Qolsys IQ Thermostat Installation Manual
Document Transcript
1
ZTS-110
(Z-Thermostat) 2
Table of Contents
Introduction ............................................................................3
Features
List ..........................................................................4
Glossary...................................................................................5
Physical Installati
on and Wiring .............................................6
Installation Location ........
.................................................... 7
Physically Installing the Thermo
stat ...................................... 7
Wiring ............................................................................... 8
Jumper Settings for ELECTH-H
PUMP and HE-HG ...................... 10
Setup and Oper
ations .............................................................11
Product Overview .............................................................. 11
Description of Function Keys
................................................. 11
Activate/Deactivate Easy Mode ............................................ 12
Temperature Scale selection in
Easy Mode .............................. 12
Setting Mode ...................................................................... 13
Change Mode ..................................................................... 18
Change Fan Mode ............................................................... 19
Select Program Mode .......................................................... 19
Override/Permanent Override ............................................... 20
Setting Schedule ..............
.................................................. 21
Battery Low Indication ......................................................... 24
Defrost Indication ............................................................... 24
Out of Temperature Range Indication .................................... 24
Advanced Recovery Indication
.............................................. 25
Filter Counter ..................................................................... 26
Short Cycle Start Up Protection
............................................. 27
Energy Saving Mode ............................................................. 27
Z-Wave Setup and Op
erations ................................................27
Z-Wave Add (Include) / Delete
(Exclude) Mode ....................... 28
Support for Association Groups
............................................. 30
Z-Wave Configuration Paramete
rs ......................................... 32
Reset ZTS-110 to Factory Default Settings .............................35
Frequently Aske
d Questi
ons ...................................................36
Technical Specif
ications .........................................................37
Checking Acce
ssories ............................................................38
FCC Notice ..............................................................................38
Warnings ................................................................................38
Caution ...................................................................................38
Warranty ................................................................................39
3
ZTS-110 Z-Thermostat
Introduction
ZTS
‐
110
Z
‐
Thermostat
(Figure
1)
is
a
Z
‐
Wave
enabled
programmable
thermostat
that
allows
you
to
control
your
room
temperature
with
programmable
time
schedule
such
as
WAKE,
AWAY,
HOME
and
SLEEP
event
which
can
maximize
energy
conservation
and
comfort
while
minimizing
the
effort
required
to
maintaining
the
appropriate
temperature
in
your
home
whether
you
are
at
home
or
away.
Also,
you
can
use
the
ZTS
‐
110
to
control
/
check
your
room
temperature
by
smart
phone
or
PC
while
you
are
at
home
or
outside
through
Z
‐
Wave
gateway.
Figure
1.
ZTS
‐
110
4
Features
List
HVAC
System
Type
Compatible:
z
Standard
(gas/electric)
or
Heat
Pump
Multistage
System
Compatible:
z
Standard
HVAC
Systems:
2
stages
heating,
1
stage
cooling
z
Heat
Pump
Systems:
2
stages
heating,
1
stage
cooling
Heat
Pump
change
over
valve:
z
Selectable
change
over
with
cool
or
with
heat
Program
Style:
z
2
program
modes
for
scheduling
(Mo
‐
Fr,
Sa
‐
Su)
z
4
Separate
Time
and
Temperature
Settings
for
each
program
z
Heat
and
Cool
set
‐
points
for
each
program
z
Temporary
Program
Override
z
Permanent
Program
Override
z
Built
‐
in
flash
memory
stores
heat
and
cool
program
settings
Temperature
Display
and
Control:
z
Temperature
display
in
°F
or
°C
z
Temperature
Measurable
Range:
32
–
99
°F
/
0
–
40
°C
z
Temperature
Setting
Range:
41
‐
99
°F
/
5
‐
37
°C
z
Adjustable
Temperature
Control
Swing/Differential
a)
Swing:
1°F,
2°F,
3°F
or
4°F
(
0.5°C,
1.0°C,
1.5°C
or
2°C)
b)
Differential:
1°F,
2°F,
3°F
or
4°F
(
0.5°C,
1.0°C,
1.5°C
or
2°C)
z
Advanced
Recovery
Mode
(ARM)
z
Defrost
Function
z
Short
cycle
start
up
protection
Clock:
z
Time
display
format:
12/24
hour
clock
selection
with
day
displayed
Filter
Counter:
z
Filter
change
reminder
displayed
after
500
hours
usage
(500
‐
4000hrs)
Z
‐
Wave:
z
Support
Network
Wide
Inclusion
(NWI)
and
Explore
Frames
z
Support
Easy
mode
(disable
local
advanced
setup
and
control)
z
Support
“Frequently
Listening
Routing
Slaves”
(FLiRS)
mode
and
“Always
Listening”
mode
z
Support
battery
level
report
z
Support
Association
Groups
a)
Association
Group_1
is
used
for
Heat
Pump
control
b)
Association
Group_2
is
used
for
Compressor
control
c)
Association
Group_3
is
used
to
report
status
change
such
as
AUTO
report
to
gateway
Power:
z
Support
AA
x
4
alkaline
batteries
or
24Vac
input
5
Glossary
Device
or
Node
Devices
and
nodes
are
all
terms
to
describe
an
individual
Z
‐
Wave
device.
These
are
all
interchangeable
when
setting
up
your
Z
‐
Wave
network.
Inclusion
Add
a
Z
‐
Wave
device
to
the
network.
Exclusion
Delete
a
Z
‐
Wave
device
from
the
network.
Remove
To
take
a
device
out
of
a
group,
scene
or
association
group
while
that
device
still
exists
in
the
same
Z
‐
Wave
network.
Network
Wide
Inclusion
(NWI)
Network
Wide
Inclusion
(NWI)
enables
both
end
‐
user
friendly,
Plug
and
Play
like
Z
‐
Wave
network
installation
as
well
as
professional
installation
scenario
where
the
inclusion
process
in
terms
of
time
will
be
reduced
significantly.
NWI
is
a
feature
supported
by
a
new
frame
type
named
Explorer
which
enables
the
Z
‐
Wave
protocol
to
implement
Adaptive
Source
Routing.
Z
‐
Wave
Network
A
collection
of
Z
‐
Wave
devices
is
controlled
by
primary
and
secondary
controllers
operating
on
the
same
system.
A
Z
‐
Wave
network
has
its
own
unique
ID
code
so
that
controllers
not
in
the
network
cannot
control
the
system.
Primary
Controller
The
first
controller
is
used
to
set
up
your
devices
and
network.
Only
the
Primary
Controller
can
be
used
to
include
or
delete
devices
from
a
network.
It
is
recommended
that
you
mark
the
primary
controller
for
each
network
for
ease
in
modifying
your
network.
FLiRS
Mode
FLiRS
is
abbreviation
for
“Frequently
Listening
Routing
Slave”.
FLiRS
mode
is
targeted
for
battery
operated
applications
and
will
enter
sleep
mode
frequently
in
order
to
conserve
battery
consumption.
The
response
to
Z
‐
Wave
command
is
not
as
quick
as
Always
Listening
Device.
Normally
there
is
1
‐
2
seconds
latency.
Always
Listening
Mode
Always
Listening
mode
is
targeted
for
AC
power
operated
applications
and
it
can
act
as
a
repeater,
which
will
re
‐
transmit
the
RF
signal
to
ensure
that
the
signal
is
received
by
its
intended
destination
by
routing
the
signal
around
obstacle
and
radio
dead
spots.
The
response
to
Z
‐
Wave
command
is
immediate.
Association
Association
is
used
to
organize
nodes
in
different
groups
allowing
the
device
to
identify
the
nodes
by
a
group
identifier.
The
groups
can
also
be
copied
to
other
devices.
6
Physical
Installation
and
Wiring
L
CAUTION
−
We
highly
recommend
that
this
installation
procedure
is
performed
by
a
trained
HVAC
technician.
−
Read
the
enclosed
instructions
carefully
before
installing
your
new
Z
‐
Thermostat.
Pay
close
attention
to
all
warnings
and
notes
and
carefully
follow
the
installation
steps
in
the
order
they
are
presented
to
save
time
and
minimize
the
risk
of
damaging
the
thermostat
or
the
system
it
controls.
−
Turn
off
ZTS
‐
110
and
the
electronic
devices
(e.g.
heater,
cooler)
which
will
be
connected
and
the
electric
source
before
installation
and
maintenance.
Battery
safety!
−
Use
new
batteries
of
the
recommended
type
and
size
only.
−
Never
mix
used
and
new
batteries
together.
−
To
avoid
chemical
leaks,
remove
batteries
from
the
ZTS
‐
110
if
you
do
not
intend
to
use
the
unit
for
an
extended
period
of
time.
−
Dispose
of
used
batteries
properly;
do
not
burn
or
bury
them.
Read
following
scenarios
carefully
before
you
start
as
it
matters
to
the
battery
life
under
Z
‐
Wave
operation:
ZTS
‐
110
can
be
powered
by
4
x
AA
batteries,
and/or
24Vac
C
wire.
a)
If
it
is
powered
by
batteries
or
powered
by
batteries
first
then
applied
with
24Vac
before
Z
‐
Wave
inclusion,
ZTS
‐
110
will
self
‐
configure
to
FLiRS
mode
which
will
save
battery
life
by
sleeping
.
b)
If
it
is
powered
by
24Vac
or
powered
by
24Vac
first
then
applied
with
batteries
before
Z
‐
Wave
inclusion,
ZTS
‐
110
will
self
‐
configure
to
Always
Listening
Mode
which
will
not
sleep
.
c)
After
inclusion
process,
ZTS
‐
110
will
not
detect
power
source
and
not
allow
changing
operation
mode.
You
must
perform
exclusion
process
first
if
need
to
change
Z
‐
Wave
operation
mode.
d)
After
Z
‐
Wave
inclusion
process,
if
you
reset
ZTS
‐
110
to
default
while
both
24Vac
and
batteries
are
applied,
ZTS
‐
110
will
take
24Vac
as
primary
power
source
and
self
‐
configure
to
Always
Listening
Mode,
because
reset
to
default
process
will
automatically
exclude
ZTS
‐
110
from
the
Z
‐
Wave
network.
You
should
disconnect
the
power
source
and
re
‐
apply
the
power
so
ZTS
‐
110
can
detect
the
power
source
type
and
self
‐
configure
to
corresponding
mode.
You
may
check
Glossary
for
the
definition
of
FLiRS
mode
and
Always
Listening
Mode.
7
Installation
Location:
The
Thermostat
is
restricted
to
be
used
in
indoor
only.
It
should
be
mounted
on
an
inner
wall
about
1.5m
(5ft)
above
the
floor
at
a
position
where
it
is
readily
affected
by
changes
of
the
general
room
temperature
with
freely
circulating
air.
Avoid
mounting
above
or
near
hot
surfaces
or
equipment
(e.g.
TV,
heater,
refrigerator).
Avoid
mounting
where
it
will
be
exposed
to
direct
sunshine,
drafts,
or
in
a
laundry
room
or
other
enclosed
space.
Do
not
expose
this
unit
to
dripping
or
splashing
liquids.
Physically
Installing
the
Thermostat:
1.
Open
the
ZTS
‐
110
by
pulling
the
two
sections
apart
(Figure
2).
Use
the
fingertips
of
one
hand
to
grip
the
tab
on
the
front
housing.
2.
Apply
power
to
the
thermostat:
a)
For
battery
power,
install
four
AA
batteries
(alkaline
recommended).
Match
the
polarity
of
the
batteries
with
the
+/
‐
marks
inside
the
battery
compartment.
b)
For
24Vac
power,
connect
the
wires
as
described
in
"Wiring"
3.
Insert
the
two
included
wall
anchors
into
the
wall,
aligned
with
two
of
the
mounting
holes
in
the
back
housing
of
the
thermostat.
4.
Fasten
the
back
housing
to
the
wall
using
the
two
included
mounting
screws.
Insert
the
screws
through
the
mounting
holes
in
the
housing
and
into
the
wall
anchors.
(Figure
3)
5.
Align
the
front
housing
of
the
thermostat
with
the
back
housing
and
push
until
the
housing
sections
are
locked
together.
Figure
2.
Open
ZTS
‐
110
Figure
3.
Install
the
front
housing
8
Wiring:
z
Be
sure
the
operation
mode
is
OFF
and
Fan
selection
is
Fan
Auto
z
Wire
the
proper
cables
at
the
terminal
block
according
to
the
circuit
diagram
z
Afterward,
push
all
cables
back
into
the
wall
z
Do
not
use
metal
conduit
or
of
cable
provided
with
a
metal
sheath
z
Recommends
adding
fuse
or
protective
device
in
the
line
circuit
Terminals
Symbol
Cool
changeover
(heat
pump)
O
Heat
changeover
(heat
pump)
B
2nd
Stage
heater
W2
1st
Stage
heater
W1
Fan
G
Compressor
Y
24Vac
Power
for
Cooling
RC
24Vac
Power
for
Heating
RH
24Vac
Common
C
9
Important!
If
you
will
be
powering
the
ZTS
‐
110
with
24Vac:
Connect
the
“24Vac
Common”
(typically
the
black
wire/terminal)
and
“24Vac
Power”
(typically
the
Red
wire/terminal)
from
the
HVAC
system
to
the
ZTS
‐
110
HVAC
System
terminal
block
“C”
and
“RH”
or
“RC”
terminals
(see
the
following
explanation,
these
may
be
jumpered
together).
Common
or
Split
Transformer
Systems:
Most
HVAC
systems
have
a
common
heating
and
cooling
transformer.
You
must
insert
a
jumper
wire
to
tie
the
RH
and
RC
inputs
together
for
this
configuration.
If
you
have
a
system
with
separate
heating
and
cooling
transformers,
do
not
insert
a
jumper
wire
between
RC
and
RH.
When
wiring
split
systems,
wire
the
heating
systems
“24Vac
Power”
(red
wire)
to
the
ZTS
‐
110
“RH”
terminal
,
and
wire
the
cooling
systems
“24Vac
Power
”
to
the
ZTS
‐
110
“RC”
terminal
.
Also
wire
the
cooling
systems
“24Vac
Common”
to
the
ZTS
‐
110
“C”
terminals.
Note:
Do
not
split
RC/RH
for
Heat
Pump
systems!
Figure
4.
Non
‐
heat
pump
(Standard
Gas
or
Electric)
HVAC
system
wiring
Figure
5.
Heat
pump
system
wiring
O
B
W2
W1
G
Y
RC
RH
C
C - 24Vac Common
R - 24Vac Power
Y - Compressor
G - Fan
W1 – 1
st
stage heater
W2 – 2
nd
stage heater
Black
Red
Yellow
Green
White
Brown
Standard HVAC System
O
B
W2
W1
G
Y
RC
RH
C
C - 24Vac Common
R - 24Vac Power
Y - Compressor
G - Fan
W2 – 2
nd
stage heater
Black
Red
Yellow
Green
Brown
O - Cool changeover (heat pump)
Heat Pump HVAC System
ZTS-110
B - Heat changeover (heat pump)
Blue
Orange
ZTS-110 10
Jumper
Settings
for
ELECTH
‐
HPUMP
and
HE
‐
HG:
There
are
6
jumpered
pins
on
the
thermostat
circuit
board
that
identify
whether
your
system
is:
‐
Gas
or
electric
heater
‐
Non
‐
heat
pump
or
heat
pump
system.
You
must
ensure
that
these
pins
are
set
correctly
for
your
system.
The
pin
location
is
shown
in
the
following
diagram
which
is
located
at
back
side
of
ZTS
‐
110.
Jumper
Function
Description
Set
to
ELECTH
for
non
‐
heat
pump
system
(
Default
).
‐
When
there
is
a
heating
request,
thermostat
will
turn
on
W1
‐
When
there
is
a
cooling
request,
thermostat
will
turn
on
Y
Set
to
HPUMP
for
heat
pump
system.
‐
When
there
is
a
heating
request,
thermostat
will
turn
on
Y
and
B
‐
When
there
is
a
cooling
request,
thermostat
will
turn
on
Y
and
O
Set
to
HG
for
Gas
heat
‐
fan
controlled
unit
(
Default
),
Fan
will
maintain
off
state.
Set
to
HE
for
Electrical
heat
‐
fan
controlled
unit,
Fan
will
be
turned
on
when
there
is
heating
output.
Note:
The
HE
and
HG
jumper
controls
the
Fan
when
set
to
Auto
in
heating
mode.
If
user
selects
Fan
ON
at
thermostat,
the
Fan
will
be
turned
on
without
considering
the
HE
‐
HG
jumper
selection.
11
Setup
and
Operations
Product
Overview
Figure
6.
ZTS
‐
110
Description
of
Function
Keys
Symbol
Key
Description
Increase
value
/
Toggle
selection
Decrease
value
/
Toggle
selection
Select
fan
mode;
also
the
Backward
function
key
in
some
menus
Change
operation
mode;
also
the
Forward
function
key
in
some
menus
Select
program
mode:
PROG
ON,
OVERRIDE
and
PERMANENT
OVERRIDE;
also
the
Confirm
function
key
in
some
menus
Back
to
Home
Battery
low
indication
Mode
Program
mode
Fan
mode
Time
Day
Inclusion
indication
Event
mode
Current
temperature
12
Activate/Deactivate
Easy
Mode
The
ZTS
‐
110
is
default
with
Easy
mode,
below
illustrates
the
functions
of
Easy
mode:
•
Active
functions:
Change
Mode,
change
Fan
mode
and
Temperature
Scale
selection
•
Inactive
functions:
Scheduling,
Program
Mode,
Clock
Display,
Setting
Time,
Setting
Swing,
Setting,
Differential
Set
‐
Point
and
Advanced
Recovery
Mode
User
can
use
Easy
mode
to
disable
Schedule
function
and
the
schedule
will
be
controlled
by
Z
‐
Wave
gateway.
User
can
still
change
temperature
and
mode
by
pressing
the
local
physical
buttons.
User
can
deactivate
the
Easy
mode
by
local
“Setting
Mode”
or
Z
‐
Wave
Configuration
Parameter
number
8.
(Please
refer
to
Z
‐
Wave
Configuration
parameters
table).
Below
is
the
example
by
local
setting:
Step
Procedure
/
Description
LCD
indication
1
Press
and
hold
“
Mode”
key
for
2
seconds
to
entry
the
setting
mode.
It
will
display
“EASY
YES”
if
it
stays
in
Easy
mode.
Otherwise,
it
will
display
“EASY
no”
if
Easy
mode
is
deactivated
.
Press
Up/Down
key
to
toggle
the
selection.
Press
“
Prog
＂
key
to
confirm
your
settings.
‐
It
will
go
back
to
Home
page
if
selected
“YES”.
‐
it
will
go
to
Day
setting
if
selected
“
no
＂
.
Temperature
Scale
selection
in
Easy
Mode
Step
Procedure
/
Description
LCD
indication
1
Press
and
hold
“
Prog
＂
keys
for
2
seconds
to
entry
temperature
F
(Fahrenheit)
‐
>
C
(Celsius)
selection
mode.
Press
Up/Down
key
to
toggle
the
temperature
F
(Fahrenheit)
‐
>
C
(Celsius)
selection.
⇓
13
Press
“
Prog
＂
key
to
confirm
it
and
back
to
the
Home
page.
Note:
If
you
deactivated
the
Easy
mode,
please
refer
to
Setting
Mode
for
the
temperature
scale
selection.
Setting
Mode
(set
Day,
Clock,
12/24
hour,
F/C,
Swing
and
Differential)
Symbol
Setting
Mode
Key
Description
Increase
value
/
Toggle
selection
Decrease
value
/
Toggle
selection
Backward
to
previous
setting
Forward
to
next
setting
Confirm
and
go
to
next
setting
Confirm
and
go
back
to
Home
If
you
deactivated
the
Easy
mode,
you
can
continue
to
set
up
Day,
Clock,
12/24
hour,
F/C,
Swing
and
Differential.
Refer
to
below
for
steps:
Step
Procedure
/
Description
LCD
indication
1
Press
and
hold
“
Mode”
key
for
2
seconds
to
entry
the
setting
mode.
It
will
display
“EASY
YES”
if
it
stays
in
EASY
mode.
Otherwise,
it
will
display
“EASY
no”
if
EASY
mode
is
deactivated.
Press
Up/Down
key
to
toggle
the
14
selection.
Press
“
Prog
＂
key
to
confirm
your
settings.
‐
it
will
go
back
to
Home
page
if
selected
“YES”.
‐
it
will
go
to
Day
setting
if
selected
“
no
＂
.
EASY
mode
(default)
Local
control
active
functions:
•
Change
Mode
•
Change
Fan
mode
•
Temperature
Scale
selection
Local
control
inactive
functions:
•
Scheduling
•
Program
Mode
•
Clock
Display
•
Setting
Time
•
Setting
Swing
•
Setting
Differential
Set
‐
Point
•
Advanced
Recovery
Mode
EASY
mode
is
deactivated
•
Support
full
functions
at
local
and
Z
‐
Wave
control
2
Day
will
keep
flashing,
press
Up/Down
key
to
set
day
from
MO
‐
SU.
3
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
hour
setting.
Hour
will
keep
flashing,
press
Up/Down
key
to
set
hour.
15
4
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
minutes
setting.
Minutes
will
keep
flashing,
press
Up/Down
key
to
set
minutes.
5
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
12/24
hour
clock
selection.
Press
Up/Down
key
to
toggle
the
12/24
hour
clock
selection.
⇓
6
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
temperature
F
(Fahrenheit)
‐
>
C
(Celsius)
selection.
Press
Up/Down
key
to
toggle
the
temperature
F
(Fahrenheit)
‐
>
C
(Celsius)
selection.
⇓
7
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
swing
setting.
Press
Up/Down
key
to
set
the
16
swing
setting.
(Range
is
from
0.5
o
C
to
2
o
C
or
1
o
F
to
4
o
F
)
8
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
differential
set
point
setting.
Press
Up/Down
key
to
set
the
differential
set
point
setting.
(Range
is
from
0.5
o
C
to
2
o
C
or
1
o
F
to
4
o
F
)
9
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
Advanced
Recovery
setting.
Press
Up/Down
key
to
enable/disable
Advanced
Recovery
Mode.
⇓
10
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
the
Home
page.
17
Note:
Explanations
of
Swing
and
Differential
set
point
HEAT
mode:
thermostat
controls
the
temperature
according
to
the
following
diagram
Example
for
Heating:
(Set
point
=
70
°F,
Swing
=
1
°F,
Differential
=
2
°F)
=>
1st
stage
heater
turns
on
when
room
temp
is
69
°F
and
off
at
71
°F.
=>
2nd
stage
heater
turns
on
when
room
temp
is
67
°F
and
off
at
70
°F.
COOL
Mode:
thermostat
controls
the
temperature
according
to
the
following
diagram
Example
for
Cooling:
(Set
point
=
80
°F,
Swing
=
1
°F)
=>
Cooler
turns
on
when
room
temp
is
81
°F
and
off
at
79
°F.
AUTO:
thermostat
controls
the
temperature
according
to
the
following
diagram
Output
Set point
Temperature
Swing
1
s
t
Turn off
1
s
t
Turn on
Off
Heat
2
n
d
Turn on
2
n
d
Turn off
Diff
SD= switch differential
Swing
Set point
Temperature
Turn off
Turn on
Off
Cool
Swing
swing
Dead band
Output
Heat Set point
Temperature
1
s
t
Turn off
1
s
t
Turn on
Off
Heat
2
n
d
Turn on
2
n
d
Turn off
Cool Set point
swing
Diff 18
There
is
a
dead
band
4°F/2°C
between
heat
set
point
and
cool
set
point.
Example
1:
If
user
select
heat
set
point
is
70F,
the
minimum
cool
set
point
will
be
limited
at
“heat
set
point
+
4°F:
74°F
Pervious
heat
set
point
is
70°F
and
cool
set
point
is
74°F
Example
2:
If
user
changes
heat
set
point
to
72F,
cool
set
point
will
be
updated
to
76°F
automatically
to
maintain
the
dead
band.
Change
Mode
Note:
In
Heat
mode
=>
it
displays
“HEAT”
if
ELECTH
is
selected
during
jumper
setting.
=>
it
displays
“HEAT
PUMP”
if
HPUMP
is
selected
during
jumper
setting.
Below
example
is
based
on
HEAT
PUMP
Step
Procedure
/
Description
LCD
indication
1
Press
“Mode”
key
once
to
change
the
operation
mode:
OFF
‐
>
HEAT
(PUMP)
‐
>
COOL
‐
>
AUTO
‐
>
OFF
⇓
⇓
⇓
19
Change
Fan
Mode
Step
Procedure
/
Description
LCD
indication
1
Press
“Fan”
key
once
to
change
the
Fan
mode:
FAN
ON
‐
>
FAN
AUTO
FAN
AUTO:
Electric
heat
(HE):
Fan
runs
only
when
Heating/Cooling
is
running.
Gas
heat
(HG):
Fan
runs
only
when
Cooling
is
running.
2
Press
“Fan”
key
once
to
change
the
Fan
mode:
FAN
AUTO
‐
>
FAN
ON
FAN
ON:
Fan
stays
on
all
the
time.
Select
Program
Mode:
Step
Procedure
/
Description
LCD
indication
1
Press
“Prog”
key
once
to
select
PROG
mode:
PROG
ON
‐
>
OVERRIDE
‐
>PERMANENT
OVERRIDE
PROG
ON:
Run
the
schedule.
2
Press
“Prog”
key
once
to
select
PROG
mode:
OVERRIDE:
Temporary
override
the
current
schedule
and
will
go
back
to
“PROG
ON”
when
next
time
schedule
reach.
20
3
Press
“Prog”
key
once
to
select
PROG
mode:
PERMANENT
OVERRIDE:
Permanent
override
the
schedule
until
user
change
back
to
“PROG
ON”.
Override/Permanent
Override
Note:
Override/Permanent
Override
is
only
available
in
HEAT,
COOL
or
AUTO
mode.
Step
Procedure
/
Description
LCD
indication
1
Press
“Prog”
key
once
to
select
PROG
mode:
OVERRIDE
or
PERMANENT
OVERRIDE
at
Home
page.
2
Press
Up/Down
key
to
adjust
set
point
temperature
in
HEAT
or
COOL
mode.
Press
“Prog”
key
once
to
confirm
the
setting.
or
3
In
AUTO
mode,
user
needs
to
set
heat
and
cool
set
points
temperature.
Press
Up/Down
key
to
adjust
auto
heat
set
point
temperature
in
AUTO
HEAT
mode.
21
Press
“Prog”
key
once
to
confirm
the
setting.
4
Press
Up/Down
key
to
adjust
auto
cool
set
point
temperature
in
AUTO
COOL
mode.
Press
“Prog”
key
once
to
confirm
the
setting
and
go
back
to
Home
page.
Setting
Schedule
Pre
‐
defined
Schedule
(disabled
by
default):
Event
Time
Heat
Cool
WAKE
6:00
AM
70
°F
(21°C)
78
°F
(26°C)
AWAY
8:00
AM
62
°F
(17°C)
85
°F
(29°C)
HOME
6:00
PM
70
°F
(21°C)
78
°F
(26°C)
MO
–
FR
SLEEP
10:00
PM
62
°F
(17°C)
82
°F
(28°C)
WAKE
6:00
AM
70
°F
(21°C)
78
°F
(26°C)
AWAY
10:00
AM
62
°F
(17°C)
85
°F
(29°C)
HOME
6:00
PM
70
°F
(21°C)
78
°F
(26°C)
SA
–
SU
SLEEP
11:00
PM
62
°F
(17°C)
82
°F
(28°C)
Step
Procedure
/
Description
LCD
indication
1
Press
and
hold
“
Prog
”
key
for
2
seconds
to
entry
the
setting
schedule
mode.
Press
Up/Down
key
to
select
MO
‐
FR
or
SA
‐
SU
schedule.
⇓
2
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
event
mode.
22
Press
Up/Down
key
to
select
the
event
(WAKE
‐
>
AWAY
‐
>
HOME
‐
>
SLEEP).
⇓
⇓
⇓
3
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
hour
setting.
Hour
will
keep
flashing,
press
Up/Down
key
to
set
hour.
4
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
minutes
setting.
Minutes
will
keep
flashing,
press
Up/Down
key
to
set
minutes.
5
Press
and
hold
“UP”
and
“DOWN”
key
for
2
seconds
to
disable
/
23
enable
event
during
the
time
setting.
If
the
event
is
disabled,
“OFF”
will
be
displayed.
If
the
event
is
enabled,
time
will
be
displayed
and
Hour
will
keep
flashing.
⇓
6
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
target
setting.
If
the
event
is
enabled,
it
will
go
to
target
setting.
Target
will
keep
flashing,
press
Up/Down
key
to
adjust
Heat
set
point
for
heating.
If
the
event
is
disabled,
it
will
go
to
next
event
setting.
7
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
target
setting.
Target
will
keep
flashing,
press
Up/Down
key
to
adjust
Cool
set
point
for
cooling.
8
Press
“
Prog
＂
key
once
to
confirm
the
setting
and
it
will
go
to
next
event
mode.
Follow
the
program
UI
to
complete
the
whole
scheduling
or
press
Home
key
once
to
save
and
exit.
‐
24
Battery
Low
Indication
Step
Procedure
/
Description
LCD
indication
1
ZTS
‐
110
thermostat
will
detect
the
battery
level
every
30
minutes;
Battery
low
icon
will
be
displayed
at
Home
page
if
the
battery
is
running
out.
(User
is
required
to
change
new
batteries.)
Defrost
Indication
Step
Procedure
/
Description
LCD
indication
1
DEFROST
icon
will
be
displayed
at
Home
page
if
temperature
below
41°F/5°C
All
heaters
will
be
forced
On,
except
in
cool
mode.
Out
of
Temperature
Range
Indication
Step
Procedure
/
Description
LCD
indication
1
HI
icon
will
be
displayed
on
LCD
if
temperature
excess
the
measurement
ranges
99°F/40°C.
All
heaters
will
be
forced
Off.
Cooler
will
turn
on
if
running
cool
mode.
2
LO
icon
will
be
displayed
on
LCD
if
temperature
below
the
measurement
ranges
32°F/0°C.
All
heaters
will
be
forced
On,
except
in
cool
mode.
25
Advanced
Recovery
Indication
Step
Procedure
/
Description
LCD
indication
1
The
Advanced
Recovery
feature
allows
heating
and
cooling
systems
to
gradually
recover
from
an
energy
‐
saving
set
point
temperature
to
a
comfort
set
point
temperature.
Advanced
Recovery
calculates
the
time
needed
to
adjust
the
temperature
to
the
next
program
setting.
When
the
thermostat
is
in
Advanced
Recovery
mode,
the
display
will
show
“RECOVERY”.
Advanced
Recovery
is
an
option
that
allows
the
HVAC
system
to
attempt
to
recover
from
a
setback
period
and
reach
a
desired
comfort
temperature
set
point
by
the
beginning
of
your
programmed
comfort
period.
This
option
allows
the
choice
whether
to
use
Advanced
Recovery
under
Setting
Mode.
(Recovery
works
in
heat,
cool
and
auto
mode.
Maximum
Advanced
Recovery
time
is
one
hour.)
26
Filter
Counter
Step
Procedure
/
Description
LCD
indication
1
Press
and
hold
“Fan”
key
for
2
seconds
to
check
the
filter
counter.
The
“usage
hours”
will
be
shown
on
screen.
2
Press
and
hold
“Prog”
key
for
2
seconds
to
reset
the
filter
counter
after
replace
a
new
filter.
3
Press
and
hold
“Mode”
key
to
set
the
alert
time
for
the
filter
usage.
“Target”
icon
will
be
shown
on
screen
and
flashing.
Press
“UP”
or
“Down”
to
set
the
alert
time.
(Range
from
500
to
4000
Hours
Step
size
is
100hrs)
Press
“Prog”
key
to
confirm
the
setting
and
go
back
to
filter
counter
page.
Press
“
Home
＂
key
once
to
go
back
to
the
Home
page.
4
FILTER
icon
will
be
shown
on
the
screen
at
Home
page
when
the
usage
hours
were
reached
to
set
time.
27
Short
Cycle
Start
Up
Protection
To
protect
the
compressor
/
Heat
pump,
those
outputs
forced
off
until
3minutes
count
down
finished.
Those
outputs
can
be
activated
according
to
the
room
temperature
after
3
minutes.
System
Output
Non
Heat
pump
system
Compressor
Heat
pump
system
1st
stage
heat
and
compressor
Energy
Saving
Mode
Step
Procedure
/
Description
LCD
indication
1
User
can
enable/disable
energy
saving
mode
by
using
Z
‐
Wave
BASIC
set
command
only.
(you
may
refer
to
the
Z
‐
Wave
primary
controller
UI
for
it)
=>
Enable
energy
saving
mode
Basic
set
value
=
0x00
(Off)
(energy
saving
mode
will
be
mapped
to
off
mode)
=>
Disable
energy
saving
mode
Basic
set
value
=
0xFF
(Resume)
(comfort
mode
will
mapped
to
resume
mode)
Z
‐
Wave
Setup
and
Operations
Setting
FLiRS
or
Always
Listening
mode
•
Setting
to
Z
‐
Wave
FLiRS
mode
with
batteries
as
power
source
ZTS
‐
110
will
self
‐
configure
to
FLiRS
mode
if
it
is
powered
by
batteries
or
powered
by
batteries
first
then
applied
with
24Vac
before
Z
‐
Wave
inclusion.
FLiRS
mode
is
targeted
for
battery
operated
applications
and
will
enter
sleep
mode
frequently
in
order
to
save
battery
life.
ZTS
‐
110
can’t
act
as
a
repeater
in
this
mode.
The
response
to
Z
‐
Wave
command
is
not
as
quick
as
Always
Listening
Device.
Normally
there
is
1
‐
2
seconds
latency
on
response,
you
should
avoid
sending
commands
to
ZTS
‐
110
too
frequently.
•
Setting
to
Z
‐
Wave
Always
Listening
mode
with
24Vac
as
power
source
ZTS
‐
110
will
self
‐
configure
to
Always
Listening
Mode
if
it
is
powered
by
24Vac
or
powered
by
24Vac
first
then
applied
with
batteries
before
Z
‐
Wave
inclusion.
Always
Listening
mode
is
targeted
for
AC
power
operated
applications
and
it
can
act
as
a
repeater
which
will
re
‐
transmit
the
RF
signal
to
ensure
that
the
signal
is
received
by
its
intended
destination
by
routing
the
signal
around
obstacle
and
radio
dead
spots.
The
response
to
Z
‐
Wave
command
is
immediate.
28
Important:
Please
note
the
below
scenarios
for
power
applying
because
it
will
affect
the
battery
life
if
the
steps
are
not
correct
(this
is
also
mentioned
at
Physical
Installation
and
Wiring
section
in
this
user
manual):
a)
If
it
is
powered
by
batteries
or
powered
by
batteries
first
then
applied
with
24Vac
before
Z
‐
Wave
inclusion,
ZTS
‐
110
will
self
‐
configure
to
FLiRS
mode
which
will
save
battery
life
by
sleeping.
b)
If
it
is
powered
by
24Vac
or
powered
by
24Vac
first
then
applied
with
batteries
before
Z
‐
Wave
inclusion,
ZTS
‐
110
will
self
‐
configure
to
Always
Listening
Mode
which
will
not
sleep.
c)
After
inclusion
process,
ZTS
‐
110
will
not
detect
power
source
and
not
allow
changing
operation
mode.
You
must
perform
exclusion
process
first
if
need
to
change
Z
‐
Wave
operation
mode.
d)
After
Z
‐
Wave
inclusion
process,
if
you
reset
ZTS
‐
110
to
default
while
both
24Vac
and
batteries
are
applied,
ZTS
‐
110
will
take
24Vac
as
primary
power
source
and
self
‐
configure
to
Always
Listening
Mode,
because
reset
to
default
process
will
automatically
exclude
ZTS
‐
110
from
the
Z
‐
Wave
network.
You
should
disconnect
the
power
source
and
re
‐
apply
the
power
so
ZTS
‐
110
can
detect
the
power
source
type
and
self
‐
configure
to
corresponding
mode.
Remark:
‐
If
you
are
using
battery
and
somehow
it
is
in
Z
‐
Wave
Always
Listening
Mode,
or
if
you
are
using
battery
as
back
up,
and
the
AC
power
is
down,
the
battery
will
drain
very
fast
(battery
will
only
survive
3
‐
5
days).
‐
Regardless
the
FLiRS
mode
or
Always
Listening
Mode,
the
setup
and
operations
are
same,
and
you
can
also
use
local
control
while
is
it
included
to
Z
‐
Wave
network.
Z
‐
Wave
Add
(Include)
/
Delete
(Exclude)
into/from
Z
‐
Wave
network
Add
(Include)
ZTS
‐
110
to
Gateway
/
Controller
Z
‐
Wave
network
Symbol
Inclusion
and
Exclusion
Mode
Key
Description
Add
(Include)
/
Delete
(Exclude)
Step
Procedure
/
Description
LCD
indication
1
Gateway
/
Controller
device
should
be
set
to
inclusion
mode.
Press
and
hold
“
Home”
key
for
2
seconds
to
set
ZTS
‐
110
to
Add
(Include)
/
Delete
(Exclude)
Mode.
2
Press
“
Prog
＂
key
once,
it
will
search
the
network.
29
3
If
the
ZTS
‐
110
is
added
into
the
network
successfully,
the
signal
of
“done”
will
appear.
4
Press
“
Home
＂
key
once
to
go
back
to
the
home
page.
will
appear
on
the
main
display.
Note:
z
It
is
recommended
to
perform
the
Delete/Exclude
procedure
before
doing
Add/Include.
This
is
to
make
sure
the
ZTS
‐
110
is
not
in
any
other
Z
‐
Wave
network
which
will
result
in
failure
in
Inclusion
process.
z
If
the
inclusion
is
failed,
try
exclusion,
and/or
reset
ZTS
‐
110
to
factory
default
and
try
inclusion
again.
z
After
ZTS
‐
110
is
included
to
Z
‐
Wave
network,
it
will
stay
in
Easy
mode
by
default.
z
You
can
enable
or
disable
Easy
mode
by
local
“Setting
Mode”
or
Z
‐
Wave
parameter
number
8.
(please
refer
to
parameter
table
at
Z
‐
Wave
Configuration
Parameters).
Delete
(Exclude)
ZTS
‐
110
from
Gateway
/
Controller
Z
‐
Wave
network
Step
Procedure
/
Description
LCD
indication
1
Gateway
/
Controller
device
should
be
set
to
Exclusion
mode.
Press
and
hold
“
Home”
key
for
2
seconds
to
set
ZTS
‐
110
to
Add
(Include)
/
Delete
(Exclude)
Mode.
2
Press
“
Prog
＂
key
once,
it
will
search
the
network.
3
If
the
ZTS
‐
110
is
removed
from
the
network,
it
shows
no
connection.
30
Exclusion
is
completed.
4
Press
“
Home
＂
key
once
to
go
back
to
the
home
page.
will
disappear
on
the
main
display
Support
for
Association
Groups
ZTS
‐
110
supports
3
association
groups.
Association
group_1
(Heat
pump)
Association
group_2
(Compressor)
Association
group_3
(Auto
Report)
Heating
mode
ON
(basic
set
command
0xFF)
OFF
(basic
set
command
0x00)
‐
Cooling
mode
OFF
(basic
set
command
0x00)
ON
(basic
set
command
0xFF)
‐
OFF
OFF
(basic
set
command
0x00)
OFF
(basic
set
command
0x00)
‐
Association
group_3:
(Auto
report)
z
Association
group_3
is
used
to
report
status
change
to
gateway.
(Only
gateway
or
controller
can
be
assigned
in
this
association
group)
ZTS
‐
110
will
trigger
AUTO
report
function
if
one
of
below
status
is
changed.
I.
Operation
mode
(Off,
Heat,
Cool,
Auto)
II.
Operation
state
(Heat
on
or
off,
Cool
on
or
off)
III.
Fan
mode
(Auto,
Auto
low)
IV.
Fan
state
(Fan
on
or
Fan
off)
V.
Heat
set
point
(report
in
precision
1
after
decimal,
e.g.
21.1
o
C
)
VI.
Cool
set
point
(report
in
precision
1
after
decimal,
e.g.
23.3
o
C
)
VII.
Current
room
temperature
(report
in
precision
1
after
decimal,
e.g.
24.0
o
C)
(It
will
trigger
room
temperature
report
if
there
is
4
o
F
or
2
o
C
(default)
differ
from
last
report.
You
can
change
this
setting
by
set
the
configuration
parameter)
Mode
Association
group
31
Note:
Total
5
devices
(nodes)
can
be
assigned
in
total
3
association
groups.
Below
table
lists
out
the
devices
(nodes)
allocations
in
the
3
association
groups.
Case
no.
No.
of
Node
ID
in
Association
Group_1
No.
of
Node
ID
in
Association
Group_2
No.
of
Node
ID
in
Association
Group_3
Case
1
4
0
1
(AUTO
report)
Case
2
3
1
1
(AUTO
report)
Case
3
2
2
1
(AUTO
report)
Case
4
1
3
1
(AUTO
report)
Case
5
0
4
1
(AUTO
report)
Important:
Please
do
not
associate
heat
pump
and
compressor
devices
in
same
association
group
because
heat
pump
and
compressor
device
cannot
be
turned
on
simultaneously!
Association
groups
setting
example
(case
3):
F
‐
BW8031
(ZTS
‐
110)
F
‐
BW8041
(ZFM
‐
80)
(Node
ID
‐
A)
F
‐
BW8041
(ZFM
‐
80)
(Node
ID
‐
B)
Z
‐
Wave
Gateway
(Node
ID
‐
E)
Association
group_1
for
Heat
Pump
Association
group_2
for
Compressor
Association
group_3
for
Auto
report
to
gateway
F
‐
BW8041
(ZFM
‐
80)
(Node
ID
‐
C)
F
‐
BW8041
(ZFM
‐
80)
(Node
ID
‐
D)
32
Z
‐
Wave
Configuration
Parameters
Different
user
has
different
preferred
settings
of
their
thermostat,
you
may
use
the
below
configuration
parameters
to
change
settings
of
corresponding
functionality.
Functions
Parameter
Number
Parameter
value
range
Swing
1
(0x01)
1
(0x01)
=
1
o
F
/
0.5
o
C
2
(0x02)
=
2
o
F
/
1.0
o
C
(default)
3
(0x03)
=
3
o
F
/
1.5
o
C
4
(0x04)
=
4
o
F
/
2.0
o
C
Differential
2
(0x02)
1
(0x01)
=
1
o
F
/
0.5
o
C
2
(0x02)
=
2
o
F
/
1.0
o
C
(default)
3
(0x03)
=
3
o
F
/
1.5
o
C
4
(0x04)
=
4
o
F
/
2.0
o
C
Set
filter
counter
3
(0x03)
500
(0x01F4)
to
4000
(0x0FA0)
hours
Default
=
500
(0x01F4)
hours
Resolution
=
100
(0x0064)
hours
Report
filter
counter
(read
only)
4
(0x04)
0
(0x0000)
to
9999
(0x270F)
hours
Scale
of
temperature
5
(0x05)
0
(0x00)
=
o
C
1
(0x01)
=
o
F
(default)
Upper
limit
of
set
point
(A)
6
(0x06)
(A)
available
range:
Unit
in
Celsius
(
o
C):
A
=
(B+2)min.
~
(37.0
o
C)
max.
Unit
in
Fahrenheit
(
o
F):
A
=
(B+4)min.
~
(99.0
o
F)
max.
(default
=
99.0
o
F)
Lower
limit
of
set
point
(B)
7
(0x07)
(B)
available
range:
Unit
in
Celsius
(
o
C):
5.0
o
C
to
35.0
o
C
Unit
in
Fahrenheit
(
o
F):
41.0
o
F
to
95.0
o
F
(default
=
41.0
o
F)
Easy
Mode
8
(0x08)
0
(0x00)
=
Disable
1
(0x01)
=
Enable,
default
Time
format
9
(0x09)
0
(0x00)
=
24
hours
1
(0x01)
=
12
hours
(am
/
pm),
default
Repeat
basic
set
counter
(Association
Group
A
and
B
only)
10
(0x0A)
Value(X)
0
(0x00),
3
(0x03)
to
255
(0xFF)
0
(0X00)
=
Disable,
default
3
(0x03)
to
255
(0xFF)
minutes
(Thermostat
sends
“Basic
Set”
command
to
its
association
node
repeatedly
in
every
X
minutes)
33
Trigger
AUTO
report
if
room
temperature
is
different
from
last
report.
(It
will
report
room
temperature
only)
*User
can
use
this
function
to
enhance
batteries
service
life.
11
(0x0B)
0
(0x00)
=
disable
AUTO
report
if
room
temperature
is
different
from
last
report.
AUTO
report
if
room
temperature
is
different
from
last
report.
Delta
change
is
>=
1
(0x01)
=
1
o
F
(0.5
o
C)
2
(0x02)
=
2
o
F
(1.0
o
C)
3
(0x03)
=
3
o
F
(1.5
o
C)
4
(0x04)
=
4
o
F
(2.0
o
C),
default
5
(0x05)
=
5
o
F
(2.5
o
C)
6
(0x06)
=
6
o
F
(3.0
o
C)
7
(0x07)
=
7
o
F
(3.5
o
C)
8
(0x08)
=
8
o
F
(4.0
o
C)
AUTO
report
by
time
interval.
(It
will
report
room
temperature
only)
*User
can
use
this
function
to
enhance
batteries
service
life.
12
(0x0C)
0
(0x00)
=
disable
AUTO
report
function
(by
time
interval)
AUTO
report
timer:
1
(0x01)
=
0.5
hr
2
(0x02)
=
1.0
hr,
default
3
(0x03)
=
1.5
hrs
4
(0x04)
=
2.0
hrs
5
(0x05)
=
2.5
hrs
6
(0x06)
=
3.0
hrs
7
(0x07)
=
3.5
hrs
8
(0x08)
=
4.0
hrs
9
(0x09)
=
4.5
hrs
10
(0x0A)
=
5.0
hrs
11
(0x0B)
=
5.5
hrs
12
(0x0C)
=
6.0
hrs
13
(0x0D)
=
6.5
hrs
14
(0x0E)
=
7.0
hrs
15
(0x0F)
=
7.5
hrs
16
(0x10)
=
8.0
hrs
34
Sensor
temperature
calibration
(This
parameter
is
used
to
change
the
display
temperature
to
match
with
your
previous
thermostat,
or
to
match
another
thermostat
already
in
your
home.
13
(0x0D)
Temperature
offset
value.
Formula:
Display
temperature
=
sensor
reading
value
+
offset
value
(unit
=
degree
F)
0
(0x00)
=
0
o
F
(Default)
1
(0x01)
=
1
o
F
(0.5
o
C)
2
(0x02)
=
2
o
F
(1.0
o
C)
3
(0x03)
=
3
o
F
(1.5
o
C)
4
(0x04)
=
4
o
F
(2.0
o
C)
5
(0x05)
=
5
o
F
(2.5
o
C)
6
(0x06)
=
6
o
F
(3.0
o
C)
7
(0x07)
=
7
o
F
(3.5
o
C)
8
(0x08)
=
8
o
F
(4.0
o
C)
9
(0x09)
=
9
o
F
(4.5
o
C)
10
(0x0A)
=
10
o
F
(5.0
o
C)
‐
1
(0xFF)
=
‐
1
o
F
(
‐
0.5
o
C)
‐
2
(0xFE)
=
‐
2
o
F
(
‐
1.0
o
C)
‐
3
(0xFD)
=
‐
3
o
F
(
‐
1.5
o
C)
‐
4
(0xFC)
=
‐
4
o
F
(
‐
2.0
o
C)
‐
5
(0xFB)
=
‐
5
o
F
(
‐
2.5
o
C)
‐
6
(0xFA)
=
‐
6
o
F
(
‐
3.0
o
C)
‐
7
(0xF9)
=
‐
7
o
F
(
‐
3.5
o
C)
‐
8
(0xF8)
=
‐
8
o
F
(
‐
4.0
o
C)
‐
9
(0xF7)
=
‐
9
o
F
(
‐
4.5
o
C)
‐
10
(0xF6)
=
‐
10
o
F
(
‐
5.0
o
C)
Example
for
sensor
temperature
calibration:
reading
temperature
(77
o
F)
+
(
‐
2
O
F)
Functions
Parameter
Number
Parameter
value
range
Sensor
temperature
calibration
13
(0x0D)
‐
2
(0xFE)
=
‐
2
o
F
(
‐
1.0
o
C)
If
using
decimal
input
Parameter
no.
=
13
Parameter
value
=
‐
2
If
using
hexadecimal
input
Parameter
no.
=
0D
Parameter
value
=
FE
(
Size
>=
1
byte)
Display
temperature
=
sensor
reading
value
+
offset
value
=
77
‐
2
o
F
=
75
o
F
35
Reset
ZTS
‐
110
to
Factory
Default
Settings
Step
Procedure
/
Description
LCD
indication
1
Press
and
hold
“
Fan
”
+
“
Mode
＂
keys
for
2
seconds
to
entry
the
reset
mode.
Press
Up/Down
key
to
toggle
Yes/No
selection.
⇓
2
Press
“
Prog
＂
key
once
to
confirm
the
action.
=>
It
will
perform
the
reset
if
select
“
Yes
＂
or
=>
It
will
back
to
home
page
if
select
“
No
＂
.
LCD
display
done
after
reset
to
factory
default
settings.
(The
following
data
will
be
reset
to
default:
1.
Clock
:
12:00am
2.
Day:
Mon
3.
Temperature
scale:
F
4.
Swing
:
2F
5.
Diff:
2F
6.
Pre
‐
defined
schedule
7.
Operation
mode:
OFF
8.
Default
Heat
override
set
point
9.
Default
Cool
override
set
point
10.
Filter
counter
cleared
11.
Delete
from
network
12.
All
configuration
parameters
value.
36
Frequently
Asked
Questions
Q
Why
won
’
t
my
ZTS
‐
110
work
with
the
Z
‐
Wave
devices
I
purchased
from
another
country?
A
Due
to
different
countries
regulations
Z
‐
Wave
products
from
different
regions
are
set
to
different
frequencies.
Before
purchasing
new
devices
make
sure
you
have
checked
to
see
that
the
device
is
compatible
in
your
region.
Q
Do
I
need
an
electrician
to
install
ZTS
‐
110
in
my
house?
A
We
recommend
that
you
acquire
the
services
of
a
qualified
technician
to
install
this
product.
Q
How
do
I
know
which
product
is
compatible
to
my
ZTS
‐
110?
A
ZTS
‐
110
should
work
with
any
Z
‐
Wave
controller
or
gateway
that
has
control
capability
for
“Thermostat”
devices.
You
can
check
either
the
specifications
in
the
manual
of
your
ZTS
‐
110
or
also
check
online
at
www.remotec.com.hk
for
a
full
list
of
products
that
can
be
used
with
your
ZTS
‐
110.
All
Z
‐
Wave
products
also
come
with
the
Z
‐
Wave
logo.
Q
Can
I
use
2
or
more
ZTS
‐
110
in
my
house?
What
is
the
max.
units
if
yes?
A
Yes
and
it
is
very
depends
on
the
capability
of
gateway
/
controller.
For
example,
gateway
can
supports
up
to
8,
16
or
32
ZTS
‐
110
in
a
network.
Q
Where
can
I
keep
up
to
date
with
the
latest
Z
‐
Wave
products
for
my
house?
A
You
can
keep
up
to
date
by
visiting
the
www.remotec.com.hk
website
where
we
will
have
information
and
ideas
for
using
Z
‐
Wave
technology.
37
Technical
Specifications
Model
no.
BW8031US
(ZTS
‐
110US)
BW8031AU
(ZTS
‐
110AU)
BW8031EU
(ZTS
‐
110EU)
RF
frequency
908.4MHz
(US)
(ZTS
‐
110US)
921.4MHz
(AU)
(ZTS
‐
110AU)
868.4MHz
(EU)
(ZTS
‐
110EU)
RF
operating
distance
up
to
100ft
outdoor
line
of
sight,
in
unobstructed
environment
Z
‐
Wave
association
group
Supports
3
association
groups,
max.
5
nodes
ID
can
be
assigned
to
these
association
groups.
LCD
TN
type
with
white
backlight
VA=66.5mmx28.5mm
Powered
by
Dry
battery
AA
x
4pcs
or
24
VAC
+/
‐
20%
50/60Hz
Relay
contact
Voltage:
24
VAC
50/60
Hz
Current:
1A
Max.
(inductive)
Temperature
measurable
range
32
–
99
°F
/
0
–
40
°C
Temperature
display
resolution
0.5°F
/
0.1
°C
Temperature
Setting
range
41
‐
99
°F
/
5
‐
37
°C
Temperature
Operating:
32
–
122
°F
/
0
–
50
°C
Storage:
23
–
140
°F
/
‐
5
–
60
°C
Dimension
(L
x
H
x
T)
145mm
x
100mm
x
25mm
Weight
170g
(Batteries
excluded)
Z
‐
Wave
device
type
Basic
Device
Class:
Routing_Slave
Generic
Device
Class:
Thermostat
Specific
Device
Class:
Thermostat
general
v2
Z
‐
Wave
Command
Class
Controlled
Supported
COMMAND_CLASS_THERMOSTAT_FAN_MODE
NO
YES
COMMAND_CLASS_THERMOSTAT_FAN_STATE
NO
YES
COMMAND_CLASS_THERMOSTAT_MODE
NO
YES
COMMAND_CLASS_THERMOSTAT_SETPOINT
NO
YES
COMMAND_CLASS_THERMOSTAT_OPERATING_STATE
NO
YES
COMMAND_CLASS_THERMOSTAT_SETBACK
NO
YES
COMMAND_CLASS_SENSOR_MULTILEVEL
NO
YES
COMMAND_CLASS_CLOCK
NO
YES
COMMAND_CLASS_BATTERY
NO
YES
COMMAND_CLASS_BASIC
YES
YES
COMMAND_CLASS_VERSION
NO
YES
COMMAND_CLASS_MANUFACTURER_SPECIFIC
NO
YES
COMMAND_CLASS_ASSOCIATION
NO
YES
COMMAND_CLASS_CONFIGURATION
NO
YES
38
Checking
Accessories
After
opening
the
cover
of
the
packing
box,
check
that
the
following
accessories
are
included.
•
ZTS
‐
110:
Z
‐
Thermostat
•
Screw
+
Wall
Anchor
x
4pcs
•
RC/RH
jumper
wire
x
1pc
•
User
Manual
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.
NOTE:
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
off
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
different
from
that
to
which
the
receiver
is
connected.
‐
Consult
the
dealer
or
an
experienced
radio/TV
technician
for
help.
Notice
:
Changes
or
modifications
to
this
unit
not
expressly
approved
by
the
party
responsible
for
compliance
could
void
the
user
authority
to
operate
the
equipment.
Warnings
‐
Do
not
modify
the
unit
in
any
way.
‐
Risk
of
fire.
‐
Risk
of
electrical
shock.
‐
Risk
of
burns.
‐
Do
not
dispose
of
electrical
appliances
and
unsorted
municipal
waste,
use
separate
collection
facilities.
Contact
your
local
government
for
information
regarding
the
collection
systems
available.
‐
There
is
no
user
serviceable
parts
in
this
unit.
39
Caution
‐
Risk
of
explosion
if
battery
is
replaced
by
an
incorrect
type.
‐
Dispose
of
used
batteries
according
to
the
instructions.
WARRANTY
ONE
‐
YEAR
LIMITED
WARRANTY:
Remotec
warrants
this
product
to
be
free
from
defects
in
materials
and
workmanship
under
normal
use
and
service
for
a
period
of
one
year
from
the
original
date
of
purchase
from
the
distributor
or
dealer.
REMOTEC
shall
not
be
liable
for:
‐
Damages
caused
by
defective
devices
for
indirect,
incidental,
special,
consequential
or
punitive
damages,
including,
inter
alia,
loss
of
profits,
savings,
data,
loss
of
benefits,
claims
by
third
parties
and
any
property
damage
or
personal
injuries
arising
from
or
related
to
the
use
of
the
device.
‐
Service
trips
to
provide
instruction
on
product
use.
‐
Shipping
costs
for
replacement
products.
This
warranty
is
limited
to
the
repair
or
replacement
of
this
product
only,
if
the
purchase
date
cannot
be
substantiated,
the
warranty
period
will
begin
on
the
date
of
manufacture
as
indicated
on
this
product.
All
warranty
claims
must
be
made
to
Remotec
appointed
distributors
or
dealers
during
the
applicable
warranty
period.
This
warranty
gives
you
specific
legal
right
and
you
may
also
have
other
rights
which
vary
in
each
country.
www.remotec.com.hk
Printed
in
China
F820
‐
8031
‐
0003
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