#plcsystems

The Allen Bradley 2098-DSD-075 Servo Drive has been designed keeping in mind industries which require precision, efficiency, and reliability. This device is an excellent choice from the range of Ultra 3000 Drives.

It is powered by a three-phase AC source. It is capable of delivering high current both continuous and intermittent in demanding conditions. The use of SERCOS ensures rapid communication.

There are several other advanced features included in its specifications such as bus overvoltage, internal shunt resistor, auxiliary power supply, and panel-mounting option.

This Allen Bradley servo drive is best suited to be used in manufacturing units and production lines, where there is a need for greater efficiency. It can be used in areas of packaging and material handling.

Flexible purchase and repair plans ensure that customers get maximum benefits from it.

Nowadays, reliability and effectiveness of industrial automation play an important role to provide continuous production process. The 6ES7516-3FN01-0AB0 CPU 1516F-3 PNDP from Siemens can be recommended as a reliable option to automate your process. This SIMATIC S7-1500 PLC is developed to operate at a fast speed and has built-in safety features, which makes this device suitable for the use in various safety-sensitive applications.

Being provided with a possibility to connect to other devices through PROFINET or PROFIBUS communication, this PLC can be used for the process automation thanks to its effective power consumption (24V DC, 0.85A).

Accord Automation is excited to be part of GrainEx India 2026 in Indore! Visit us at Stall No. C9, Hall No. 2 to explore our advanced PLC Automation, SCADA Software, Flow Weighers, Mimic Panels, and Industrial IoT Solutions designed for the grain milling industry.

Every module and panel, every sensor, in industrial and marine automation has a mission-to perform flawlessly under pressure. Behind this reliability stands a legacy of global engineering giants whose innovations have redefined performance and resilience.

Halliburton is one such powerhouse a name trusted for decades in energy, drilling, subsea operations, and advanced industrial solutions.

At “Aeliya Marine Tech” we bring this legacy directly to your operations by providing genuine Halliburton parts that are engineered for precision environments, critical control systems, and high-demand marine applications.

Because in today’s world, reliability isn’t a luxury-it’s the baseline.

About Halliburton

A Century of Global Engineering Strength

Halliburton began its journey in 1919, growing from a small oil-well cementing venture into one of the world’s largest engineering and energy-technology companies.

From offshore systems to advanced electronic control modules, Halliburton’s innovations fuel industries that demand absolute reliability:

Drilling automation

Subsea control

Industrial monitoring

Marine operations

High-strength mechanical systems

Their name has been synonymous with durability, innovation, and performance for over 100 years.

Why Halliburton Matters in Industrial & Marine Automation

Automation infrastructure-whether controlling a ship’s steering system or regulating a refinery unit-is constantly under stress: vibration, seawater exposure, load cycles, mechanical shock, and extreme temperatures.

Halliburton components are built precisely for those environments.

Engineered for Harsh Marine Conditions

Corrosive environmental conditions occur on offshore platforms and ships. Halliburton equipment sensors, control modules, mechanical parts, and instrumentation is designed to withstand:

Salt spra

Shock & vibration

Sudden temperature changes

High moisture exposure

Precision for Critical Operations

Automation systems require accurate data. Halliburton delivers:

High-accuracy sensing

Fast signal response

Stable performance under load

Perfect for PLC controls, drilling automation, and marine monitoring.

Certified & Globally Approved

Halliburton adheres to strict global standards:

API

ISO

ABS

DNV

IEC

Assuring compliance for marine, offshore, and industrial installations.

Built for Long-Term Value

Halliburton’s design is rugged, translating to fewer breakdowns, longer service life, and lower downtime for ships, rigs, and other high-productivity industries.

Top Applications of Halliburton in Marine & Industrial Systems

1. Drilling & Subsea Automation

The segments in which Halliburton operates include:

Subsea control modules

ROV systems

Drilling automation units

Mud logging systems

Pressure monitoring

2. Marine Control & Monitoring

Ships depend on Halliburton hardware for:

Hydraulic controls

Mechanical linkages

Pressure/temperature instrumentation

Safety circuits

3. Industrial Power & Process Automation

Factories integrate Halliburton solutions into:

Process controllers

Safety interlocks

High-pressure systems

Load management units

4. Hazardous Zone Equipment

Perfect for:

Oil & gas installations

Petrochemical refineries

Offshore platforms

Explosive and high-risk environment testing is done for Halliburton hardware.

Why Buy Halliburton from Aeliya Marine Tech

100% Genuine Components, No Compromise

We provide only genuine, tested Halliburton parts for unmatched reliability.

Surplus + New Stock Availability

Whether it’s a discontinued model or brand-new hardware, we help you find components that match your requirement and budget.

Technical Guidance for Marine & Industrial Needs

Our team deeply understands automation.

We help you choose the right Halliburton component for:

PLC systems

Marine automation

Industrial processes

Drilling equipment

Fast Worldwide Dispatch

Your vessel, plant, or rig cannot afford delays; we ship quickly, securely, and globally.

Trusted by Engineers for Decades

Aeliya Marine Tech has built a reputation for providing genuine, ready-to-use automation parts with complete customer confidence.

Halliburton & the Future of Automation Reliability

Automation in the future is not just about speed; it means resilience, precision, and intelligent diagnostics.

Halliburton continues to develop technologies that make systems smarter, safer, and more dependable:

Connected Industrial Modules

Intelligent control systems

High-integrity monitoring hardware

Advanced marine equipment

That is the future Halliburton is building and we are ready to help you integrate it.

The Aeliya Marine Tech Promise

By choosing us, you choose consistency, confidence, and expert support.

We stand behind everything we supply:

Thorough testing

Secure packaging

Safe delivery

Expert after-sales assistance

Our Mission : To equip industries and ships with automation that acts without hesitation-and safety that never takes a break. 

Explore Now: “Halliburton Collection” Aeliya Marine Tech 

In the ever-evolving landscape of power generation, optimizing efficiency stands as a paramount objective for ensuring reliable and sustainable energy production. An instrumental advancement in achieving this goal is the widespread adoption of Programmable Logic Controller (PLC) systems. In this article, we delve deep into the complexities of PLC systems within power plants, unraveling their functionality, benefits, and pivotal role in enhancing operational performance.

Understanding the Essence of PLC Systems PLC systems epitomize a sophisticated form of control technology employed across power plants to automate a myriad of processes. These systems rely on programmable logic controllers, digital computers specifically designed to oversee industrial processes. Unlike traditional relay control systems, PLCs offer unprecedented flexibility and programmability, enabling precise control over various functions within power plants.

Exploring Core Functions 1. Real-time Monitoring and Control PLC systems excel in real-time monitoring, providing operators with instant data on critical parameters like temperature, pressure, and flow rates. This facilitates swift decision-making, enabling prompt adjustments to optimize the overall efficiency of power generation processes.

2. Fault Detection and Diagnostics A notable strength of PLC systems lies in their ability to swiftly detect faults. Through continuous monitoring, these systems identify irregularities in equipment performance, facilitating proactive maintenance and minimizing downtime. This translates to enhanced reliability and prolonged equipment lifespan.

Advantages of PLC Systems 1. Flexibility and Adaptability Renowned for their adaptability to diverse industrial processes, PLC systems boast a user-friendly programming interface that allows operators to easily modify control strategies. This flexibility ensures power plants can evolve alongside technological advancements.

2. Precision and Accuracy Precision is paramount in power generation, and PLC systems offer unparalleled accuracy in executing control functions. Fine-tuning control parameters ensures optimal plant operation, minimizing wastage and maximizing energy output.

Implementing PLC Systems for Enhanced Efficiency 1. Integration with SCADA Systems Many power plants integrate PLC systems with Supervisory Control and Data Acquisition (SCADA) systems for centralized monitoring and control, fostering a holistic approach to management.

2. Remote Access and Monitoring Modern PLC systems often feature remote access capabilities, enabling operators to monitor and control plants from a centralized location. This enhances operational efficiency and safety while reducing onsite personnel requirements.

The Future of PLC Systems in Power Generation As technology advances, PLC systems in power plants will evolve with enhanced connectivity, artificial intelligence integration, and predictive analytics, promising even greater efficiency gains and sustainability.

Conclusion PLC systems are indispensable tools in modern power plants, providing a foundation for increased efficiency, reliability, and adaptability. Embracing PLC technology ensures a sustainable and resilient energy future as power generation remains a critical aspect of daily life. If you are interested in these type of articles so,