RTU detail images

RTU1
RTU31
RTU41
RTU21
RTU1 RTU31 RTU41 RTU21
• Standard Power : 12V DC/0.5A
• Power Range : 5V -36V DC
• Power Consumption : 1.5W
• Processor : 32 BIT ARM CORTEX M4 40 MHZ
• OS : TI-RTOS/SYS_BIOS
• Memory : 1024 KB FLASH, 16 KB SRAM
• Analog Input : 2 channels; 4-20 mA
• Digital Output  : 8 channels
• Communication Protocol : GPRS ( 2G/ 3G/4G)
 

Specifications

Specifications

  • Standard Power : 12V DC/0.5A
  • Power Range : 5V -36V DC
  • Power Consumption : 1.5W
  • Processor : 32 BIT ARM CORTEX M4 40 MHZ.
  • OS : TI-RTOS/SYS_BIOS
  • Memory : 1024 KB FLASH, 16 KB SRAM
  • Analog Input : 2 channels; 4-20 mA
  • Digital Output : 8 channels
  • Communication Protocol : LoRa
  • Frequency : 865-867 MHz
  • RX Sensitivity : -140dBm

Specifications

  • Standard Power : 12V DC/0.5A
  • Power Range : 5V -36V DC
  • Power Consumption : 1.5W
  • Processor : 32 BIT ARM CORTEX M4 40 MHZ.
  • OS : TI-RTOS/SYS_BIOS
  • Memory : 1024 KB FLASH, 16 KB SRAM
  • Analog Input : 2 channels; 4-20 mA
  • Digital Output : 16 channels
  • Communication Protocol : GPRS ( 2G/ 3G/4G)

Specifications

  • Standard Power : 12V DC/0.5A
  • Power Range : 5V -36V DC
  • Power Consumption : 1.5W
  • Processor : 32 BIT ARM CORTEX M4 40 MHZ.
  • OS : TI-RTOS/SYS_BIOS
  • Memory : 1024 KB FLASH, 16 KB SRAM
  • Analog Input : 2 channels; 4-20 mA
  • Digital Output : 16 channels
  • Communication Protocol : LoRa
  • Frequency : 865-867 MHz
  • RX Sensitivity : -140dBm

IOT Based RTU using LoRa/GPRS for Communication

Design for Industrial Application

 • High-performance industrial-grade CPU and Wireless Module 
 • High-powered industrial MCU.
 • Support low power consumption mode.
 • Power range: DC 5~36V
 

 Stability and Reliability

 • Support hardware and software WDT.
 • Power port: reverse-voltage and 
  overvoltage protection
 

 Standard and Convenience

 • Adopt terminal block interface, convenient 
  for industrial application.
 • Support Communication on industrial protocols. 
 • Customizable uplink timing.
 • Support intellectual mode, enter into communication state automatically when powered.
 

 High-performance

 • Support Adaptive Data Rate Transmission.
 • Works on Acknowledgement Module
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Tracks and alerts any leakage between two distinct points.

Sends reminders or alerts about scheduled or required maintenance.

Notifies when a specific system component, such as the Butterfly Valve, is turned off.

Monitors the pump's End-of-Phase Detection position.

Tracks and notifies when the pump speed changes.

Sends notifications when the system loses power.

Alerts when the pump experiences a trip.

Alerts about solar panel cut-off events.

Notifies when filters in the system get clogged.

Alerts regarding the battery voltage status.

Alerts about the status of pump operations.

Generates reports based on test operations performed.

Reports signal strength (RSSI) and signal-to-noise ratio (SNR) for communication devices.

Keeps daily logs of device operations.

Reports instances of potential device tampering.

Provides tabular data on the Remote Monitoring System.

Generates reports based on SOS activity.

Details synchronization-related operations in the system.

Provides reports on scheduled activities in OMS.

Displays real-time operations within the system.

Provides flow-related data for OMS.

A basic report that details the current status of devices in the system.

Enables interlocking functionalities through the mobile app for better control.

Displays the real-time pressure data from OMS on the mobile app.

Provides control over ON/OFF operations from the mobile app.

Allows viewing schedules directly from the mobile app.

Provides information relevant to farmers through the mobile app.

Offers a mobile-based issue tracking system.

Provides access to create new projects.

Enables adding new devices to the system.

Allows for finer control over user access, based on assigned roles.

Assign different roles to users.

Ability to create new user accounts.

Triggers an alarm if unauthorized access to OMS is detected.

Sends alarms when the system detects unusually high pressure levels.

Alerts when a command issued to the system is not executed properly.

Monitors and tracks ongoing issues within the system.

Allows monitoring of live commands executed in the system.

Tracks any potential tampering of the devices.

A suite of testing tools to check and validate system performance.

Provides detailed control over the flow within the system.

Provides an SOS function for emergency responses.

Provides notifications when a line is activated or deactivated.

Alerts related to device connection status.

Sends notifications when the system detects low pressure.

Allows scheduling of operations or actions in advance.

Allows basic control over the device, such as turning it on or off.

Enables system-wide synchronization of devices.

Tracks the battery voltage levels.

Monitors the voltage generated by solar panels.

A tool to calculate cumulative flow or other relevant data.

Displays the real-time flow rate in the system.

Tracks the current pressure in the system.

Provides real-time monitoring of the OMS (Operational Monitoring System) status.

In the evolving realm of Railways, Waarta leads with technological innovation. Our solutions are instrumental in optimizing railway operations, providing precise control, real-time monitoring, and advanced automation capabilities. With a commitment to enhancing efficiency, safety, and reliability, Waarta contributes to the modernization and connectivity of rail transportation.

Waarta IoT Applications: RF Wireless Technology LoRA and GPRS

1). IoT based Railways Platforms.
2). IoT based Train Internal Utility System.
3). IoT based System for Collision and Avoidance of Running Trains.
4). IoT based Train Traffic Lights Monitoring & Automatic Gate Opening & Closing System.

In the realm of national security, Waarta's technology stands as a bastion of innovation. Our state-of- the-art solutions, including Remote Terminal Units (RTUs) and controllers, play a pivotal role in bolstering defense infrastructure. With precision control, real-time monitoring, and advanced automation capabilities, Waarta contributes to the strength and resilience of the Defence Sector. At Waarta, we are committed to providing cutting-edge solutions that safeguard the nation and its interests.

Waarta IoT Applications: RF Wireless Technology LoRA and GPRS

1). IoT based Air Quality Monitoring.
2). IoT based Weather Station Monitoring.
3). IoT based Centralized Tunnel Monitoring , Alarm & Controlling.
4). IoT based Data Center Parameters Monitoring.

In the dynamic landscape of the Industrial Sector, Waarta's cutting-edge Remote Terminal Units (RTUs) and controllers redefine operational efficiency. Our advanced solutions bring precision to control, monitoring, and automation, empowering industries to achieve unparalleled productivity and operational excellence.

Waarta IoT Applications: RF Wireless Technology LoRA and GPRS

1). IoT based Central Monitoring of Fire Alarm Systems
2). IoT based Filter Automation Panel
3). IoT based Authorized Door Open Alarm & Action
4). IoT based Industrial Equipment's Monitoring & Controlling
5). IoT based Solar Plant Monitoring & Controlling

In Power Sector, Waarta's cutting-edge Remote Terminal Units (RTUs) and controllers play a pivotal role in revolutionizing energy management. Our advanced solutions empower the Power Sector with unparalleled control, monitoring, and automation capabilities.

Waarta IoT Applications: RF Wireless Technology LoRA and GPRS

1). IoT based Water Quality Monitoring & Controlling
2). IoT based Centralized Society Lighting Automation
3). IoT based Street Lighting Monitoring & Controlling
4). IoT based Stadium Lighting
5). IoT based Electrical Panel Monitoring & Controlling
6). IoT based Transformer Monitoring System

At Waarta, our commitment to the Water Sector is unwavering. We play a pivotal role in addressing the critical aspects of water supply for drinking water and irrigation, particularly supporting our farmers. Leveraging cutting-edge IoT solutions, we ensure efficient water management, optimizing distribution networks, and enhancing the overall sustainability of water resources.

Waarta IoT Applications: RF Wireless Technology LoRA and GPRS

1). IoT based Overhead Tank Level Monitoring & Controlling Systems
2). IoT based Pump Monitoring & Controlling through Mobile
3). IoT based Hydro Testing for Pipe Line Systems
4). IoT based Leakage Detection for Pipeline (Seepage , Minor Leakage, Burst, Line Choke , Pipe Bend conditions)
5). IoT based Outlet Management System
6). IoT based Air Valve Management System
7). IoT based Water Thefting Identification through Air Valves or Scour Valves or any Unauthorized Pipe Tapping's.
8). IoT based Filter Choking
9). IoT based Soil Moisture Monitoring
10). IoT based DAM Level Monitoring
11). Underground Water Table Monitoring through Borewells / Tube wells
12). IoT based Water metering even for remote locations without power.