Welcome to Access Electric - Pioneering PLC Programming Solutions for Industry Leaders in Escalon, CA. Step into the future of industrial automation with our cutting-edge PLC programming services, designed to optimize efficiency, enhance precision, and drive productivity in manufacturing processes. Explore the transformative power of PLC programming and experience how Access Electric can revolutionize your operations.
At Access Electric, we specialize in providing top-tier PLC programming services tailored to the unique needs of diverse industries in Escalon, CA. As fervent advocates for PLC programming, we dedicate ourselves to delivering unrivaled expertise, reliability, and innovation in every project. With a team of seasoned engineers, we craft custom PLC programs that seamlessly integrate into your existing systems, ensuring a cohesive and efficient automation ecosystem. Partner with us and unlock the full potential of your industrial processes with our world-class PLC programming solutions.
Access Industrial Automation, Inc., Access Electric’s sister company, offers complete PLC Programming services. Programmable Logic Controllers are electronic devices that allow for enhanced monitoring and controlling of factory operations in a diverse range of industries. We specialize in a variety of PLCs including Allen-Bradley, ABB, Omron, Siemens, Fanuc, and Automation Direct, and are knowledgeable in many settings, with a history of experience servicing the food manufacturing industry. We deliver turnkey solutions from design schematic drawings, programming, and our UL508a panel shop building capabilities, in order to set our customers up with a fully-optimized control system tailored to their company’s needs.
At Access Electric, we offer a comprehensive range of PLC programming services tailored to meet the unique needs of diverse industries:
Our team of experienced engineers designs and develops custom PLC programs tailored to your specific requirements, ensuring seamless integration with your existing systems.
We specialize in integrating PLC systems with various industrial components such as sensors, actuators, and Human Machine Interfaces (HMIs) to create a cohesive and efficient automation ecosystem.
Our experts identify and rectify issues in existing PLC programs, optimizing them for improved performance, reliability, and energy efficiency.
We assist businesses in upgrading outdated PLC systems or migrating from legacy systems to modern, high-performance PLC platforms, ensuring continuity of operations.
In addition to our programming services, we provide comprehensive training programs for your staff, empowering them with the knowledge and skills required to operate and maintain PLC systems effectively. Our dedicated support team is available 24/7 to address any queries or concerns.
Design-Build holds many advantages over traditional methods – for owner, designer, and contractor:
Reduced Risk – Because of the single-entity structure of a Design-Build contract, there is a clear designation of responsibility up front. The owner no longer risks being caught in a liability gap between the designer and contractor when a problem arises, because the problem is collectively solved by the design-build team.
Innovation – Open communication is one of the central ideas behind the Design-Build method. Having the input of the owner, designer, and contractor throughout the planning and execution of a project gives the team the ability to come up with innovative solutions to ensure that the best decisions are made for the project’s needs. This leads to fewer change orders, disputes, unexpected costs, and schedule delays, all of which are common in other project-delivery systems.
Decreased Cost – Design-Build is statistically proven to out-perform other methods when it comes to both unit cost and cost growth. The collaboration creates opportunities for greater cost efficiencies and fewer surprises, which in the end, results in a better value for the owner and for the design/construction entity.
Faster Delivery Speed – By involving both the designer and contractor in the initial setting of a project’s goals, the Design-Build method allows for clear expectations from the outset and for greater effectiveness in fast-tracking a project. Overlapping the design and construction phases enables the team to achieve a smoother, more efficient, and ultimately more satisfactory execution of the project.
While the initial cost of PLC Programming services may seem daunting, the ROI (return on investment) can happen very quickly. Installing a PLC allows a factory to greatly improve its productivity, and this increased production throughput – combined with a reduction of maintenance and labor cost – means that the capital spent to incorporate PLC controls and automation can rapidly turn into profit.This could be as simple as decreasing the number of wasteful steps an employee goes through to complete a job, which saves valuable time that the employee can spend being productive elsewhere. For instance, PLC controls of a conveyor system, automated packaging machines, and batching systems all generate increased income through a decrease of labor waste and more productive output. Automation is a foe to the worker shortage in today’s market as well.
Safety controllers are designed with such intricacy and thoroughness that their incorporation in manufacturing environments is rising rapidly. Laser curtains, interlocking safety switches, zone scanners, and more are all items that when incorporated into a PLC application, can keep a worker out of harm’s way and out of a worker’s compensation claim. All these items can be a stand-alone installation or incorporated into an existing machine or work center, and can aid in reducing OSHA-recordable events that can have substantial financial impacts, and ensuring workers return home in the same state as when they arrived.
PLCs help achieve higher quality in production because the data can be consistently and continuously monitored, without fear of human error. Data collection allows companies to see where things are going wrong, when and why it needs improvement, or where things are going right and what needs to be replicated elsewhere. A case study revealed at an automobile industry that before PLC automation a manual task of installing engine pistons had an error rate of 1% to 1.5%. After the task was automated, the error rate decreased to 0.00001% (Terry Brei, https://www.surecontrols.com/what-is-industrial-automation/).Whether we’re supporting existing control systems, updating outdated technology, or installing a new automation structure – we can cover all your automation and system integration requirements, and help you to create a safer, more efficient, and more productive factory environment.