ROSSMA IIOT-AMS User manual

www.rossma.ru
MEASURING AND SWITCHING DEVICE
ROSSMA IIOT-AMS Smoke Detector
OPERATION MANUAL
ROSSMA IIOT-AMS Smoke Detector is used for autonomous wireless operation of the smoke
sensor ИП212-50М manufactured by LLC "EDGE" and is designed to monitor and record the
change in the state of the smoke sensor, as well as to transmit an alarm event when switching
to "Fire" mode in LoRaWAN or NBiOT network.

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
1
DATA ON THE DOCUMENT
Title
Measuring and switching device ROSSMA IIOT-AMS
Smoke Detector
Document type
Operation manual
Document code
MAN-RIASD-01
Last revision number and date
04.09.2018
THIS DOCUMENT IS VALID FOR THE FOLLOWING DEVICES
LINE NAME
DEVICE NAME
ROSSMA IIOT-AMS Smoke Detector
ROSSMA IIOT-AMS Smoke Detector LoRaWAN®
ROSSMA IIOT-AMS Smoke Detector
ROSSMA IIOT-AMS Smoke Detector NBiOT
HISTORY OF DOCUMENT EDITION
EDITION №
DATE
COMMENTS
01
04.09.2018
Date of document creation

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
2
CONTENTS
INTRODUCTION ................................................................................................................................................... 3
1. 1. DESCRIPTION AND OPERATION PRINCIPLE .............................................................................................. 4
DESCRIPTION ............................................................................................................................................................ 4
DATA COLLECTION AND TRANSMISSION ALGORITHM ............................................................................................. 4
FUNCTIONALITY ........................................................................................................................................................ 4
MARKING .................................................................................................................................................................. 5
DATA ON CERTIFICATION ......................................................................................................................................... 5
2. ТЕХНИЧЕСКИЕ ХАРАКТЕРИСТИКИ ............................................................................................................. 7
3. 3. WORKING WITH THE SWITCHING DEVICE ................................................................................................ 8
CONTACTS DESCRIPTION .......................................................................................................................................... 8
INDICATORS AND BUTTONS ..................................................................................................................................... 8
INITIAL START-UP ..................................................................................................................................................... 8
4. 4. COMMUNICATIONS PROTOCOL .............................................................................................................. 9
DATA PACKAGE FORMAT .......................................................................................................................................... 9
SWITCHING DEVICE CONFIGURATION AND PROGRAMMING .................................................................................. 9
5. STORAGE AND TRANSPORTATION RULES .................................................................................................. 10
6. 6. DELIVERY SET ........................................................................................................................................ 11
7. WARRANTY .............................................................................................................................................. 12

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
3
INTRODUCTION
This manual applies to autonomous measuring and switching device ROSSMA IIOT-AMS Smoke
Detector manufactured by "ROSSMA" LLC and defines installation and connection procedure, as
well as control commands and functional description.
The manual is intended for specialists familiar with the installation rules in the field of various
electronic and electrical equipment.
To ensure proper functioning, the switching device must be installed and
adjusted by qualified personnel.

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
4
1. 1. DESCRIPTION AND OPERATION PRINCIPLE
DESCRIPTION
The device is built into the housing of the smoke sensor ИП212-50М manufactured by LLC
"BORDER" (http://td.rubezh.ru/products/detail.php?ID=1694) and is designed to record the
change of smoke sensor state and to initialize the communication session with the transmission
of the alarm event when switching to the "Fire" mode.
The switching device can be used in industrial enterprises, infrastructure of housing and
communal facilities, in hard-to-reach places (wells, basements).
DATA COLLECTION AND TRANSMISSION ALGORITHM
The device monitors the current state of the smoke sensor and transmits data according
to predetermined frequency communication session in LoRaWAN network.
The transmission period of the current state can be set from 1 minute. By default, the
manufacturer sets the data transmission frequency to 1time a day.
If the Request Confirmation parameter is enabled, the switching device will send the next
package only after receiving delivery confirmation of the previous package. If you do not receive
such an acknowledgement after three replays, the switching device ends the session until the
next scheduled session. At the same time, the switching device stores the untransmitted data to
the memory. Non-transmitted packages remain in the switching device memory and are sent
during the next communication session.
If the Request Confirmation parameter is disabled, the switching device sends the current data
to the network with the specified frequency. There is no package delivery check in this mode.
Untransferred packages do not remain in the switching device memory.
The communication time of the switching device is controlled by the LoRaWAN network server
and can be adjusted by command.
The smoke detector ИП212-50М is powered by 9 V Krona power supply and the switching
device is powered by 3.6V power supply.
FUNCTIONALITY
The switching device can be class A device (according to LoRaWAN classification) and
provides the following functionality:
• ADR (Adaptive Data Rate) support
• Wireless configurable LoRaWAN activation type in LoRaWAN network - OTAA, AVP;

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
5
• Configurable communication period from 1 minute and more (configured remotely in
LoRaWAN network). The default value is 1 time a day;
• Support for sending confirmation packages (configurable)
• Frequency plan: EU-868\RU-868 (to switch remotely in LoRaWAN network). Default is
RU- 868;
• Temperature measurement;
MARKING
The switching device marking is made in the form of application on the housing, which
contains information on the product name.
There is a label with the device number for its identification from the manufacturer in the
housing. This number also serves as ID with the ratings of a particular switching device.
The switching device certificate contains the following information:
• Product name;
• Product version information;
• Keys required to log in the switching device in the network;
• DevEUI;
• Month and year of production.
The label with the device number is located in three places - on the switching device
housing, on the electronic board inside the housing and on the packing box (the first digits before
the separator: the device number - XXXXXXXXXX).
It is possible to identify the device certificate by the device number in the column
"identifier" - the last digits in the number after the separator.
The ID is XXXXXXXXXXXXXXXXXXXXXXXXXX - XXXXXX. The first part of the identifier is the
part number and the second part is the serial number of the switching device. Interpretation of
part number:
LWMBEX66X1420V30A83CCBRU
DATA ON CERTIFICATION
Manufactured according to УАБИ.001.83301259.2017 ТУ specification.
LPWAN standard
Switching device model
Housing protection degree
Quantity of inputs and outputs
Switching device version
ROSSMA manufacturer OUI
registered in IEEE
Region of delivery
LPWAN standard: LW – LoRaWAN, NB – NbiOT, 6LP-6LoWPAN, LWNB - both
standards.
Switching device model ROSSMA IIOT-AMS: AN-Analog, MB-Modbus, MU-Modbus
Utility, Pulse-P0, DC-Dry Contact, LD-Leak Detector, SD-Smoke Detector, AB-Alarm
Button, CN-Can, UC-Universal Controller.
Degree of enclosure protection: IP56-0056, EX IP66-EX66, EX IP68- EX68,etc.
Number of inputs: X1-single channel, X4-four inputs, etc.
Switching device version: specifies the hardware platform and firmware version.
Manufacturer OUI: Unique identifier of ROSSMA in IEEE.
Region of delivery: RU-Russian Federation, EU-European Union.

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
6
Certificate of compliance No. РОСС RU.0001.21AB90
Declaration ЕАЭС N RU Д-RU.АБ93.B.08697 on Compliance with the Technical Regulation
Requirements of the Customs Union ТР ТС 020/2011 "Electromagnetic Compatibility of Technical
Means"
Meets industrial safety requirements. Certificate of conformity NoС-
RU.МТЭ.OC.001.Н.0003
Smoke detector ИП212-50М produced by LLC "BORDER" has a certificate of compliance № C-
RU.ПБ01.В.03111 valid until 18.05.2020. Issued by the certification body ОС «ПОЖТЕСТ» ФГБУ
ВНИИПО of Ministry of Emergency Situations of Russia, 143903, Russia, Moscow region,
Balashikha, m.VIIPO, 12.

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
7
2. ТЕХНИЧЕСКИЕ ХАРАКТЕРИСТИКИ
THE MAIN
Connection interface
To outputs on the ИП212-50М board
Operation temperature range
-10…+55°С
Built-in temperature sensor
Yes (sends data every time you connect)
Built-in power supply charge measuring
Yes (sends data every time you connect)
LoRaWAN
Class of LoRaWAN device
A
Frequency plan
RU868, EU868, IN865, AS923, AU915, KR920,
US915, KZ865, any (on the basis of EU868)
Activation method in LoRaWAN network
ABP или OTAA (adjustable)
Communication Period
Adjustable in LoRaWAN network
LoRa antenna type
internal
Sensitivity
-138 dBm
Radio communication range in dense
development
Up to 5 km
Radio communication range in non-urban
area
Up to 15 km
Default transmitter power
25 milliwatt (adjustable)
Maximum transmitter power
100 milliwatt
POWER SUPPLY
Внешнее
using replaced battery 3.6 V
External power supply capability
yes

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
8
3. 3. WORKING WITH THE SWITCHING DEVICE
CONTACTS DESCRIPTION
1. The device is powered by a 3.6 V power supply. Power supply is connected to "power"
connector
2. Supplied cable is used to connect to the smoke detector terminals
3. Antenna is soldered directly on the board
4. The device is equipped with an internal temperature sensor
INDICATORS AND BUTTONS
There are indicators LED1 (power supply), LED2 (sending data in LoRaWAN network) in the
switching device
INITIAL START-UP
The switching device supports two methods of activation in LoRaWAN network - ABP and
OTAA. By default, the manufacturer sets the activation method to АВР. You can specify a method
by using a special command sent to the switching device in LoRaWAN network.

ROSSMA IIOT-AMS Smoke Detector /
OPERATION MANUAL
1th revision 28.08.2019.
9
4. 4. COMMUNICATIONS PROTOCOL
DATA PACKAGE FORMAT
Data package format for the ROSSMA IIOT-AMS MODBUS switching device:
The total amount of transmitted data in one package = 5 byte
Package format for the SMOKE DETECTOR:
example: cc000b5816
сс - periodic data package (аа - alarm package)
00 - sensor status- not enabled (01 - sensor enabled)
0b58 - battery voltage in HEX (0b58 = 2904/1000=2.904 V)
16 - temperature in HEX (16 = 22 Celsius degrees)
SWITCHING DEVICE CONFIGURATION AND PROGRAMMING
The switching device is supplied with built-in firmware that enables the switching device
to operate with the characteristics specified in this document. The switching device is
programmed using a special input for the programmer.
The switching device is configured using special control commands that are sent to the
switching device in LoRaWAN network.