BK1, BK2, BK3, BV3, BK4 and BT1 Wireless detectors
Intruder alarm system
BK1, BT1: ~3 years
BK3, BV3, BK4: ~2 years
BK2: ~1,5 years (with extra
load of 20 uA on terminal 3)
INSTALLATION
4 5 6
Installation manual
The Bx series detectors (BK1, BK2, BK3, BV3, BK and BT1) provide the mo convenient and cost effective solutions for security devices are powerful 4 protection. Thesest reliable,
and versatile enough to help solve even the toughest, most labor intensive installations. All Bx series detectors are compatible with wireless extension modules EXT116S or with
built-in virtual modules EXT116SVM in P series control panels P16, P32 and P64.
1
2
3
4
2
> 0,5 cm
Magnet (BK1, BK4)
Reed switch
location
Magnet alignment
marks
Tamper
Wire entry hole
1
SECOLINK WIRELESS DETECTORS
SPECIFICATIONS
Model
Built-in reed switch (used in
conjunction with a magnet)
Dimensions (W x H x D)
Input loops (zones) for
wired applications
Ambient humidity
Built-in temperature
sensor
Ambient temperature
Supports wired Roller
detectors
Battery
Supports wired
Vibration detectors
Battery life*
BK1
BK2
BT1
BK3
BV3
BK4
27 mm x 75 mm x 23,6 mm
o o
-10 C - +55 C
2
0% - 70%
3
3
3
Depends on firmware version of the detector:
Lithium battery
½ AA, 3,6V
Supports wired normally
closed circuit contact loops
Operating frequency
1 = 868,30 MHz (EU)
9 = 915,30 MHz (AU)
3
TamperTamper
Flat surface
Non-flat surface
The detector includes a built-in tamper that can be
activated if the detector is mounted on a non-flat surface.
Remove the plastic tab. Follow the instructions on the
2nd page and enroll the detector into the alarm system.
After a successful detector's enrollment close the top
cover. Use the supplied self-tapping screw to secure the
top cover to the mounting base.
Recommended maximum gap separation for installations on non-ferromagnetic surfaces is 25 mm and for
ferromagnetic surfaces is 5 mm.
Pull the
plastic tab
Battery life of wireless detectors depends on the environment, usage, and the specific wireless devices being used.
Factors such as humidity, high or low temperatures, as well as large swings in temperature may all reduce the actual
battery life in a given installation. When the battery is nearly dead (low battery threshold voltage < 2,45V), the detector
will send a low battery signal to the alarm system for the user to replace it before it discharges completely.
1. Unscrew the self-tapping screw.
2. Remove the detector's top cover.
3. Observe correct polarity and insert the battery into the battery holder.
4. Close the top cover and secure it with a self-tapping screw.
5. Dispose of used batteries as per local regulations.
Caution: the detector will send a tamper message to the receiver when housing is opened - the alarm can be
triggered.
BATTERY INSTALLATION/REPLACEMENT
1
2
Caution: make sure that loop wires do not short any
components on circuit board.
up to 2 m
Ferromagnetic surfacesNon-ferromagnetic
surfaces
Approach/make: 10mm
Removal/break: 12mm
Approach/make: 28mm
Removal/break: 30mm
Approach/make: 34mm
Removal/break: 38mm
Approach/make: 50mm
Removal/break: 55mm
Approach/make: 28mm
Removal/break: 33mm
Approach/make: 5mm
Removal/break: 7mm
Page 1
Thin "breakout"
area for cable
Top cover
Detector
NC
C
Detector
NC
C
1
2
3
COM
BK2:
C - COM
1 - input 1
2 - input 2
3 - output (+3,6V)
BV3, BK3, BK4:
C - COM
1 - input 1
2 - input 2
3 - input 3
C NC
Magnetic contact /
Roller / Vibration
+3,6V
COM
To input
Cable
C NC
COM
To input
External detector,
powered from BK2
(current < 20uA)
* calculated battery life expecting that there will be 12 events and 12 restores