Posts

Testing the Pantograph Power

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Pantograph Load Testing for Electric Trains A  pantograph load test machine  is a specialized system used to evaluate and simulate the performance of pantographs, which are critical components in electric trains. Complex Environment and Challenges         The  pantograph  is the component of an electric train that makes contact with the overhead trolley wire (catenary system) to draw power. The environment where the pantograph touches the wire is incredibly complex: Catenary systems exhibit varying vertical stiffness along their length. The wires zigzag at intervals (typically 30 to 100 meters) to prevent grooving. The force applied by the pantograph to the wire must stay within a well-defined range (usually between 70N and 120N). Too little force results in loss of contact, arcing, and damage to the wire and contact bar. Too much force causes premature wear on the wire and contact bar due to friction. Delivering the right amount of force requires variable vertical motion, especiall

Industrial iOT & Software Development

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Novatek: Pioneering Industrial Solutions for a Sustainable Future At Novatek, we’re more than just a company; we’re a hub of designing, technology, and sustainability. Our journey began with a vision to revolutionize the industrial sector with cutting-edge solutions that not only enhance efficiency but also contribute to a greener planet. Embracing the Digital Transformation In the era of Industry 4.0, we at Novatek have embraced digital transformation with open arms. Our bespoke OPC UA-based systems are designed to ensure seamless communication across diverse industrial equipment, paving the way for smart manufacturing processes that are both reliable and scalable. Python Programming: The Backbone of Our Automation Python’s versatility allows us to develop sophisticated algorithms that drive our automation services. From predictive maintenance to real-time data analysis, our Python-powered solutions help clients stay ahead of the curve. Siemens: A Partnership for Innovatio

Automated Test Bench

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Revolutionizing Railway Safety In the pursuit of advancing railway safety and efficiency, Novatek has embarked on a groundbreaking project to develop an Automated Test Bench that performs functional tests on braking systems used in railways. This innovative solution is set to transform the way railway systems ensure the reliability and effectiveness of their critical safety components. The Need for Innovation in Railway Braking Systems Railway braking systems are vital for the safe operation of trains, requiring regular and rigorous testing to maintain performance standards. Traditional methods of brake testing are often manual, time-consuming, and not always capable of detecting certain types of failures. Novatek’s Automated Test Bench addresses these challenges head-on, offering a risk-based, efficient, and reliable testing process. Introducing Novatek’s Automated Test Bench Novatek’s Automated Test Bench is designed with precision and adaptability in mind. Utilizing state-

Novatek Energy Management Monitoring Software

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Novatek has an intelligent energy management software system developed to monitor energy consumption, improve the utilization of the system, increase reliability, predict electrical system performance. It is designed and easy to install to incorporate with any energy meter hardware. Novatek energy management software reports and monitors energy system usage in facilities, saving businesses money on energy costs. These solutions include real-time energy usage monitoring, energy data analytics, HVAC systems controls, and carbon and sustainability reporting. Energy management software often contains tools that alter energy usage to promote more efficient consumption and reduce carbon emissions. This software in this category is designed to improve efficiency, ensure regulatory compliance, and reduce operational costs. Key features of Novatek energy management software are, • Monitor energy consumption from multiple sources. • Actively engage with energy-consuming systems by altering e

PLC & SCADA Systems

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  The main goal of this Supervisory Control and Data Acquisition (SCADA) is to monitor and control equipment in the industrial processes for companies in the public and private sectors.  As a matter of fact, in today's world, there are SCADA systems almost everywhere. This includes industrial plants, manufacturing, transportation, oil and gas, power distribution, water control and etc. SCADA systems perform several functions that allow for proper management of remote facilities. The following are the core functions of a SCADA system are Data Acquisition, Networked Data Communication, Data Presentation and Control. In a SCADA system, then you need to know and understand the four important system components that present in every SCADA network. Yours might be tailored to your specific requirements, but it will need the following basic components are Inputs, Remote Telemetry Units (RTUs), Human Machine Interface (HMI), Communications Network. Having a SCADA system in place is critical

Novatek Customize SCADA system's

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  Novatek offers Customized supervisory control and data acquisition (SCADA) systems enabling users to monitor system operation, acknowledge alarms, and review programmable logic controller (PLC) setpoints and alarm history. All screens are custom-designed for each power control system, providing the most realistic, accurate display possible.  The customized SCADA system includes a dynamic one-line display with changing color codes to indicate real-time power switching device status and power source connection to the loads.  Event logging, alarm logging, and help screens are also included. Optional enhancements are available to provide added functionality.  Included are highly detailed graphic displays of the physical arrangement of equipment, control panel close-ups, instrument displays indicating actual values, and the ability to initiate control functions.  The simulation system enables off-line operator training without affecting any operating system parameters.

Automatic Flour Wheel Re-Sharpening Machine Version 2.0

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  This Machine performs  Fully Automated Re-sharpening the Flour Mill disc .   Automated re-sharpening increases the life of disc, it also reduces the vibration in the flour mill machine. Vacuum attached in the machine enables a dust free re-sharpening of disc. It does not require any skilled operator. It can be widely used in  Masala Industry. --> Machine Size-750x750x1800mm --> Dust Collector- 600x600mm --> Control Panel - 300x500x1800mm --> Overall Size Required - 10x10 Feet Features: - -> Fully Automated Re-Sharpening --> Reduced noise and vibration  -> Increased Disc life --> Accurate Patterns --> Improved grind quality --> Dust free operation --> No skilled  labor --> Easy Maintenance --> Faster Grinding@1Hr/Set --> CNC Controlled-Run Multiple Programs