Showing all 10 results
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Alert Press
The button can be used in a fixed place or with a geolocation service activated.
When the user presses the button, it sends an early warning signal to companies for security applications, to insurance companies for accidents applications, to hospital/ambulances for health emergencies applications, and so on. -
Animal Tracker
This collar can be used in any kind of animal.
It is composed by a wireless sensor that transmits their location in a periodical way.
Can be used with 5 geofences for each sensor.
It sends notifications via email and SMS.
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Digitanimal
Digitanimal is a service platform to monitor and locate livestock animals composed by a IoT collar and algorithms to improve farming.
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iButton
iButton is the ultimate IoT Sigfox button that needs just a click to send alert messages, events, and locations in real time.
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Iris
IRIS devices allow mechanical meters to access the world of IoT communications. Its great versatility allows it to be integrated with a wide range of meters even from different manufacturers.
Sensorization
IRIS devices allow consumption detection in two possible ways:
• Inductive sensorization: HIDROCONTA meters from the ATLANTIS and TRITON ranges.
• Connected to a pulse emitter: Any mechanical meter that has a potential-free contact pulse emitter (for example, reed relay) can be connected to the pulse input of the IRIS device. It is also possible to connect it to a pulse emitter or any device that generates an electronic pulse signal.Communications
IRIS devices are available in the most demanded IoT communication technologies: Sigfox, LoRa / LoRaWAN, NB-IoT and GPRS.
In all cases, they are integrated as new devices in the DEMETER remote control and remote reading system.
In other words, the diversity of communication technologies in IRIS devices corresponds to their integration in the same installation. Thus, depending on the specific requirements of an installation, different technologies could coexist to achieve a complete solution, always through the same family of IRIS devices.Functionality
Operating profiles based on the requirements for recording historical consumption and communications.
• Normal-24: Sending data every 24 hours and recording every hour.
• Normal-8: Sending data every 8 hours and recording every hour.
• Medium: Data is sent every 12 hours and registration every 30 minutes.
• Extreme: Sending data every 6 hours and recording every 15 minutes.Alarms
Detection of alarms and their dispatch. Supported alarms:
Reverse flow alarm: The alarm is activated in case of exceeding a certain volume in the reverse direction. Only available for the inductive sensor version.
Under-dimensioned meter alarm: The alarm is activated in the event that a flow greater than the overload is detected for a period of time.
Leak alarm: The alarm is activated in the event that continued consumption is detected for a maximum period of time.
Counter tampering alarm: The alarm is activated if the device is not mounted on the meter. Only available for the inductive sensor version.
Counter stopped alarm: The alarm is activated in the event that no consumption is detected for a maximum period of time.
Battery status alarms: Various battery alarm levels are activated depending on the remaining autonomy.Communications
The IRIS communications module is integrated with the Demeter system. It supports the integration of a wide range of devices using various communication technologies that adapt to the needs of the installation. From drinking water meter devices with ultrasonic technology to Demeter remote control devices, through AMR systems coupled to mechanical meters.From a communications point of view, the Demeter system integrates with the vast majority of communication technologies currently on the market: Sigfox, LoRaWAN, NB-IoT, GPRS,
etc. This versatility allows the system to integrate a more suitable measuring device depending on the particularities of the location.Data collection and management
• Access to a large amount of data recorded by the system
• Advanced data analysis from consumption graphs.
• Direct access to information from temporary records.Web system
• Detection and management of alerts for the detection of error situations and their agile solution.
• Running automatic programs
• Security and privacy in access to information guaranteed at various levels.For more information visit: https://hidroconta.com/
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Levelgas
Levelgas is a gas level wireless sensor for propane tanks. With it, you can check your gas level from your smartphone, calculate and follow in real time the refill of your tank, know your consumptions habits and manage your refills according your needs.
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MeteoHelix® IoT weather station
We shrunk a professional solar powered meteorological weather station costing 2950 EUR into a compact micro-weather station costing 1/6th the price using new IoT wireless technologies and sensors. Featuring a patented helical design, MeteoHelix® is the only micro-weather station able to meet quality standards for climatic observations in all weather conditions as set by the World Meteorological Organization (WMO). Measures temperature, humidity, pressure, sun intensity (irradiation), rain. MeteoWind sensor coming soon.
allMETEO Web portal is free with the purchase of a MeteoHelix® personal weather station by BARANI DESIGN Technologies.
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PMS-100
The PMS-100 is a multi-sensor device, designed to be employed by customers and companies wishing to implement an Internet of Things (IoT) radio-based monitoring tool.
The PMS-100 is a ready-to-use and easy-to-install multi-sensor device, designed to act as a data collector in a wide range of applications. All the data collected can then be used to identify faults and optimize multiple aspects in production lines, by logging a complete history of diverse variables and allowing the user to analyze and draw conclusions from it.
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SigSense
SigSense is a LPWA device operating in Sigfox network, with the main purpose of monitoring operating time of machines by the detection of vibrations, to be used both indoor and outdoor. It has an internal battery that can last up to 5 years.
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WBDST1.0
The WBDST1.0 model was developed to transmit the signal of the most different types of sensors used by the utilities of Water, Gas and Energy. Enabling monitoring for example, consumption, flow, pressure, level, status and water quality sensors.