Honeywell T6 Pro Z-Wave Bedienungsanleitung

Package Includes:

• T6 PRO ZWave Thermostat

• UWP™ Mounting System

• Honeywell Standard Installation

Adapter (J-box adapter)

• Honeywell Decorative Cover Plate –

Small; Size 449/64 in = 121mm.

• Screws and anchors

• 3 AA batteries

• Professional Install Guide

• Getting Started Guide

*TH6320ZW2003 depicted. Other models may vary.

Actual size 4.09'' x 4.09'' x 1.06''

T6 Pro Z-Wave

Programmable Thermostat

Professional Install

Guide

33-00294-05

Compatibility

• Designed for battery operation (3 x AA batteries) or for 24 VAC power operation

(via a “C” or common wire).

• Compatible with most single and multi-stage conventional and heat pump

systems.

• Designed to work with any ZWave compliant controller or gateway; however,

a security enabled ZWave Plus Controller is recommended to fully utilize all

thermostat features.

• Works with millivolt systems.

• Does not work with electric baseboard heat (120240V).

User Guide

Visit yourhome.honeywell.com for a complete user guide.

Customer assistance

For assistance with this product, please visit

customer.honeywell.com.

Or call Honeywell Customer Care toll-free at

18004681502.

Introduction

The Honeywell T6 Pro ZWave Programmable Thermostat is a ZWave Plus certi-

fied thermostat capable of controlling up to three heat and two cool stages of heat

pump, (incl. dual fuel heat pump systems) and up to two heat and two cool stages of

conventional system (3H/2C HP, 2H/2C Conv.) It also measures, displays and

reports % indoor relative humidity; however, this model does not control humidifica-

tion equipment.

It is one of the easiest smart thermostats to install and is controllable by all ZWave

compliant controllers that have the control capability for "Thermostat" devices.

When integrated with the app that controls your ZWave controller, it lets you pro-

gram and control your home’s HVAC system as well as controlling other ZWave

devices connected to the same ZWave controller.

Because the thermostat is battery-powered, low-voltage integrators

can easily connect the thermostat to most HVAC systems. Optional

24 VAC powering via “C” or common wire is also available, if desired.

CAUTION

• We strongly recommend that installation is performed by a trained HVAC

technician.

• Read the enclosed instructions carefully before installing the new

Honeywell T6 Pro ZWave Programmable Thermostat.

• ELECTRICAL HAZARD: Can cause electrical shock or equipment damage.

Disconnect power before beginning installation.

• To prevent abnormal operation, it is highly recommended to configure

the installer setup and set the thermostat to correct HVAC system before

including the thermostat to ZWave network. If the configuration must

be changed, first EXCLUDE the thermostat from the network, change

the thermostat configuration, and INCLUDE the thermostat back to the

network.

• Before disconnecting wires from the existing thermostat, label the wires

with the terminal markings from the old thermostat and record them. Take

a picture of the old wiring.

• Use 3 new AA batteries in the thermostat.

UWP Mounting System installation

1. Open package to find the UWP. See

Figure 1.

2. Position the UWP on the wall. Level and

mark hole positions. See Figure 2.

Drill holes at marked positions, and

then lightly tap supplied wall anchors

into wall using a hammer.

‒Drill 7/32” holes for drywall.

3. Pull the door open and insert wires

through wiring hole of the UWP. See

Figure 3.

4. Place the UWP over the wall anchors.

Insert and tighten mounting screws

supplied with the UWP. Do not

overtighten. Tighten until the UWP

no longer moves. Close the door. See

Figure 4.

Optional Decorative Cover Plate installation

Use the Optional Cover Plate when:

• Mounting the thermostat to an

electrical junction box

• Or when you need to cover paint gap

from the old thermostat.

5. Separate the Junction Box Adapter

from the Cover Plate. See Figure 5.

6. Mount the Junction Box Adapter to

the wall or an electrical box using any

of the eight screw holes. Insert and

tighten mounting screws supplied with

Cover Plate Kit. Do not overtighten.

Make sure the Adapter Plate is level.

See Figure 6.

7. Attach the UWP by hanging it on the

top hook of the Junction Box Adapter

and then snapping the bottom of the

UWP in place. See Figure 7.

8. Snap the Cover Plate onto the

Junction Box Adapter. See Figure 8.

Use 3x supplied

screws #8 11/2”

Use 2x

supplied

screws

#6 5/8”

1/4” to 3/8”

3 4

1 2

Wiring UWP

Push down on the tabs to put the wires into the

inner holes of their corresponding terminals on

the UWP (one wire per terminal) until they are

firmly in place. Gently tug on the wires to verify

they are secure. If you need to release the wires

again, push down the terminal tabs on the sides

of the UWP.

This wiring is just an example,

yours may vary.

L/A

O/B

AUX

Power options

Insert Rand Cwires into

designated terminals for primary

AC power (C terminal is optional

if batteries are installed, but it is

recommended). Remove wires by

depressing the terminal tabs. Insert 3 AA batteries for primary or

backup power. Match the polarity of the

batteries with the + / – marks inside the

battery compartment.

NOTES:

• The T6 Pro ZWave thermostat works in battery mode or normal power mode

based on its power source. The ZWave power mode can only be changed when

the thermostat is NOT included in a ZWave network. You can check the power

mode in the thermostat menu under MENU/DEVICE INFO.

• If a C wire is not used or present, the thermostat must be powered by batteries.

The thermostat will operate in LSS mode (power-save, sleep mode) to help

conserve battery life after it has been included in a ZWave network. The ZWave

radio supports beaming. It allows other devices in the network to wake up the

ZWave thermostat, accept commands, and then go back to sleep.

• If you need the thermostat to operate in AOS mode (always listening mode)

to act as signal repeater and to increase network reliability, you need to power

the thermostat by 24 VAC. The AOS mode information is provided via Node

Information Frame (NIF).

Wiring terminal designations

SInput for wired

indoor or outdoor

sensors

L/A

- A

Heat Pump fault input

(C wire required)

SO/B Changeover valve

YCompressor

contactor (stage 1)

AUX -

Auxiliary heat relay

Heat relay (stage 2)

Y2 Compressor

contactor (stage 2) EEmergency Heat relay

GFan Relay WHeat relay (stage 1)

24 VAC common.

For 2 transformer

systems, use

common wire from

cooling transformer.

KConnect to K on Wire

Saver Module**

Unused

R24 VAC power from

heating transformer*

URc 24 VAC power from

cooling transformer*

Note: Not all

terminals may be

used, depending

on the system

type that is being

wired. The most

commonly used

terminals are

shaded.

* Terminal can be jumped using Slider Tab. See “Setting Slider Tabs” above.

** The THP9045A1023 or THP9045A1098 Wire Saver Module can be used on heat/

cool systems when you only have four wires at the thermostat, and you need a

fifth wire for a common wire. Use the K terminal in place of the Y and G terminals

on conventional or heat pump systems to provide control of the fan and the

compressor through a single wire—the unused wire then becomes your common

wire. See THP9045 instructions for more information.

Set R Slider Tab.

• Use built-in jumper (R Slider Tab)

to differentiate between one or two

transformer systems.

• If there is only one R wire, and it is

connected to the R, Rc, or RH terminal, set

the slider to the up position (1 wire).

• If there is one wire connected to the R

terminal and one wire connected to the Rc

terminal, set the slider to the down position

(2 wires).

NOTE: Slider Tabs for U terminals should be

left in place for other thermostat models.

Setting Slider Tabs

R/Rc slider tab

UWP Mounting System

Wiring conventional systems: forced air and hydronics

NOTES:

• Available wiring configurations may differ by product models/product numbers.

• Wire specifications: Use 18 to 22-gauge thermostat wire. Shielded cable is not required.

[1] Power supply. Provide disconnect means and

overload protection as required.

[2] Move RSlider Tab on UWP to the Rsetting. For

more information, see "Setting Slider Tabs" on

page 5.

[3] Optional 24 VAC common connection.

[4] If you do not have separate wires for the Aux

and E terminals, connect the wire to the Aux

terminal.

[5] In Installer Setup Options (ISU), set system type

to Boiler. Set number of cool stages to 0.

[6] In Installer Setup Options (ISU), set system type

to Conventional. Set cool stages to 2, and set

heat stages to 2.

1H/1C System (1 transformer)

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor

C24 VAC common [3]

W Heat relay

G Fan relay

Heat-only System

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

C 24 VAC common [3]

W Heat relay

Heat-only System (Series 20) [5]

R Series 20 valve terminal “R” [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Series 20 valve terminal “W”

C 24 VAC common [3]

W Series 20 valve terminal “B”

Heat-only System

(power open zone valve) [5]

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

W Valve

C 24 VAC common [3]

1H/1C System (2 transformers)

R Power (heating transformer) [1]

Rc Power (cooling transformer) [1]

Y Compressor contactor

C 24 VAC common [3, 4]

W Heat relay

G Fan relay

Heat-only System with Fan

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

C 24 VAC common [3]

W Heat relay

G Fan relay

Cool-only System

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor

C 24 VAC common [3]

G Fan relay

2H/2C System (1 transformer) [6]

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor (stage 1)

C 24 VAC common [3]

W Heat relay (stage 1)

G Fan relay

W2 Heat relay (stage 2)

Y2 Compressor contactor (stage 2)

1H/1C Heat Pump System

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor

C 24 VAC common [3]

O/B Changeover valve [7]

G Fan relay

2H/1C Heat Pump System [8]

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor

C 24 VAC common [3]

O/B Changeover valve [7]

G Fan relay

Aux Auxiliary heat [4]

E Emergency heat relay [4]

L Heat pump fault input

2H/2C Heat Pump System [6]

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor (stage 1)

C 24 VAC common [3]

O/B Changeover valve [7]

G Fan relay

Y2 Compressor contactor (stage 2)

L Heat pump fault input

3H/2C Heat Pump System [10]

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor (stage 1)

C 24 VAC common [3]

O/B Changeover valve [7]

G Fan relay

Aux Auxiliary heat [4]

E Emergency heat relay [4]

Y2 Compressor contactor (stage 2)

L Heat pump fault input

Dual Fuel System

R Power [1]

Rc [R+Rc joined by Slider Tab] [2]

Y Compressor contactor (stage 1)

C 24 VAC common [3]

O/B Changeover valve [7]

G Fan relay

Aux Auxiliary heat [4]

E Emergency heat relay [4]

Y2 Compressor contactor (stage 2 - if

needed)

L Heat pump fault input

S Outdoor sensor

Wiring heat pump systems

[1] Power supply. Provide disconnect means and

overload protection as required.

[2] Move RSlider Tab on UWP to the Rsetting. For

more information, see "Setting Slider Tabs" on

page 5.

[3] Optional 24 VAC common connection.

[4] If you do not have separate wires for the Aux

and E terminals, connect the wire to the Aux

terminal.

[6] In Installer Setup Options (ISU), set system type

to Heat Pump. Set compressor stages to 2, and

set Aux/E stages to 0.

[7] In Installer Setup Options (ISU), set Reversing

Valve to O/B on Cool (for cool changeover) or

to O/B on Heat (for heat changeover).

[8] In Installer Setup Options (ISU), set heat sys-

tem type to Heat Pump. Set compressor stages

to 1, and set Aux/E stages to 1.

[10] In Installer Setup Options (ISU), set system type

to Heat Pump, set compressor stages to 2, and

set Aux/E stages to 1.

NOTES:

• Do NOT use Wfor heat pump applications. Auxiliary heat must wire to AUX or E.

• Available wiring configurations may differ by product models/product numbers.

• Wire specifications: Use 18 to 22-gauge thermostat wire. Shielded cable is not required.

Mounting thermostat

1 Push excess wire back into the wall

opening.

2 Close the UWP door. It should remain

closed without bulging.

3 Align the UWP with the thermostat, and

push gently until the thermostat snaps in

place.

4 If needed, gently pull to remove the

thermostat from the UWP.

5 Turn the power on at the breaker box or

switch.

Initial installer setup

• After the T6 Pro ZWave thermostat has

powered up, touch START SETUP on the

thermostat.

• Touch or to toggle between Installer

Set Up (ISU) options.

• Touch Edit or touch text area, and then

touch or to edit default setup

option.

• Touch Done or touch text area to confirm

the setting or press Cancel.

• Touch or to continue to setup

another ISU option.

• To finish setup and save your settings,

scroll to the Finish screen at the end of

the ISU list.

NOTES:

• To see a list of all setup parameters, go to

"Installer setup options (ISU) – advanced

menu" on page 15. The thermostat

displays the ISU name and the ISU

number.

• To prevent abnormal operation, it is

highly recommended to perform installer

setup and set thermostat to correct

HVAC system before including it in a

ZWave network.

Cancel

Done

Edit ISU

ISU #

ISU option blinking

Cancels

ISU option

selection, go

back to view

ISU

Arrow buttons

used to scroll

through ISU

options

Saves selected ISU

option moves on to

the next ISU screen

Edit

View ISU

ISU option and

name (scrolling)

Arrow buttons

used to scroll

through ISUs

After you finish the installer setup and set the

date and time, you will be asked to set up a

ZWave to include the thermostat into ZWave

network.

• Touch Yes to include the thermostat in to

ZWave network, or touch No if you want this to

be done later.

• You’ll be asked to set your primary controller

to INCLUDE MODE. Please refer to the user

manual of your ZWave controller.

• After inclusion procedure has been initiated

on your ZWave controller, touch Select on the

thermostat.

• If the inclusion procedure is successful,

INCLUDED, the node ID, and the ZWave connected status icon appear on the

screen. If the procedure fails, FAILED TO INCLUDE appears on the screen. If this

happens, position the thermostat closer to the ZWave controller and repeat the

inclusion procedure.

• Your controller will indicate whether the thermostat was successfully added to its

network. (Please refer to the user manual of your ZWave controller.)

NOTES:

• This thermostat will function as a normal programmable thermostat with the

default program schedule if not included in a ZWave network. Once you include

the thermostat in to ZWave network, it assumes to be programmed from your

ZWave controller and the program schedule on the thermostat is turned OFF by

default. For more information, see "Scheduling options" on page 12.

• To include or exclude the thermostat from ZWave network after initial thermostat

setup, go to thermostat MENU/ZWAVE SETUP.

• Before adding the thermostat to a ZWave network, check that it does not already

belong to one. If the thermostat is included in ZWave network, it offers an option

to exclude. If the thermostat is excluded from ZWave network, it offers an option

to include. You can also check the status by viewing the Node ID located in the

thermostat MENU/DEVICE INFO. An excluded thermostat should show zero for

the Node ID (000).

• Whether you are including or excluding the thermostat from ZWave network, first

you have to initiate it on your ZWave controller. Please refer to the user manual of

your Z-wave controller.

• For other specific tasks such as adding the thermostat to home automation

scenes or groups, refer to the user manual of your ZWave controller.

ZWave setup

Cancel

Back Select

Yes

ZWave connection status is located in the upper-right corner of the screen.

• Thermostat is included and connected to a ZWave network.

• Thermostat is excluded from a ZWave network.

• Thermostat is either included in a ZWave network but the ZWave signal

is lost, or is included but AC power is lost (battery used as backup). In this

case, ZWave radio is turned off to preserve battery life. AC power must be

restored or you have to change the power mode. It can be done via excluding

thermostat from Z-wave network and including again in battery power mode

where batteries are used as main power source. You can check the actual

power mode in the thermostat MENU/DEVICE INFO.

ZWave connection status

Menu FanMode

Fan

Auto

Mode

Heat

Wake AwayHomeSleep

Following Schedule

Example of Wi-Fi is connected.

Wiﬁ is on and

connected

Wiﬁ is disconnected

or wiﬁ is not setup

Wiﬁ is off

Menu FanMode

Fan

Auto

Mode

Heat

Wake AwayHomeSleep

Following Schedule

Example of Wi-Fi is connected.

Wiﬁ is on and

connected

Wiﬁ is disconnected

or wiﬁ is not setup

Wiﬁ is off

Menu FanMode

Fan

Auto

Mode

Heat

Wake AwayHomeSleep

Following Schedule

Example of Wi-Fi is connected.

Wiﬁ is on and

connected

Wiﬁ is disconnected

or wiﬁ is not setup

Wiﬁ is off

This thermostat may be configured to report the actual room temperature in

a higher resolution than can be shown on the thermostat display. The default

temperature reporting resolution is 1 °F or 0.5 °C. When configured to ADVANCED,

the temperature reporting resolution will be 0.5 °F or 0.25 °C. To change default

temperature reporting to a higher resolution, go to thermostat MENU/ZWAVE

SETUP/TEMP REPORT and set to ADVANCED. The temperature is reported by

every displayed value change, and no later than 2 hours from last report.

NOTE: When higher temperature resolution reporting set, you may experience

different resolution of temperature displayed on the thermostat and ZWave

controller.

Advanced ZWave temperature reporting

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