Kaipule IX32 Zwave Installation Manual

IX 32- Zwave Passive Infrared Intrusion Detector

2.Product Specification

Manual(Ceiling Type)
Model： IX32 Zwave
Detection distance：6m @ 25℃

1.Introduction

RF：868.4MHZ/908.4MHZ
Sender distance：≤30m
Kaipule's IX32 Zwave Passive infrared intrusion detector takes Input voltage：3VDC
advantage of digital micro-control energy process anddynamic
Consumption current：≤16μA（standby）
random time division technology. By use of high precision
Sender current: ≤35m A（alarm）
cylindrical Fresnel lens,increase its energyreceived efficiency.
Detection area as follows
High sensitivity and accuracy combined with advanced software
Frensnel lens date sheet
technology,make it moreeffectively detect true invader, or other
Infrared area：12+12+6
competitors that may cause false alarm. Excellent detective and
Cover area：Diameter @ 6m
falselessperformance, optional pulse count, completely meets
RF：868.4MHz/908.4MHz
various environments,reduce potential false alarm possibly,high
Alarm indicator：LED indicator on less than 1 second
performance compared to other competitors, large capacity internal
Installation method ：ceiling type
battery.Exclusive power saved solution,it supports at least 2 years.
Mounting height：2.5m～4.0m（8.2～13.1feet）
Operating temperature：-20℃～50℃（-4℉～122℉）
Indicator Tamper Switch
Storage temperature：-20℃～60℃（-4℉～140℉）
Jumper Setting
Dimension:（L*W*H）100*100*33.5MM
Side-looking
Down-looking
m
Hanging Panel
Infrared Lens Max.6m
Detection Range
Back Shell Front Case Battery Box Installing Location
(2PCS)
1 2

3.Way To Install

3.2 Jumper Switch Function

3.1 Installation Guide
IX32 can set following three working modes,
Don't face hot/cold source
Testing mode ：when the detector trigger, it will alarm again after
Avoid direct sunshine
5seconds,It will send timeout signal to device related after trigger for
Wired detector should be away from high-pressure cable
30seconds at least.
Installation base should be stable
Energy-saving mode ：when the detector trigger, it will alarm again
Installation base should not face to the metal wall
after 3minutes,It will send timeout signal to device related after
trigger for 3minutes at least.
screw No any functions
Enrolling codes mode:
battery
Position for jump pin,
IX32 can choose following three impulse：
One pulse : The detector gives an alarm when it checks one pulse.
: The detector gives an alarm when it checks two pulses.
Two pulse
expansive tube Three pulses: The detector gives an alarm when it checks three pulses.
The pulse count is higher and the sensitivity is lower, but can reduce
1,Take the screw, 2,Turn over the alarm,anti-clock 3,Insert 2 pcs#5 battery in
expansive tube wisely rotate the hanging panel, right polarity. false alarm.
and 2 pcs #5 battery. and remove it.
Clockwisely Rotation
Underline 3 pulses Pulse Count
and make holes
2 pulses
Working Mode
Insert tubes 1 pulse（default）
Fix the panel Test Mode
Power Save Mode（default）
Upward Installation
5,Hold the device in ordinary Code Mode Tamper Switch
4,Make location hole as picture
grip,let the back hole face to
indicates,knock the expansive
tube in it,use screw knife to make raised part of the panel to
the screws entering.then the install,then clock wisely whirl
panel can fix on the wall. it the bottom,so the device can be
fixed.
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4 . Walking Test In Detection Area 5 .IX32-Zwave Operation System

5.1. Wireless Network Register/Remove

1. Set the detector to test mode to perform walking test. Pulse count a) Network Register: when entering the register status of master
can be set by PULSE 1,2,3. gateway, users can start the network register by continuously pressing
2. Walk breadthwise from any direction at the remote detection the anti-tamper switch 3 times within 1.5 seconds. The internal LED
coverage at the speed of 0.75m/s, then the LED indicator blinks for blinks during registering, and off until finished register.
several seconds and alarm triggered. b) Network Remove: when entering the remove status of master
3.Test in different direction to confirm the two boundaries of gateway, users can start the network register by continuously pressing
detection. Ensure the detector rightly points to the central detection the anti-tamper switch 3 times within 1.5 seconds.
zone.

5.2.Wireless Detector Alarm

4. The center of detection zone should not uphill inclined. In order to a) Supports one status report, one device; once triggered, it will send
obtain a good detection range, please adjust the vertical detection status report to the devices in the set group.
range, to ensure the detector is in right position.

5.3. Restore Factory Settings

5. Perform the walk test again as above when you have adjusted the Press the anti-tamper switch for 6 times within 2.5 seconds to restore
detection range. factory settings.
6. When the detector passed the walking test, please adjust the test

5.4. Operation Manual Wakeup

mode to normal mode. The detector is battery powered. After network register, it will keep in
wake-up state for 30 seconds in order to receive the parameters from
Please don't invert the detector while installing. Here advice user to positive wakeup. Press the anti-tamper button 3 times within 1.5
have a walk test every week. seconds, detector will automatically send the wakeup command in 5
seconds. The positive wakeup interval is 1 hour by default.

6.Program Setting

a)Status：Binary Sensor Report
When detecting the intrusion, sensor will send Binary Sensor Report
command to the devices in group 1;
[Command Class Notification，Notification Report,Alarm Type =
5 6
0x07,Alarm Level = 0xFF, Notification Type = 0x07, EVENT = 0x08] 0x00,Type =0x08(Tamper)]
[Command Class Sensor Binary，Sensor Binary Report,Value = Tamper Open：
[Command Class Notification，Notification Report,Alarm Type =
0xFF,Type =0x0C(Motion)]
After PIR detector sends alarm signal to device relevantly in the 0x07,Alarm Level = 0xFF,Notification Type = 0x07, EVENT = 0x03]
[Command Class Sensor Binary，Sensor Binary Report,Value =
associated group, it will send timeout command to devices in the
associated group according to the time in jumper settings(please refer 0xFF,Type =0x08(Tamper)
Z-Wave supported command
3.2).
[Command Class Notification，Notification Report, Alarm Type = Generic Deice Type =GENERIC_TYPE_SENSOR_BINARY
Specific Device Type =
0x07,Alarm Level = 0xFF,Notification Type = 0x07,EVENT = 0x07]
[Command Class Sensor Binary，Sensor Binary Report,Value = SPECIFIC_TYPE_ROUTING_SENSOR_BINARY
Support Command Class =
0x00,Type =0x0C(Motion)]
b) Low Battery Report: Battery Report COMMAND_CLASS_ASSOCIATION_V2,
When woken up from sleep mode, the sensor will check the detector's COMMAND_CLASS_WAKE_UP_V2,
battery state. COMMAND_CLASS_BATTERY,
Once low voltage, sensor will send Battery Report command to the COMMAND_CLASS_ZWAVEPLUS_INFO_V2,
devices in Group 1 every hour. COMMAND_CLASS_ASSOCIATION_GRP_INFO,
[Command Class Battery, Battery Report, Battery Level = 0xFF(low COMMAND_CLASS_NOTIFICATION_V4,
battery warning)] COMMAND_CLASS_SENSOR_BINARY_V2,
Note: after low voltage, detector will send low voltage report every COMMAND_CLASS_MANUFACTURER_SPECIFIC_V2,
hour, and LED blinks shortly. COMMAND_CLASS_VERSION_V2,
c) Damage Report: Notification Report COMMAND_CLASS_BASIC,
When its tamper switch is opened, sensor will send Notification COMMAND_CLASS_POWERLEVEL,
Report command to the devices in Group 1
COMMAND_CLASS_DEVICE_RESET_LOCALLY
Tamper Close:
[Command Class Notification，Notification Report,Alarm Type =

7.Customer Service

0x07,Alarm Level = 0xFF, Notification Type = 0x07, EVENT = 00]
Our made product are quite stable in performance, but as the product
[Command Class Sensor Binary，Sensor Binary Report,Value =
itself transmission limited in bad circumstance and conditional
application, So it still has limited in usage. As the following
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situations:
1.Indoor environmental restrictions, such as co-frequency interference,
complicated geographical environment of communication etc.
2. Detector power low voltage ,etc.
Warning : If the problems caused by user's incorrect operation, our
company will not be responsible to it!
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