Status Pro – Internet of Things

 

SPIoT Sensors

 

  intoduction videos

SPIoT and El-Watch are two IoT-based sensor systems with similarities and differences.

Both systems deliver their data in a web app. This means you can access and analyse your data from anywhere in the world from any internet-enabled end device without having to install any software.

SPIoT and El-Watch systems offer these advantages:

  • No existing network required → no IT
  • No software installation necessary → no IT
  • Installation within one minute → very fast
  • Long-lasting up to 3 / 10 years runtime → No maintenance
  • Can be used anywhere

El-Watch Sensors

 

  product overview

  intoduction video

Attach. Switch on. Done.

The sensor – SPIoT®

SPIoT Logo

 

  • Battery or rechargeable battery for 2-3 years runtime, replaceable
  • Each sensor has its own SIM card
  • No IT infrastructure required
  • No gateway required
  • Measurement a few times a day
  • Data transmission 1-2 times a day

 

 

Introduction    Software    Downloads

SPIoT sensors and infrastructure

 

 

Our System architecture is bases on current M2M communication and visualization standards like MQTT and Jasn:

  • All transmissions are encrypted.
  • Measured values, Meta and customer data are all stored in separate application containers.

Minimal installation and running cost

The cost of monitoring anything from class room air quality to machinery or asset health is typically not driven by the cost of the sensors but in fact by the wiring, the installation and the IT maintenance cost. The relevance of NB-IoT is that it offers an opportunity to minimize these costs.

 

Fast results

With SPIoT you mount your sensor (no wiring) turn it on. The data will find its on way home through the telephone network. On the SPIoT platform you can determine how often it should measure and how often it should send data. You then use your customer specific login on the SPIoT Website to view your data or change the sensor configuration. The next time it send a message it will pick-up the new config.

 

Machine monitoring

MM-100

MM-100

Characteristics

  • Measurement of
    – Vibration in 3D:
       Vx, Vy, Vz: Eff. 3 up to 1000 Hz in mm/s
    – Surface temperature: -30°C up to +85 °C
  • Power supply:
    Battery, up to 3 years service life (replaceable)
  • Interfaces:
    NB-IoT, LTE, WLAN, Bluetooth

MM-200

MM-200

Characteristics

  • Measurement of
    – Vibration in 3D:
       Vx, Vy, Vz: Eff. 3 up to 1000 Hz in mm/s
    – Surface temperature: -30°C up to +85 °
  • Expandable
  • Power supply:
    – Battery, up to 3 years service life (replaceable)
    – Mains operation
  • Interfaces:
    NB-IoT, LTE, WLAN, Bluetooth, CAN-BUS

Environmental monitoring

EM-100

EM-100

Characteristics

  • Measurement of
    – Surface temperature: -10 up to +60 °C
    – Air temperature
    – Air pressure
    – Air humidity
    – Vibration in 3D:
       Vx, Vy, Vz: Eff. 3 up to 1000 Hz in mm/s
    – CO2
    – VOC
  • Power supply:
    Battery, up to 3 years service life (replaceable)
  • Interfaces:
    NB-IoT, LTE, WLAN, Bluetooth

EM-200

EM-200

Characteristics

  • Measurement of
    – Surface temperature: -10 up to +60 °C
    – Air temperature
    – Air pressure
    – Air humidity
    – Vibration in 3D:
       Vx, Vy, Vz: Eff. 3 up to 1000 Hz in mm/s
    – CO2
    – VOC 
  • Expandable
  • Power supply: 
    – LEP rechargeable battery, up to 2 years
       service life (rechargeable in the device)
    – Mains operation
  • Interfaces:
     NB-IoT, LTE, WLAN, Bluetooth, CAN-BUS


SPIoT
in overview

SPIoT for
electromechanical
workshops

Intuitive   SPIoT®   software   platform

You can see your measured data. You can set alarm limits for Temperature or CO2 or whatever. You can instruct the website to send yourself a message if a condition becomes critical. CO2 levels too high or Temperature too low. The results are classified in Nominal, Require Attention or Critical. You can attach one or more sensors to an asset. 8 Sensors distributed in a Storage Hall monitoring temperature and humidity.

 

velocity valuestemperature values

 

Platform Login

Software on Smart Phone

Application examples

Building / Premises Monitoring

Gebäudeüberwachung

  • Energy consumption
  • Water pressure
  • Opening status of windows and doors
  • Gas and smoke development
  • Water leaks

 Building-Site Monitoring

Baustellenüberwachung

  • Monitoring of in-situ concrete plants
  • Groundwater level
  • Compressed air
  • Temperature and humidity

 Machine Monitoring

Maschinenüberwachung

  • Oscillation and vibration
  • Temperature
  • Power consumption
  • Material monitoring

Fans and air conditioning systems

Sägewerkstrockner

  • Oscillation and vibration
  • temperature
  • Power consumption
  • Differential pressure
  • Air volume measurement

 Bearings and foundations

Lager und Fundamente

  • Temperature
  • Humidity
  • Inclination

 Air quality

  • Air temperature
  • CO2 
  • VOC
  • Differential pressure

Clean rooms

  • Differential pressure
  • negative pressure
  • temperature
  • Air humidity - VOC

Food production

  • Pressure
  • Differential pressure
  • Negative pressure
  • Temperature 
  • Air humidity
  • VOC
  • Material temperature

Food transport

  • Differential pressure
  • Negative pressure
  • temperature 
  • Air humidity
  • VOC
  • Material temperature
  • Location

Pharmaceutical industry

  • Pressure
  • Differential pressure
  • Negative pressure
  • Temperature
  • Air humidity
  • VOC
  • Material temperature
  • Vibration

 

 

Jens Erdmann – SPIoT Product Manager

Consultancy / Contact

Dipl.-Ing.
Jens Erdmann
SPIoT Product manager/Sales
Phone:   +49 2327 9881-23
Mail: erdmann@statuspro.de

SPIoT Downloads

Bochures

Technical data

User guides


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