Sarom Global - Blogs

  FAT vs. SAT: Understanding the Differences Between Factory and Site Acceptance Testing In the field of system validation, factory acceptance testing (FAT ) and site acceptance testing (SAT) play pivotal roles in ensuring the reliability, functionality, and compliance of industrial systems.  This comprehensive guide aims to clarify the differences between FAT and SAT , shedding light on their significance, procedures, and implications in system validation processes. Understanding Factory Acceptance Testing (FAT) Factory acceptance testing (FAT) is a crucial phase in the system validation process, conducted at the manufacturer's facility before system delivery. It involves pre-installation testing and quality assurance testing to verify that the system meets specified requirements and regulatory standards. FAT serves as a foundation for system verification testing and ensures that the system is ready for deployment. Exploring Site Acceptance Testing (SAT) Contrary to FAT ,

  Achieving Operational Excellence with SAROM GLOBAL's Onsite Engineering Services In today's dynamic industrial landscape, achieving operational excellence requires more than just cutting-edge technology—it demands comprehensive onsite engineering services tailored to specific operational needs. SAROM GLOBAL's expertise in providing onsite technical support and site-specific engineering services is instrumental in driving efficiency, reliability, and safety across diverse industries.  Let's explore how our onsite engineering services can elevate your operations to new heights of success. Maximising Efficiency with Onsite Project Management SAROM GLOBAL's onsite project management capabilities ensure seamless execution of complex projects from inception to completion. Our team of seasoned professionals oversees every aspect of the project, from site engineering consulting to field inspection services , guaranteeing timely delivery and adherence to quality stan

  In the ever-evolving landscape of food production, the efficiency of pasteurisation processes plays a pivotal role in ensuring product safety and quality. This case study explores the journey of a dairy farm that aimed to enhance its production line by investing in a new pasteuriser for sale . We look into the intricacies of their decision-making process, cost analysis, and the subsequent optimization of their dairy pasteurisation operations. Embracing Innovation: Introduction to the Pasteuriser for Sale The dairy industry, known for its stringent quality standards, constantly seeks ways to improve efficiency without compromising on safety. In this pursuit, the introduction of a new pasteuriser for sale became a shining example of hope for our case study subject – a dairy farm aiming to stay ahead in a competitive market. The decision to explore a new pasteuriser was driven by the need to not only comply with industry regulations but also for production line optimisation and reducin

  In the dynamic landscape of industrial engineering, IO modules are integral components, orchestrating seamless communication between devices in complex systems.  This exploration aims to demystify the complexities surrounding IO modules , shedding light on their types, and applications, and offering essential selection tips for optimising industrial solutions. Unveiling the Basics of IO Modules IO modules, short for Input/Output modules, form the nerve centre of industrial control systems. They facilitate the exchange of data between the control system and field devices. IO modules play a pivotal role in ensuring a harmonious flow of information within an industrial setup whether sensors provide input or actuators receive commands. Types of IO Modules 1. Digital IO Modules: - Applications: Widely used for binary signals, such as on/off switches. - Selection Tip: Ideal for applications requiring simple input and output control. 2. Analog IO Modules: - Applications: Suited for continuo

 In the critical and highly competitive world of industrial applications, where high-pressure and high-temperature conditions prevail, the selection of control valves becomes a critical decision. From managing fluid flow to ensuring precise control in challenging environments, making the right choice can significantly impact performance and efficiency.  This article explores the intricacies of selecting control valves for high-pressure and high-temperature applications, highlighting the control valve range, including globe, pressure independent control valves, and flow control valves provided by reputable control valve manufacturers. Understanding Control Valve Range: Tailoring Solutions for Every Need The concept of a control valve range emphasises versatility and adaptability. These valves offer a spectrum of solutions, catering to diverse industrial requirements. Whether it's managing pressure, temperature, or flow rates, a comprehensive control valve range ensures that the spe

  The heartbeat of seamless automation resonates through the commissioning of IO modules in the complicated network of smart factory operations. These unassuming yet indispensable components serve as the nerve centre, linking various devices and systems into a harmonious symphony of operational efficiency. Let's unravel the intrinsic advantages of embracing universal I/O modules in the context of the ever-evolving landscape of smart factories. The Essence of IO Modules in Smart Factories At the core of smart factories lies the intricate dance of data exchange, where IO modules perform the role of linguistic translators. They bridge the communication gap between diverse devices, from sensors and actuators to control systems, fostering a unified language of data that powers the intelligence of the entire operation. Key Benefits Unveiled 1. Flexibility in IO Modules Selection: The beauty of universal I/O modules lies in their adaptability. They transcend the confines of specific d