TS50131-2-4
EN50131-1
PD6662:2004
Security Grade 3
Environmental Class 2
TS50131-2-4
EN50131-1
PD6662:2004
Security Grade 2
Environmental Class 2
TS50131-2-2
EN50131-1
PD6662:2004
Security Grade 2
Environmental Class 2
3
2
2
KX15DT
®
15m Dual
Technology Digital
Detector
RINS549-12
1: Disassembling the KX
4: Bracket Connections
6: Sensitivity Settings
7: AND/OR Mode
8: Microwave Potentiometer
5: Installation Hints
9: EOL Resistor Headers
a) Auto Sensitivity (Default)
b) Wall Bracket
Fitting
a) Ceiling
Bracket
Fitting
b) High Sensitivity
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
KX
KX
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
2K2
Hard Wired
Resistor
a) Normally Closed
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
KX
KX
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
2K2
Hard Wired
Resistor
b) Single End of Line Wiring
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
KX
KX
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
2K2
Hard Wired
Resistor
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
KX
KX
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
2K2
Hard Wired
Resistor
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
KX
KX
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
2K2
Hard Wired
Resistor
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
KX
KX
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
ALARM CONTROL PANEL
+ -
ZONE1
CO
M
TA
MPER
TA
MPER
+ -
Link
+ -
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
KX
+ -
5K6
5K6
6K8
4K7
4K7 2K2 1K
1K
ALARM
TAMPER
TAMPER
ALM
ALM
2K2
Hard Wired
Resistor
c) Double End of Line Wiring
d) Two Double End of Line Detectors to One Input
e) Zone Doubling Example (For Matrix 424, 832, 832+)
14: Technical Specification
15: Compliance and Warranty
16: Contact Information
2: The Printed Circuit Board
3: Cable Entry + Mounting
10: Choose the Connection Type:
11: Powering Up
12: The 15m Volumetric Lens
13: Dimensions and Weight
b) Lens Illuminator
a) Printed Circuit Board
d) Lens Holder
c) Lens
f) Back
Tamper
e) PCB
Screw
f) Nut
g) Casing Screw
h) Microwave
Potentiometer
f) Tamper and Alarm
Resistor Headers
a) Terminals
a) Mounting Screw
Knockouts
b) Cable Entry
Knockout
c) Case Lid Screw
Fitting
b) Mains Frequency
c) Sensitivity Auto/High
See Section 6
d) AND/OR
e) ALARM LED
See section 7
50Hz
(Default)
LED Disable
60Hz
LED Enable
(Default)
g) Piro Sensor
DO NOT TOUCH
The KX15DT has 2 set of header pins at the top of
the printed circuit board. These headers are used
to select the End of Line resistance for EOL wiring
applications.
If EOL wiring is not used, leave the headers OFF.
Note: turning pot fully anti-clockwise turns off
microwave
Conventional Dual Tech (Both technologies need to
be triggered simultaneously to generate an alarm)
AND
OR
If either single technology detects prolonged
intruder activity an alarm will be generated
The connection shows the
example values 4k7 for alarm,
4k7 for tamper (EOL). And 2K2
for the zone doubling EOL.
The connection shows the
example values 4k7 for alarm,
4k7 for tamper (EOL).
The
connection
shows the
example value
4k7 for tamper
(EOL).
The
connection
shows the
example
values of 4k7
for Alarm and
4K7 for tamper
(EOL).
When the detector is first powered up, it will run
through a self-test routine, indicated by the flashing
LEDs. Once this has distinguished the detector is
ready to use.
NOT READY
READY
Avoiding False Alarms
Secure Holdings, Pyronix Ltd,
Braithwell Way, Hellaby,
Rotherham, South Yorkshire
S66 8QY
For electrical products sold within the
European Community. At the end of the
electrical products useful life, it should
not be disposed of with household
waste. Please recycle where facilities
exist. Check with your Local Authority
or retailer for recycling advice in your
country.
Customer Support:
+44(0)845 6434 999 (local rate)
or +44(0)1709 535225
Hours: Mon to Fri, 8:00am till 6:30pm
Email: customer.support@pyronix.com
Website: www.pyronix.com
Model
: KX15DT
Colour
: White
LED Colours:
Orange (Microwave), Blue (Alarm),
Green (PIR)
Casing
: 3mm ABS, 0.4mm HDPE in Lens Area
Detection Method
: Low noise dual element
pyroelectric sensor and Microwave Doppler Sensor
PIR Sensitivity
: Auto or High
Temperature Comp
: Digital
Detection Range
: 15m (13m according to EN
50131-2-4)
Detection Speed
: 0.3 - 3.0m/s
Operating Voltage
: 9-16V DC 13.8V DC typical
This product is approved for use in
the Residential, Commercial and Light
Industrial Environment. It complies
with EN50131-2-4:2008 at security
grade 2, environmental class 2. UK =
Suitable for use with systems installed
to PD6662:2010. EXPORT = Suitable for
use with systems installed to EN50131-
1:2006+A1:2009
WARRANTY:
This product is sold subject to our
standard warranty conditions and is warranted
against defects in workmanship for a period of five
years. In the interest of continuing improvements
of quality, customer care and design, Pyronix ltd
reserves the right to amend specifications without
giving prior notice.
117 x 69 x 50mm
125g (4.4 oz)
without bracket
Current Consumption
: 24mA @ 12V (Min), 30mA @
12V (Max)
Relay Output
: 50mA 60 VDC, 42 VAC (RMS)
Contact Resistance
: <10ohms
Mounting Height
: 1.8m - 2.4m
Tamper Switch
: 12V 50mA
Storage Temp
: -40
°
C to 80
°
C
Certified operating temperature:
-10
°
C to 40
°
C
Nominal working temperature:
-30
°
C to 70
°
C
Accessories
: Wall and Ceiling brackets
Emissions
: EN55022 Class B
Immunity
: EN50130-4
The Installation of The KX15DD
CABLE ENTRY
KNOCKOUT
CASE LID
SCREW FITTING
The KX15DD Casing
Wall Mounting
NOTE: When
mounting the
detector, ensure
that it is not
tilting backwards.
KX15DD
KX15DD
Control Panel
Control Panel
Control Panel
KX15DD
Control Panel
KX15DD
Control Panel
KX15DD
Wall Bracket Fitting
Ceiling Bracket Fitting
Auto Sensitivity
Normally Closed Wiring
Zone Doubling Example (Matrix 424,832 or 832+)
Two DEOL Detectors To One Input
Single End of Line Wiring (SEOL)
Double End of Line Wiring (DEOL)
Remote LED Enable
High Sensitivity
Low Sensitivity
OFF
ON (Default)
SENSITIVITY SETTINGS:
Auto, High or Low.
See the diagams below
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
Alarm LED
Pyro Sensor
EOL Resistance
Headers
EOL Resistor Headers
The KX15DD Printed Circuit Board
The Wiring Connections For The KX15DD (Examples using 4k7 for alarm, 4k7 for tamper)
The KX15DD has two sets of header pins on the PCB, one on
either side of the connector blocks. These headers are used to
select the End Of Line resistance for EOL wiring applications.
If EOL wiring is not used, leave the headers OFF.
The set to the left of the + terminal selects the value of the
resistance across the ALARM relay. The set to the right of the
TAMPER terminals selects the value of the End Of Line resistor.
If the resistance value you require
is not selectable, leave the
headers off and wire a resistor
of the required value between the
appropriate terminals as shown.
The KX15DD has a terminal marked ‘LED’ which can be used
to enable the LED in walk test only on a alarm control panel.
This is used when the LED is disabled via the LED ON/OFF link.
To enable this feature, the LED terminal needs to be connected
to an Output at the alarm control panel. When the system is
is in walk test mode the Output should be at 0V.
The Output would be usually programmed as “Remote LED
enable”.
The KX15DD sensitivity is selected by
the two headers located at the bottom
of the PCB
The sensitivity can be either AUTO,
HIGH or LOW.
To select either of these sensivities
please see the diagrams below.
This symbol illustrates
where the resistors are
connected internally
6K8
5K6
4K7
2k2
1K
LOW AUTO
AUTO HI
6K8
5K6
4K7
2k2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
LOW AUTO
AUTO HI
LOW AUTO
AUTO HI
+
–
ALARM TAMPER LED
Control Panel
Output
(0v in Walk Test)
6K8
5K6
4K7
2k2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
LOW AUTO
AUTO HI
LOW AUTO
AUTO HI
T T
+AUX- Z1 CO
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
T T
+AUX- Z1 C
O
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
T T
+AUX- Z1 C
O
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
+AUX-
T T
+AUX- Z1 C
O
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
+AUX-
Link
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
+AUX-
+AUX-
T T
+AUX- Z1 C
O
M
Link
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2k2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
LOW AUTO
AUTO HI
LOW AUTO
AUTO HI
This is the default
setting
RINS1038-3
®
®
®
®
®
®
C
D
E
C1
C2
C3
C4
E1
E2
E3
E5
E4
C5
®
®
®
®
®
1. Avoid placing the detector in direct sunlight.
2. Do not let pets and other animals wander freely
whilst the alarm system is armed.
3. Do not mount the detector near heaters or
radiators.
4. Do not mount the detector near open windows or
air vents as draughts may cause false alarms
5. Mount the detector on a stable surface.
6. Do not run cable parallel to mains wiring.
Do not partially or completely obscure the detector’s
field of view with large objects such as furniture.
The Installation of The KX15DD
CABLE ENTRY
KNOCKOUT
CASE LID
SCREW FITTING
The KX15DD Casing
Wall Mounting
NOTE: When
mounting the
detector, ensure
that it is not
tilting backwards.
KX15DD
KX15DD
Control Panel
Control Panel
Control Panel
KX15DD
Control Panel
KX15DD
Control Panel
KX15DD
Wall Bracket Fitting
Ceiling Bracket Fitting
Auto Sensitivity
Normally Closed Wiring
Zone Doubling Example (Matrix 424,832 or 832+)
Two DEOL Detectors To One Input
Single End of Line Wiring (SEOL)
Double End of Line Wiring (DEOL)
Remote LED Enable
High Sensitivity
Low Sensitivity
OFF
ON (Default)
SENSITIVITY SETTINGS:
Auto, High or Low.
See the diagams below
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
Alarm LED
Pyro Sensor
EOL Resistance
Headers
EOL Resistor Headers
The KX15DD Printed Circuit Board
The Wiring Connections For The KX15DD (Examples using 4k7 for alarm, 4k7 for tamper)
The KX15DD has two sets of header pins on the PCB, one on
either side of the connector blocks. These headers are used to
select the End Of Line resistance for EOL wiring applications.
If EOL wiring is not used, leave the headers OFF.
The set to the left of the + terminal selects the value of the
resistance across the ALARM relay. The set to the right of the
TAMPER terminals selects the value of the End Of Line resistor.
If the resistance value you require
is not selectable, leave the
headers off and wire a resistor
of the required value between the
appropriate terminals as shown.
The KX15DD has a terminal marked ‘LED’ which can be used
to enable the LED in walk test only on a alarm control panel.
This is used when the LED is disabled via the LED ON/OFF link.
To enable this feature, the LED terminal needs to be connected
to an Output at the alarm control panel. When the system is
is in walk test mode the Output should be at 0V.
The Output would be usually programmed as “Remote LED
enable”.
The KX15DD sensitivity is selected by
the two headers located at the bottom
of the PCB
The sensitivity can be either AUTO,
HIGH or LOW.
To select either of these sensivities
please see the diagrams below.
This symbol illustrates
where the resistors are
connected internally
6K8
5K6
4K7
2k2
1K
LOW AUTO
AUTO HI
6K8
5K6
4K7
2k2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
LOW AUTO
AUTO HI
LOW AUTO
AUTO HI
+
–
ALARM TAMPER LED
Control Panel
Output
(0v in Walk Test)
6K8
5K6
4K7
2k2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
LOW AUTO
AUTO HI
LOW AUTO
AUTO HI
T T
+AUX- Z1 CO
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
T T
+AUX- Z1 C
O
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
T T
+AUX- Z1 C
O
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
+AUX-
T T
+AUX- Z1 C
O
M
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
+AUX-
Link
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
+AUX-
+AUX-
T T
+AUX- Z1 C
O
M
Link
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
+
–
ALARM TAMPER LED
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2K2
1K
6K8
5K6
4K7
2k2
1K
5K6
4K7
2K2
1K
+
–
ALARM TAMPER LED
LOW AUTO
AUTO HI
LOW AUTO
AUTO HI
This is the default
setting
RINS1038-3
®
®
®
®
®
®
C
D
E
C1
C2
C3
C4
E1
E2
E3
E5
E4
C5
®
®
®
®
®
Minimum
Range (0m)
Maximum
Range (15m)
EN50131-2-4:2008
EN50131-1
PD6662:2010
Security Grade 2
Environmental Class II
85°
60 zones
7 planes
RLNS074
85°
60 zones
7 planes
RLNS074
* In an EN50131-1 system the maximum
detection is 13m.
