Download Engineers guide

Wireless
Setup Guide
EN50131-3 : 2009
EN50131-6 : 2008
EN50131-5-3 : 2005
Security Grade 2
Environmental Class II
RINS1348-3
Default codes:
User code:1234
Master Manager Code: 2222
Engineer Code: 1111
Contents Page
The Enforcer 4
Wireless Devices
5
Simple Learning Guide 6
Powering Up / Entering & Exiting Engineers
8
Learning Contacts and Detectors
9
Learning Bells
10
Learning Keyfobs
11
Deleting Inputs / Bells
12
Diagnostics13
Wireless Functions
15
Fault Displays
16
MC1-WE17
KX12DQ-WE20
KF4-WE23
SHOCK-WE25
DELTABELL-WE28
3
The Enforcer
The Enforcer Control Panel
8
TUV
9
0
SPACE
A
B
WXYZ
JKL
6
MNO
3
5
DEF
2
ABC
PQRS
7
GHI
4
,/+.
1
C
D

BYP
a = Exit manager menu
b = Moves backwards to the previous menu item
c = Enables chime and displays additional information in the log
d = Moves forward in the log, scrolls between options/enters the master
manager menu/bypasses inputs
f p = Not used
[ ] = Directional buttons.
t = Selects items and enters menus.
x = Cancels items, resets the panel and moves to next item in Master
Manager menu
Wireless Keyfob
The keyfob may be used to set and unset
the Enforcer, as well as other operations.
Please see page 11 for programming.
4
Wireless Devices
Wireless Detectors
Status LEDs

ALARM

Learn Button
Please note: that if learning smoke/carbon sensors
only a learn button and 1 LED will be present.
Enable contact 1
Disable contact 1
Learn Button
Learn Button
Wireless Deltabell

ALARM
LEARN
Status LEDs
Wireless Contacts
LEARN
High
Low
LEARN
PIR Sensitivity
Connections for power supply

Status LEDs
ALARM

5

Simple Learning Guide
Learning Inputs (In Engineer’s Mode)
Use b and x to scroll to:
RADIO DEVICE
CONTROL?
Control Inputs?
Press t
Press t
Learn Devices?
Input 01
Available
Press t
Learning...
[01]
Enter Input.
Press t
Learning Bells (In Engineer’s Mode)
Use b and x to scroll to:
RADIO DEVICE
CONTROL?
Control Inputs?
Press t
Control Bells?
Press x
Learn Devices?
Press t
Input 01
Available
Press t
[01]
Learning...
Enter Input.
Press t
Learning Keyfobs (In Day mode)
Use b and x to scroll to:
Enforcer
Time
8:30am c
Enter Your Code
[*****]
Press D
SET DATE & TIME?
Enter Master
Manager Code
CHANGE CODES?
Press x
Press t
Change User
Codes?
User Number [02]
Press t
Select User
Press t
6
Enter user code
[
]
LEARN
The input types will then
need to be programmed.
Please see ‘Change Inputs’
in the programming manual.
Input Learnt
Press the ‘LEARN’
button on the detector/
contact until the LEDs
cycle, then release.
Input learnt
successfully
LEARN
Please note: that if learning smoke/carbon sensors
only a learn button and 1 LED will be present.
Bell Learnt
Bell learnt successfully
Press the ‘LEARN’ button
on the bell until the LEDs
cycle, then release.
Enter user code
[******]
User Name
Code learnt _
successfully
Press and hold
a keyfob button
until the RED and
GREEN LED flash
fast, then release.
Enter user
name
Press t
7
Select Button
Lock
[1]
Button Action[2]
Use [] Set Area
to select
button.
Press t
Use [] to
select action
Press t
Powering Up / Entering & Exiting Engineers
Please note that the initial power up may take a
few minutes.
Once the time is displayed, programming can
begin.
Please Wait...
Enforcer
Time
03:21c
Day Mode
Entering the Engineer Menu
Enforcer
Time
Exiting the Engineer Menu
SOFTWARE
REVISION?
03:21c
Enter the engineer’s code
Use b and x to scroll to:
Enter Your Code
[**** ]
EXIT ENGINEER
MENU?
Press t
Enforcer
Time
Active Faults
Battery Fault100
03:21c
Day Mode
Any faults are shown. Press x
SET/UNSET
SYSTEM?
OR
Press x
SOFTWARE
REVISION?
SOFTWARE
REVISION?
Engineer’s Menu
Press a*
Enforcer
Time
03:21c
Day Mode
*Note: You can only exit engineer’s mode
if a main menu is showing (capital letters)
8
Learning Contacts & Detectors
6
8
TUV
9
0
SPACE

A
B
WXYZ
3
5
MNO
PQRS
2
DEF
GHI
7
JKL
4
ABC
1
,/+.
It is recommended that all detectors, door contacts or Use b and x to scroll to:
smoke detectors are learnt at the Enforcer before any
RADIO DEVICE
installation/mounting is done. This makes learning
CONTROL?
much quicker.
C
D
BYP
Press t
Control Inputs?
TUV
0
3
6
9

A
B
WXYZ
8
MNO
PQRS
5
SPACE
DEF
GHI
2
JKL
7
ABC
4
,/+.
1
Press t
C
D
BYP
Learn Devices?
A maximum of 32 wireless inputs may be learnt.
Even though the ‘learn’ may be successful, the
position of the input in a property must be tested for
signal strength before it is actually ‘fixed’ into place.
Please see page 13 when analysing the wireless
range and signal strength.
Before learning each input (detector or door contact)
check that the battery is present and inserted
correctly.
Follow the instructions on the right to start learning
the inputs.
An input that is learnt correctly will flash the GREEN
LED briefly and ‘Input Learnt’ will be displayed on
the keypad. Both of these instances need to occur to
indicate a successful learn.
Red Blue Green
Once learning has completed, each input needs to be
given a type (final exit, intruder,etc.) please see the
main programming manual (Change Inputs) for more
information.
Press t
Input 01
Available
[01]
Input 02
Learnt
[02]
Enter Input. Press t
If ‘learnt’ is displayed
on an input, this will
need to be deleted
before learning can
begin. See page 12
for deleting inputs.
Learning...
When ‘Learning’ is
displayed, press and
hold the ‘LEARN’
button on the device
until the LEDs cycle,
then release.
Input Learnt
Input Learnt
Already!
If the input device has
already been learnt to
the Enforcer system,
‘Input Learnt Already!’
will be displayed.
Press t
9
Learning Bells
It is recommended that all wireless bells are learnt at
the Enforcer before any installation/mounting is done.
This makes learning much quicker.
Use b and x to scroll to:
RADIO DEVICE
CONTROL?
Press t
Control Inputs?
TUV
0
SPACE
3
6
9

A
B
WXYZ
PQRS
8
MNO
5
JKL
GHI
2
DEF
7
ABC
4
,/+.
1
C
D
Press x
BYP
Control Bells?
A maximum of 2 wireless external bells (Deltabell WE)
can be connected to the Enforcer.
Even though the ‘learn’ may be successful, the
position of the bell box on a property must be tested
for signal strength before it is actually ‘fixed’ into
place. Please see page 13 when analysing the
wireless range and signal strength.
Before learning each bell check that the battery is
present and is inserted correctly.
Follow the instructions to the right to start learning the
bells.
A bell that is learnt correctly will flash the GREEN LED
briefly and display ‘Bell Learnt’ on the keypad. Both of
these instances need to occur to indicate a successful
learn.
Press t
Learn Devices?
Press t
Select Bell
Available [1]
Select Bell
Learnt
[2]
Enter Bell. Press t
If ‘learnt’ is displayed on
a bell, this will need to be
deleted before learning
can begin. See page
12 for deleting bells.
Learning...
When ‘Learning’ is
displayed, press and
hold the ‘LEARN’
button on the bell until
the LEDs cycle, then
release.
Green
Blue
Red
Bell Learnt
Bell Learnt
Already!
If the bell device is already
learnt on the Enforcer
system, ‘Bell Learnt
Already!’ will be displayed.
Press t
10
Learning Keyfobs
The master manager menu has to be used to
assign keyfobs to the user codes. Follow the
instructions to the right to enter the master manager
menu (for more information please see the user
manual).
Day mode
Enforcer
Time
8:30am c
Press d
Enter Your Code
[*****]
TUV
9
0
SPACE

A
B
WXYZ
6
8
MNO
PQRS
3
5
DEF
GHI
2
JKL
7
ABC
4
,/+.
1
Enter master
manager code
C
D
BYP
SET DATE & TIME?
A maximum of 32 keyfobs can be assigned to the
Enforcer.
Each keyfob has 4 buttons that can have specific
operations:
[0] No action: Disables the button
[1] Show Status: If the keyfob is learnt, the LED will
flicker when the nominated button is pressed.
GREEN = Unset. RED = Set.
[2] Set Area: Sets the chosen area
[3] Unset Any Area: Unsets any area on the system
[4] Latch Output: Latches an output (programmable)
when the nominated button is pressed.
[5] Timed Output: Activates an output for a period of
time (programmable in seconds)
Before learning each keyfob check that the battery is
present and inserted correctly.
When learning a keyfob, any button must be held until
the LED flashes GREEN and RED, and then when
released, a GREEN LED will be shown, asterisks
will appear in the brackets on the keypad and an
acknowledgement beep will be heard, all indicating a
successful learn.
Keyfob buttons can also be programmed in the
engineer menu, in the same way as shown here
(please see the programming manual for more
information)
Deleting Keyfobs
To delete a keyfob/user code, press the c key when
the display shows ‘Enter a user code’ on the chosen
code and the astericks on the display will erase. Press
t to accept
Press x
CHANGE CODES?
Press t
Change User
Codes?
Press t
User Number [02]
Select User, Press t
Enter user code
[
]
Press and hold any
button on the keyfob
until the RED and
GREEN LEDs flash,
then release.
Enter user code
[******]
Asterisks will appear,
Press t
User Name
_
Enter Name. Press t
Select Button
Lock
[1]
Use [].Press t
Button Action[2]
Set Area
Use [] Press t#
11
Deleting Inputs / Bells
Deleting inputs and bells from the Enforcer can either be done collectively or
individually.
Deleting Inputs
Deleting Bells
Use b and x to scroll to:
Use b and x to scroll to:
RADIO DEVICE
CONTROL?
RADIO DEVICE
CONTROL?
Press t
Press t
Control Inputs?
Control Inputs?
Press t
Press x
Learn Devices?
Control Bells?
Press x
Press t
Learn Devices?
Delete Devices?
Press x
Press t
Delete Devices?
Delete All?
Press t
Press x to delete
individually
Press t
Input 01
Learnt
Delete All?
[01]
Press x to delete
individually
Use [ ]
Press t
Press t
Enter your code
[
]
Select Bell
Learnt
[01]
Use [ ]
Press t
Enter 2000
Enter your code
[
]
Inputs Deleted
Enter 2000
Input(s) deleted
Bells Deleted
Bells deleted
12
Diagnostics
The diagnostics function shows all wireless (radio)
input and bell signal strengths and battery strengths.
Signal Strength (Inputs and Bells)
One of the most important factors for a reliable
wireless installation is the signal strength between
a wireless device and the panel. If a device is out of
range it will not be able to send events to the Enforcer
panel therefore it is recommended that a signal
strength test is performed before fixing devices into
place. The Enforcer has an advanced signal strength
mechanism that operates by monitoring all inputs/bells
after 5 minutes from the start of the test. It will perform
this test every 16 seconds.
NOTE: When performing a signal strength test it is
recommended that the system is tested in the ‘worst
case scenario’ for example with all doors and windows
closed.
Once the function is entered, a count down from 300
will begin, when 0 is reached the input results display
will be shown, or press t during the count down
to go to the input display immediately, one of the
following will be displayed:
Result
Action
-
No device installed
?
Waiting for device signal strength
information
0
Missing (reposition and retest)
1
Weak signal (reposition and retest)
2
Good install position
3
Excellent signal
Action
Excellent [50 to 100]
OK to install
Good [30 to 49]
OK to install
Weak [0-29]
Not OK to install
Missing [-]
Not OK to install
DIAGNOSTICS?
Press t
View PSUs?
Press x
View Inputs?
Press x
View Radio
Device Status?
Press t
Signal Strength?
Press t
Inputs?
Press t
Please Wait
299
Press t
3--------------------------------
Press t
The signal strength can also be read from the wireless
device LEDs.
GREEN LED = Good. RED LED = Bad
When the display is showing the input status, pressing
t will show each individual input and a detailed
signal strength reading will be shown as follows:
Result
Use b and x to scroll to:
Input
Excellent
[01]
[100]
Use [ ] Press t
Bells?
Press t
?-
Press t
13
Diagnostics
Diagnostics Continued...
Battery Status
The diagnostics function also monitors the battery of
each of input and bell so that any low/bad batteries can
be quickly recognised and replaced.
The Enforcer has an advanced battery test mechanism
that operates by monitoring all inputs/bells after 5
minutes from the start of the test. It will perform this test
every 16 seconds.
Once the function is entered, a count down from 300 will
begin. Press t to go to the main display, one of the
following will be displayed:
Testing
Waiting for a battery result
Good
At least one month of battery life remaining
Replace
Battery needs to be replaced immediately
Bell
No Signal
[1]
[000]
Press t
Battery?
Press t
Inputs?
Press t
Please Wait
300
Press t
Input
Good
[01]
Use [ ] Press t
Bells?
Press t
Bell
Good
[1]
Press t
Input
Excellent
[01]
[100]
Use [ ] Press t
14
Wireless Functions
Site Options
Use b and x to scroll to:
In the site options function there are 3 functions for the
Enforcer:
• Radio Force Set: If any radio device is in fault
(e.g. has failed supervision or the signal is
jammed) and if this option is enabled, the user can
force the Enforcer to set regardless. [0] No [1] Yes
• Set With Polling Fault: This allows the Enforcer to
set even if a device has missed 20 minutes worth
of device polls. [0] No [1] Yes
• Fob Unset Entry: If this function is enabled a
keyfob can only be used to unset the control panel
when the entry time is counting down. [0] No [1] Yes
• Radio Bell Supervision: If this function is enabled,
the bell performs its own supervision and jamming
protection, and will alarm if either condition occurs
(this cannot be silenced by the panel). The alarm
will stop after the bell expiry time, when the
jamming stops or when a supervision message
has been received by the panel. If this function is
disabled, it will work the same way as an input.
No supervision or jamming will be detected by
the bell, but the Enforcer will still detect both
depending on the timers.
SITE OPTIONS?
Press t until:
Radio Force Set
No
[0]
Use [ ], t until
Set with Poll Fl
No
[0]
Use [ ], t until
Fob Unset Entry
No
[0]
Use [ ], t until
Radio Bell Sprvn
No
[0]
Press t
[0] No [1] Yes
Use b and x to scroll to:
Change Timers
In the change timers function there are 2 functions for
the wireless (radio) operation:
• Radio Supervision Time: This is the time window
before a supervision fault will be signalled. For
example: if the time is set for 2 hours, then any
device that doesn’t communicate with the Enforcer
within that period will cause a supervision fault. [0-
99] hours (0=supervision faults ignored) NOTE: Must be
set to 2 hours or less to comply with EN50131.
•
Radio Jamming Time: This is the time window
that monitors the signals of each wireless
device. If a signal is ‘blocked’ for longer that the
programmed time a fault will be displayed. [0-
100] seconds (0=jamming faults ignored). NOTE: It is
not recommended to program less than 10 seconds.
Must be set to 100 seconds or less (but not to zero) to
comply with EN50131.
15
CHANGE TIMERS?
Press t until:
Radio Sprvn Time
[02]
Use [ ], t until
Radio Jmmng Time
[030]
Press t
Fault Displays
Radio Mismatch: If an input is assigned as a type (final exit,
intruder, etc) but a detector has not been learnt on this input
number or a detector has been learnt but not assigned an input
type, this fault will be displayed.
Radio mismatch
Input 01
Radio Tamper: If a radio input is in tamper, the alarm will
activate and the input in fault will be displayed.
Alarm Silenced
Input
Battery Low: The Enforcer monitors the batteries of each
wireless device and is defined by the following:
Battery Low UXX (U = Keyfobs. XX = User Number)
User
Battery Low U05
Battery Low IXX (I = Inputs. XX = Input Number)
Battery Low BXX (B = Bell. XX = Bell Number)
If battery low is displayed it is advisable to replace the
battery within 28 days of this message being shown.
Radio Supervision: The Enforcer monitors the operation of
each wireless device and is defined by the following:
Radio Supervision IXX (I = Input, XX = Input Number)
Radio Supervision BXX (B = Bell, XX = Bell Number)
Input 02
Superv Fault I02
If this occurs it would be advisable to check the signal strength
of the device in the diagnostics function.
Jamming: This is reported when a jamming signal is recognised
on the radio frequency.
Check that no radio interference is in close proximity to the radio
devices/panel.
Radio Poll Fault: This is displayed when no ‘polls’ are received
for 20 minutes before the set operation
Test the signal strength / battery on each wireless device.
Unable to set
Jamming 700
Unable to set
Radio poll F700
PLEASE NOTE THAT SETTING MAY NOT BE POSSIBLE IF ANY FAULTS ARE PRESENT ON
THE CONTROL PANEL. PLEASE SEE ‘SITE OPTIONS’ IN THE MAIN PROGRAMMING MANUAL
TO ALTER THIS SETTING
16
+
MC1-WE
CR2 Battery
-
installed
Wireless magnetic contact/universal transmitter
with 1 reed, 1 input & tamper
Technical Specifications
Model:
MC1-WE
Colour:
WHITE
Casing:
3mm ABS, 0.4mm HDPE in Lens Area
Transmission Frequency:
868MHz, FM Transceiver Narrow Band
Transmission Method:
Fully Encrypted Rolling Code
Transmission Range:
300m Free Space
Indication:
Three LED Combinations
(RSSI, Battery Status and Alarm)
Reed Switch:
1 x MC1-WE
Detection Points:
2, Side and End
Detection Inputs:
1 External Input & 1 External Tamper Input
Battery:
3.6V 2.2Ahr AA Lithium Battery
Battery Life:
Up to 2 Years
Tamper Switch:
Front + Optional Rear Tamper
Storage Temperature:
-20°C to 50°C
Operating Temperature:
-10°C to 50°C
Rear Tamper Switch
There is a rear wall tamper protection switch at the
back of the MC1-WE device.
This tamper protection switch prevents the device
from being removed from its installed location and
prevents the lid from being removed.
Tamper Switch
Back view of the MC1-WE
Detection point
The MC1-WE has a detection point:
Magnet
WINDOW
The example below shows how you can use them on an entry door:
Contact
Using Magnetic Contact 1 (S1)
Door Frame
To enable Magnetic Contact 1 you must remove the
jumper link from the S1 enable pins:
Reed Switch
Door
Test Result
S1
Z
S1 Enable
U
T
Example:
T
T
C
Z
Magnetic
17
Contact 1
Enable/
Door
Contact
/ Sensor
N/C
Tamper
S2 Enable
T
Zone
Learn
MC1-WE
Wireless magnetic contact/universal transmitter
with 1 reed, 1 input & tamper
Back view of the MC1-WE
Tamper Switch
Detection point
Using Magnetic Contact 1 on a window
Magnet
To enable Magnetic Contact 1 you must remove the
jumper link from the S1 enable pins:
ng Magnetic Contact 1 (S1)
Frame
WINDOW
Contact
Reed Switch
Door
Test Result
S1
S1 Enable
Z
T
T
C
Learn
Z
S2 Enable
Printed Circuit Board
Univers
Z
Example:
Door
Contact
/ Sensor
Status LEDs
T
T
Tamper
Enable/
Disable
Zone
Enable/
Disable
T
Magnetic
Contact 1
Enable/
Disable
N/C
C
Using Magnetic Contact 1 (S1)
Door Frame
Test Result
S1
Z
TAMPER
S1 Enable
Door
T
T
C
ZONE
Z
Z
Tamper Switch
Back view of the MC1-WE
Learn
Learn
Button
Test Result
S1
Z
Magnet
WINDOW
External Input & Tamper Input
S1 Enable
Zone
Enable/
Disable
T
CR2 Battery
T
C
The MC1-WE hasContact
an extra input incorporated that can be used for external contacts or Learn
sensors.
Z
RED should
BLUE GREEN
The jumper pins ‘Z’ and ‘T’
both be disabled when these are used.
+
RED
CR2 Battery
-
TAMPER
BLUE GREEN
Universal Transmitter
Z
Example:
C
N/C
RED
T
T
RED
ZONE
T
BLUE GREEN
Door
Contact
/ Sensor
BLUE GREEN
Z
BLUE GREEN
Recommended maximum cable length of 10m
18
Model:
MC1-WE
Colour:
WHITE
T
C
T
RED
If the battery neeS
correct battery ty
installed
Z
Casing:
3mm ABS, 0.4mm HDPE in Lens Area
Transmission Frequency:
868MHz, FM Transceiver Narrow Band
Transmission Method:
Fully Encrypted Rolling Code
Z
C
Universal Transmitter
Magnet
T
MC1-WE
T
Wireless magnetic contact/universal transmitter
T
with 1 reed, 1 input & tamper
T
Door
Contact
/ Sensor
Z
Example:
WINDOW
Contact
Learn
Butto
N/C
C
Z
Applying the battery
S1
Z
S1
C
Universal Transmitter
S1 Enable
T
Z
Z
Example:
T
T
N/C
Z
RED
BLUE G
RED
BLUE G
RED
BLUE G
Reed Switch
+
T
Door
Z
-
CR2 Battery
Test Result
S1
If the battery needs to be replaced,
theS1 Enable
correct battery type (CR2) must
Z be
T
installed
T
C
CR2 Battery
C
Learn
Z
S2 Enable
The batteries
supplied have been chosen to provide long service life whilst, for safety
RED
Learn
reasons, having limited output current.
Z
BLUE G
To enable Magnetic Contact 1 you must remove
Learn
jumper link from the S1 enable pins:
Butto
Door Frame
C
Learn
S1 Enable
T
Learn
Z
T
Using TMagnetic Contact 1 (S1)
Test Result
Back view of the MC1-WE Z
ZONE
RED
CR2 Battery
T
C
S1
S1 Enable
T
T
TAMPER
Test Result
Door
Contact
/ Sensor
Magnetic
Contact
1
Learn
Enable/
Disable
Tamper
Enable/
Disable
Zone
Z
Enable/
Disable
ZONE
BLUE G
Magnetic
+
WINDOW
The battery is protectedIf on
purchase
a piece
Contactbe
1 removed for
Tamperthat must
Zone
the battery
needs toby
be replaced,
theof plastic
RED
RED
Enable/
Enable/
correct battery type (CR2) must beEnable/
operation.
CR2 Battery
Disable
-
installed
Disable
Disable
BLUE G
BLUE G
Status LEDs
Test Result
S1
Z
S1 Enable
T
Model:
T Colour:
C Casing:
To prevent possible damage to components, any static charge on your body needsRED
to be eliminated
before touching the inside of the unit. This can be accomplished
MC1-WE
Battery some grounded/earthed metallic conductor such as a radiator/pipework
byCR2
touching
WHITE
RED
immediately before replacing the batteries.
Test Result
Learn
Z Transmission Frequency:
Transmission Method:
S1
3mm ABS, 0.4mm HDPE in Lens Area
Z
868MHz, FM Transceiver Narrow Band
TAMPER
Fully Encrypted Rolling Code
Universal
Transmitter
ZONE the
If the battery needs to be replaced,
300m
Free Space
S1 Enable
T
-
+
correct battery type (CR2) must be
T
N/C
Casing:
1. Make
Detection Points:
T
C
T
release the
Learn button.
Battery Life:
through the different colours, then RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
IfCR2
noBattery
LED illuminates then the device is completely out of range.
Reed Switch:
1 x MC1-WE
Detection Points:
2, Side and End
Detection Inputs:
1 External Input & 1 External Tamper Input
Battery Life:
If the
battery needs to be replaced, the
Up to
2 Years
Learn
The
Battery:
+
blue LED will illuminate
when
the
device is activated.
3.6V 2.2Ahr AA
Lithium
Battery
CR2
Battery
Tamper
Switch:
Storage Temperature:
-
correct battery type (CR2) must be
installed
Front
+ Optional Rear Tamper
-20°C to 50°C
19
RED
Learn
Button
2, Side and End
3mm ABS,
HDPEcorrectly
in Lens Areaand the plastic wrapping removed.
sure the battery
is0.4mm
installed
C
Transmission Range:
300m Free Space Up to 2 Years
3.
The
device
is
correctly
when
Green
LED flashes.
Tamper
Switch:
Front + the
Optional
Rear Tamper
Three
LEDlearnt
Combinations
Indication:
(RSSI, Battery Status and Alarm)
Storage Temperature:
-20°C to 50°C
Reed Switch:
1 x MC1-WE
Operating Temperature:
-10°C toindication
50°C
The three coloured
LEDs give a visual
of the signal strength.
Detection Points:
2, Side and End
Model:
MC1-WE
Detection Inputs:
1 External Input & 1 External Tamper Input
Colour:
WHITE
Battery:
3.6Vsignal
2.2Ahr AA
Lithium Battery
Green indicates good
strength
and is a good location to install.
Casing:
3mm ABS, 0.4mm HDPE in Lens Area
Battery Life:
Up to 2 Years
Transmission Frequency:
868MHz, FM Transceiver Narrow Band
Tamper Switch:
Front + Optional Rear Tamper
Red indicates
poor Fully
signal
strength
and
the device should not be
Transmission
Method:
Encrypted
Rolling
Code
Storage Temperature:
-20°C to 50°C
Test Result
S1installed
Enable
in that position.
Transmission
Range:
300m Free Space
Operating Temperature:
-10°C to 50°C
Three LED Combinations
Indication:
(RSSI, Battery Status and Alarm)
S1
Learn
Z
receiving equipment, and when the
Manual) follow the procedure below.
Detection Inputs:
1 External
Input
& 1 External Tamper Input
Transmission Frequency:
868MHz, FM Transceiver
Narrow
Band
2. Press and Hold the Learn button
until
the 3 LEDs start cycling
3.6VCode
2.2Ahr AA Lithium Battery
Transmission Method:Battery: Fully EncryptedZ Rolling
BLUE G
T
Learning
the
MC1-WE to the Enforcer control panel
Transmission
Range:
Example: CR2 Battery Z ThreeT LED Combinations
installed
Indication:
When you are ready
to learn the device
to the
control
panel
(RSSI, Battery
Status
and Alarm)
Model:
MC1-WE
equipment
is
in
the
learn
mode
(see
Enforcer
Programming
Reed
Switch:
1
x
MC1-WE
Colour:
WHITE
T
BLUE G
BLUE G
CASE LID
SCREW FITTING
Alarm
mponents,
eds to be
ide of the
touching
onductor
ediately
KX12DQ-WE
Wall
CR123A
LITHIUM
BATTERY
2m
-
1m
1m
12m Wireless PIR Detector
-
Model:
KX12DW
Colour:
WHITE
Casing:
3mmABS, 0.4mm HDPE in LensArea
Transmission Frequency:
868MHz, FMTransceiver Narrow Band
Tranmission Method:
Fully Encrypted Rolling Code
Transmission Range:
300m Free Space
Detection Method:
Low Noise Pyroelectric Sensor
Sensitivity:
High, Low
1m
12m
Detection Zones:
74
Detection
Speed:
Piro Sensor
0.3 - 3.0 m/s
DetectionAngle:
85
Battery:
CR123A Lithium Battery
Battery Life:
Greater than 2 years
Mounting Height:
1.8m to 2.4m
Tamper Switch:
Front + Optional RearTamper
Storage Temperature:
-20 C to 50 C
Operating Temperature:
-10 C to 50 C
REAR TAMPER
69mm
(2.72”)
Emissions:
Immunity:
4m
5m 6m
7m
12m
11m
9m
7m
Coverage
pattern
NVM RESET
6M
5m
+
Vertical coverage
3m
2m
-85
74 zones
O
1m
7 planes
1m
12m
2m 3m
4m
5m 6m
7m
8m 9m
10m11m 12m
11m
2.4m
10m
9m
8m
1m
7m
6M
KX12DW
®
5m
2m 3m
4m
5m 6m
7m
8m 9m
10m11m 12m
12m Internal detector
WHITE
4m
3mmABS, 0.4mm HDPE in LensArea
3m
on Frequency:
868MHz,
FMTransceiver Narrow Band
2m
n Method:
Fully Encrypted Rolling Code
on Range:
300m Free Space
Method:
4m
Horizontal coverage
CR123A
LITHIUM
BATTERY
1m
1m 2m 3m 4m 5m 6m
Low Noise Pyroelectric Sensor
High, Low
re Compensation: AdvancedAutomatic
2.4m
7m
8m 9m
10m1
RED
BLUE GREEN
RED
BLUE GREEN
10m11m 12m
20
RED
B
RED
B
RED
B
RED
B
RED
B
= 105g (3.4 oz) without bracket
10m
= 105gEN50130-4
(3.4 oz) without bracket
Alarm
10
50mm
(2.2”)
8m
CR123A
LITHIUM
BATTERY
8m 9m
8m 9m
85O
74 zones
7 planes
EN55022 Class B
Kg
2m 3m
117mm
(4.61”)
69mm Wall and ceiling50mm
mounting brackets optional
(2.72”)
(2.2”)
Accessories:
7m
117mm
(4.61”)
Kg
Detection Range:
(0.12")
5m 6m
3mm
(0.12")
12m Internal detector
Temperature Compensation:
Learn AdvancedAutomatic
Button
DO NOT
TOUCH
3mm
4m
2.4m
Header for Rear Tamper
Technical
Specifications
®
2m 3m
Part number: FPKXBRACKET
Ceiling
umber: FPKXBRACKET
+
+
KX12DQ-WE
12m Wireless PIR Detector
Wall
Ceiling
Installation & wall mounting
ng the
it is
.
NOTE: When mounting the
detector, ensure that it is
not tilting backwards.
CASE LID
SCREW FITTING
Part number: FPKXBRACKET
OptionalHeader
bracket
fitting
for Rear Tamper
Wall
Ceiling
3mm
(0.12")
+
Battery
-
117mm
(4.61”)
Tamper Spring
NOTE: When mounting the
detector, ensure that it is
not tilting backwards.
+
69mm
(2.72”)
ING
Learn Button
Kg
CASE LID
50mm
(2.2”)
= 105gSCREW
(3.4 oz) without
bracket
FITTING
DIGITAL SIGNAL
PROCESSING SELECT
Part number: FPKXBRACKET
Piro Sensor
DO NOT TOUCH
SENSITIVITY
Part nu
Header On
= HIGH)
The KX12DW-WE Printed Circuit Board
r
3mm
(0.12")
Header for Rear Tamper
Sensitivity Settings
Header Off
= LOW
Battery
Tamper Spring
REAR TAMPER
85O
74 zones
7 planes
-
11m
10m
9m
SENSITIVITY
NVM RESET
+
-
69mm
(2.72”)
Kg
Header On
= HIGH)
Alarm
Header Off
= LOW
50mm
(2.2”)
REAR TAMPER
8m
7m
= 105g (3.4 oz) without bracket
6M
5m
The batteries supplied
have been chosen to
Learn Button
provide long service
life whilst, for safety
4m
reasons, having limited output current.
3m
+
CR123A
LITHIUM
BATTERY
Piro
DO N
117mm
12m
(4.61”)
+
CR123A
LITHIUM
DIGITAL SIGNAL
BATTERY PROCESSING SELECT
-
Replace only with approved batteries.
2m
-
Piro Sensor
1m
DO NOT 2m
TOUCH
3m 4m
1m
Sensitivity Settings
5m 6m
7m
+
8m 9m
CR123A
LITHIUM
BATTERY
-
10m11m 12m
Alarm
21To prevent
85
possible damage to components,
O
zones
any 74
static
charge on your body needs to be
-
KX12DQ-WE
12m Wireless PIR Detector
DIGITAL SIGNAL
PROCESSING SELECT
Learn Button
Avoiding false alarms
SENSITIVITY
Header On
= HIGH)
1. Avoid placing the detector in direct sunlight.
Piro Sensor
system is armed.
2. Do not let pets and other animals wander freely whilst the alarm
Off
3. DoHeader
the detector
near heaters or radiators.
DO NOT TOUCH
=not
LOWmountSensitivity
Settings
4. Do not mount the detector near open windows or air vents.
5. Mount the detector on a stable surface.
Using Magnetic Contact 1 (S1)
To enable Magnetic Contact 1 you must remove
jumper link from the S1 enable pins:
Door Frame
Changing the battery
Reed Switch
Door
Test Result
REAR TAMPER
S1
S1 Enable
Z
Back view of the MC1-WE
T
T
C
Learn
+
Replace only with approved batteries.
CR123A
LITHIUM
BATTERY
-
WINDOW
NVM RESET
Z
The batteries supplied have been chosen to
provide long service life whilst, for safety
reasons, having limited output current.
Magnetic
Contact 1
Enable/
Disable
Tamper
Enable/
Disable
Zone
Enable/
Disable
Alarm
Status LEDs
CR123A
LITHIUM
BATTERY
+
To prevent possible damage to components,
any static charge on your body needs to be
eliminated before touching the inside of the
unit. This can be accomplished by touching
some grounded/earthed metallic conductor
such as a radiator/pipework immediately
S2 Enable
Test Result
S1
Z
TAMPER
Universal Transmitter
S1 Enable
T
T
C
Learning
the MC1-WE
Z
T to the Enforcer control panel
Example:
ZONE
Learn
Z
T
T
When you are ready to learn the device to the control panel receiving equipment, and when the
T (see Enforcer Programming Manual) follow
equipment is in the learn mode
the procedure below.
®
Model:
KX12DW 12m Internal detector
Learn
Button
N/C
Colour:
WHITE removed.
C
1. Make sure the battery is installed
correctly
and the plastic wrapping
Casing:
3mmABS, 0.4mm HDPE in LensArea
Tranmission Method:
Fully Encrypted Rolling Code
Transmission Range:
300m Free Space
2. Press and Hold the Learn button
until the 3 LEDs start cycling through the different colours, then Z
Transmission Frequency:
868MHz, FMTransceiver Narrow Band
release the Learn button.
3. The device is correctly learnt when the Green LED flashes.
Detectionof
Method:
Low Noise Pyroelectric Sensor
The three coloured LEDs give a visual indication
the signal strength.
Sensitivity:
High, Low
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
Temperature Compensation: AdvancedAutomatic
Green indicates good signal strength and isDetection
a good
location to install.
Range:
12m
Detection Zones:
Red indicates poor signal strength and the Detection
device Speed:
should not be
DetectionAngle:
in that position.
S1installed
Enable
Test Result
S1
Battery:
T
Battery Life:
IfCR2
noBattery
LED illuminates then the device is completely
out of range.
Learn
+
-
0.3 - 3.0 m/s
85
CR123A Lithium Battery
Greater than 2 years
Mounting Height:
1.8m to 2.4m
Tamper Switch:
Front + Optional RearTamper
Storage Temperature:
-20 C to 50 C
The blue LED will illuminate when the device
is activated.
Operating Temperature:
CR2 Battery
74
If the battery needs to be replaced, the
Accessories:
correct battery type (CR2) must be
installed
Emissions: 22
Immunity:
-10 C to 50 C
RED
BLUE GREEN
Wall and ceiling mounting brackets optional
EN55022 Class B
EN50130-4
KF4-WE
4 Button, two way
Specifications
Transmission Frequency:
868MHz
Transmission Method:
Fully encrypted rolling code
Transmission Range:
300m free space
Battery:
CR-1/3N Li-Mn Cell (3 volts)
Battery Life:
Up to 2 years
Operating Temperature:
-10 to +40 °C
Emissions:
EN55022 Class B
Immunity:
EN50130-4
Dimensions:
60 x 40 x 15 mm
Weight:
28g
KF4-WE Learning
Transmission Frequency:
1. Put the Enforcer
control panel into868MHz
the “Change Codes” menu
Transmission Method:
Fully encrypted rolling code
Transmission Range:
300m free space
Battery:
CR-1/3N Li-Mn Cell (3 volts)
(see Enforcer User Manual for full details).
2. When prompted to enter a new user code, press any keyfob button.
3. Once asterisks appear on the Enforcer keypad, the new keyfob is learned on the system.
Battery Life:
Up to 2 years
Operating Temperature:
-10 to +40 °C
EN55022 Class B
LockKeyfob
Button
LockingEmissions:
the
Immunity:
EN50130-4
Weight:
28g
LED presses won’t affect your alarm
All 4 buttons on the keyfob may be locked so that anyStatus
accidental
Dimensions:
60 x 40 x 15 mm
I Button
system.
Locking the keys on the keyfob is performed by pressing any buttons that are diagonal with one
another at the same time: i.e. Lock & II or Unlock & I.
The RED LED will flash indicating that the fob has been locked.
Unlock Button
To unlock, press both buttons together again, and the GREEN LED will flash indicating that the keyfob
is now unlocked.
Note: When locked, the LED status is disabled.
II Button
The KF4-WE Buttons
Lock Button
Status LED
I Button
The batteries supplied have been chosen to
provide long service life whilst, for safety
reasons, having limited output current.
Unlock Button
Replace only with approved batteries.
II Button
- (Negative)
To prevent possible damage to components,
any static charge on your body needs to be
eliminated before touching the inside of the
23
+ (Positive)
KF4-WE
4 Button, two way
II Button
Changing The Battery
The batteries supplied have been chosen to
provide long service life whilst, for safety
reasons, having limited output current.
Replace only with approved batteries.
- (Negative)
To prevent possible damage to components,
any static charge on your body needs to be
eliminated before touching the inside of the
unit. This can be accomplished by touching
some grounded/earthed metallic conductor
such as a radiator/pipework immediately
+ (Positive)
CR-1/3N Li-Mn Cell (3 volts)
Resetting the keyfob
To do a nvm reset on the keyfob, first remove the battery, then press and hold down the lock and unlock
buttons together and reinsert the battery at the same time. Continue holding down the buttons for
another 10 seconds and then release.
24
Battery
SHOCK-WE
+
LEDs
Technical
specification
Rear Tamper
Sensitivity
Voltage: >2.5V
High range sensitivity band
Specification
Current:Electrical
12uA
Voltage: >2.5V
Sensitivity
Low range
sensitivity band
High
band
Disturbance: range
Rollingsensitivity
30s period
Battery Current: 12uA
Low range sensitivity band
Life: Greater than 2 years
Disturbance:
Rolling 30s period
Operating
Environment
CR2 3.0Battery
Volt
-10 to 50°C
Life: Greater than 2 years
Operating Environment
CR2 3.0 Volt
-10 to 50°C
Disabled
Front Tamper
Electrical Specification
Enabled
Disabled
The function of the shock sensor wireless transmitter is to provide an alarm signal if vibrations picked
Learn Button
up from its mounting surface
exceed a predetermined level, which can be easily adjusted.
Enabled
The wireless transmitter with wall tamper and shock sensor is used on the Enforcer Radio Control
Panel along with the current range of detectors, receivers and transmitters.
Enabled
Disabled
Wireless transmitter with wall tamper and shock sensor
Printed Circuit Board High Range Sensitivity Band:
Link Off and Turn
Battery
potentiometer
right for
- LEDs
more sensitive and left
+ sensitive
for less
Battery
LEDs
Disabled
+
Learn Button
Front Tamper
Learn Button
Front Tamper
Rear Tamper
Low/High
Sensitivity
Pulse
Count 4
Sensitivity
Band
Pulse
Count 2
Low Range Sensitivity Band:
+
CR2 BATTERY
-
Enabled
Tamper
Adjustable PCBRear
settings
LED Enable
Background
Disturbance
Disabled
-
Link On and Turn
potentiometer right for
more sensitive left for
less sensitive
Disabled
w Range Sensitivity Band:
High Range Sensitivity Band:
Link Off and Turn
right for
Low Rangepotentiometer
Sensitivity Band:
LEARN
more sensitive
and left
Off and Turn
for lessLink
sensitive
potentiometer right for
more sensitive and left
25
for less sensitive
Link On and Turn
potentiometer
right for
High Range Sensitivity
Band:
more sensitive left for
Link On and Turn
less sensitive
potentiometer right for
more sensitive left for
less sensitive
Sensitivity
High range sensitivity band
SHOCK-WE
Wireless band
transmitter with wall tamper and shock sensor
Low range sensitivity
Disturbance: Rolling 30s period
Sensitivity
High range sensitivity band
Descriptions
Operating
Environment
Electrical
Specification
Sensitivity
range
band a vibration,
1. Tri-Colour
LED:Low
When
thesensitivity
sensor detects
the LED will illuminate in one of two colours:
-10 to 50°C Rolling 30s period High range sensitivity band
Disturbance:
Voltage: >2.5V
Current:
12uA Pre-Alarm Detection, but the alarm threshold
Low range
band
GREEN:
notsensitivity
yet reached
BLUE: Alarm
Operating Environment
Disturbance: Rolling 30s period
-10 to 50°C
Battery
Life:
2 years LED illuminates, the sensitivity
Operating
Environment
of the unit
may need increasing. Please see “7. Greater
If only than
the GREEN
3.0
Potentiometer
and Sensitivity Range” to increase
sensitivity.
CR2
Volt
-10the
to 50°C
Enabled
2. Background Disturbance: If there is a constant background disturbance then this can be filtered out by fitting the background disturbance link which will monitor for this.
Disabled
LEDs
Learn Button
4. Reset
Button:
Front Tamper
Rear Tamper
5. Pulse 4: If this link is
fitted, a count of 4 pulses (GREEN LED) in a rolling 30 second window, will generate an alarm activation.
Disabled
Enabled
Front Tamper
Enabled
Rear Tamper
Enabled
Disabled
To learn the wireless transmitter on the radio expander, the reset button needs to be pressed after the battery is installed. For full programming on this procedure, please refer to the expander manual.
Learn Button
6. Pulse 2: If this link is fitted, a count of 2 pulses (GREEN LED) tivity Band:
Range
Sensitivity
Band:
in a rolling 30 secondHigh
window,
will generate
an alarm
activation.
Link Off and Turn
Link On and Turn
potentiometer right for
potentiometer right for
more sensitive
and left and Sensitivity Range: Themore
sensitive
forincreased or decreased using 7. Potentiometer
sensitivity
can beleft
either
vity
Band:
High Range Sensitivity
or
less
sensitive
lessBand:
sensitive
the potentiometer and sensitivity link.
nk Off and Turn
Link On and Turn
otentiometer
right for
potentiometer
right Sensitivity
for
Low Range
Sensitivity Band:
High Range
Band:
ore sensitive and left
more sensitive left for
Link Off and Turn
Link On and Turn
r less sensitive
less sensitive
potentiometer right for
potentiometer right for
more sensitive and left
more sensitive left for
for less sensitive
less sensitive
Low/High
Sensitivity
Sensitivity
Band
Pulse
Count 2
Pulse
Count 4
LED Enable
Background
26
Disabled
Enabled
Enabled
Enabled
Disabled
Rear Tamper
Disabled
Disabled
Disabled
Battery
Enable:
is removed, the tri-colour LED will be 3. LED
Learn
Button If this- linkLEDs
Front
Tamper at all times, which will save battery life.
disabled
+
Disabled
Enabled
LEDs
Disabled
-
SHOCK-WE
Test Result
S1
S1 Enable
Wireless transmitter with wall tamper and shock
sensor
Z
T
TAMPER
T
C
Universal Transmitter
Learning
the SHOCKWE
to the Enforcer control panel
Z
T
Example:
ZONE
Learn
Z
T
T
When you are ready to learn the device to the control panel receiving equipment, and when the
T (see Enforcer Programming Manual) follow the procedure below.
equipment is in the learn mode
Learn
Button
N/C
C
1. Make sure the battery is installed
correctly and the plastic wrapping removed.
2. Press and Hold the Learn button
until the 3 LEDs start cycling through the different colours, then Z
release the Learn button.
3. The device is correctly learnt when the Green LED flashes.
The three coloured LEDs give a visual indication of the signal strength.
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
Green indicates good signal strength and is a good location to install.
Red indicates poor signal strength and the device should not be
in that position.
S1installed
Enable
Test Result
S1
cy:
e:
T
IfCR2
noBattery
LED illuminates then the device is completely out of range.
Learn
The blue LED will illuminate when the device is activated.
+
CR2 Battery
-
If the battery needs to be replaced, the
correct battery type (CR2) must be
installed
MC1-WE
WHITE
3mm ABS, 0.4mm HDPE in Lens Area
868MHz, FM Transceiver Narrow Band
Fully Encrypted Rolling Code
300m Free Space
Three LED Combinations
(RSSI, Battery Status and Alarm)
1 x MC1-WE
2, Side and End
1 External Input & 1 External Tamper Input
3.6V 2.2Ahr AA Lithium Battery
Up to 2 Years
Front + Optional Rear Tamper
-20°C to 50°C
-10°C to 50°C
27
DELTABELL-WE
External sounder
Technical specification
Battery
CR3 3.0 volt
11000MAh
Lithium battery
Strobe duration
10mS
Strobe Frequency
1Hz
Sound pressure level
101dBA
Dimensions
290 x 285 x 50 mm
Reverse polarity protected
Installation Steps:
Step 1
Slide the PCB module upwards. The sprung back-tamper arm can be
retracted to allow removal. This must be done in order to install the
revolving guides - see step 3.
Place the base on a flat surface and ensure it is vertical using the Spirit
level that is already installed. Drill and plug in each of the fixing locations.
The revolving guides will correct any misalignment. If the Deltabell WE
must be mounted on an uneven surface, it is recommended that a tamper
levelling screw is used to ensure correct back-tamper operation. See step 2.
Step 2
Mounting the Deltabell WE on an uneven surface may cause false
triggering, through incorrect operation of the back-tamper.
A POZI number 2 screw driver is recommended for adjusting back tamper
screw.
Step 3
Insert the guides in as shown. Make sure that the guides ‘B’ is aligned with
the tabs to the right (this is so the PCB module slides in)
Turn each guide until they line up with the drilled holes, while referencing
the spirit level for the correct alignment and fix the base firmly to the wall.
Tamper
Please note, if the Deltabell WE is installed onlevelling
an uneven surface, it is
screw
recommended that you do not tighten up the wall screws until after the
module is installed (step 4).
28
Tamper
levelling
screw
DELTABELL-WE
Tampe
levellin
screw
External sounder
Step 4
Place the PCB module, ensuring that the arrow is aligned
with the marker (on the left of the module).
Expose the terminals by releasing the latch on the top of the
PCB module.
Tamper
levelling
screw
Step 5
Fit the lid by sliding its hinges into place. The lid can be supported
in the fully open position; to close the lid, apply a little force to
push the lid past the holds.
Lea
Com
Ena
link
Close the cover, ensure the tamper is operating correctly and
insert the 25mm long screw supplied and rotate the screw cover
to a close.
Opt
aux
volt
Bat
Printed circuit board
Sou
Tam
Learn button
LEARN
Comfort LED
Enable/Disable
link
AC/DC
+
BAT
Red LED
Blue LED
Green LED
-
BATTERY
LED3 LED2 LED1
Optional
auxillary 12
volt PSU input
SOUNDER
Battery
TAMPER
Sounder
The batteries supplied have been
chosen to provide long service life
whilst, for safety reasons, having
limited output current.
Tamper
Replace only with approved batteries.
Strobe
To prevent possible damage to
Comfort
The batteries supplied have been
chosen to provide long service life
whilst, for safety reasons, having
29
limited output current.
components, any static charge on your
Battery before
body needs to be eliminated
touching the inside of the unit. This can
be accomplished by touching some
grounded/earthed metallic conductor
LEDssuch as a radiator/pipework
immediately before replacing batteries.
Tamper sw
DELTABELL-WE
External sounder
Battery
Using Magnetic Contact 1 (S1)
Door Frame
To enable Magnetic Contact 1 you must remove
jumper link from the S1 enable pins:
Battery
Reed Switch
Door
Test Result
S1
The batteries supplied have been
S1 Enable
Z
Back view of thechosen
MC1-WE
to provide long service life
B
T
T
whilst, for safety reasons, having
limited output current.
C
Learn
Z
S2 Enable
S
Replace only with approved batteries.
S
Tamper
Enable/
Disable
Zone
Enable/
Disable
WINDOW
To prevent possible damage to
components, any static charge on your
body needs to be eliminated before
touching the inside of the unit. This can
be accomplished by touching some
grounded/earthed metallic conductor
such as a radiator/pipework
immediately before replacing batteries.
Magnetic
Contact 1
Enable/
Disable
Test Result
Tamper switch
S1
Z
TAMPER
S1 Enable
T
T
C
Learning
the DELTABELL-WE
to the Enforcer
Z
T
Example:
Universal Transmitter
ZONE
Z
Learn
T
T
When you are ready to learn the device to the control panel, and when the Enforcer is in the learn
T
mode (see Enforcer Programming
Manual) follow the procedure below.
Learn
Button
N/C
C
correctly and the plastic wrapping removed.
1. Make sure the battery is installed
2. Press and Hold the Learn button
until the 3 LEDs start cycling through the different colours, then Z
release the Learn button.
3. The device is correctly learnt when the Green LED flashes.
The three coloured LEDs give a visual indication of the signal strength.
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
RED
BLUE GREEN
Green indicates good signal strength and is a good location to install.
Red indicates poor signal strength and the device should not be
in that position.
S1installed
Enable
Test Result
S1
T
IfCR2
noBattery
LED illuminates then the device is completely out of range.
Learn
The blue LED will illuminate when the device is activated.
+
S
Status LEDs
CR2 Battery
-
If the battery needs to be replaced, the
correct battery type (CR2) must be
installed
30
D
31
Customer support:
Customer support line (UK only): +44(0)845 6434 999 (local rate)
Or telephone: +44(0)1709 535225
Hours: Mon to Fri, 8:00am till 6:30pm
Email: [email protected]
Website: www.pyronix.com
Email: [email protected]
Website: www.castle-caretech.com