NybSys IG100 User manual

IG100 USER MANUAL
User Manual of IG100 IoT Gateway
Version 1
February 2020
This is a non-binding Permanent Reference Document (PRD) prepared by NybSys

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Table of Contents
1Overview.................................................................................................................................3
2Audience .................................................................................................................................4
3Architecture ...........................................................................................................................4
4Hardware Setup ....................................................................................................................5
5Software .................................................................................................................................7
5.1 Software update.......................................................................................................................... 7
6Features and Benefits ..........................................................................................................8
7iG100 Installation Procedure .............................................................................................2
7.1 Physical IO Configuration ........................................................................................................11
7.1.1 Digital Connection.............................................................................................................11
7.1.2 Analog Connection............................................................................................................ 12
7.1.3 PWM Connection...............................................................................................................13
7.1.4 Relay Connection ..............................................................................................................13
8Enhanced features..............................................................................................................14
9Security and access control setup...................................................................................14
10 Bill of materials ...................................................................................................................14
11 General and Safety information ......................................................................................15
11.1 Wi-Fi Configuration Guideline .................................................................................................16
12 Connect to IoT Gateway....................................................................................................22
12.1 Login to IoT Gateway............................................................................................................... 22
12.2 Wi-Fi Connection Status ..........................................................................................................23
12.3 I/O Configuration-IG100 Gateway .........................................................................................24
12.3.1 Input Port Configuration: ................................................................................................24
12.3.2 Output Port Configuration:.......................................................................................... 27
12.4 Trigger Settings.........................................................................................................................28
12.4.1 Add New Trigger............................................................................................................... 28
12.5 Notification.................................................................................................................................30
12.5.1 Create / Update Notification:.......................................................................................... 30
12.6 IG100 Configuration................................................................................................................. 30
12.6.1 Set IG100 Basic Configuration........................................................................................30
12.7 Export and Import Configurations.......................................................................................... 31

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12.7.1 Export Configuration:.......................................................................................................31
12.7.2 Import Configuration: ......................................................................................................31
12.8 Command Execution Window .................................................................................................32
12.9 Device Log ................................................................................................................................. 32
12.10 Troubleshoot .............................................................................................................................33
13 Connect to iG100 Android App.........................................................................................34
13.1 Login to the app........................................................................................................................ 34
13.2 How to add Block...................................................................................................................... 40
13.3 View added feed .......................................................................................................................42
13.4 Settings ......................................................................................................................................43
14 Summary...............................................................................................................................44

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1Overview
In the era of technological advancement, IoT (Internet of Things) plays an important role in our daily life
activities by involving the usage of internet and exchanging data. iG100 is an intelligent IoT gateway that
has standardized infrastructure solutions developed to meet the demands of IoT based projects. This
cutting-edge technology iG100 is a widespread solution of hardware and software components connecting
with both server side and sensor, side from where information can be seen and command can be provided
through dashboards and smartphones. User can deploy some sensors in a place and see these data in a
smartphone or the dashboard using IoT gateway iG100. Not only that they can also provide some
instructions to iG100 based on their demands.
Figure 1: iG100 System Overview

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2Audience
The aim of this document is to assist solution architects, sales engineers, field engineers and consultants
in planning, designing, and deploying and the people who work on home automation. Besides, this
document provides information needed to configure, use, and update iG100. It is intended for system
integrators who are configuring iG100. The document also aims to make the use of the IoT gateway
understandable to the owners, occupants and employees of a residence. Moreover, it aims to make our
retailers familiar with the use of this IoT gateway iG100. With a good knowledge they will be able to explain
its use to the general customers. Finally, it will acknowledge our clients deeply who have a basic knowledge
about the functioning of the product. We sincerely hope this documentation will shed enough light on the
technical aspects of the IoT gateway iG100 for the reader.
3Architecture
Design of iG100 depends on custom applications for example home automation, agricultural land
monitoring, industrial automation, vehicle tracking, environmental monitoring and many more. Based on
the demand of the application, one needs to calibrate the following topics:
Sensor range
Power requirement
Scalability and security
Performance
Figure 2 Architecture of iG100
Cloud Connectivity Manager
Custom Application
Data Management
Protocols
MQTT, Web
Sockets, HTTP
Security
Open SSL,
AES
Device
Management and
Configuration
Sensor Stacks
MODBUS, CANBUS,
LORA
Hardware Abstraction
Layer
Operating System
Hardware

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4Hardware Setup
Figure 3: Rear View of iG100
Table 1 Ports courtesy of rear view in iG100
1
Power On/OFF Switch
2
Power Input Port
3
2.4 GHz Wi-Fi Antenna
4
RJ45 for Ethernet
5
USB
6
USB
7
RJ45 for Modbus
8
RJ45 for CAN bus
9
5V Output for Sensors
10
12V Output for Sensors
11
4 PWM Output
12
12 Digital Input
13
4 Analog Output
14
4 Relay Output
15
Reset

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Table 2 Technical specifications and physical operating conditions of iG100
CPU Core
CPU
ATHEROS AR9331 Chipset, 400MHz
Memory and Storage
RAM
64 MB
Storage
Flash 16 MB
Communication
Ethernet
10/100 BASE TX RJ-45 connector.
WLAN
802.11b/g/n Wi-Fi interface (2.4GHz Antenna)
USB
2 x USB 2.0
I/O
CAN bus
1 x RJ45 Connector
Modbus
1 x RJ45 Connector
Input
12 pins for digital sensors and actuator
4pin for analog sensors and actuator
Output
4 pins for PWM
4 pins for relays
Electrical
Input Power
12V, 2A, 24W (DC Adapter/PoE/PoE++)
Output Power
12V, 5V and max 1A (Dc jack)
PoE
IEEE 802.3at and IEEE802.3af compliant.
Other
RTC
Real Time Clock Operated from on-board coin-cell battery
Mechanical
Dimensions
9.2 x 6.9 x 1.83 in
233.6 x 175.3 x 46.5 mm
Enclosure Material
Plastic (ABS)
Weight
Environmental

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Operation Temperature
Commercial: 0° to 70° C (default)
Extended: -20° to 70° C
Industrial: -40° to 85° C
Storage Temperature
-40° to 85° C
Relative Humidity
10 % to 90 % (operation)
5 % to 95 % (storage)
5Software
Table 3 System Specifications of IG100
System
OS
NSOS v1.0
CLI
Support for CLI (Command line interface)
5.1 Software update
NSOS v1.0 can be upgraded automatically or manually. However, other software will update automatically
after NSOS v1.0 up gradation.

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6Features and Benefits
Features Benefits
Connectivity Option: Sensors can
connect with iG100 through wire. Again,
iG100 can communicate using Wi-Fi, USB
modem and Ethernet with cloud.
Power Option: Adapter (12V, 2A),
PoE/PoE++ (optional), power out (5V,
12V, max 1A).
Real Time Monitoring: Real time data
visualization and controlling.
Multiple inputs and outputs: It have
connectivity options of 12 digital sensors,
4 analog sensors, 4 relays and 4 PWMs
itself.
Low power consumption
Additional Devices: Input and
output can be extended using I/O
extender.
Controlling the devices: Home
appliances can be controlled from
anywhere and anytime.
Data Acquisition Coverage:
Through Modbus communication distance
is 1.2km and by LORA it is 10Km.
Security: SSL encrypted.
Automation: Controlling loads based on
sensor data.
Light weighted
Support: Modbus (RS-485), CAN bus, USB.

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7iG100 Installation Procedure
1) Unpack iG100 and place it in a desirable place.
2) Connect Wi-Fi antenna with iG100.
3) Connect adapter with iG100 and press the switch ON button. Besides, you can give power to the
device through Ethernet cable (PoE/PoE++).
4) Connect Ethernet or Wi-Fi with iG100.
5) Connect any digital sensor or analog sensor with digital input and analog input respectively.
6) Connect loads to PWM or relay.

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7.1 Physical IO Configuration
7.1.1 Digital Connection
(Fig- 7.1.1: Physical connection)
(Fig- 7.1.2: Connection Diagram)

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7.1.2 Analog Connection
(Fig: 7.2: Physical connection)
(Fig-7.3: Connection diagram)

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7.1.3 PWM Connection
Following digital connection (Fig 7.1.1) PWM connection can be setup according to PWM port.
7.1.4 Relay Connection
Fig-7.4.1: Physical Connection
Fig-7.4.2: Connection Diagram

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8Enhanced features
An extender can add up to 64 sensors and actuators. Two IG100 can communicate through Modbus
protocol within 1.2Km. Again, if a repeater is placed between them, the communication will be established
within 2.4Km.
9Security and access control setup
Communication SSL encrypted
Device password protected
10 Bill of materials
Bill can be varied depending on the demand of sensors and actuators as well as the number of iG100.

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11 General and Safety information
DO NOT open the enclosure. You will lose the guarantee, if you do so.
DO NOT remove any of the components. DO NOT open the enclosure. You will lose the
guarantee, if you do so.
DO NOT remove any of the components.
DO NOT allow contact between metallic objects and the electronic part in order to avoid injury
and burn.
NEVER submerge the equipment in any liquid.
Keep the equipment in a dry place away from children
CHECK the maximum permitted voltage and ampere range before plug in. Otherwise device can
be damaged.
Keep the device within the temperature mentioned in the environmental section of technical
specification.
Be careful if you are connected iG100 through Ethernet or Wi-Fi. Otherwise, the device could
become inaccessible if the settings are changed incorrectly.
Immediately disconnect from main electricity, if there is a power failure.
If software failure occurs, contact the service engineers of NYBSYS.
Before connecting the adapter, please check the polarity of the adapter. Otherwise,
reverse polarity can cause the damage of the device.
When you take power from iG100 (12V) for any sensors, make sure the precautions
are taken.
When you connect relay, notice the pin number of the relay. Otherwise, relay will
not work.
Do not touch iG1000 physical I/O while relay is connected with AC220V/50Hz

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11.1 Wi-Fi Configuration Guideline
1. Power on the device.
2. Search connect to the built in Wi-Fi hotspot generated by iG100 using your computer/laptop after
giving power connection to iG100. Show in fig: 11.1 to 4.
(Fig: 11.1) (Fig-11.2) (Fig: 11.3)
(Fig: 11.4)

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3. Open browser and click http://10.130.1.1 Next you will see a page where user name and
password will be asked.
4. Provide the user name and password showing in the device box and hit login to enter into the
configuration page of iG100.
(Fig: 11.5)
(Fig: 11.6)

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5. Go to “Advance Settings” >> then “Network” >> and then click on “Internet Access” page.
Show in fig- 11.7.
(Fig: 11.7)
6. Configure the “Internet Access” section as below: Show in fig- 11.8.
a. Choose the “Wi-Fi Client” from “Access Internet Via”
b. Type “SSID” of your router.
c. Choose “Encryption” of your router.
d. Type of your router “Password”
e. Finally, select “DHCP” from “Way to Get IP” drop down. (If static IP is selected from “Way to
get IP” drop down list, please provide an IP, Netmask, Gateway, DNS Server information
about your network.

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(Fig: 11.8)
7. Now click on “Save & Apply” button to finish the setup. Show in fig- 11.9.

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(Fig: 11.9)
8. Restart the device after setup all the configuration.
9. Go to the configuration page of your router and have an access to the page.
(Fig: 11.10)
10. At first click on “DHCP” and then click on “DHCP Client List” you can see all the connected
devices.