Schneider laboratory

Schneider Laboratory is used to control and monitor a process, machine or device in a computerized manner that usually fulfils repetitive functions or tasks. They are intended to operate automatically in order to reduce and improve human work in the industry. This is done through the use of logical programming commands and powerful machinery. This brings various benefits to organizations. By means of adaptive control and monitoring in different stages and industrial processes, these systems are useful in eliminating human error and thus improve the quality and homogeneity of the products offered. The performance is not reduced after several hours of continuous work. The benefits of home automation include safety, convenience, control, comfort, and energy savings. Here’s a closer look at some of the biggest benefits that home automation provides and what kind of devices you should consider to reap these rewards.

The Schneider Laboratory specializes in computerized automation systems for controlling and monitoring industrial processes, machines, and devices. It employs logical programming commands and robust machinery to automate repetitive tasks, aiming to reduce human error and improve product quality and consistency. These systems ensure continuous and reliable operation, benefiting organizations with enhanced safety, convenience, control, comfort, and energy savings in various industrial applications.

  • Objectives:

The objective of the above paragraph is to highlight the role and benefits of computerized automation systems in the Schneider Laboratory. It emphasizes their use in controlling and monitoring industrial processes to automate repetitive tasks, thereby reducing human labor and improving operational efficiency. The paragraph aims to underscore the advantages of adaptive control and monitoring in enhancing product quality and consistency, while also mentioning the benefits of home automation such as safety, convenience, control, comfort, and energy savings. Overall, the objective is to showcase how automation technologies contribute to productivity and quality improvements in both industrial and residential settings.

Detailed description of major equipments and instruments.

  • Residential Modular Offer –HomeAutomation bench-(MD1AM6112)
  • Residential Modular Offer WithEnergy Efficiency Module(MD1AM6130)
  • Entry Level Fibre Optic Bench(MD1ALFOBFTT)
  • IPTV Option (MD1ALFOBOIPTV)
  • Machine Safety Offer(MD1AMP011)
  • Motor Starter Modular(MD1AMLDM)
  • Earthling Diagram Bench(MDG99605)
  • Ventilation Energy Efficiency Modular Offer-Energy
  • Management system bench(MD1AMLATVEE)
  • HarmoChem Elect. Network(MDG99195)
  • M340 BOARD + IHMSTU(MD1AE170)
  • Water Of The Sun Cabinet(MD3BPODS)
  • Stand Alone Emergency LightingUnit System(MDGBAES)

B.Tech.capstone Projects in PE Lab:

  • Design and implementation of automated control systems for industrial processes using PLCs (Programmable Logic Controllers) and SCADA (Supervisory Control and Data Acquisition) systems.
  • Implementation of Industry 4.0 concepts such as digital twins and predictive maintenance to enhance production efficiency and reduce downtime.
  • Creating energy-efficient solutions through automation, including monitoring power consumption and optimizing energy usage in manufacturing processes.
  • Design and implementation of safety (fire) automation systems using sensors and actuators to enhance workplace safety and compliance with industry standards
  • Collaborated with Schneider Electric, Bangalore to design an efficient home automation system.

Lab photos