Services

At Bankhead Electrical Solutions, we are your dedicated source for a comprehensive range of electrical services designed to empower your projects, enhance your systems, and ensure the reliability of your electrical infrastructure. With a steadfast commitment to excellence and a team of seasoned professionals, we're ready to tackle your electrical challenges head-on.

PLC/HMI Programming

Bankhead Electrical Solutions offers PLC programming service, specializing in ladder logic, and function block diagrams. We collaborate closely with clients to understand their unique requirements and design customized PLC solutions that improve operational efficiency, reduce errors, and streamline processes.

In addition to PLC programming, we excel in HMI programming, creating intuitive and user-friendly interfaces that allow operators to monitor and control industrial processes seamlessly. Our HMI solutions enhance visibility, control, and data management.

Wide range of services and solutions:

  • PLC Program Development
    • Design, develop, and implement PLC programs tailored to the client's specific automation needs.
  • HMI Interface Design
    • Create intuitive and user-friendly HMI interfaces that allow operators to monitor and control industrial processes efficiently.
  • PLC and HMI Integration
    • Ensure seamless communication and data exchange between the PLC and HMI systems for real-time control and monitoring.
  • Alarm Management
    • Configure alarm systems within the HMI to promptly notify operators of critical events and facilitate rapid responses.
  • PLC/HMI Optimization
    • Review and optimize existing PLC and HMI programs to improve efficiency, reduce downtime, and enhance performance.
  • Support and Maintenance
    • Offer ongoing support and maintenance services to address any issues, implement updates, and keep the system running smoothly.
  • Continuous Improvement
    • Work with the client to identify opportunities for continuous improvement in PLC and HMI programming to enhance system performance and reliability.

Arc Flash Studies

We understand the critical importance of arc flash analysis for maintaining a safe work environment. Utilizing advanced modeling techniques and industry standards, we can accurately assess the potential hazards associated with arc flashes. We offer comprehensive arc flash studies, including detailed analysis, risk assessment, and personalized recommendations to mitigate risks effectively. Our services help clients comply with safety regulations, protect personnel, and minimize downtime.

When to preform an Arc Flash study:

  • Initial Study
    • An arc flash study is typically conducted when a new electrical system is installed or when significant modifications are made to an existing system. This study establishes the baseline arc flash hazard analysis.
  • At least every 5 years
    • Many industry standards and safety regulations recommend updating arc flash studies every five years. This helps ensure that the analysis remains accurate and up-to-date.
  • Significant System Changes
    • Any time you make substantial changes to your electrical system, such as adding new equipment, altering configurations, or changing protective devices, you should revisit and update your arc flash study.
  • Incident or Near-Miss
    • If there is an arc flash incident or a near-miss event, it's crucial to re-evaluate the arc flash study to identify what went wrong and implement corrective measures.
  • Routine Maintenance and Inspection
    • Regular maintenance and inspection of your electrical system may require periodic arc flash studies. This is especially true if changes have occurred since the last study, such as alterations to equipment, updated electrical drawings, or changes in work procedures.

Breaker/Relay Coordination Studies

Bankhead Electrical Solutions ensures the proper coordination of circuit breakers and relays. We meticulously analyze electrical distribution systems to prevent nuisance tripping, minimize equipment damage, and enhance the reliability of power distribution.

When to preform a Protective Device Coordination Study

  • New Electrical System Design
    • When designing a new electrical system or a significant expansion to an existing system, conducting a coordination study is a fundamental step. This ensures that protective devices, such as circuit breakers and relays, are appropriately coordinated to minimize downtime during faults while maintaining safety.
  • Major System Upgrades
    • If significant modifications, upgrades, or additions are made to the electrical distribution system, a coordination study should be conducted to account for these changes. This includes adding new equipment, altering configurations, or upgrading protective devices.
  • Regulatory Compliance
    • Compliance with industry standards and safety regulations is essential. Many regulations, such as NFPA 70E in the United States, require periodic coordination studies to ensure electrical safety. Compliance may also be necessary due to changes in regulations or standards.
  • Safety Concerns
    • If there have been safety incidents, electrical faults, or near-miss events, a coordination study is essential to investigate the causes and prevent future occurrences. The study can identify areas where coordination was lacking and recommend improvements.
  • System Aging
    • Over time, electrical systems may undergo changes in device settings, degradation of components, or other issues that affect coordination. Routine studies, typically every five years or as recommended by industry standards, help maintain coordination integrity.
  • Reliability Improvements
    • When aiming to improve the reliability and uptime of critical electrical systems, a coordination study can help optimize the protection scheme. This ensures that protective devices respond optimally to minimize disruptions.
  • Equipment Replacement
    • When older equipment is replaced with new components, the coordination study should be updated to account for the characteristics of the new devices.
  • Preventive Maintenance
    • Incorporating coordination studies into a regular preventive maintenance program helps identify issues before they lead to equipment damage or system failures.

Electrical Power and Control Design

Leveraging our deep understanding of power distribution, control systems, and instrumentation, we strive to develop robust designs that maximize energy efficiency, enhance system performance, and minimize downtime. Whether it's designing motor control centers, switchgear systems, or control panels, we tailor our solutions to meet the specific needs of our clients.

What we can help with:

  • System Design and Integration
    • Design electrical systems that integrate power distribution, control panels, and instrumentation to meet the client's operational needs.
  • Load Analysis
    • Conduct load analysis to determine the power requirements of the facility, ensuring efficient distribution and usage of electricity.
  • Switchgear Selection and Configuration
    • Assist in selecting and configuring the appropriate switchgear to protect critical equipment and ensure system reliability.
  • Control Panel Design
    • Create custom control panels for specific applications, incorporating necessary components such as relays, contactors, and circuit breakers.
  • Voltage Drop Analysis
    • Perform voltage drop calculations to ensure voltage levels remain within acceptable limits throughout the electrical system.
  • Lifecycle Support
    • Offer ongoing support, maintenance, and system optimization services to ensure the long-term reliability and efficiency of the electrical systems.

Bankhead Electrical Solutions

By offering these comprehensive services, we can help you design, implement, and maintain electrical power and control systems that are efficient, safe, and tailored to their specific operational needs.  Contact us today by filling out our online form or give us a call at (775) 385-9263.