Building 36 Intelligent Thermostat User manual

ADC-T2000
User Guide
Intelligent Thermostat
Product Manual

Intelligent Thermostat Product Manual | 3
• Before installing or servicing the thermostat,
turn o power to the system at the circuit
breaker.
• Leave power o until you have nished
installing or servicing.
• Shorting the electric terminals at the control
on the heating or cooling system may damage
the thermostat. Do not test the system this way.
• You must follow all local codes and ordinances
for wiring the system.
• This thermostat should only be powered by 4
AA alkaline batteries or a listed class 2 power
supply at 24 VAC (C-Wire or wall transformer).
• An amperage higher than 1 amp to each
thermostat relay load may cause damage to
the thermostat.
• Verify that the system is 24 VAC. If the old system
is labeled as 120 or 240 volts or has wire nuts,
the system is high voltage. Do not install the
thermostat to a high voltage system. Contact
a local HVAC professional for help.

4 | Intelligent Thermostat Product Manual
Thermostat Backplate Trim Plate (Optional)
Drywall Screws (3) AA Batteries (4) Drywall Anchors (3) Wire Labels
Needlenose Pliers Phillips Head
Screwdriver
Power Drill Pencil
Box Contents:
Recommended Tools:

Intelligent Thermostat Product Manual | 5
Thermostat Overview
Buttons
• UP ) Button – Adjust target temperature up.
• MODE ( ) Button – Change thermostat between
HEAT, COOL, AUTO, and OFF modes.
• DOWN ) Button – Adjust target temperature
down. Also used to include and exclude from the
network.
Modes
• AUTO: HEAT () Icon and COOL ( ) Icon
Illuminated at the same time. The thermostat
will automatically select the appropriate mode.
• OFF: No icons will be illuminated. The system
will not heat or cool when in OFF mode.
Icons
• HEAT () Icon – Illuminated in HEAT or AUTO
mode.
• COOL ( ) Icon – Illuminated in COOL or AUTO
mode.
• RADIO ( ) Icon – Illuminated during the
wireless conguration.
DISPLAY
HEAT
COOL
RADIO
UP
MODE
DOWN

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Location
If replacing an old thermostat,
the new thermostat can be
mounted in its place.
If a new location is desired
it will be necessary to move
the wiring.
New installations and
relocation should follow the
accompanying guidelines
to ensure the most accurate
temperature reading and ease
of use.
• Mount thermostat on an
inside wall, approximately
5 ft. (1.5m) above the oor
in a frequently used room.
• Do not install in locations
near appliances or devices that
aect the local temperature
such as televisions, lamps,
or dryers.
• Avoid areas that are exposed
to large temperature variances,
such as: direct sunlight, near
an AC unit, above or below
auxiliary heat and air vents,
and drafts from windows.
• Be aware of what is on the
other side of the wall where the
thermostat is being installed.
Do not install on walls adjacent
to unheated rooms, stoves, or
housing hot water pipes.
• Damp areas will not only
aect the humidity reading
of the thermostat, but could
lead to corrosion and shorten
the life of the thermostat.
• Install in a location with good
air circulation. Stagnant air will
not accurately reect the rate
of temperature change in the
room. Avoid areas behind open
doors, corners, and alcoves.
• Wait until construction
and painting are nished
before installing.

Intelligent Thermostat Product Manual | 7
Preparation
The Existing Thermostat
1. Test the System
Verify that the heating and/or cooling system is
operating properly before you try to install the
new thermostat.
DO NOT test the system by shorting electric
terminals at the furnace or air conditioner.
This may damage the thermostat.
2. Turn Power O
• Turn all heating and cooling systems o.
This can be done at the circuit breaker.
CAUTION: DO NOT REMOVE the existing
thermostat until power has been turned o
at the circuit breaker.
Once power to the heating AND cooling systems is
o, follow these steps:
3. Remove Thermostat Cover
• Remove the cover from the existing thermostat.
Do not disconnect the wires yet.
TIP: Take a picture of the wires before you
detach them from the existing thermostat
for future reference.
4. Label All Existing Wires
• Label all existing wires, one at a time, with the
labels provided.
Make sure the wires are labeled correctly. If you
have an unidentied wire, it may be necessary to
identify the wire where it connects to the heating
or air conditioning equipment.

8 | Intelligent Thermostat Product Manual
TIP: Take another picture of the wires to
document connections for easy reference. Do
not disconnect wires before labeling them.
CAUTION: Wiring can vary for each
manufacturer. Label all wiring before
removing it from the existing thermostat.
• Disconnect all of the wires and remove the
existing thermostat.
TIP: Remember to secure the wires so they
don’t fall into the wall.
Prepare the Wires
Follow these guidelines for safe and secure wire
connections:
• Ensure the wires are a proper gauge between
18-24 AWG.
• Make sure wires have exposed straight ends
about 1/8”long.
CAUTION: Verify that the system is 24 VAC.
If the old system is labeled as 120 or 240 volts
or has wire nuts, the system is high voltage.
Do not install the thermostat to a high voltage
system. Contact a local HVAC professional
for help.

Intelligent Thermostat Product Manual | 9
RH
RH
RH
RC
RC
RC
Z
Z
Z
W2
W2
W2
W
W
W
C
C
C
Y
Y
Y
Y2
Y2
Y2
G
G
G
Install Your New Thermostat
Install the Back Plate
Use the bubble level provided
on the back plate as a guide.
Mark where the screws will go
with a pencil through the screw
holes on the back plate.
TIP: If necessary, use the trim
plate to cover up any marks
or holes left from the old
thermostat. Attach the trim
plate before securing the
back plate to the wall.
TIP: Drill holes with 3/16”
drill bit to tap in the drywall
anchors for added support.
Wire Your New Thermostat
Reconnect the wires to the
new thermostat and indicate
the connected wires with a
pencil in the image below.
This information will be
needed when conguring
the thermostat.
TIP: If you have extra wires do
not install them in the new
thermostat. Please contact
your local HVAC professional
for additional assistance.
• If you have R, connect it to RH.
• If you have RH & RC, remove
the black jumper in the lower
left corner of the back plate
terminal board with needlenose
pliers.
Jumper On
Jumper O
• Z can be used for W3, H, or DH.
O/B
O/B
O/B

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Insert Batteries Into the Thermostat
The thermostat can be powered by battery or
24 VAC. If a wall transformer is used to power
the thermostat, connect between C and RH.
Ensure the batteries are installed following the
specied polarity markings on the thermostat.
CAUTION: Special Battery Warning
• Always replace the batteries as soon as you have
low battery levels, indicated by “LOW”then“BAT”
ashing on the display. If the batteries drain, the
thermostat could leave the HVAC system on,
overheating or freezing the home.
• Always replace the batteries at least once a year.
This will protect the thermostat from damage and
corrosion by leaking batteries.
• If the home is unoccupied for a month or more,
such as vacation homes, you should replace the
batteries as a preventive measure against battery
failure while you are away.
• Always use new batteries as replacements.

Intelligent Thermostat Product Manual | 11
Install Thermostat Body to Back Plate
Verify that any excess wire is tucked back into the
wall to allow room for the thermostat to sit ush
against the back plate.
Press the thermostat body rmly into the back
plate mounted to the wall. Ensure that the pins
on the body are correctly aligned with the header
attached to the terminal board on the back
plate. Failure to do so could cause damage
to the thermostat.
Turn the Power On
Restore power to all the heating and cooling
systems. This can be done at the circuit breaker.

12 | Intelligent Thermostat Product Manual
Connect the Thermostat to the System
1. Put the thermostat in OFF mode (No mode icons are lit).
2. Put the Z-Wave controller into inclusion mode. Refer to the controller documentation for more
information.
3. Press and hold the DOWN  ) button on the thermostat to begin inclusion mode. Release the button
when the RADIO ( ) icon lights up.
4. When the RADIO () icon becomes solid, the thermostat has been included.
5. Login to your online account (www.Building36.com/login) to sync the thermostat with the Building 36
system, or contact a Building 36 professional for installation setup.
Write your login information below once you have chosen a personal password.
User ID: _________________________________ Password: _______________________________

Intelligent Thermostat Product Manual | 13
Congure the System Check the System
The thermostat conguration will be done on
your online account. Here you can congure the
parameters of the system, such as: Heat Pump or
Normal, number of heat and cool stages, heating
fuel, calibration temperature, and congurable
terminal (Z). In your online account, you will have
to enter the thermostat conguration. Refer to
page 9 for the appropriate diagrams when you
set up the thermostat.
While the default settings will be sucient in
most cases, you also have the option to change
advanced conguration settings, such as: Swing,
Dierential, Recovery Setting, Fan Circulation
Period and Duty Cycle, Maximum Set Points,
Minimum Set Points, Thermostat Lock, and
Modes Enabled.
WARNING: Use caution when changing
advanced conguration settings. These
conguration settings should only be changed
by those familiar with heating and cooling
systems’ parameters. Contact a local HVAC
professional for help.
WARNING: Do not test the AC during cold
weather or heat during hot weather. Wait
for mild weather to fully test the system.
To Check Heating
1. Press the MODE () button to select
HEAT ( ) mode.
2. Press the UP  ) button to raise the set point
above room temperature.
3. Wait 5 minutes for the system to turn on.
4. After verifying the heating system is working,
return the set point to the desired temperature.
To Check Cooling
1. Press the MODE button ( ) to select
COOL ( )mode.
2. Press the DOWN  ) button to lower the set
point below room temperature.
3. Wait 5 minutes for the system to turn on.
4. After verifying the cooling system is working,
return the set point to the desired temperature.

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Operation
Display
1. Press any button to wake the thermostat up.
2. After waking, the display will show the current
mode and room temperature.
3. Press the UP ) or DOWN  ) button once
to display the current set point.
• The mode icon HEAT ( ) or COOL () will
begin to pulse.
4. Press the UP ) or DOWN  ) button again
to adjust to the desired set point.
5. Press the MODE () button at any time to
change the mode.
• The modes are HEAT ( ), COOL (), AUTO,
and OFF.
• In AUTO, the brighter icon will indicate which
set point is currently displayed and active
HEAT ( ) or COOL ().
• After 5 seconds the display will return to
the current room temperature. The mode icon
will become solid to indicate this. After 5 more
seconds the display will turn o to conserve
energy. The thermostat will continue to operate
while the display is o.

Intelligent Thermostat Product Manual | 15
Troubleshooting
Manual Conguration of HVAC System
on Thermostat
If necessary, the system type (Normal or Heat
Pump) can be physically set on the thermostat
by doing the following:
1. Put thermostat in OFF mode.
2. Press and hold the UP ) button for 5 seconds
until the display shows a version number.
3. Press and hold the UP ) button again for 5
seconds until the display shows your HVAC setup.
4. Press the UP  ) or DOWN ) buttons to
select either‘P2A2’for heat pump conguration
or ‘C2H2’for normal.
5. Press the MODE ( ) button to conrm your
selection.
Heating or Cooling Doesn’t Turn On When
the Set Point is Above or Below the Room
Temperature
To prevent damaging the compressor, the
thermostat inserts a delay when cycling the
compressor. If you think the system should be
on and it’s not, then change the set point to be
2 degrees beyond the current set point and wait
5 minutes to see if the system turns on. If not,
contact a local HVAC professional.
Heat Pump is “Cooling When it Should
be Heating” or “Heating When it Should
be Cooling”
Because both types of heat pump reversing valves
share a single terminal on your thermostat back
plate, you need to be sure you have the thermostat
congured for the correct wire. Try switching the
O/B conguration setting through your online
account. Contact a local HVAC professional for
further help with this issue. This troubleshooting
also applies to a heat pump that is heating when it
should be cooling.

16 | Intelligent Thermostat Product Manual
For more help contact your Building 36 Service Provider.
Exclude the Thermostat From the Z-Wave
Network
If for some reason the thermostat must be
excluded from the network, follow the steps below
to do so.
1. Set the thermostat to OFF mode.
2. Press and hold the exclusion button on
the Z-Wave controller. Refer to controller
documentation for more information.
3. Press and hold the DOWN ) button on
the thermostat to enter exclusion mode.
Release the button when the RADIO ( )
icon lights up.
4. When the RADIO ( ) icon becomes solid the
thermostat has now been successfully excluded
from the network.
Batteries Drain Quickly
If a thermostat is included using a “C” Wire, that
information is saved in the network and cannot
be changed unless excluded and included again
without a“C” Wire connected. The same applies to
thermostats included on battery power.
If you nd your thermostat batteries are
draining unusually fast, make sure the “C”-Wire
connection is still intact. If a device is included
using the“C” Wire, the Z-Wave communication
never sleeps, and the thermostat will act as a
repeater, sending messages for other devices as
well. If the“C” Wire is removed, this kind of activity
will drain the battery very quickly.

Intelligent Thermostat Product Manual | 17
Notices
FCC NOTICE:
This device complies with part 15 of the FCC
Rules. Operation is subject to the following
two conditions:
1. This device may not cause harmful interference.
AND
2. This device must accept any interference
received, including Interference that may cause
undesired operation.
This equipment has been tested and found
to comply with the limits for a Class B digital
device, pursuant to part 15 of the FCC
Rules. These limits are designed to provide
reasonable protection against harmful
interference in a residential installation.
This equipment generates, uses and can
radiate radio frequency energy and, if not
installed and used in accordance with the
instructions, may cause harmful interference
to radio communications. However, there
is no guarantee that interference will not occur
in a particular installation. If this equipment
does cause harmful interference to radio
or television reception, which can be
determined by turning the equipment o
and on, the user is encouraged to try
to correct the interference by one or more
of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment
and receiver.
• Connect the equipment into an outlet on
a circuit dierent from that to which the receiver
is connected.
• Consult the dealer or an experienced radio/TV
technician for help.

18 | Intelligent Thermostat Product Manual
Notices
NOTE: THE GRANTEE IS NOT RESPONSIBLE FOR ANY CHANGES OR MODIFICATIONS NOT EXPRESSLY
APPROVED BY THE PARTY RESPONSIBLE FOR COMPLIANCE. SUCH MODIFICATIONS COULD VOID
THE USER’S AUTHORITY TO OPERATE THE EQUIPMENT.
IC NOTICE:
Under Industry Canada regulations, this radio
transmitter may only operate using an antenna
of a type and maximum (or lesser) gain approved
for the transmitter by Industry Canada. To reduce
potential radio interference to other users,
the antenna type and its gain should be so
chosen that the equivalent isotropically radiated
power (e.i.r.p.) is not more than that necessary for
successful communication.
Conformément à la réglementation d’Industrie
Canada, le présent émetteur radio peut fonctionner
avec une antenne d’un type et d’un gain maximal
(ou inférieur) approuvé pour l’émetteur par
Industrie Canada. Dans le but de réduire les risques
de brouillage radioélectrique à l’intention des
autres utilisateurs, il faut choisir le type d’antenne
et son gain de sorte que la puissance isotrope
rayonnée équivalente (p.i.r.e.) ne dépasse pas
l’intensité nécessaire à l’établissement d’une
communication satisfaisante.

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