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The Controlant

In this document

Controlant's Monitoring System is an automatic wireless monitoring system , which is used in various applications where automatic measurements of to measure environmental variables (e.g. temperature, humidity) are requiredlike temperature and humidity.

The basis of the system is a star-shaped wireless network where multiple wireless loggers can transmit measurements to a gateway unit. The gateway unit which sends then transmits the measurements (data) to a central database server via the mobile network. The real-time data can then be accessed from an internet-connected computer from a web browser interface.

Controlant wireless loggers run on a battery. The gateways have a rechargeable internal backup battery which that can keep the system running for 12-24 hours (depending on usage) in case of power failure. The battery is a rechargeable lithium-ion battery.

System Overview

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Figure 2: Overview of the Controlant wireless monitoring system

Multiple loggers can be located on each location , connecting and can connect to one or more gateways. Data The data from multiple locations is gathered stored in a database, where customers can access it in a single interface.

Theory of Operation

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Figure 3: Block diagram of the Controlant wireless system

A functional block diagram for the CO 13.01 wireless logger is shown in Figure 3. The RF module CC1101 is a low-power sub-1 GHz RF transceiver operating in the 868 MHz to 915 MHz ISM band.

The system has two operating modes. The first operating mode is at a symbol rate of 4.75 kbps, and a bit rate of 38 kbps. GFSK modulation is used with 20 kHz deviation. This operation mode is used for all communications in the 868MHz band as well as for FHSS mode in the 915 MHz band. The second operating is at a symbol rate of 475 bps, and a bit rate of 4 kbps. 2-FSK modulation is used with 550 kHz bandwidth. This operation mode is used for all synch package communication in the 915 MHz band.

A 3.6 VDC battery is supplied to the RF module. The module transmits with a maximum power of 11 dBm into an external antenna. This module does not transmit for more than 54 ms over any 1 s time period and fulfills all duty cycle limits on the 868MHz band and uses 121 channels for FHSS in the 915 MHz band with 200 kHz channel spacing and 75 kHz channel bandwidth (20 dB).

Logger Operation

The purpose of the Controlant wireless logger is to measure environment centralized database and accessible to users via Controlant's cloud-based platform. 

Logger Operation

Controlant's wireless IOT loggers measure environmental variables such as temperature and humidity. The loggers automatically transmit measurements to a nearby gateway, which forwards the forwarding all data to a central centralized database.   The wireless sensor communicates with the gateway on the license free ISM bands (868 MHz for EU and 915 MHz for North America). 

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System Components

The system consists of following devices, software and systems:

• Loggers 

  • For EU market

    • CO 03.01 - Temperature Logger

    • CO 03.02 - Temperature and Humidity Logger

    • CO 07.01 Multi-

      Multi

      Purpose Logger

  • For US market

    • CO 13.01 - Temperature Logger

    • CO 13.02 - Temperature & Humidity Logger - Not available 

    • CO 17.01 – Multipurpose Logger - Not available 

      
      

• Gateway

  • • For EU market

      • CO 01.01

  -

  • • • Gateway

      • CO 01.02 – Vehicle Gateway -  Not available 

    • For US market

      • CO 11.01

  -

  • • • Gateway

      • CO 11.02 – Vehicle Gateway  Not

  available 

  • • • available
         
        

• Mobile

  Cellular Network (3G)
  

Controlant Gateways relies Gateways rely on 3G cellular networks to transmit loggers logger data to the Controlant cloud. Same The same rules applies apply to these radio communications as all other mobile and high frequency communications. If the signal is low or bad, that will effect the functionality of the system. However, the system take that into account and sends blocked, real-time functionality may be impacted. If such an interference occurs, Controlant's loggers are programmed to store the data then transmit the data to the Controlant cloud when as soon as the cellular connection has been re-establishedrestores. 

The wall Wall types in a warehouse can effect the signal quality as well as the device installation itself. 

• Database

• User Interface

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installation.  Further information regarding wireless installation and wall types can be found in 1.3.1 General Wireless Setup

• Database

Controlant's platform, built around a centralized database system. All data is stored in a secure cloud system in an ISO27001 certified environment to ensure stability. Data is stored for as long as required by users. 

Benefits of Controlant's online database include: 

• • • Easy access to data online, whenever and wherever needed

    • Safe storage of data on secure servers

    • Control of warnings and events, ensuring the proper action for each case

    • Automatic (customizable) PDF reports and online analysis, enabling users to quickly resolve quality issues and regulatory requirements 

    • Full control of user permissions and information access

    • Detailed graphs of measurements

    • Multi-graphs

    • GPS coordinate maps 

• Reports

Controlant's automatic reporting system offers users an easier way to get a picture of temperature fluctuations. Reports can be generated on demand or scheduled on a daily, weekly or monthly. Each report gives a detailed overview of development of the period, as well as an analysis of data for improved decision making.

• • • Reports are easy to create and can be generated once or subscribed to on a regular basis

    • Reports give a good overview of the given interval

    • Reports make it easier to fulfil regulatory requirements