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Ellenex: Pioneering Multi-Sensor Interfaces for the Digital Age.

Writer's picture: Muskan ShresthaMuskan Shrestha

Unlocking the Power of Data Fusion and Connectivity with lower cost

New Approach: Promises delivery of data closer to real-time, bridging the gap between the present and the future of data-driven insights.

Multi-Sensor Interfaces
RM1 series of ellenex multi-sensor offers connectivity of up to 5 sensors

In the dynamic landscape of contemporary technology, the fusion of diverse sensors and the proficient handling of their data streams have become fundamental to driving innovation and efficiency. As we immerse ourselves in an ecosystem increasingly populated with sensors, the quest for optimal multi-sensor interfaces has taken center stage.

Before the companies used to rely on an older approach, which was not real-time but more of a traditional logger-based system. The transition to LoRaWAN (Low-Ranging Wide Area Network) and NB-IoT (Narrowband Internet of Things) technologies marked a significant shift toward near real-time remote asset monitoring. Here, we introduce Ellenex, a visionary company positioned at the vanguard of this revolution, specializing in crafting cutting-edge solutions for multi-sensor interface challenges. In this blog, we'll dive into the pros and cons of Ellenex's Multi-Sensor Interface, compare it with the previous old approach, and explore how LoRaWAN and NB-IoT technologies have transformed the way they collect data, moving from "log and check later" to "near real-time" monitoring.


Advantages of Multi-Sensor Interface

  1. Near Real-Time Data: The Multi-Sensor Interface offers nearly real-time data, reducing delays in data acquisition and decision-making. It is critical for preventive asset management and action-based decision-making.

  2. Enhanced Connectivity: With expanded connectivity options, it can integrate a wider range of sensors, enabling more comprehensive monitoring.

  3. Modular and Versatile: Ellenex's new approach provides flexibility, allowing clients to adapt the system to their specific needs easily.

  4. Long-Term Cost Savings: With significantly lower cost compared to the old-style monitoring systems, the multi-sensor interface proves cost-effective in the long run due to improved efficiency and reduced maintenance. This capability puts both CapEx and OpEx in a lower range.

  5. Immediate Data Access: Data is readily available, enhancing the client's ability to respond to critical events promptly.

  6. Diverse Applications: The multi-sensor interface can be applied to a broader range of use cases, making it suitable for various industries and scenarios.

  7. Lower Initial Cost: Thanks to the advanced technology of the devices, implementing the multi-sensor interface requires less upfront investment compared to the old logger-based approach and will save much more in the course of time.

  8. Complex Implementation: Setting up and configuring the data loggers may be more complex than using the Ellenex multi-sensor interface. To address this complexity, Ellenex offers pre-configured solutions as a part of a comprehensive solution that includes expert engineering support.

Old(Logger-bassed) Approach vs. Multi-Sensor Interface


To better understand Ellenex's Multi-Sensor Interface, let's compare it with the old logger-based approach.

Aspect

Old (Logger-Based) Approach

Multi-Sensor Interface

Real-time Data

Not real-time

Near real-time

Connectivity

Limited

Enhanced

Integration

Limited flexibility

Versatile and modular

Cost

Lower initial cost

Long-term cost savings

Data Accessibility

Delayed access

Immediate access

Use Cases

Limited

Diverse application

Use Case: RM1 with Float Switch, Temperature and Humidity, Level Sensor with Builtin Temperature

Let's explore a practical use case demonstrating the effectiveness of Ellenex's Multi-Sensor Interface. In this scenario, the client employs the RM1 sensor along with a float switch, temperature and humidity sensors, and a level + temperature all connected via MQTT.

Client Requirements

  • Data Accuracy: The client demands precise data on water levels, temperature, and humidity within their industrial tanks.

  • Timely Alerts: Timely alerts for abnormal conditions such as high humidity, low water levels, or temperature fluctuations are crucial to prevent potential issues.

  • Remote Monitoring: The client seeks remote access to monitor the conditions of their tanks from anywhere.

Implementation

  1. Float Switch: Installed within the tank, the float switch provides real-time data on water levels. If the level drops below a predetermined threshold, it triggers an immediate alert.

  2. Temperature and Humidity Sensors: Strategically positioned within the tank, these sensors continuously monitor these parameters and transmit data via MQTT to the multi-sensor interface.

  3. Level and Temperature: The Level sensor ensures precise measurements of both level and temperature within the tank, facilitating accurate data analysis.

Benefits for the Client

  • Real-Time Alerts: The RM1 ensures real-time alerts if water levels become critical, helping prevent costly damage.

  • Data Analysis: Continuous monitoring of temperature and humidity aids in optimizing storage conditions and maintaining product quality.

  • Remote Access: The MQTT integration allows the client to access and analyze data remotely, promoting proactive decision-making.


multi-sensor interface

In conclusion, Ellenex's Multi-Sensor Interface represents a significant leap forward from the traditional logger-based approach, providing near real-time data access, enhanced connectivity, and unparalleled versatility. While it may involve a higher initial investment and some complexity during implementation, the long-term benefits and diverse applications make it an invaluable solution for various industries, as showcased in the RM1 use case.

Furthermore, the transition from the old logger-based approach to LoRaWAN and NB-IoT technologies has ushered in a new era of near real-time data collection, revolutionizing industrial monitoring capabilities. As Ellenex continues to innovate and adapt to evolving technologies, it remains at the forefront of sensor solutions, empowering businesses with more accurate, efficient, and timely data insights. Links

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  • Air Compressor Operation Monitoring

  • Asset Cathodic Protection Monitoring

  • Asset Temperature Monitoring

  • Boilers Pressure and Temperature Monitoring

  • Building Structural Health Monitoring

  • Chemical Tanks Level Monitoring

  • Data Centre and Clean Room Pressure Monitoring

  • Diesel Delivery Management

  • Differential Pressure Monitoring

  • Dump Truck Overload and Operation Monitoring

  • Dust Collection System Monitoring

  • Farm Fish Operation Monitoring

  • Flood Monitoring

  • Frozen Food Delivery Management

  • Grain Silo Level Monitoring

  • HVAC Air Filter Performance Monitoring

  • HVAC Airflow Monitoring

  • Hydraulic Systems Overload Monitoring

  • Industrial Gas Cylinders Level Monitoring

  • Industrial Water Meters Digitalisation

  • Land Movement Monitoring

  • Liquid Storage Tank Level Monitoring

  • Manhole Blockage Monitoring

  • Milk Tank Level Monitoring

  • Negative Pressure Monitoring

  • Operational System Digitalisation

  • Pipe Temperature and Pressure Monitoring

  • Pump Pressure Monitoring

  • Rain Level Monitoring

  • Remote Diesel Tank Level Monitoring

  • Soil Moisture Monitoring

  • Trucks Overload Monitoring

  • Underground Water Pipeline Pressure Monitoring

  • Waste Liquid Delivery Management

  • Wastewater Pipe Pressure Monitoring

  • Water Filter Performance Monitoring

  • Water Quality Monitoring

  • Water Supply Monitoring

  • Water Tank Level Monitoring

  • Water Wells Level Monitoring

Key pre-configured Industrial IoT solutions

Main Industrial IoT Sensors: 

  • PTS2: Industrial Pressure (0.2bar to 1,000bar)

  • PTC2: Corrosive Resistant Pressure

  • PTD2: Pressure Sensor with Built-in Temperature Sensor

  • PTDH2: High Temperature Pressure and Temperature Sensor

  • PTG2: Pressure with Built-in GPS

  • PTS3: IP68 Pressure Sensor

  • PTF2: Flush Type Pressure Sensor

  • PTF2: Thich film Flush type Pressure

  • PTE2: Earth Pressure Sensor

  • PDS2: Industrial Differential Pressure Sensor

  • PDG2: DP with Built-in GPS

  • PDT2: Ultra Low Range Air Pressure and Temperature

  • PLS2: Submersible Level (1m to 200m range)

  • PLC2: Corrosive Resistant Level (Titanium)

  • PLD2: Level Sensor with Built-in Temperature

  • PLG2: Level Sensor with Built-in GPS

  • PLS3: Submersible Level Sensor with IP68 Housing

  • PLM2: Well Level Sensor (15.8mm Sensor Head, 2in Housing)

  • PLMD2: Well Level and Temperature Sensor

  • TTS2: Industrial Temperature Sensor

  • TTG2: Temperature Sensor with Built-in GPS

  • TTS3: Temperature Sensor with IP68 housing

  • TTS2: Pipe Temperature Sensor

  • DUS3: IP68 Ultrasonic Level Sensor

  • DRC3: IP68 Corrosive Radar Sensor (8m and 30m range)

  • FMS2: Industrial Water Meter Interface

  • CSD2: Conductivity Salinity and Temperature sensor

  • CTR2: Turbidity and Temperature Sensor

  • CPH2: pH, ORP and Temperature Sensor

  • CDO2: Dissolved Oxygen and Temperature Sensor

  • MSS2: Soil Moisture Sensor

  • MAS2: Outdoor Humidity Sensor

  • MRS2: Rain Sensor (Tipping bucket)

  • ECP2: Cathodic Protection Sensor

  • RS1-4/20: Single channel 4-20mA Interface

  • RS1-P: Single channel Pulse Interface

  • RS1-SDI: Single channel SDI-12 Interface

  • RS1-M: Single channel Modbus Interface

  • RS1-Pt: Single channel Pt100 Interface

  • RM1: Multi-channel Interface

  • RM4-4/20: Multi-channel Interface (4 x 4-20mA Sensor)

  • RM4-Pt: Multi-channel Interface (4 x Pt Sensor)

  • RM4-M: Multi-channel Interface (4 x Modbus)

  • RM4-mV: Multi-channel Interface (4 x mV Sensors)

  • RM4-Pulse: Multi-channel Interface (4 x Pulse Counter)

  • RM4-0/10: Multi-channel Interface (4 x 0-10V Sensor)

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