome. Time taken during
the installation process will be rewarded with fewer call-backs.
The steps required to install the T-32-P thermostat are as follows:
1. Read and understand this Installation Manual and Operation Manual.
2. Mount the T-32-P.
3. Set the 8 system switches to match the equipment application.
4. Wire the optional remote temperature sensor(s) or devices.
5. Power the thermostat.
6. Set the Advanced Installer Setup options.
7. Program and setup the T-32-P thermostat. (Refer to the Operation
Manual for instructions)
8. Test heating, cooling and other functions.
GETTING STARTED
2

Pull the control wires through the large opening in
the thermostat subbase. Next, level and mount
the subbase on the wall using the supplied
anchors and screws.
Use a properly sized screwdriver and land each
wire to its dedicated terminal.
Check to ensure that all wires are landed
correctly and dressed properly to prevent any
shorts (refer to the “Typical System Wiring
Diagrams” in the manual).
(Figure 2)
Refer to Typical System Wiring Diagrams in this
manual.
Do not over tighten the mounting screws as
the subbase may warp causing the improper
seating of the thermostat connecting pins to
the terminal blocks.
Do not over tighten the terminal screws.
INSTALLING THE THERMOSTAT
MOUNTING
HOLES
FIGURE 2
TERMINAL DESIGNATIONS
Based on the T-32-P slide switch configurations, some terminals have multiple output functions.
(Figure 3)
TERMINAL DESIGNATION CHART
TERMINAL DESIGNATION
W2 Second Stage Heating or Auxiliary Heat
Y2 Second Stage Compressor
W1 First Stage Heating
O/B Reversing Valve
Y1 First Stage Compressor
G Fan Relay
R 24 Volt Hot (Jumpered to ‘24’)
24 24 Volt Hot (Jumpered to ‘R’)
24V 24 Volt Common
B Modbus Communications
A Modbus Communications
T Auxiliary Input Terminal
T Auxiliary Input Terminal
W2 Y2
W1
O/B Y1 G R 24 24C B A T T
FACTORY
JUMPER
Power Coms
Aux
FIGURE 3
3

When the T-32-P is used with dual fuel systems, an outdoor sensor is recommended for balance
point control (Model T-32-S1). The sensor is wired to the TT terminals on the thermostat. In the
, set This configures the thermostat to receive the outdoor
temperature information. High and low balance point settings are set in the
. is the factory default high balance point setting and is the factory
default low balance point setting. High balance point is adjustable from OFF to 32° F - 122° F and low
balance point is adjustable from OFF to 14° F - 77° F. When the outdoor temperature rises above the
high balance point setting, only first stage heat pump will be allowed to energize. When the outdoor
temperature falls below the low balance point setting, only the auxiliary heat will be energized and the
heat pump will be locked out. Typical settings might be 30° F Low Balance Point and 55° F High
Balance Point. High and low balance point control can also be used in conventional heat pump
applications.
Advanced Installer Settings TT = OA.
Advanced Installer
Settings HB = OFF LB = OFF
The high balance point must be greater than the low balance point and there should be at
least a 5° F spread between the two.
SPECIAL INSTRUCTIONS FOR DUAL FUEL APPLICATIONS
ACTIVATING THE BATTERY
...... ......
REMOVE TAB
12345678
ON
The T-32-P contains a 3 volt Lithium cell battery that maintains
the time of day in the event of a power failure. To activate the
battery, carefully remove the white tab. (Figure 4)
FIGURE 4
SETTING THE SYSTEM SWITCHES
......
12345678
ON
......
The T-32-P contains a set of eight system switches located on
the thermostat printed circuit board. The switches are used to
match the thermostat with the specific type of HVAC system and
user preferences. Refer to the system switch functions to
properly configure the thermostat. (Figure 5)
FIGURE 5
4

Sw1 - Equipment Type
Sw2 - Equipment Stages
Switch 1 sets the equipment type.
For heat / cool equipment, set the switch to the OFF position
(factory default).
For heat pump equipment, set the switch to the ON position.
Switch 2 sets the equipment stages.
For single stage equipment, set the switch to the OFF position
(factory default). For multi-stage equipment, set the switch to the
ON position.
SYSTEM SWITCH FUNCTIONS
Sw3 - Heat Pump Type
Sw4 - Reversing Valve
Sw5 - Fan
Sw6 - Thermostat Mode
Switch 3 is used to select conventional heat pump or dual fuel
operation.
For conventional heat pump, set the switch to the OFF position
(factory default).
For dual fuel operation, set the switch to the ON position.
Switch 4 is used to select the heat pump reversing valve. For ‘O’
reversing valve (energize in cooling), set the switch to the OFF
position (factory default).
For ‘B’ reversing valve (energize in heating), set the switch to the
ON position.
Switch 5 is used to configure the fan operation. For gas systems,
set the switch to OFF (factory default).
For heat pump and electric systems, set the switch to ON position.
Switch 6 is used to set the thermostat mode.
For programmable, set the switch to the ON position.
For non-programmable, set the switch to the OFF position
(factory default).
Sw7 - Schedules
Sw8 - Compressor Delay
OFF = 4 schedules per day (factory default).
ON = 2 schedules per day.
OFF = 4 minute short cycle protection (factory default).
ON = Disabled.
FACTORY DEFAULT SETTINGS
SWITCH ON/OFF FUNCTION
1 - Equipment Type OFF Heat / Cool
2 - Equipment tages OFF Single Stage
3 - Heat Pump Type OFF Conventional Heat Pump
4 - Reversing Valve OFF ‘O’ Reversing Valve
5 - Fan OFF Equipment Controls Fan
6 - Thermostat Mode OFF Non-programmable
7 - Schedules OFF 4 Schedules per Day
8 - Compressor Delay OFF 4 Minute Short Cycle Protection Enabled
5

HEAT OR COOL ONLY
Switch Settings
Sw1 = OFF (Heat/Cool)
Sw2 = OFF (Single Stage)
Sw3 = OFF (Not Applicable)
Sw4 = OFF (Not Applicable)
Sw5 = Equipment Type (OFF = Equipment Controls Fan - Gas)
(ON = Thermostat Control Fan - Electric)
Sw6 = User Preference (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = Application Type (OFF = Cooling Only)
(ON = Heating Only)
In Advanced Installer Menu Set FN=H for Heat Only or FN=C for Cool Only
TYPICAL SYSTEM WIRING DIAGRAMS
W2 Y2
W1
O/B Y1 GR 24 24C B A T T
HEAT 1
RELAY
FAN 1
RELAY MODBUS TT TERMINALS
LINE24 V
COMP 1
RELAY
1 HEAT / 1 COOL
Switch Settings
Sw1 = OFF (Heat/Cool)
Sw2 = OFF (Single Stage)
Sw3 = OFF (Not Applicable)
Sw4 = OFF (Not Applicable)
Sw5 = OFF (Equipment Controls Fan)
Sw6 = User Preference (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = OFF (4 Minute Short Cycle Protection)
W2 Y2 W1
O/B Y1 GR 24 24C B A T T
HEAT 1
RELAY
FAN 1
RELAY MODBUS TT TERMINALS
LINE
COMP 1
RELAY
24 V
6

2 HEAT / 2 COOL
Switch Settings
Sw1 = OFF (Heat/Cool)
Sw2 = ON (Multi-stage)
Sw3 = OFF (Not Applicable)
Sw4 = OFF (Not Applicable)
Sw5 = OFF (Equipment Controls Fan)
Sw6 = User Preference (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = OFF (4 Minute Short Cycle Protection)
W2
G3
Y2
G2
W1
O/B Y1 G1 R 24 24C B A T T
HEAT 1
RELAY
FAN 1
RELAY MODBUS TT TERMINALS
LINE
COMP 1
RELAY
COMP 2
RELAY
HEAT 2
RELAY
24 V
TYPICAL SYSTEM WIRING DIAGRAMS
2 HEAT / 1 COOL HEAT PUMP
Switch Settings
Sw1 = ON (Heat Pump)
Sw2 = OFF (Single Stage)
Sw3 = OFF (Conventional Heat Pump)
Sw4 = Reversing Valve (OFF = ‘O’)
(ON = ‘B’)
Sw5 = ON (Thermostat Controls Fan)
Sw6 = User Preference (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = OFF (4 Minute Short Cycle Protection)
If an outdoor sensor is used and High or Low Balance Point control is required, set HB and LB in the
Advanced Installer menu.
IMPORTANT:
W2 Y2 W1
O/B Y1 GR 24 24C B A T T
REV
VALVE
FAN 1
RELAY MODBUS TT TERMINALS
LINE
COMP 1
RELAY
AUX
HEAT
24 V
7

3 HEAT / 2 COOL HEAT PUMP
Switch Settings
Sw1 = ON (Heat Pump)
Sw2 = ON (Multi-stage)
Sw3 = OFF (Conventional Heat Pump)
Sw4 = Reversing Valve (OFF = ‘O’))
(ON = ‘B’)
Sw5 = ON (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = OFF (4 Minute Short Cycle Protection)
If an outdoor sensor is used and High or Low Balance Point control is required, set HB and LB in the
Advanced Installer menu.
IMPORTANT:
W2 Y2 W1
O/B Y1 GR 24 24C B A T T
REV
VALVE
FAN 1
RELAY MODBUS TT TERMINALS
LINE
COMP 1
RELAY
COMP 2
RELAY
AUX
HEAT
24 V
TYPICAL SYSTEM WIRING DIAGRAMS
2 HEAT / 1 COOL DUAL FUEL
Switch Settings
Sw1 = ON (Heat Pump)
Sw2 = OFF (Single Stage)
Sw3 = ON (Dual Fuel)
Sw4 = Reversing Valve (OFF = ‘O’)
(ON = ‘B’)
Sw5 = ON (Thermostat Controls Fan)
Sw6 = User Preference (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = OFF (4 Minute Short Cycle Protection)
An outdoor sensor is used for High or Low Balance Point. Set HB and LB in the Advanced Installer menu.IMPORTANT:
W2 Y2 W1
O/B Y1 GR 24 24C B A T T
REV
VALVE
FAN 1
RELAY MODBUS TT TERMINALS
LINE
COMP 1
RELAY
FOSSIL
FUEL
24 V
8

3 HEAT / 2 COOL DUAL FUEL
Switch Settings
Sw1 = ON (Heat Pump)
Sw2 = ON (Multi-stage)
Sw3 = ON (Dual Fuel)
Sw4 = Reversing Valve (OFF = ‘O’)
(ON = ‘B’)
Sw5 = ON (Thermostat Controls Fan)
Sw6 = User Preference (OFF = Non-Programmable)
(ON = Programmable)
Sw7 = User Preference (OFF = 4 Schedules per Day)
(ON = 2 Schedules per Day)
Sw8 = OFF (4 Minute Short Cycle Protection)
If an outdoor sensor is used and High or Low Balance Point control is required, set HB and LB in the
Advanced Installer menu.
IMPORTANT:
W2 Y2 W1
O/B Y1 GR 24 24C B A T T
REV
VALVE
FAN 1
RELAY MODBUS TT TERMINALS
LINE
COMP 1
RELAY
COMP 2
RELAY
FOSSIL
FUEL
24 V
TYPICAL SYSTEM WIRING DIAGRAMS
ENTERING THE ADVANCED INSTALLER SETTINGS MENU
The T-32-P contains factory defaults for all Advanced Installer Settings. Depending upon the user
and equipment application, some settings may need to be changed.
To enter the Advanced Installer Settings menu, push the button once, then hold it down (15
seconds) until the LCD displays which is the first menu item. You can move forward or backwards
through the menu by pressing the or buttons.
O/RIDE
LC
O/RIDE PROG
Symbol Default Function
LC 00 Keypad Lockout
Programmable Mode LC=00 - All buttons are unlocked
LC=01 - All buttons are locked except ( ) ( ) buttons
LC=02 - All buttons are locked
LC 00 LC=00 - All buttons are unlocked
LC=02 - All buttons locked except ( ) ( ) buttons
LC=03 - PROG button is locked
LC=04 - All buttons are locked
ADVANCED INSTALLER SETTINGS MENU
(Sw6=ON)
(Sw6=OFF)
Non-programmable
Mode
9

ADVANCED INSTALLER SETTINGS MENU
Symbol Default Function
HL 90 Maximum Heating Setpoint Limit
Adjustable from 41° F - 120° F
CL 50 Minimum Cooling Setpoint Limit
Adjustable from 43° F - 122°
CF F Temperature Display
CF=F - Fahrenheit
CF=C - Celsius
C1 0.0 Internal Sensor Calibration
Adjustable +/- 9° F in 0.2
TC 12 Time Format
TC=12 - 12 Hour Time
TC=24 - Military Time
TC=00 - No time displayed in non-programmable mode
AH 2 Temporary Hold Time for Programmable Mode
0.5 - 12 hours or OFF which holds to next event
FO 0 Advanced Fan Function
FO=0 - No advanced fan function
FO=2 - Constant fan during occupied mode.
(Fan must be set to ON for this function to work)
° F increments
FP 0 Fan Purge
Adjustable from0-5minutes after any call
FN Mode
FN= Manual Changeover
FN=A - Auto Changeover
FN=C - Cooling Only
FN=H - Heating Only
TT OFF Remote Sensor
TT=OFF - No Remote Sensor
TT=OA - Outdoor Sensor
TT=RS - Remote Indoor Sensor
TT=AU - Indoor Remote Sensor Averaging with
Internal Sensor
OS 1 Adaptive Recovery (Programmable Mode)
OS=0 - OFF
OS=1 - ON
HB OFF High Balance Point
Adjustable from OFF to 32° F - 122° F
---
---
LB OFF Low Balance Point
Adjustable from OFF to 14° F - 77° F
AD 1 Modbus Address
Adjustable from1-99
4 schedules per day = constant fan
in 1, 2, 3 and auto fan in 4
2 schedules per day = constant fan
in Day and auto fan in Night
10

ADVANCED INSTALLER SETTINGS MENU
Symbol Default Function
BD 19.2 Baud Rate
BD=4.8
BD=9.6
BD=19.2
CD 0 Commissioning Mode
CD=0 - OFF
CD=1 - All internal time delays are overridden
This function must be reset to CD=0 to prevent
equipment from short cycling
TS 0 Factory Test
TS=0 - Test Mode OFF
Do not change this function without reading the
Factory Test Mode instructions on Page 27
The ‘T’ and ‘T’ terminals on the T-32-P are used for wiring either an indoor or an outdoor remote
sensor.
Each configuration requires setup in the Advanced Installer menu.
There are two type of remote sensors. The T-32-S1 is a single sensor that can be used indoors or
outdoors. The T-32-S2 contains two sensors. A combination of both sensors can be used for indoor
temperature averaging to simplify wiring.
When the T-32-S1 is used as an outdoor
sensor, the T-32-P will display the
outside air temperature. In the Advanced
Installer menu, TT=OA. The outdoor
sensor can also be used for high and
low balance point control in dual fuel
systems and conventional heat pumps.
Use separate 18-2 thermostat
cable when wiring the sensor to the
thermostat. If the outdoor sensor fails, or
is not wired properly, two dashes will
appear on the LCD where the outside
temperature would normally be
displayed. (Figure 6)
REMOTE SENSORS
OUTDOOR SENSOR WIRING
TT TERMINAL FUNCTIONS
W2 Y2 W1
O/B Y1 GR 24 24C B A T T
T-32-S1 SENSOR
FIGURE 6
11

TT TERMINAL FUNCTIONS
INDOOR SENSOR WIRING
When the T-32-S1 is used as an indoor
sensor, the T-32-P can be configured to
allow only the remote sensor to control
the temperature (TT=RS) or both the
remote and onboard sensor can be used
for temperature averaging (TT=AV).
An optional in-line switch can also be
used with the remote sensor to change
the temperature sensing location from
remote to onboard sensor. The Advanced
Installer menu setting must be TT=RS to
use this feature. (Figure 7)
W2
G3
Y2
G2
W1
O/B Y1 G1 R 24 24C B A T T
T-32-S1 SENSOR
OPTIONAL
SWITCH
FIGURE 7
W2
G3
Y2
G2
W1
O/B Y1 G1 R 24 24C B A T T
T-32-S2 SENSORT-32-S2 SENSOR
USING MULTIPLE SENSORS FOR
TEMPERATURE AVERAGING
Multiple sensors can be connected to the
‘T’ and ‘T’ terminals if temperature
averaging is required with or without the
sensor in the thermostat. The total value of
remote sensors wired in series/parallel
must equal 10k @ 77 F.
. Figure 8
shows (2) T-32-S2 sensors used for
averaging.
Ω The onboard
sensor is not part of the equation
FIGURE 8
12

Testing ensures that the thermostat and the HVAC equipment operate properly. Follow the detailed
testing steps and refer to the Troubleshooting Guide in this manual if any problems are encountered.
When the T-32-P is powered, the LCD will briefly show all available LCD icons, software version, then
display the time and operating mode, etc.
TIMER
Day
Clock
Set or room
temperature
System or
thermostat
fault
Outside air
temperature
Program hold
active
Override timer
activated
Keyboard
or control
limit
is locked
Modbus
communications
active
Current
running
program
System
mode
Fan
status
TESTING
Commissioning
mode
Start Stop
TESTING
The T-32-P incorporates a number of time delays which can be disabled during testing by setting
CD=1 in the Advanced Installer menu. After exiting the menu, a wrench icon will flash on the LCD.
This is to remind you that once testing is completed, the time delays need to be re-initiated by setting
CD=0 in the Advanced Installer menu.
Pres the button until the word is displayed on the LCD. Press the button and the
word will appear. After a brief moment, the internal fan relay will energize and the fan icon will
appear and rotate.
Press the button until Mode appears on the LCD. Use the ( ) button and raise the
setpoint a few degrees above the space temperature. The heating relay will energize and the word
will change to . If the thermostat has been configured for multi-stage operation, raise
the setpoint further and the second stage heating relay will energize. A period ( ) will be displayed
after the word .
TESTING FAN OPERATION
MODE OFF FAN
Fan On
TESTING CONVENTIONAL HEATING AND COOLING OPERATION
MODE Heat
Heat Heating
.
Mode
13

Press the button until Mode appears on the LCD. Use the ( ) button and lower the
setpoint a few degrees below the space temperature. The cooling and fan relays will energize and the
word will change to . If the thermostat has been configured for multi-stage operation,
lower the setpoint further and the second stage cooling relay will energize. A period ( ) will be
displayed after the word .
When the T-32-P is configured for heat pump operation, testing is the same as for a conventional
heating and cooling system with the exception that the fan relay is energized on a call for both
heating and cooling. Emergency Heat mode is only active when the thermostat MODE button is set to
emergency heat. will be displayed on the LCD. When the W2 relay is energized
will be displayed on the LCD.
When the thermostat is in the heat pump mode, the reversing valve is energized with a cooling call
‘O’ or heating call ‘B’, it will remain energized until there is an opposite call. If after 30 minutes there is
no call, the reversing valve will de-energize.
After testing the thermostat, change CD=1 to CD=0 in the Advanced Installer menu. This will be
confirmed when the flashing wrench icon no longer appears on the LCD.
The T-32-P contains a simple factory Test Mode that can confirm relay outputs, slide switch
configuration along with a factory default reset.
TS=0 - Factory Test Mode is OFF
TS=1 - Displays system configuration code based on slide switch settings
(for factory use only).
TS=2 - Cycles each relay on and off in an endless loop.
TS=3 - Resets software to factory defaults. Press button to initiate.
MODE Cool
Cool Cooling
.
Mode
TESTING HEAT PUMP OPERATION
E. Heat E. Heating
RESETTING THE TIME DELAYS
FACTORY TEST MODE
.
Fan
Equipment should
be disabled when performing this test
TESTING
ADAPTIVE RECOVERY
Adaptive Recovery is only available in programmable mode (Sw6=ON and OS=1). The Adaptive
Recovery function of the T-32-P permits the user to program a time that a desired set temperature is
required. The thermostat then calculates the most energy efficient time to bring on the equipment to
reach the setpoint at the designated time. This calculation involves a complex control algorithm that
compares the space temperature deviation from setpoint and rate of recovery history. “RECO”
flashes on the LCD when Adaptive Recovery is active.
14

BASIC TROUBLESHOOTING
No LCD display Remove thermostat from subbase and check for 24 Volts
across ‘24’ and ‘24C’. Make sure the factory jumper is between
‘R’ and ‘24’. If no voltage, check voltage at HVAC system
terminals ‘R’ and ‘C’. If no voltage, fault is equipment related. If
voltage, fault could be in wiring.
Thermostat can not be set In the Advanced Installer menu, set FN=A for auto changeover.
for auto changeover FN=C is for cooling only.
FN=H is for heating only.
FN=...isformanual heat / cool changeover.
Temperature display Air from the wall cavity may be leaking into the rear of the
inaccurate. thermostat. Seal holes in the wall to prevent air infiltration. The
temperature sensor might be folded back inside the thermostat
and is not being exposed to the room temperature. Carefully
SYMPTOM POSSIBLE FAULT AND REMEDY
move
the sensor head so that it is just behind the sensor opening in the case.
External influence from appliances, lighting or drafts may be
affecting temperature accuracy. Move lamps or other sources of
abnormal temperature influence away from the thermostat.
Wrench icon flashes on LCD This is not a fault. Commissioning mode is enabled and
time delays are overridden. Change CD=1 to CD=0 in the
Advanced Installer menu.
Outdoor temperature does not Check wiring to outdoor sensor. Make sure that TT=OA in
display. Dashes (- - -) appear the Advanced Installer menu.
on the LCD.
Heating or Cooling is flashing This is not a fault. The thermostat is in the short cycle protection
mode. This prevents the equipment from running for
4 minutes after the thermostat calls.
Lock icon flashes when trying This is not a fault. HL and CL restrict the heating and cooling
to set a higher heating or setpoints. The limit values can be changed in the Advanced
lower cooling temperature. Installer menu.
Thermostat displays wrong The T-32-P can display in either Fahrenheit or Celsius. Change
temperature CF=C or F in the Advanced Installer menu.
The fan continues to run after The thermostat is set to Fan On. Set thermostat to Auto Fan.
a heating or cooling call is The fan purge mode is set to run the fan for a fixed period of
satisfied. time after the equipment shuts off. Change the FP value in the
Advanced Installer menu.
Some buttons on the Lock values have been set. Refer to LC settings in the
thermostat do not function. Advanced Installer menu.
Thermostat clock does not Make sure that the plastic tab on the internal fitted battery is
keep proper time. removed so that the battery is operational.
15

REMOTE SENSOR INSTALLATION INSTRUCTIONS
The T-32-P can use an indoor remote sensor or multiple sensors for temperature averaging, or as an
outdoor sensor for temperature display or a control function depending upon the thermostat
configuration.
Locate the sensor in the same manner as a thermostat. Mount the sensor 18” away from any outside
wall. Do not install the sensor behind doors, in corners or other dead air spaces. Keep the sensor
away from direct air flow, supply registers or near sources
INDOOR SENSOR INSTALLATION
of heat such as lamps and appliances. The
maximum wire length from the sensor to the thermostat is 300 feet. Use a separate 18-2 thermostat
cable for sensor wiring. Prior to wiring the sensor to the thermostat, use an ohm-meter or multimeter
to measure the resistance of the sensor. Measure at the end of the wires that will connect to the
thermostat. Confirm the resistance value (within 5%) to the temperature where the sensor is
mounted. Disconnect power to the thermostat when wiring the sensor to the ‘T’ and ‘T’ terminals.
Strip only as much insulation off of the wires as necessary to provide a good contact with the
terminals. The sensor is not polarity specific so either sensor lead may be connected to either
terminal on the thermostat.
Mount the sensor on a vertical exterior surface below an overhang. Choose a location protected from
direct sunlight and exposure to excessive moisture. Follow the same wiring and test procedures as
installing an indoor sensor.
30 34.6 70 11.9
40 26.1 80 9.4
50 19.9 90 7.4
60 15.3 100 5.9
OUTDOOR SENSOR INSTALLATION
SENSOR CALIBRATION CHART
Temperature Resistance Temperature Resistance
(°F) (k ) (°F) (k )ΩΩ
16

SPECIFICATIONS
Input Voltage 24 VAC 50/60 Hz
Relay Rating 24 VAC @ 1Amp maximum per relay
Operating Temperature 32° F to 122° F
Operating Relative Humidity 0-95% (non-condensing)
Storage Temperature 32° F to 105° F
Size 4-7/16” W x 4-1/16” H x 7/8” D
LCD Display Size 2-3/4” W x 1-7/8” H
Temperature Sensor 10K NTC type 3
Voltage 20-30 VAC
Resistance 10k @ 77 F
Tolerance +/- 3% @ 77 F
Stage Delays Minimum temperature change over time
Timed Upstage Delay 5 - 90 minutes
Short-cycle Delay Off to 4 minutes
Display Resolution 1° F
Control Range 41° F to 122
Outdoor Air Temperature Range -10° F to 140° F
Back Light Blue EL (Electro Luminescent)
Optimized Start/Stop Method Time to start vs. temperature differential
Communications Protocol Modbus
Approvals FCC (Part 15) (Pending) C-tick
Warranty 5 years
Ω°
°
° F or Heat Off / Cool Off
INDIANAPOLIS, IN 46203
www.jacksonsystems.com
06-1002-042210
17