VocalZoom Introduces Autonomous Sensors For Industrial Internet Of Things

Combines high-resolution, contactless vibration sensors with built-in data processing for a wide range of Industrial IoT monitoring applications

Yokneam Ilit, Israel (PRWEB) - VocalZoom (VZ), a leading provider of vibration sensors for industry 4.0, today launched its groundbreaking Autonomous Sensors for the Industrial Internet of Things (IIoT). Combining contactless, high-resolution vibration sensor technology with built-in data processing and wireless communications, the company’s Autonomous Sensors offer low-cost and fast deployment of a wide range of monitoring applications for IIoT environments, providing manufacturers with crucial operational and technical insights.

VZ’s laser sensors measure 3D, motion and vibrations of any surface to enable industrial manufacturers to monitor the real-time health and performance of engines, turbines, pumps and more. Their compact and contactless form enables the sensors to work on hot, wet, and moving surfaces, and they even continue to analyze mechanical health through glass. VZ’s Autonomous Sensors also include built-in real-time data processing and decentralized data logic powered by uControl’s uPC platform, offering a standalone solution for edge processing and data analytics. The system can connect to a computer in the manufacturer’s production line or to an internal or external cloud.

“We believe data from next-generation sensors will shape the future of industrial IoT by reducing the cost of implementation, solving new use cases, and helping factories become smarter and more efficient,” said Tal Bakish, VZ CEO. “Our Autonomous Sensors revolutionize the Industrial IoT by providing a complete monitoring and edge processing solution in a single, compact package that saves manufacturers time and money while providing the most accurate monitoring possible.”

Combining a patented sensor and data processor into one unit allows the Autonomous Sensor to measure and analyze results without the need for additional products. This makes it a more affordable alternative to many other solutions on the market. Even while calculating RPM, thickness, vibration anomalies, existence, height, rotation, homogeneity, weight, and flow, the optical sensors don’t influence the product, resulting in more accurate readings. Unlike traditional monitoring systems, the sensors are not susceptible to ambient noise or vibrations and can be deployed quickly and easily practically anywhere in an IIoT setting without any downtime.

Industrial manufacturers using the VZ Autonomous Sensor can take advantage features including:

• Automatic wireless LAN setup
• Configurable data edge processing designed for a wide range of algorithms
• Real-time alerts via SMS, email, buzzer

Direct connection to on-premise computers or Programmable Logic Controllers

• Wireless streaming of raw data to a secured gateway (optional)
• Customizable dashboards to monitor IoT system health and real-time values
• An acknowledgement mechanism to ensure reliability
• Smart Power management for low power consumption when using battery power
• Quick installation
• Low maintenance design

The Autonomous Sensors will be available for purchase on February 13 2020. For details, visit http://www.vocalzoom.com.

About VocalZoom (VZ)
VZ’s Autonomous Sensors offers cheap and fast deployment of a wide range of monitoring applications for Industrial IoT to provide manufacturers with crucial operational and technical insights. The company’s high-resolution, low-cost laser sensors measure 3D, motion and vibrations to enable industrial manufacturers to monitor the real-time health and performance of any surface. Specializing in SMLD laser sensors, VZ works with key market players in industrial automation markets including food, oil & gas, power & energy, facility equipment, and more. The company was founded in Israel in 2010 and is backed by private investors and strategic partners including 3M, Motorola Solutions, OurCrowd VC, Radiant, Grit VC, 3NOD and NewWorld Investment. For more information, visit http://www.vocalzoom.com.