Automation is the use of various control systems for operating equipment such as machinery, processes in factories, boilers and heat treating ovens, switching in telephone networks, steering and stabilization of ships, aircraft and other applications with minimal or reduced human intervention. Some processes have been completely automated. The biggest benefit of automation is that it saves labor, however, it is also used to save energy and materials and to improve quality, accuracy and precision. Automation has been achieved by various means including mechanical, hydraulic, pneumatic, electrical, electronic and computers, usually in combination. Complicated systems, such as modern factories, airplanes and ships typically use all these combined techniques.
Perfect Technologies and Automations is an organization for total Automation Solutions.
We provide complete Automation solutions and services to the large organizations
like Faundry, Manufacturing Industries, Automobile Sector, D.G Automations, Food & Beverages, Pharmaceuticals
, Steel Plants, Building Automations, Cement & Sugar Industries, Textile Industries & many more.....
Total Industrial Automation Solutions
- Electrial Control Panels.
- Automation System
- AMC and Services
With an extensive network across the industry, we are better positioned to help and guide you to get a job. The major distinctiveness of our training institute is that, here our trainees get hands on experience and interviews
- ELECTRICAL CONTROL SYSTEMS
- Embedded C
- Device Driver
- Communication System & Interfacing
Industrial & Embedded Automation solutions & Training
Modern, cost-efficient and profit-oriented work in mining requires professional automation for all necessary work processes. The technology must fulfil the highest demands: absolute precision and reliability, seamless monitoring of all relevant measurement and process values, and flexible control of the systems in order to be able to react to changing, mining-specific conditions on site - all while ensuring the highest level of safety.
No industry has more demanding requirements for safety and reliability than oil and gas production. Hundreds of thousands of employees living and working in virtual cities depend for their lives and livelihoods on equipment that must perform flawlessly under the most extreme conditions of weather, corrosion and volatility. And billions of people depend on those workers to deliver—safely and cleanly—the oil and gas products that fuel business, mobility and comfort.
Embedded Systems Technology (EST) delivers a world-first technology for high fidelity modelling and high performance simulation of families of safe Super-systems – such as, real-time cyber physical systems and mobile systems of systems. There are several tasks in which real time OSs beat their desktop counterparts hands-down. A common application of embedded systems in the real world is in automobiles because these systems are cheap, efficient and problem free. Almost every car that rolls off the production line these days makes use of embedded technology in one form or the other. RTOSs are performed in this area due to their fast response times and minimal system requirements.
Power plants control and automation is always a challenge for industry because electric power has such an important roll in the development of civilization. Upgrading from first automation systems (electromagmetic relays - cable logic) to modern systems that use Programmable Logic Controllers (PLC) is an important stage in the development of automation systems used in power engineering (generation, transport, distribution, consumption), followed by cost reduction.
The design of intelligent robot is based on ARM microprocessor and AVR microcontroller which control Four-wheel drive robot. The design of the intelligent robot includes system design, the hardware design and software design. The core of master controller is composed of the processor which is S3C2440A belonging to ARM9 series and peripheral equipments of master controller consist of tracing module, sensor detection module, CMOS camera module, Wi-Fi wireless module and so on.
The ARINC 653 specification, defined for aeronautical applications, has the goal of providing a standard interface between a given real-time operating system (RTOS) and the corresponding applications. It also provides robust partitioning, with the final goal of guaranteeing safety and timeliness in mission-critical systems. The interest in ARINC 653 has extended to the aerospace industry, which resulted in the definition of an architecture, compliant with the specification, allowing for operating system heterogeneity.
The high level of integration and other technical challenges make the cellular phone an ideal example of an embedded communications system with tough requirements. Third-generation cellular standards support high data rates, and are based on the most recent advances in the telecommunications sphere. Packet-switched traffic and Internet protocols are growing in importance, whereas other more-traditional radio interfaces are integrated into cellular phones to form multi-radio devices.