2GIG TAKE‐345 Installation Manual

©2013 2GIG by Linear Corporation. All Rights Reserved.
1
Super Switch (Takeover Module)
INSTALL INSTRUCTIONS
The
2GIG
TAKE
345
Super
Switch
is
2GIG’s
wireless
takeover
module.
This
unit
was
designed
to
convert
8
hardwired
zones
into
eight
wireless
zones,
make
installation
simple,
and
work
with
existing
12
volt
control
panels.
The
module
is
to
be
mounted
next
to
the
existing
Control
Panel
where
the
hardwired
zones
are
c
onnected.
All
of
the
zones
on
the
Super
Switch
act
as
supervised
wireless
zones.
IMPORTANT:
If
the
control
panel
has
been
removed
then
a
12
volt
power
supply
with
battery
backup
is
required
(not
supplied).
Box Contents
•Takeover
Module
•Mounting
Plate
•2
Phillips
head
screws
•2
Plastic
drywall
anchors
PROGRAMMING
The
following
steps
are
guidelines
for
programming
(learning)
the
Super
Switch
into
the
2GIG
Control
Panel.
Scroll
between
op
Ɵ
ons
using
the
and
arrows.
Move
to
the
previous
or
next
prompt
by
pressing
the
and
arrows.
1
Select
RF
sensor
#(01
to
48).
Assign
the
Takeover
Module
to
a
new
zone.
(Terminals
1
8)
2
Select
RF
sensor
type.
(01)
Exit/En
try
(02)
Exit/En
try
(0
3)
Pe rimeter
(0
4)
Int erior
Follower
3
Select
RF
equipment
type.
4
Select
RF
sensor
equipment
code.
Enter
0873
for
the
2GIG
TAKE
345
module.
5
Enter
RF
sensor
serial
number
(7
digits).
Manual
En try:
Ty
pe
in
the
last
7
digit
serial
number
that
ends
in
“1”
(XXX
XXXX1)
that
is
found
on
the
back
of
the
Super
Switch
(this
is
the
serial
number
for
Zone
1).
For
ea
ch
additional
zone,
add
a
digit
to
the
end
of
the
serial
number.
For
example,
Zone
(terminal)
2
will
be
(XXX
XXX2)
Auto
En
try:
With
the
panel
in
Learn
in
mode
(press
Shift
then
Learn
)
trip
the
zone
that
you
want
to
learn
in.
The
correct
TX
ID
should
appear.
Accept
the
correct
TX
ID
by
pressing
ok
.
Remember
to
pr
e
ss
the
arrow
to
continue
through
the
system
configuration
prompts.
6
Select
RF
sensor
equipment
age.
(0)
new
(pr oduct
is
new)
7
Select
RF
sensor
loop
number
(1).
(1)
1
8
Select
RF
sensor
1
dialer
delay.
(0)
disable
d
(1
)
en abled
9
Construct
RF
sensor
descriptor.
Press
Insert
then
press
any
number
between
002
and
255
to
add
a
word.
For
example,
if
you
wanted
to
name
this
Takeover
Module
as
“Wireless
Sensor
Tool,”
press
Insert
then
press
252
for
WIRELESS
.
Press
Insert
then
press
191
for
SENSOR
.
Press
Insert
then
press
23
3
for
T
OOL
.
10
Select
RF
sensor
reports
(0
to
1).
(0)
disable
d
(sensor
does
NOT
report
to
the
central
station)
(1)
en
abled
(sens
or
reports
to
the
central
station)
11
Select
RF
sensor
supervised
(0
to
1).
(0)
disable
d
(sensor
does
NOT
report
loss
of
supervision
or
low
battery)
(1)
en
abled
(sens
or
reports
loss
of
supervision
or
low
battery)
12
Select
RF
sensor
chime
(0
to
13).
(0)
disable
d
(panel
will
not
chime
when
sensor
is
activated)
(1
13)
enabled
(selects
a
voice
and/or
chime
to
sound
when
sensor
is
activated)
13
To
program
another
sensor,
click
next
.
14
To
exit
programming,
click
skip
then
end
and
exit
.
Upon
exit,
the
panel
takes
a
few
seconds
to
reset.
FOR
UL/ETL
Listed
Installations
use
the
following
equipment:
Altronix
(TM)
power
supply/charger
model
#AL100UL
with
an
Altronix
(TM)
plug
in
transformer,
model
#TP1620
and
a
Power
Sonic
Model
PS
1212
12
Volt
1.
4
Amp
Hour
rechargeable
sealed
lead
acid
battery
or
equivalent.
See
"Using
the
Altronix
Power
Supply"
on
page
3.
Monitoring the Battery
The
Super
Switch
will
operate
on
the
connected
battery
if
there
is
an
AC
failure,
unless
the
battery
is
not
capable
of
supplying
enough
power.
The
Super
Switch
monitors
the
battery
to
ensure
it
is
operational.
When
the
Super
Switch
detects
a
battery
voltage
below
normal
level
for
a
period
of
ti
me,
the
Super
Switch
reports
a
low
battery
for
each
zone
(if
programmed
in
step
11
under
Programming).
Testing the Battery Voltage
If
you
get
a
“Low
Battery”
Indicator,
do
the
following:
1
Test
the
battery’s
voltage
with
a
volt
reader
to
ensure
that
12
volts
are
passing
through
the
switch.
2
If
the
battery
is
fine,
remove
power
from
the
Super
Switch
(disconnect
battery
and
AUX
power
terminal
2).
3
Rewire
the
Super
Switch
by
connecting
the
battery
first.
4
After
the
Super
Switch
is
powered
by
the
battery,
connect
AUX
power
to
terminal
2
on
the
Super
Switch.
5
Remove
power
from
the
Control
Panel
and
then
power
up
the
Control
Panel.
If
everything
is
connected
correctly,
the
“Low
Battery”
indicator
should
disappear.
IMPORTANT:
If
there
is
no
existing
system,
then
use
your
own
power
supply
and
group
all
of
the
ground
wires
together
and
connect
them
to
the
ground
port
on
the
Super
Switch.
INSTALLING AND MOUNTING
•Screw
the
mounting
bracket
to
a
wall
and
attach
the
Super
Switch.
To
release
the
bracket,
pull
up
on
the
tab
and
slide
the
bracket
down.
Mount
the
bracket
with
2
screws.
Mount
the
Super
Switch
in
RF
range
of
the
Control
Panel
.
To Wire Super Switch with an Existing Power Source
*See
Figure
1
on
next
page
1
Remove
AC
power
from
existing
wired
panel.
2
Remove
leads
from
battery
on
existing
wired
panel.
3
With
power
removed,
wire
the
zones
to
the
Super
Switch.
Terminals
3
10
are
marked
as
Zones
1
8
on
the
Super
Switch
and
are
where
the
zones
are
connected.
For
example,
to
wire
zone
1
on
the
Super
Switch
take
the
positive
or
HI
side
of
the
zone
off
the
ex
isting
panel
and
place
it
in
terminal
3/Zone
1
on
the
Super
Switch.
Leave
the
negative
side
or
the
LO
(GND)
side
of
the
zone
wired
to
the
existing
Control
Panel.
4
Repeat
this
procedure
for
all
zones
to
be
connected
to
the
Super
Switch.
TIP:
An
option
is
to
remove
all
LO
wires
from
existing
panel,
group
them
together,
and
connect
them
to
the
ground
port.
WARNING:
THIS
IS
NOT
FOR
USE
IN
A
UL/ETL
LISTED
INSTALLATION.
To Wire Super Switch without an Existing Power Source
See
"Using
Existing
System
Wiring"
on
page
3.
*See
Figure
2
on
next
page
IMPORTANT:
Before
connecting
power
to
the
Super
Switch,
wire
the
zones
to
the
Super
Switch.
Terminals
3
10
are
marked
as
Zones
1
8
on
the
Super
Switch.
For
example,
to
wire
zone
1
on
the
Super
Switch
take
the
positive
or
HI
side
of
the
zone
place
it
in
terminal
3/Zone
1
on
the
Super
Sw
i
tch.
1
Repeat
above
for
all
zones
to
be
connected
to
the
Super
Switch.
2
Group
all
LO/(GND)
wires
together
and
connect
them
to
terminal
1/G
(GND
Port
of
the
Super
Switch.
WARNING:
DO
NOT
PLUG
THE
POWER
SUPPLY/CHARGER
PLUG
IN
TRANSFORMER
INTO
AN
OUTLET
CONTROLLED
BY
A
SWITCH.
Powering the Super Switch and Other Devices
1
The
Super
Switch
has
two
wires
attached
RED
(+)
and
BLACK
(
).
Connect
the
Red
wire
to
the
red
terminal
and
the
black
wire
to
the
black
terminal
on
the
existing
Control
Panel’s
battery.
2
Connect
the
wires
from
the
existing
Control
Panel
for
the
battery
into
the
spades
lugs
on
top
of
the
wires
from
the
Super
Switch
that
is
now
connected
to
the
battery.
3
IF
USING
AN
EXISTING
POWER
SOURCE:
Wire
the
existing
panels
AUX
power
out
to
terminal
2/12V
port
on
the
Super
Switch.
If
you
are
using
the
Super
Switch
with
PIRs,
Glass
Break
Detectors,
or
other
devices
that
need
power,
then
they
must
receive
power
from
the
AUX
power
on
the
existing
Con
trol
Panel.
Reconnect
AC
power
to
existing
panel.
NOTE:
Remove
all
other
devices
wired
to
AUX
power
on
the
existing
Control
Panel
(such
as
keypads
or
any
other
unused
devices
requiring
power).
WARNING:
THIS
IS
NOT
FOR
USE
IN
A
UL/ETL
LISTED
INSTALLATION.
2
©2013 2GIG by Linear Co
rporation. All Rights Reserved.
Figures 1 and 2
©2013 2GIG by Linear Corporation. All Rights Reserved.
3
Using Existing System Wiring
Using the Altronix Power Supply
4
©2013 2GIG by Linear Co
rporation. All Rights Reserved.
Important to Remember
1
All
of
the
zones
on
the
Super
Switch
are
“normally
closed”
zones.
2
The
maximum
loop
resistance
cannot
exceed
3K
ohms
(If
the
loop
resistance
exceeds
3K
ohms
and
the
existing
panel
used
end
of
line
resistance,
then
the
end
of
line
resistor
may
be
removed).
3
Different
control
panels
have
different
terminals
for
each
zone
and
aux
power.
Please
refer
to
the
wiring
diagrams
that
came
with
the
existing
panels.
For
example,
the
HI
side
of
Zone
1—Zone
8
on
a
“Vista”
panel
is
typically
terminals
8,11,12,14,15,17,18,
and
20.
AUX
positive
is
typically
terminal
5
on
a
“Vi
sta”
pa
nel.
WARNING:
The
Super
Switch
CANNOT
be
used
to
monitor
any
type
of
fire
or
CO
Detection
Zones.
Specifications
Regulatory Compliance
This
device
complies
with
Part
15
of
the
FCC's
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
fo
r
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,
ma
y
caus
e
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
cor
rect
the
in
terference
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.
This
pr
oduct
co
mplies
with
FCC
radiation
exposure
limits
for
an
uncontrolled
environment.
Avoid
operating
this
product
at
a
distance
less
than
20
cm
from
user.
Caution:
Any
changed
or
modifications
not
expressly
approved
by
the
party
responsible
for
compliance
could
void
the
user's
authority
to
operate
this
equipment.
Limited Warranty
This
2GIG
Technologies
product
is
warranted
against
defects
in
material
and
workmanship
for
2
years.
This
warranty
extends
only
to
wholesale
customers
who
buy
direct
from
2GIG
Technologies
or
through
2GIG
Technologies’
normal
distribution
channels.
2GIG
Technologies
does
not
warrant
this
product
to
consumers.
Consumers
should
inquire
from
their
selling
dealer
as
to
the
natur
e
of
the
dealer
’s
warranty,
if
any.
There
are
no
obligations
or
liabilities
on
the
part
of
2GIG
Technologies
for
consequential
damages
arising
out
of
or
in
connection
with
use
or
performance
of
this
product
or
other
indirect
damages
with
respect
to
loss
of
property,
revenue,
or
profit,
or
cos
t
of
re
moval,
installation,
or
reinstallation.
All
implied
warranties
for
functionality,
are
valid
only
until
the
warranty
expires.
This
2GIG
Technologies
Warranty
is
in
lieu
of
all
other
warranties
expressed
or
implied.
For
technical
support
in
the
USA
and
Canada:
855
2GIG
TECH
(855
244
4832)
Email:
t echsupport@2gig.com
In
ternet:
dealer.2gig.com
Vi
sit
we b
site
for
technical
support
hours
of
operation
For
te chnical
sup
port
outside
of
the
USA
and
Canada:
Contact
yo ur
re
gional
distributor
Visit
de aler.2gig.com
for
a
list
of
distributors
in
your
region
PN:
IP
M
10
47
02
Rev.
D
Wireless
Signal
Range
350
ft,
open
air,
with
2GIG
Wireless
Control
Panel
Code
Outputs
For
each
of
8
serialized
zones:
Fault;
Restore;
Tamper;
Low
Battery
Transmitter
Frequency
345.000
MHz
(crystal
controlled)
Transmitter
Frequency
Tolerance
±15kHz
Transmitter
Bandwidth
24kHz
Modulation
Type
Amplitude
Shift
Keying
On/Off
Keying
(ASK
OOK)
Unique
ID
Codes
Over
one
million
different
code
combinations
Supervisory
Interval
70
minutes
Peak
Field
Strength
Typical
50,000
uV/m
at
3m
Sensor
Dimensions
(LxWxH) 3.54
x
2.56
x
1.13
in.
(9.0
x
6.5
x
2.9
cm)
Weight
(including
bracket)
2.85
oz.
(80.8
g)
Housing
Material
ABS
plastic
Color
White
Operating
Temperature
Limits 32°
to
120°
F
(0°
to
49°
C)
Relative
Humidity
5
95%
Non
Condensing
Operating
Voltage
9
16
volts
DC,
50mA
Included
Accessories
Mounting
plate,
2
Phillip’s
head
screws,
2
plastic
drywall
anchors
of 4


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Document Transcript

©2013 2GIG by Linear Corporation. All Rights Reserved. 1


Super Switch (Takeover Module)
INSTALL INSTRUCTIONS
The 2GIG‐TAKE‐345 Super Switch is 2GIG’s wireless takeover module. This unit was 
designed to convert 8 hardwired zones into eight wireless zones, make installation 
simple, and work with existing 12‐volt control panels. The module is to be mounted 
next to the existing Control Panel where the hardwired zones are connected. All of 
the zones on the Super Switch act as supervised wireless zones.
IMPORTANT: If the control panel has been removed then a 12‐volt power 
supply with battery backup is required (not supplied).
Box Contents
• Takeover Module
• Mounting Plate
• 2 Phillips head screws
• 2 Plastic drywall anchors
PROGRAMMING
The following steps are guidelines for programming (learning) the Super Switch into 
the 2GIG Control Panel. Scroll between opons using the ← and → arrows. Move to 
the previous or next prompt by pressing the ↑ and ↓ arrows. 
1 Select RF sensor #(01 to 48). Assign the Takeover Module to a new zone.
(Terminals 1‐8)
2 Select RF sensor type. 
(01) Exit/Entry
(02) Exit/Entry
(03) Perimeter
(04) Interior Follower
3 Select RF equipment type.
4 Select RF sensor equipment code. Enter 0873 for the 2GIG‐TAKE‐345 module.
5 Enter RF sensor serial number (7 digits).
Manual Entry: Type in the last 7‐digit serial number that ends in “1” (XXX‐
XXXX1) that is found on the back of the Super Switch (this is the serial number 
for Zone 1).
For each additional zone, add a digit to the end of the serial number. For 
example, Zone (terminal) 2 will be (XXX‐XXX2)
Auto Entry: With the panel in Learn‐in mode (press Shift then Learn) trip the 
zone that you want to learn in. The correct TX ID should appear. Accept the 
correct TX ID by pressing ok.
Remember to press the ↓ arrow to continue through the 
system configuration prompts.
6 Select RF sensor equipment age.
(0) new (product is new)
7 Select RF sensor loop number (1).
(1) 1
8 Select RF sensor 1 dialer delay.
(0) disabled 
(1) enabled 
9 Construct RF sensor descriptor. Press Insert then press any number between 
002 and 255 to add a word. For example, if you wanted to name this Takeover 
Module as “Wireless Sensor Tool,” press Insert then press 252 for WIRELESS. 
Press Insert then press 191 for SENSOR. Press Insert then press 233 for TOOL.
10 Select RF sensor reports (0 to 1).
(0) disabled (sensor does NOT report to the central station)
(1) enabled (sensor reports to the central station)
11 Select RF sensor supervised (0 to 1).
(0) disabled (sensor does NOT report loss of supervision or low battery)
(1) enabled (sensor reports loss of supervision or low battery)
12 Select RF sensor chime (0 to 13).
(0) disabled (panel will not chime when sensor is activated)
(1‐13) enabled (selects a voice and/or chime to sound when sensor is activated)
13 To program another sensor, click next. 
14 To exit programming, click skip then end and exit. Upon exit, 
the panel takes a few seconds to reset.
FOR UL/ETL Listed Installations use the following equipment: 
Altronix (TM) power supply/charger model #AL100UL with an 
Altronix (TM) plug‐in transformer, model #TP1620 and a Power 
Sonic Model PS‐1212 12 Volt 1.4 Amp Hour rechargeable sealed 
lead acid battery or equivalent. See "Using the Altronix Power Supply" on page 3.
Monitoring the Battery
The Super Switch will operate on the connected battery if there is an AC 
failure, unless the battery is not capable of supplying enough power. 
The Super Switch monitors the battery to ensure it is operational. When 
the Super Switch detects a battery voltage below normal level for a 
period of time, the Super Switch reports a low battery for each zone (if 
programmed in step 11 under Programming).
Testing the Battery Voltage
If you get a “Low Battery” Indicator, do the following:
1 Test the battery’s voltage with a volt reader to ensure that 12 volts are passing 
through the switch.
2 If the battery is fine, remove power from the Super Switch (disconnect battery 
and AUX power terminal 2).
3 Rewire the Super Switch by connecting the battery first.
4 After the Super Switch is powered by the battery, connect AUX power to 
terminal 2 on the Super Switch.
5 Remove power from the Control Panel and then power up the Control Panel. If 
everything is connected correctly, the “Low Battery” indicator should disappear.
IMPORTANT: If there is no existing system, then use your own power supply 
and group all of the ground wires together and connect them to the 
ground port on the Super Switch.
INSTALLING AND MOUNTING
• Screw the mounting bracket to a wall and attach the Super Switch. To release 
the bracket, pull up on the tab and slide the bracket down. Mount the bracket 
with 2 screws. Mount the Super Switch in RF range of the Control Panel.
To Wire Super Switch with an Existing Power Source
*See Figure 1 on next page
1 Remove AC power from existing wired panel.
2 Remove leads from battery on existing wired panel.
3 With power removed, wire the zones to the Super Switch. Terminals 3‐10 are 
marked as Zones 1‐8 on the Super Switch and are where the zones are 
connected. For example, to wire zone 1 on the Super Switch take the positive or 
HI side of the zone off the existing panel and place it in terminal 3/Zone 1 on 
the Super Switch. Leave the negative side or the LO (GND) side of the zone 
wired to the existing Control Panel.
4 Repeat this procedure for all zones to be connected to the Super Switch.
TIP: An option is to remove all LO wires from existing panel, group them 
together, and connect them to the ground port.
WARNING: THIS IS NOT FOR USE IN A UL/ETL LISTED INSTALLATION.
To Wire Super Switch without an Existing Power Source
See "Using Existing System Wiring" on page 3.
*See Figure 2 on next page
IMPORTANT: Before connecting power to the Super Switch, wire the zones 
to the Super Switch. Terminals 3‐10 are marked as Zones 1‐8 on the Super 
Switch. For example, to wire zone 1 on the Super Switch take the positive 
or HI side of the zone place it in terminal 3/Zone 1 on the Super Switch.
1 Repeat above for all zones to be connected to the Super Switch.
2 Group all LO/(GND) wires together and connect them to terminal 1/G (GND 
Port of the Super Switch.
WARNING: DO NOT PLUG THE POWER SUPPLY/CHARGER PLUG‐IN 
TRANSFORMER INTO AN OUTLET CONTROLLED BY A SWITCH.
Powering the Super Switch and Other Devices
1 The Super Switch has two wires attached RED (+) and BLACK (‐). Connect the 
Red wire to the red terminal and the black wire to the black terminal on the 
existing Control Panel’s battery.
2 Connect the wires from the existing Control Panel for the battery into the 
spades lugs on top of the wires from the Super Switch that is now connected to 
the battery.
3 IF USING AN EXISTING POWER SOURCE: Wire the existing panels AUX power 
out to terminal 2/12V port on the Super Switch. If you are using the Super 
Switch with PIRs, Glass Break Detectors, or other devices that need power, then 
they must receive power from the AUX power on the existing Control Panel. 
Reconnect AC power to existing panel.
NOTE: Remove all other devices wired to AUX power on the existing Control 
Panel (such as keypads or any other unused devices requiring power).
WARNING: THIS IS NOT FOR USE IN A UL/ETL LISTED INSTALLATION.
2 ©2013 2GIG by Linear Corporation. All Rights Reserved.
Figures 1 and 2
©2013 2GIG by Linear Corporation. All Rights Reserved. 3
Using Existing System Wiring
Using the Altronix Power Supply
4 ©2013 2GIG by Linear Corporation. All Rights Reserved.
Important to Remember
1 All of the zones on the Super Switch are “normally closed” zones.
2 The maximum loop resistance cannot exceed 3K ohms (If the loop resistance 
exceeds 3K ohms and the existing panel used end of line resistance, then the 
end of line resistor may be removed).
3 Different control panels have different terminals for each zone and aux power. 
Please refer to the wiring diagrams that came with the existing panels. For 
example, the HI side of Zone 1—Zone 8 on a “Vista” panel is typically terminals 
8,11,12,14,15,17,18, and 20. AUX positive is typically terminal 5 on a “Vista” 
panel.
WARNING: The Super Switch CANNOT be used to monitor any type of fire 
or CO Detection Zones.
Specifications
Regulatory Compliance
This device complies with Part 15 of the FCC's 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 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.
This product complies with FCC radiation exposure limits for an 
uncontrolled environment. Avoid operating this product at a distance 
less than 20 cm from user.
Caution: Any changed or modifications not expressly approved by the 
party responsible for compliance could void the user's authority to 
operate this equipment.
Limited Warranty
This 2GIG Technologies product is warranted against defects in 
material and workmanship for 2 years. This warranty extends only to 
wholesale customers who buy direct from 2GIG Technologies or 
through 2GIG Technologies’ normal distribution channels. 2GIG 
Technologies does not warrant this product to consumers. Consumers 
should inquire from their selling dealer as to the nature of the dealer’s 
warranty, if any.
There are no obligations or liabilities on the part of 2GIG Technologies 
for consequential damages arising out of or in connection with use or 
performance of this product or other indirect damages with respect to 
loss of property, revenue, or profit, or cost of removal, installation, or 
reinstallation. All implied warranties for functionality, are valid only 
until the warranty expires. This 2GIG Technologies Warranty is in lieu 
of all other warranties expressed or implied.
For technical support in the USA and Canada:
855‐2GIG‐TECH (855‐244‐4832)
Email: techsupport@2gig.com
Internet: dealer.2gig.com
Visit web site for technical support hours of operation
For technical support outside of the USA and Canada:
Contact your regional distributor
Visit dealer.2gig.com for a list of distributors in your region
PN: IPM‐1047‐02 Rev. D
Wireless Signal Range 350 ft, open air, with 2GIG Wireless Control Panel
Code Outputs For each of 8 serialized zones: Fault; Restore; 
Tamper; Low Battery
Transmitter Frequency 345.000 MHz (crystal controlled)
Transmitter Frequency 
Tolerance
±15kHz
Transmitter Bandwidth 24kHz
Modulation Type  Amplitude Shift Keying‐On/Off Keying (ASK‐OOK)
Unique ID Codes Over one million different code combinations
Supervisory Interval 70 minutes
Peak Field Strength Typical 50,000 uV/m at 3m
Sensor Dimensions (LxWxH) 3.54 x 2.56 x 1.13 in. (9.0 x 6.5 x 2.9 cm)
Weight (including bracket) 2.85 oz. (80.8 g)
Housing Material ABS plastic
Color White
Operating Temperature Limits 32° to 120° F (0° to 49° C)
Relative Humidity 5‐95% Non‐Condensing
Operating Voltage 9‐16 volts DC, 50mA
Included Accessories Mounting plate, 2 Phillip’s head screws, 2 plastic 
drywall anchors


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