Our current hardware is a result of six years of development. We implemented dozens of installations in different environments and installed hundreds of sensors. By the nature of what we do, the quality of audio processing has always been essential to us – digitizing audio is not easy, we process large amounts of data using the special equipment to get outstanding results.
In 2022 we launched IoT sound device nEdge.
This device brings together all layers of IoT architecture (sensing, data processing a network layer) to one physically connected object.
The network layer works as an integrational element. Within the data processing run complex machine learning algorithms. And the sensing layer via an ADC connects to sound or other sensors.
The device records and process sound and other input data. The data and results are also uploaded using LAN to NeuronSW nGuard platform. On-site integration can be done via SFTP, or via MQTT.
We have sensors for different situations – we select them specifically for a given project and situation. Here you can see what types we work with most often.
To eliminate random effects on one variable, we add the possibility of installing other types of sensors for measuring variables such as temperature, electric current, etc.
Very durable piezo-ceramic structure-born sound sensor operating in different environments with temperature −30 °C to 110 °C.
Industry-standard vibro-diagnostic sensor for collection of vibration data.
A directional air-borne sound sensor (microphone) is good for the collection of audible to ultrasonic acoustic data when it is not possible to connect sensors directly to the monitored asset – for example, for parts that rotate and nothing can be screwed there.
Non-contact DC current sensing. High isolation between input and output. Unipolar or Bipolar Measurement. Input range up to 2000A.
Temperature sensors are made from NTC thermistors, cast in a metal shell with thermal grease. Large electric resistance corresponding to double insulation requirements. Thermal contact between thermistor and temperature sensor environment.
Durable, cost-effective solution in most harsh environments. Omni-directional sensor to target orientation. Digital output Small size.
For pressure measurement in the range of 0-10 bar with 4-20 mA output signal. The sensor is designed for measuring pressure in water and water-glycol mixtures.
The small turbine meter is ideal for the accurate measurement of low viscous and non-aggressive fluids. Most suited for flow rates from 0,5 to 35 l/min.
Application: 1-Axis Position Monitoring and Leveling. Measurement Range 360°. Absolute Accuracy 0.10°. Supply Voltage 10 – 30 VDC.
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