VB Engineering - Manama, Bahrain

what is arc flash analysis? is the first question that raises in every safety concerns mind. Arc flash analysis is a combination of electrical study with ref to the safety guidelines. Arc flash hazard study also known as arc flash risk assessment is performed to identify and mitigate the arc flash hazards or arc flash risks available in the system and ensure the safety of the working personnel with proper arc flash safety procedure.

https://www.vbengg.com/arc-flash-safety-assessment

Arc flash policy for study demands that arc flash survey needs to be carried out before building the real time model for arc flash assessment. Arc flash assessment requirements are clearly mentioned in NFPA 70e all hazard flash safety guidelines including arc flash distance, arc flash PPE need to be mentioned in the arc flash warning labels. arc flash procedures need to be clearly defined and the working personnel shall be trained on arc flash policy and what is the danger of arc flash and shall be clearly instructed on the usage of arc flash PPE.VB Engineering is pioneer in providing comprehensive arc flash hazard assessment and tops the arc flash analysis companies with its international standards.

Our arc flash study data collection team will visit your facility with prior intimation. To run a flash hazard analysis you need all the installation data and all the details of the equipment with settings in place. The required arc flash evaluation data will be collected by our team at site.

We then build the models and We use multiple methods including SKM Power Tools, EasyPower, Etap, Neplan, Cymdist, EDSA, ArcPro, or IEEE 1584 depending upon the customer's needs. Our expertise in arc flash studies is widely recognized in the arc flash testing requirements industry and our flash hazard analysis engineers are members of IEEE, NFPA and IEC which set the standards for arc flash hazard analysis and mitigation.

VB Engineering is a pioneer in providing solutions for process improvement with the help of lean tools. We have been offering various 3D simulation services with data analytics and artificial intelligence for Production Improvement using process simulation and virtual reality. Our offerings have enabled our clients towards Continuous Improvement and made them ready for just in time manufacturing. Production improvement is always a challenge including multiple parameters and various fields. The interdependency of the production environment is highly complex and the only responsible person will be the production person for the delay.

Lean manufacturing has been a best practice across the globe in manufacturing process.

https://vbengg.com/Lean-Manufacturing-Process-3D-Simulation.html

Lean production systems and lean manufacturing principles are adopted by all the world class manufacturing companies. Canning and bottling lines are extremely complex and difficult processes to manage, as they consistently run at very high speeds, where a minor stoppage can have a big impact on performance and costs to the business. The difficulty in creating an optimal packaging line design that would maximize production and efficiency is greatly amplified when there are many different packaging formats together with frequent changeovers. With packaging lines costing crores of rupees, an increasingly competitive market for contract packaging and demand for multi-variety packs, there is a clear need to maximize return by ensuring the equipment is being fully utilized to maximize return. Therefore, when designing packaging lines, it is necessary to have some means of predicting and explaining their performance and identifying the influence of the key line parameters such as, SKU complexity, machine capacities and their acceleration, running speed and deceleration parameters, conveyor speed and their lengths, failure rates in MTBF and repair rates in MTTR.

Our dedicated electrical professional team will visit your ream and collect all the data. For conducting a relay setting calculation we need all the electrical installation data of the plant and their complete behaviour manuals. Power system relaying is configured by the OEMs as a standard international practice and the manufactured will have a defined parameters with respect to the behaviour of the equipment. Once the data is collected we model the data collected in the reputed electrical simulation software ETAP /SKM. The data modelled will be integrated with the OEM library for setting the configuration values. The modelled network will be subject to various simulation studies like voltage drop analysis, short circuit studies and protective device coordination studies. The fault current calculation shall be done to identify what is the maximum available fault current at each and every feeder and bus. IEEE short circuit current calculation sheets will provide you the values of the 3 phase bolted and arcing fault. We have to use these short circuit calculation values obtained to perform relay coordination calculation. Relay setting calculation will depend on the fault current calculation and the time values.