Embedos IO Data Logger + 4G Gateway

Deployment Year: 2022

Deployment Type: Embedos – IO Data Logger + 4G Gateway

The IO data logger is designed to log data to device as analog inputs, a pulse input which is to be converted to RPM value. The logger is able to also display real-time data on a webpage based utility.

The user can interact with the data-logger to configure and view all the settings and device parameters currently running on the device. The logger can store real-time data and send the same data via MQTT to a broker.

The IO data logger is provided with following connectivity interfaces:

  1. Wifi to connect to an SSID for MQTT data transmission and access to webpage.
  2. 4G to connect to a network for MQTT data transmission.
  3. The device is configured to monitor and log data of live parameters.
  4. Parameter 1 to 4 are analog input parameters corresponding to the devices 4 Analog inputs respectively. These parameters can be user configurable.
  5. Parameter 5 is RPM and will always output calculated RPM value measured through the EM’s Digital Input 1.

 

 

Embedos - EM_IO Data Logger + 4G Gateway_realtime

Embedos_EM_EMES_3.1.0_with_SSR-01-01

Embedos - EM_IO Data Logger + 4G Gateway_MQTT_config

Embedos - EM_ IO Data Logger + 4G Gateway_connection Diagram

Embedos - EM_IO Data Logger + 4G Gateway_Analog_diagnostic

Embedos_ EM_Edit_Configuration

Embedos - EM_IO Data Logger + 4G Gateway_Analog_before setpoint

Looking for End to End Industrial Automation & IoT Solutions? 

 

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Explore Other Case Studies

Embedos_Em Ramanujan (ER) _ Front_1

Hydro Static Testing Data Logger| Hardware & Software

Hydrostatic Testing Automation Using Industrial Data Logger & Real-Time Pressure Analytics, Reports & Pump Control!

The pump behaves as an actuated endpoint within a software-defined test cycle, driven entirely by real-time pressure acquisition and deterministic control logic.

Embedos Architecture for Steel Manufacturer for Nuclear Power Plant

IoT based Industrial Conveyor Belt Monitoring System

The Embedos monitoring system has transformed this maintenance strategy from reactive to proactive, particularly for critical conveyor belt systems essential to nuclear power plant production.

Air Control Valve Testing Through Automation. Embedos Case Study SS 1

Revolutionizing Air Control Valve Testing Through Automation. An Embedos Case Study

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EE+EM _ Use case for HUL _ Embedos

IoT-Based Washing Machine Testing: FMCG Performance Monitoring Case Study

Optimize your washing machine testing with IoT monitoring solutions that track water usage, RPM, temperature, and power consumption.

This case study showcases implementation of real-time data collection and comprehensive performance analysis for quality control and efficiency improvements.”

Vertical Tank Monitoring - Embedos - Em Bose ( EB ) 3.2″ HMI

Industrial Tank Level Monitoring with IoT

1) The Embedos EB Series ( EM Bose ) calcuates the volume of the liquid in the tank & displays its level. The calculation is done based on the inputs from a Pressure sensor that is mounted at the bottom of the tank.

2) The device displays real time values & level of the tank with a view of set points or Threshold Limits between which the liquid of interest should remain.

3) If the Liquid crosses either of the two setpoints, the device sets of a relay which is connected to a high wattage Industrial Lamp ( Bulb ) to indicate that the threshold has been crossed. Also, the device has a buzzer that goes off on the crossing.

Embedos Maxwel - EM - Modbus / CAN bus / IO Expander

Embedos IO Data Logger + 4G Gateway

The Embedos IO data logger is designed to log data to device as analog inputs, a pulse input which is to be converted to RPM value. The logger is able to also display real-time data on a webpage based utility.

The user can interact with the data-logger to configure and view all the settings and device parameters currently running on the device. The logger can store real-time data and send the same data via MQTT to a broker.

Embedo Em Dian – ( ED ) Enclosure

Dual Channel Analog Data Logger + 7” HMI

Deployment Type: Data Logger +7 Inch HMI Display

“Embedos Engineering – 7 inch Data logger HMI, Model ERA021. (Simultaneous 2 channels)

It has 7 inch touch screen display to monitor sensor data graphically. It has options to start and stop data logging facility.

(External Start Stop for each channel via DI) Has USB port for pen drive connection. You can download the data log in excel format for selected date and time. 2 nos. Digital outputs for set point. – Just NPN outputs.

Embedos_CAN based Forklift Reach Height Controller Display - main page

Can Forklift Controller – Reach Height Display

Deployment Year: 2018

Deployment Type: Data Logger + Display

Problem Statement: In narrow warehouses with high racks, the view and space to maneuver are often restricted.

The Embedos Forklift controller and display based on CAN Bus helps the driver with appropriate displays and assistance systems. This makes load handling safer and more efficient.

Embedos_CAN - J1939 Datalogging Dashboard showing decoded parameters in varied widgets

CAN-J1939 Data Logger & Modbus – TCP Gateway

This was deployed in 2021, to log a particular set of parameters from a Caterpillar Engine ECU and display logged data.

The Embedos Monitoring Software was used to visualize logged data from the ECU in the form of charts and gauges, display log files in .csv formats and give options & download all log files into the system

Embedos_Connection Diagram between Datalogger & Expansion Unit

Real Time Data Logger with Embedded Web App

Embedos Data Logger + Embedos Expansion IO Card take in an RS-485 input and  4 Analog Inputs Each to display Guages for 8 Analog Channels. Similarly displays a graph of the last 100 values of corresponding channels.

The Embedos Real Time software running on an Embedded Web Server on the master Data logger allows you to download data shown on the table in Excel, CSV or PDF formats directly.

Embedos_EDGE

Edge_Glove Test Controller

Deployment Year: 2019 – 2022

Deployment Type: Multiple IO Data Logger + Browser based Web App.

The EDGE as a GLT controller provides an internal Modbus Server to read the analog and Digital inputs and control digital outputs.

EDGE calibration, test and network configuration options have been added to the latest iteration of this application of the EDGE.

EmView-Vibration Monitoring Software - Spindle 1

Vibration Monitoring Software

The monitoring software stores historical data of each of the vibration units connected to it.

You can view this data in graphical form by right clicking on a card and selecting View History (Alternately, you can also Double Click on a card to open Graph window)

How IoT can improve safety and efficiency on a construction site?

IoT is a blanket term that encompasses a vast array of web enabled smart devices.

Sensors are sensing environmental pressures or temperatures or even bio-metric changes in our bodies.

IoT devices connected to the internet not only capture a whole bunch of data from these sensors, but they can talk to each other and they give us insights about what to do next.

IoT and construction sites are identifying risks before they happen.

It could be anything from poor air quality on a floor to a worker getting too close to a piece of equipment. It could potentially increase safety.

Embedos-Engineering-blog-for-construction-2

One way is by using presence detection or detect an entity’s location to understand and indicate exactly where individual workers are or materials are or where equipment is and the belief here is that we could increase individual environmental awareness.

The Interest for Industrial IoT at construction sites is growing. There has been an increased enthusiasm just to get more data onto the site but data alone isn’t enough. What we need is real time actionable information.

In order to get actionable information more sensors and IoT devices on the site need to be deployed so that they can be embedded in materials.

Intelligent tools tell us how a drill is performing, or how a welding machine is exactly executing & what problem is occurring, to reduce cut practices through manual labor & optimize on efficiency.

Not only intelligent devices at a construction site, but throughout building operations to give us continued insights on how that building as a whole is performing.

If the site supervisor logs in for the start of his work day by turning on the ignition in his company truck.

The construction company can see him in his truck en-route to his current project.

His truck’s performance metrics, such as mileage and stops are recorded automatically for better fuel management.

Arriving at the job site, he is checked in automatically. His crew and sub-trades are notified that he is on site, so they can begin reporting to him.

The supervisor has access to the location of employees and heavy equipment at all time, further ensuring the safety of workers and preventing loss of valuable assets.

Tasks can be automated using digital forms connected to the back office of the supervisor’s construction company.

Workflows for deliveries, change orders, invoicing, scheduling, inspections and quality control are all optimized to keep the project on schedule and on budget.

This streamlines his admin work and daily record keeping.

Predictive analysis helps minimize downtime by tracking operating hours and analyzing usage of equipment notifying him and head office, of maintenance needs.

As his shift ends, a temporary portable security system around the perimeter of the site switches on.

It will alert him and his team to any motion after hours.

All ideas in this blog are to provide a visualisation scenario of the various and vast array of things that can be done with IoT, with intelligent edge devices connected to sensors.

Embeodos had an application to work on for embedding location monitoring devices in helmets, safety jackets & safety belts of on field site crew & engineers.
The application was to identify at a given point of time, the location of any person logged into the system.

Remote enable & disable of certain access areas was also asked for, during application design to ensure Role Based access to certain areas based on physical parameters.
The Site Dashboard would log this data and create a virtual map of entities that contain these intelligent devices.

It was an efficient application on safety & management geared towards construction facilities.

This application can be ported to any large scale industrial area, where worker visibility, safety and security is concerned. This application can also be extended to track & trace equipments as well.

The cost of acquiring data from 100 – 200 people on a construction site, + plus monitoring their movements in real time is high.

But comes with huge amounts of data with the sole purpose of generating actionable insights into optimizing operations & processes on the shop floor.

Companies should have an appetite of investing into data acquiring projects & solutions that will enable them to produce insights and solve problems a lot quicker than intuition & experience!

 

 

 

 

 

Looking for End to End Industrial Automation & IoT Solutions? 

 

Our Experts Want to speak to You!

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Predictive Maintenance & Industry 4.0

 

 

Maintenance is a demanding and taxing process. Not knowing when to schedule a maintenance run or send the maintenance team is even more menacing. With the advent of the fourth Industrial revolution, connected devices makes information about machines more available than before.

Your machines have a lot to tell you about when they need to be maintained, if you’re listening that is. Thus, the best way to optimize your machine health is by monitoring it.

A huge advantage of monitoring your systems is knowing when to accurately plan a maintenance run for your machines.

The internet in the last decade has proved to be a pivotal enabler of functionalities which would have been deemed impossible by its previous generations.

Industry 4.0 partly deals with interpreting machine data and figuring out patterns from raw data to convert into an algorithm.

Once these machines become Artificially Intelligent, they can learn from these algorithms to find out when it is going to need maintenance or when the machine is going to have a breakdown and take appropriate actions of fixing its machine cycles on its own.

 

We have not reached that level of technology or trust, where humans program machines and allow them to take decisions on their own. But, we have certainly dawned upon the concept of predicting the period when maintenance could be needed for a particular machine.

By installing automation controllers on machines, we receive data on the functioning of that instrument. Using this data, we can create a pattern of when the appliance is working in pristine condition and when it is not. Using this pattern, an algorithm is created to accurately detect when the machine could need its next maintenance run. Thus we reduce the requirement of a preventive maintenance run by accurately predicting when the machine needs maintenance the most.

Predictive Maintenance will also deliver on reporting the condition of the machine at all times, thus keeping track of its health.

 

Why is Predictive Maintenance so crucial?

Well for humans, not knowing what the future lies for you is considered to be a good thing. Significantly, it is quite the opposite for machines. For instance:

  • Early maintenance / Preventive Maintenance could risk loss of revenue for the machine needs to stop functioning for the maintenance run to be carried out, only to find out that the machine did not need maintenance in the first place.
  • Late maintenance would cause greater loss of revenue as not only the appliance has to be stopped, but some machine parts could also need replacement due to excessive use, corrosion or wear and tear.
  • In some industries & factories, condition reporting is a manual task. Staff members have a habit of submitting hand written reports of machine health after each shift. This irregular information format makes it difficult to assess issues and condition trends.
  • Accurately planning a maintenance run will lower machine downtime.Thus, assets will be able to deliver with greater efficiency at a reduced maintenance cost.

 

IOT is nothing but transferring machine data from one platform to another(normally a cloud platform) using the internet. Predictive maintenance is a huge application of what the Internet of Things can do with machine data.

 

Embedos being an Industrial IOT company is a big believer in predictive maintenance. We design our devices generally based on customer requirements with a default option of reporting when machine health deteriorates.

Machine cycle time, duration, output, idle times etc is what is reported about to predict when maintenance is needed the most.

With IOT, condition reporting can be automated with access to loads of data, thus allowing system generated reports to help in more accurate decision making. By collecting and displaying data on a consolidated dashboard, maintenance runs can be evaluated and scheduled before the condition becomes severe.

 

Maintenance is a calculated and a tactical process for manufacturers and product developers alike. Almost 30 percent of planned maintenance schedules are ineffective with regard to its timing. Preventive maintenance is too costly and is deemed futile by consuming essential resources needlessly.

As Machine to Machine(M2M)  technology progresses, human intervention for asset upkeep will not be required, thus defining the true power of predictive maintenance.

 

 

 

 

 

Looking for End to End Industrial Automation & IoT Solutions? 

 

Our Experts Want to speak to You!

When a timezone setting becomes a root shell: Four OT edge lessons in Cyber Security to learn in Industrial Automation

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France and Germany supermarket refrigeration OT attacks in 2026, plus CERT-FR and BSI steps operators can take. Cold-chain lessons for India.

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How to read a Modbus register map: function codes, 40001 vs 0-based addresses, data types, scaling and a 32-bit float decoded. | Embedos Mumbai

4-20mA Signal Isolator: When You Need One for Ground Loops

When does a 4-20mA or 0-10V loop need a signal isolator before a PLC or IoT gateway?

Ground loops, shared supplies, noise signs and isolator types.

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Dual Channel Analog Data Logger + 7” HMI

Dual Channel Analog Data Logger  + 7” HMI

Deployment Year: 2022

Deployment Type: Data Logger +7 Inch HMI Display

“Embedos Engineering – 7 inch Data logger HMI, Model ERA021. (Simultaneous 2 channels)

It has 7 inch touch screen display to monitor sensor data graphically. It has options to start and stop data logging facility.

(External Start Stop for each channel via DI) Has USB port for pen drive connection. You can download the data log in excel format for selected date and time. 2 nos. Digital outputs for set point. – Just NPN outputs.

” Web page access through Ethernet or WiFi, Sensor Channel Selection and Calibration page and set point settings.

 

 

Embedos_ED Enclosure

Embedos_ER Device Label for Dual Channel Vibration Monitoring on 7 Inch HMI

Embedos_Network Manager 2 for Dual Channel Vibration Monitoring on 7 Inch HMI

Embedos_ER Connection diagram - 1 for Dual Channel Vibration Monitoring on 7 Inch HMI

Embedos_Login Page for Dual Channel Vibration Monitoring on 7 Inch HMI

Embedos_Settings Page 1 for Dual Channel Vibration Monitoring on 7 Inch HMI

Embedos_Dashboard 2 for Dual Channel Vibration Monitoring on 7 Inch HMI

Looking for End to End Industrial Automation & IoT Solutions? 

 

Our Experts Want to speak to You!

Explore Other Case Studies

Embedos_Em Ramanujan (ER) _ Front_1

Hydro Static Testing Data Logger| Hardware & Software

Hydrostatic Testing Automation Using Industrial Data Logger & Real-Time Pressure Analytics, Reports & Pump Control! The pump behaves as an actuated endpoint within a software-defined test cycle, driven entirely by real-time pressure acquisition and deterministic control logic.
Embedos Architecture for Steel Manufacturer for Nuclear Power Plant

IoT based Industrial Conveyor Belt Monitoring System

The Embedos monitoring system has transformed this maintenance strategy from reactive to proactive, particularly for critical conveyor belt systems essential to nuclear power plant production.

Air Control Valve Testing Through Automation. Embedos Case Study SS 1

Revolutionizing Air Control Valve Testing Through Automation. An Embedos Case Study

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IoT-Based Washing Machine Testing: FMCG Performance Monitoring Case Study

Optimize your washing machine testing with IoT monitoring solutions that track water usage, RPM, temperature, and power consumption.

This case study showcases implementation of real-time data collection and comprehensive performance analysis for quality control and efficiency improvements.”

Vertical Tank Monitoring - Embedos - Em Bose ( EB ) 3.2″ HMI

Industrial Tank Level Monitoring with IoT

1) The Embedos EB Series ( EM Bose ) calcuates the volume of the liquid in the tank & displays its level. The calculation is done based on the inputs from a Pressure sensor that is mounted at the bottom of the tank.

2) The device displays real time values & level of the tank with a view of set points or Threshold Limits between which the liquid of interest should remain.

3) If the Liquid crosses either of the two setpoints, the device sets of a relay which is connected to a high wattage Industrial Lamp ( Bulb ) to indicate that the threshold has been crossed. Also, the device has a buzzer that goes off on the crossing.

Embedos Maxwel - EM - Modbus / CAN bus / IO Expander

Embedos IO Data Logger + 4G Gateway

The Embedos IO data logger is designed to log data to device as analog inputs, a pulse input which is to be converted to RPM value. The logger is able to also display real-time data on a webpage based utility.

The user can interact with the data-logger to configure and view all the settings and device parameters currently running on the device. The logger can store real-time data and send the same data via MQTT to a broker.

Embedo Em Dian – ( ED ) Enclosure

Dual Channel Analog Data Logger + 7” HMI

Deployment Type: Data Logger +7 Inch HMI Display

“Embedos Engineering – 7 inch Data logger HMI, Model ERA021. (Simultaneous 2 channels)

It has 7 inch touch screen display to monitor sensor data graphically. It has options to start and stop data logging facility.

(External Start Stop for each channel via DI) Has USB port for pen drive connection. You can download the data log in excel format for selected date and time. 2 nos. Digital outputs for set point. – Just NPN outputs.

Embedos_CAN based Forklift Reach Height Controller Display - main page

Can Forklift Controller – Reach Height Display

Deployment Year: 2018

Deployment Type: Data Logger + Display

Problem Statement: In narrow warehouses with high racks, the view and space to maneuver are often restricted.

The Embedos Forklift controller and display based on CAN Bus helps the driver with appropriate displays and assistance systems. This makes load handling safer and more efficient.

Embedos_CAN - J1939 Datalogging Dashboard showing decoded parameters in varied widgets

CAN-J1939 Data Logger & Modbus – TCP Gateway

This was deployed in 2021, to log a particular set of parameters from a Caterpillar Engine ECU and display logged data.

The Embedos Monitoring Software was used to visualize logged data from the ECU in the form of charts and gauges, display log files in .csv formats and give options & download all log files into the system

Embedos_Connection Diagram between Datalogger & Expansion Unit

Real Time Data Logger with Embedded Web App

Embedos Data Logger + Embedos Expansion IO Card take in an RS-485 input and  4 Analog Inputs Each to display Guages for 8 Analog Channels. Similarly displays a graph of the last 100 values of corresponding channels.

The Embedos Real Time software running on an Embedded Web Server on the master Data logger allows you to download data shown on the table in Excel, CSV or PDF formats directly.

Embedos_EDGE

Edge_Glove Test Controller

Deployment Year: 2019 – 2022

Deployment Type: Multiple IO Data Logger + Browser based Web App.

The EDGE as a GLT controller provides an internal Modbus Server to read the analog and Digital inputs and control digital outputs.

EDGE calibration, test and network configuration options have been added to the latest iteration of this application of the EDGE.

EmView-Vibration Monitoring Software - Spindle 1

Vibration Monitoring Software

The monitoring software stores historical data of each of the vibration units connected to it.

You can view this data in graphical form by right clicking on a card and selecting View History (Alternately, you can also Double Click on a card to open Graph window)

Can Forklift Controller – Reach Height Display

Can Forklift Controller – Reach Height Display

Deployment Year: 2018

Deployment Type: Data Logger + Display

Problem Statement: In narrow warehouses with high racks, the view and space to maneuver are often restricted.

The Embedos Forklift controller and display based on CAN Bus helps the driver with appropriate displays and assistance systems. This makes load handling safer and more efficient.

Automatic lifting actions, such as end position damping or a height-dependent travel speed, also improve safety and efficiency. With this controller & display, reach trucks and forklifts can maneuver safely and quickly, even in confined spaces and handling conditions in warehouses.

 

 

 

Embedos_CAN based Forklift Reach Height Controller Display - main page

Embedos_CAN based Forklift Reach Height Controller Display Screen 1

Embedos_CAN based Forklift Reach Height Controller Display Screen 2

Embedos_CAN based Forklift Reach Height Controller Display - Menu

Embedos_CAN based Forklift Reach Height Controller Display - Absolute Data Display

Embedos_CAN-based-Forklift-Reach-Height-Display-Controller

Looking for End to End Industrial Automation & IoT Solutions? 

 

Our Experts Want to speak to You!

Explore Other Case Studies

Embedos_Em Ramanujan (ER) _ Front_1

Hydro Static Testing Data Logger| Hardware & Software

Hydrostatic Testing Automation Using Industrial Data Logger & Real-Time Pressure Analytics, Reports & Pump Control!

The pump behaves as an actuated endpoint within a software-defined test cycle, driven entirely by real-time pressure acquisition and deterministic control logic.

Embedos Architecture for Steel Manufacturer for Nuclear Power Plant

IoT based Industrial Conveyor Belt Monitoring System

The Embedos monitoring system has transformed this maintenance strategy from reactive to proactive, particularly for critical conveyor belt systems essential to nuclear power plant production.

Air Control Valve Testing Through Automation. Embedos Case Study SS 1

Revolutionizing Air Control Valve Testing Through Automation. An Embedos Case Study

The Embedos ACV Testing Automation System represents a significant advancement in hydraulic component quality assurance.

EE+EM _ Use case for HUL _ Embedos

IoT-Based Washing Machine Testing: FMCG Performance Monitoring Case Study

Optimize your washing machine testing with IoT monitoring solutions that track water usage, RPM, temperature, and power consumption.

This case study showcases implementation of real-time data collection and comprehensive performance analysis for quality control and efficiency improvements.”

Vertical Tank Monitoring - Embedos - Em Bose ( EB ) 3.2″ HMI

Industrial Tank Level Monitoring with IoT

1) The Embedos EB Series ( EM Bose ) calcuates the volume of the liquid in the tank & displays its level. The calculation is done based on the inputs from a Pressure sensor that is mounted at the bottom of the tank.

2) The device displays real time values & level of the tank with a view of set points or Threshold Limits between which the liquid of interest should remain.

3) If the Liquid crosses either of the two setpoints, the device sets of a relay which is connected to a high wattage Industrial Lamp ( Bulb ) to indicate that the threshold has been crossed. Also, the device has a buzzer that goes off on the crossing.

Embedos Maxwel - EM - Modbus / CAN bus / IO Expander

Embedos IO Data Logger + 4G Gateway

The Embedos IO data logger is designed to log data to device as analog inputs, a pulse input which is to be converted to RPM value. The logger is able to also display real-time data on a webpage based utility.

The user can interact with the data-logger to configure and view all the settings and device parameters currently running on the device. The logger can store real-time data and send the same data via MQTT to a broker.

Embedo Em Dian – ( ED ) Enclosure

Dual Channel Analog Data Logger + 7” HMI

Deployment Type: Data Logger +7 Inch HMI Display

“Embedos Engineering – 7 inch Data logger HMI, Model ERA021. (Simultaneous 2 channels)

It has 7 inch touch screen display to monitor sensor data graphically. It has options to start and stop data logging facility.

(External Start Stop for each channel via DI) Has USB port for pen drive connection. You can download the data log in excel format for selected date and time. 2 nos. Digital outputs for set point. – Just NPN outputs.

Embedos_CAN based Forklift Reach Height Controller Display - main page

Can Forklift Controller – Reach Height Display

Deployment Year: 2018

Deployment Type: Data Logger + Display

Problem Statement: In narrow warehouses with high racks, the view and space to maneuver are often restricted.

The Embedos Forklift controller and display based on CAN Bus helps the driver with appropriate displays and assistance systems. This makes load handling safer and more efficient.

Embedos_CAN - J1939 Datalogging Dashboard showing decoded parameters in varied widgets

CAN-J1939 Data Logger & Modbus – TCP Gateway

This was deployed in 2021, to log a particular set of parameters from a Caterpillar Engine ECU and display logged data.

The Embedos Monitoring Software was used to visualize logged data from the ECU in the form of charts and gauges, display log files in .csv formats and give options & download all log files into the system

Embedos_Connection Diagram between Datalogger & Expansion Unit

Real Time Data Logger with Embedded Web App

Embedos Data Logger + Embedos Expansion IO Card take in an RS-485 input and  4 Analog Inputs Each to display Guages for 8 Analog Channels. Similarly displays a graph of the last 100 values of corresponding channels.

The Embedos Real Time software running on an Embedded Web Server on the master Data logger allows you to download data shown on the table in Excel, CSV or PDF formats directly.

Embedos_EDGE

Edge_Glove Test Controller

Deployment Year: 2019 – 2022

Deployment Type: Multiple IO Data Logger + Browser based Web App.

The EDGE as a GLT controller provides an internal Modbus Server to read the analog and Digital inputs and control digital outputs.

EDGE calibration, test and network configuration options have been added to the latest iteration of this application of the EDGE.

EmView-Vibration Monitoring Software - Spindle 1

Vibration Monitoring Software

The monitoring software stores historical data of each of the vibration units connected to it.

You can view this data in graphical form by right clicking on a card and selecting View History (Alternately, you can also Double Click on a card to open Graph window)