Connected Inventions Detectify R3.2 User manual

www.connectedinventions.com
User Manual
Connected Detectify
R3.2
Detectify
Connected Detectify is a motion detector for indoor
purposes, based on a passive infrared technology
sensor with a detection area of up to 5 meters.
Last updated July 2020

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Contents
3
3
5
Using this manual
Read me first
About the device
Function
Assembling and Installation
Uplink: Payload description
Downlink
Downlink: Payload Description
Troubleshooting
Technical Specification
7
9
12
14
15
17
18
2

Thank you for choosing this Connected
Inventions device. This device will provide you
high-quality IoT with Connected Inventions’
exceptional technology and high standards.
This manual has been specially designed to
guide you through the functions and features
of your device.
Using this manual
• Before using your device, read the entire
manual and all safety instructions to
ensure safe and proper use.
• The descriptions in this manual are based
on the default settings of your device.
• The images used in this manual may differ
from the actual product.
• The contents of this manual may differ
from software provided by service
providers or carriers, and are subject to
change without prior notice.
• Access the Connected Inventions website
(www.connectedinventions.com) for the
latest version of the manual.
• Available features and additional services
may vary by service provider.
Read me first
3

.
!
• Applications on this device may perform
differently from comparable applications
and may not include all functions available
(by ie. downlink messaging features)
• Connected Inventions is not liable for
performance issues caused by third-party
applications or improper installation.
• Please keep this manual for future
reference.
• In case of malfunction, deliver the device to
the supplier. Do not open the cover.
• Do not remove packing material and do not
repack the device unless necessary.
Contact the shipping agent before
transportation. Inside the device there is a
battery which contains approximately 1.4 g
of lithium.
• Return the device to a disposal station
which collects electronics waste and
batteries.
• Protect the device from moisture, water,
and dirt.
Malfunction
Transportation
Disposal
Operation
4

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Connected Inventions Detectify is an
industry grade passive infrared (PIR)
sensor for movement detection indoors.
The device utilises ultra low power two
way radio communications with Sigfox
network technology. The device is battery
powered and with normal usage running
default settings, the batteries will last up
to five years. There are two different
versions of the device: 90 degree wide
detection angle version (see picture
below) for sensing motion in rooms and
30 degree narrow detection angle version
(see picture below) for more restricted
areas like work desks. The device can be
used for alerting immediately about
movement in space as well as counting
movements periodically and cumulatively.
About
5

90 degree wide detection
angle for sensing motion in
rooms.
30 degree narrow detection
angle for more restricted
areas.
6

Detectify R3.2 has two modes: Activity mode (AM) and Inactivity mode (IM). In Inactivity
mode, the device waits to detect movement. Once movement is detected, the mode is
changed to Activity Mode, Activity Counter and Cumulative Activity Counter are incremented
and message is sent immediately. While in Activity mode, the device counts 3 second time
slots where movement is happening and increments counters accordingly. After Activity
Reporting Period (ARP) has been reached, the device will send a message with incremented
counters and starts a new Activity Reporting Period. Still in Activity Mode, in case no
movement was detected until Inactivity Detection period (IDP) was reached, the last
movement counters are sent and the device goes to Inactivity mode. Once Inactivity
Reporting Period (IRP) has passed without any movement, the device sends periodical
inactivity message.
Function
Inactivity Mode
Activity Mode
Inactivity
Reporting
Period
Inactivity Detection
Period
Activity
Activity
Reporting
Period
7

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8
State transition example where inactivity report has activity count = 0.
State transition example where inactivity report has activity count > 0.

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9
Assembly & Installation
Save the identifier and the key
of the device.
The identifier and the PAC key
are on the label on the bottom
of the device. You can also
read the identifier and the PAC
key using the QR code. The
picture below is an example of
a label.
Use a small screwdriver to
slide the power switch to “I”
position. Please note that the
switch should slide relatively
effortlessly.
1
2
Do not use excess force to
slide the switch!
!
On

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10
• Install the device to a suitable
position to detect movement.
Maximum detection distance is
approximately five meters.
• The detection angle of the device
is ab out 30 or 90 degre es
depending on the version.
• You can use direct screw plate
(included) or angle joint support
(included) for attaching the device
to surface.
Please note! Avoid placing
device closer than 15cm from
any metal or magnetic object,
electric cables, electric devices
or selective glass as this will
dramatically reduce radio
performance as well as battery
life of the device.
!

!
11
After attaching the screw
plate, place the device to
screw plate so that the pins
fall through twist-holes on the
bottom of the device and twist
clockwise until the device locks
into place.
For work desk installation,
make sure the hinge of the
screw plate is pointing to
metal support structure (if
any).
Attach the device to screw
plate pins so that the antenna
is pointing away from metal
structure and twist gently
clockwise until device locks in
place. Avoid placing the
antenna closer than 15cm
from any metal objects.
Antenna
Antenna

Uplink: Payload description
BYTE
BIT
TYPE
DESCRIPTION
0
0
Reserved
0
1
boolean
Activity update
0
2
boolean
Full TX power mode 0=off,1=on
0
3
boolean
Power control 0=off, 1=on
0
4-7
UINT4
Version
1-2
0-15
UINT16
Activity count
3-6
0-32
UINT32
Cumulative activity count
7-11
Reserved
12

Uplink message example: 0x2d00010000257
Version 2
Power control On
Full TX power mode On
Activity update false
Activity count 1
Cumulative activity count 599
13

Downlink
14
• Settings of the device can be updated with the downlink message
• Device requests new settings approximately every 24 hours
• You must be very careful when you update the settings
• settings affect both the subscription and the battery life of the device!
• Downlink message is optional
• If any downlink message is not received, device continues with the
current settings
• Detection interval and how often messages are sent when the space is
available or occupied can be adjusted with the settings
• Default settings when device has not been configured with downlink:
• Default activity reporting period is 22minutes
• When the space is occupied, a message is sent after every activity
period with updated counter values
• When the space becomes available the status will be sent after
Inactivity Detection Period. The default value is 15minutes.
• After inactivity message has been sent, the device goes to Inactivity
mode: when activity is detected, status message will be sent
immediately with counters increased and activity mode starts
• Default inactivity reporting period is about eight hours
• After inactivity period has expired without activity detected, the status
message is sent without counters increased and new inactivity period
starts
• If the power control feature is set on, the device will automatically adjust the
transmit power to optimum level to save battery and create less unnecessary
interference to radio network
• By default power control is OFF

15
Downlink: Payload description
BYTE
BIT
TYPE
DESCRIPTION
0
0
boolean
Power control reconfigure
0
1
boolean
Power control on
0
2-7
Reserved
1
0-7
UINT8
Activity Reporting Period (1+n)*(5min30sec)
2
0-7
UINT8
Inactivity Reporting Period (1+n)*(5min30sec)
3
0-7
UINT8
Inactivity Detection Period (1+n)*(5min30sec)
4-7
Reserved, set to 0

16
Downlink message example: 0x 0303530000000000
Power control reconfig. True
Power control on True
Activity reporting period 3 -> [(1+3)*5min30sec = 22min]
Inactivity reporting period 53 -> [(1+53)*5min30sec = 5hours]
Inactivity detection period 0 -> [(1+0)*5min30sec= 5min30sec]
Make sure the new settings are valid before applying them!
!
• In case the new settings are not valid or the DL message is not
received, the device will continue working with the current
settings

Troubleshooting
• Ensure the power is switched on
• Check there is Sigfox network coverage available
• Ensure the device is not installed near metallic objects, electric
cables, electric devices or selective windows.
• Metallic roofs, steel reinforced concrete, underground location and
other obstacles can dramatically reduce radio signal.
• Check the operation mode of the device.
• Incorrect downlink configuration will affect the behaviour of the
product.
• Ensure the configuration is properly done.
connectedfinland
connected_fin
connectedinventions
www.connectedinventions.com
[phone]
Connected Inventions, Spektri Business Park, Kvintti Building,
Metsänneidonkuja 12, 02130 Espoo, Finland.
[email protected]
17

Description
Size
Weight
IP rating
Batteries
Battery capacity
Battery life
Sensors
Environment
Radio configurations
Antenna
Communication
Certification
Product Code
Detectify R3.2 is a movement detector based on a PIR
sensor (passive infrared radiation).
98 x 30 mm including the wall mount
110 g including batteries
IP20
2 x AA 3.6V
5,400 mAh
5 years when the device sends approximately 24
messages a day
Nysenba PIR Sensor HM312
Temperature 0 … 50 °C
Humidity 0 … 95 %
Sigfox 868 MHz (RCZ1), 902 MHz (RCZ2), 920 MHz (RCZ4)
Internal helical antenna
Uplink & Downlink
FCC, CE, Sigfox Class 0U
P_010A_C70F_01
P_010A_3530_01
P_010A_1CC1_01
Narrow Beam Wide Beam
CIDTY-3009-R0302 (RCZ1) CIDTY-3015-R0302 (RCZ1)
CIDTY-3209-R0302 (RCZ2) CIDTY-3215-R0302 (RCZ2)
CIDTY-3409-R0302 (RCZ4) CIDTY-3415-R0302 (RCZ4)
Technical Specification