Multi Tech Systems SFM10R2 RBS101 User Manual

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Date Submitted	2018-11-30 00:00:00
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Wireless Multi‐Function Sensor
User Guide
VERSION 1.1
AUGUST 2018
WIRELESS MULTI‐FUNCTION SENSOR
TABLE OF CONTENTS
1.
QUICK START ............................................................................................................................... 2
2.
OVERVIEW ................................................................................................................................... 2
2.1. Sensor Overview .......................................................................................................................... 2
2.2. Revision History ........................................................................................................................... 3
2.3. Document Conventions ................................................................................................................ 3
2.4. Part Numbers ............................................................................................................................... 3
3.
TECHNICAL SPECIFICATIONS ....................................................................................................... 3
3.1. Absolute Maximum Ratings ......................................................................................................... 3
4.
BATTERY LIFE ............................................................................................................................... 4
5.
MESSAGE PROTOCOL .................................................................................................................. 5
5.1. Common Messages ...................................................................................................................... 5
5.2. Uplink Messages .......................................................................................................................... 6
5.3. Downlink Messages...................................................................................................................... 6
6.
MECHANICAL DRAWINGS ........................................................................................................... 7
7.
REGULATORY ............................................................................................................................... 8
8.
CUSTOMER SUPPORT .................................................................................................................. 8
9.
DISCLAIMERS, TRADEMARKS, AND COPYRIGHT .......................................................................... 8
9.1. Disclaimers................................................................................................................................... 8
9.2. Trademarks and Copyright ........................................................................................................... 8
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 1 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
1. QUICK START
To start using your sensor, simply go to:
https://console.radiobridge.com
From here you can register your device and immediately start receiving messages from the
sensor.
The sensor configuration, message monitoring, and setting up alerts is usually self‐explanatory
through the user interface. For further explanations of any sensor features, you may refer to this
user guide.
2. OVERVIEW
2.1. Sensor Overview
The wireless sensors designed and manufactured by Radio Bridge provide full sensor to
cloud solutions for Internet of Things (IoT) applications. The multi‐function sensor can be
configured for door/window open/close events, acceleration‐based movement, ambient
light, temperature, water sensing, and more. When an event is detected, an alert is sent
over the wireless network. Versions of the sensor support the major LPWAN standards such
as Sigfox, LoRa/LoRaWAN, and SubGig.
Features include:






Built‐in radio that talks directly with the wireless network. Standards include:
o Sigfox
o LoRa/LoRaWAN
o SubGig®
Two types of tamper detection: enclosure tamper and wall mount tamper
o Enclosure tamper detects if the packaging of the sensor itself is opened or
broken
o Wall mount tamper detects if the sensor has been removed from the wall or
mounting point
20,000‐1M+ transmissions on a single battery and a 5‐10 year battery life depending on
usage (see Battery section)
Fully integrated internal antenna
Over the air sensor configuration in the field
Automatic low battery reporting and supervisory messages
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 2 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
2.2. Revision History
Table 1 Revision History
Revision
Date
Description
1.0
April 2018
Initial release of the document
1.1
August 2018
Updated protocol definitions
2.3. Document Conventions
Table 2 Document Conventions
Font / Icon
Meaning
Important notes
Warnings and cautions
2.4. Part Numbers
Table 3 Part Numbers
Part Number
Wireless Standard
Region
RBS101‐XXX‐RCZ2
Sigfox
North America
RBS201‐XXX‐315
SubGig
North America
RBS301‐XXX‐US
LoRa
North America
3. TECHNICAL SPECIFICATIONS
3.1. Absolute Maximum Ratings
Table 4 Absolute Maximum Ratings
Parameter
Rating
Units
Operating ambient temperature
‐30 to +70
°C
Storage ambient temperature
‐40 to +100
°C
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 3 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
4. BATTERY LIFE
The sensor uses a lithium non‐rechargeable battery and is capable of 20,000 to 1,000,000+ total
messages depending on the wireless standard and usage. For an accurate estimate of battery
life, please refer to the “Sensor Battery Estimator.xlsx” spreadsheet on the Radio Bridge
website. This spreadsheet combines usage information such as average number of messages per
day and estimates the battery life for a particular sensor.
Refer to the spreadsheet “Sensor Battery Estimator.xlsx” on the Radio Bridge
website for specific battery life estimates.
The power required for a message transmission is much greater than the “sleep current” (the
power consumed when the sensor is inactive) for high power radio technologies such as Sigfox
and LoRaWAN. This means that the battery life for most sensors is primarily dependent on the
number of transmissions per day.
Different battery types will deplete over time with different voltage profiles. For instance, a
lithium battery will maintain a relatively high voltage for the life of the battery and then
experience a rapid drop near the end, whereas an alkaline battery will experience a more
gradual reduction in voltage over time. Radio Bridge sensors are shipped with lithium batteries,
and these are recommended when the battery needs to be eventually replaced.
Temperature also plays a role in battery life. The battery life estimates in the online spreadsheet
assume room temperature, but temperatures close to the maximum and minimum ratings will
have a negative impact on battery life. For example, battery voltage tends to be lower in cold
temperatures and the internal circuitry needs a certain minimum voltage to operate properly
before it will shut down. Thus, battery life will tend to be shorter when running the sensor in
Battery voltage will be lower in cold temperatures and thus battery life
will be reduced in cold environments.
d environments.
The battery voltage is reported by the supervisory messages as well as a low battery indicator.
See the section on Message Protocol for more detail.
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 4 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
5. MESSAGE PROTOCOL
This section defines the protocol and message definitions for the sensor.
Radio Bridge provides a web‐based console at console.radiobridge.com
to configure and monitor sensors. Usage of this console is highly
recommended for most customers rather than implementing the
protocols defined in this section.
f the standard Radio Bridge console (console.radiobridge.com) is not used, refer to this section
to decode the sensor data and configure the sensor through downlink messages.
5.1. Common Messages
There are common messages across all wireless sensors that are defined in the document
“Common Sensor Messages” which is available on the Radio Bridge website.
Refer to the document “Common Sensor Messages” for definitions of all
common messages. Common messages are not defined in this document.
ommon messages include basic error messages, tamper, supervisory, and downlink ack. It is
important to refer to that document prior to decoding the messages defined in this section.
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 5 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
5.2. Uplink Messages
The uplink message (sensor to web application) specific to the sensor is defined in the
associated user guide. See the guide specific to your sensor configuration for more
information.
5.3. Downlink Messages
The downlink message (web application to sensor) specific to the sensor configuration is
defined in the associated user guide. See the guide specific to your sensor configuration for
more information.
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 6 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
6. MECHANICAL DRAWINGS
The mechanical drawings provided in this section are for the main body of the sensor. All
dimensions are inches unless otherwise noted.
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 7 OF 8
WIRELESS MULTI‐FUNCTION SENSOR
7. REGULATORY
Per FCC 15.19(a)(3) and (a)(4) This device complies with part 15 of the FCC Rules. Operation is
subject to the following two conditions: (1) This device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that may cause
undesired operation.
Per FCC 15.21, Changes or modifications not expressly approved by Radio Bridge could void
authority to operate the devices.
RBS101 (Sigfox) FCC ID: 2APNUSFM10R2
RBS301 (LoRa) FCC ID: 2APNUCMABZ
8. CUSTOMER SUPPORT
Radio Bridge offers free technical support at:
https://support.radiobridge.com
Radio Bridge also offers technical support plans and service packages to help our customers get
the most out of their Radio Bridge products.
9. DISCLAIMERS, TRADEMARKS, AND COPYRIGHT
9.1. Disclaimers
Information in this document is subject to change without notice and does not represent a
commitment on the part of Radio Bridge. Radio Bridge provides this document “as is,”
without warranty of any kind, expressed or implied, including, but not limited to, the
implied warranties of fitness or merchantability for a particular purpose. Radio Bridge may
make improvements and/or changes in this manual or in the product(s) and/or the software
described in this manual at any time.
9.2. Trademarks and Copyright
Radio Bridge™, SubGig®, and BridgeBee® are trademarks of Radio Bridge Inc in the United
States.
© 2018 Radio Bridge Inc. All rights reserved
COPYRIGHT © 2018, RADIO BRIDGE INC.
WIRELESS MULTI‐FUNCTION SENSOR
PAGE 8 OF 8

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