Technical Specs

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By using COIN sensor nodes, early machine failure can be predicted thus allowing for timely

action and preventing a major failure down the line, food and goods losses can be reduced to a

larger extent, productivity of your employees can be increased, wait time due to search of assets

can be reduced and illegal intrusion can be prevented.

Compact Design

Small and compact design with multiple sensors

like Temperature, Humidity, Accelerometer and

Gyroscope.

Wide Applications

COIN can be used for a wide range of

applications such as Condition Monitoring,

Security solutions for perimeter, Real Time

Locating systems for Asset Tracking, Geo

Fencing solutions, People tracking and

many more.

Data Driven Decision

Using COIN, the user can monitor key metrics,

analyze past trends, generate reports and analyze

data to get actionable insights of the operations.

Our machine learning algorithms can

also predict failure of your assets.

Custom Deployment

Monitor Temperature, Humidity, Motion,

Vibration, Assets and People in real time.

Get alerts and notification in real time.

SenseGiz SaaS

Monitor and control all the sensors from our dashboard. Mapping feature allows you to get a birds

eye view of your entire facility and monitor assets and other parameters in real time. Powerful

Analytics enables our customers to draw valuable insights about assets and COIN sensor data.

A Proprietary mesh network of

Sensors for end-to-end IoT

solutions

Coin

Model:Coin_v3

SenseGiz-Coin

Summary of content (11 pages)

PAGE 1
Coin Model:Coin_v3 SenseGiz-Coin A Proprietary mesh network of Sensors for end-to-end IoT solutions By using COIN sensor nodes, early machine failure can be predicted thus allowing for timely action and preventing a major failure down the line, food and goods losses can be reduced to a larger extent, productivity of your employees can be increased, wait time due to search of assets can be reduced and illegal intrusion can be prevented.
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Compact Design Custom Deployment Data driven decisions Wide Applications Over the air Updates Water and Dust resistant TECHNICAL SPECIFICATIONS Physical Dimensions Weight Mounting Diameter: 39.2 mm, Height 14 mm 20 gms Adhesive 3M Tape Connectivity Processor 48 MHz ARM Cortex M3 Flash Size 128 KB RAM Size 8 KB External Memory 512 KB Antenna Frequency 2.4 – 2.5 GHz, 0.5 dBi Wireless Proprietary mesh on top of Protocol Bluetooth 5.
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Next Step is to add Coins to the Gateway Step 1 : Select your Gateway Say Ex 546C0E9FCC79 is your Gateway id click on it. Step 2 : Click on the + marker seen at the botom of the page . Step 3 : Enter the Coin BLE address and nick name for Coin and then click on connect. Here the coin should be power with 3v power supply and should be next to you. Once you hit connect green led on coin glows and it adds to your gateway. Repeat all 3 steps to add each individual Coin. .
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The coin registered on a server through the SenseGiz Coin app does not appear on the dashboard directly. For the coin to be displayed on the dashboard, please follow the below steps : 1) Open MQTT-Spy. You can download it from https://github.com/eclipse/paho.mqttspy/wiki/Downloads 2) Click on Connections --> New connection 3) Add the server IP(the one on which the coin is added) in the Server URIs text field. 4) Click open connection and then Ok. A green tab will be opened.
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How to use the COIN dashboard The dashboard has two sections. On the left, below the SenseGiz logo is a list of the Gateways registered to the user, displayed in black. Screenshot Click on any gateway to view COIN data on the right. On the right(screenshot below), the table view of diﬀerent sensors of each COIN registered to a particular gateway. The sensor data is categorized in diﬀerent tables as accelerometer, gyroscope, temperature, humidity and streaming.
PAGE 6
COIN Data What does each row on the COIN dashboard mean? The columns: 1. Sl.No: A serial number for reference. 2. Nick Name: The nick name given to the COIN during registration. Example: If you have placed COIN 1 in your Living Room, you can nick name it Living Room for easy understanding. 3. Threshold: This refers to the LOW or HIGH threshold value of the particular sensor. 4. Value: This is the current/last updated value of the sensor. 5.
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Once the COIN responds back with the latest value, it can be viewed on the table with the latest value and timestamp and is also updated on the Recent Updates Windows. Threshold Let us take a look at what LOW and HIGH represent and how their behaviour aﬀects the functionality of the dashboard. Each sensor has a LOW threshold and a HIGH threshold. LOW: The COIN sensor will communicate data to the cloud dashboard whenever the sensor value drops below the LOW threshold.
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Set Stream Each COIN can stream temperature and humidity data as per custom user settings Streaming rate can be set using the set stream option on the dashboard in the stream Table. Streaming rate can be set in either Seconds, Minutes or Hours. Range of Values supported by COIN sensors Sensor Minimum Value Maximum Accelerometer 0.
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You can also disable or enable a sensor for a particular coin. If a sensor is disabled, the coin will stop sending the values of that particular sensor. Example: The below image shows that Acceleromter, Gyroscope and Humidty of a Coin is enabled i.e., only these 3 sensor values will be received from that particular coin.
PAGE 10
Map Centre You can visualise COIN activities on virtual location maps. All you need to do is upload the floor plan image and then drag and drop the markers to point to the physical location of the COIN. Monitoring page shows the real time alerts on the indoor map. You can also log the event for future reference.
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FCC Warning 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. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.