My Journey in Industrial Motor Control Assembly in Lamah Co. LTD Company in KSA

(July 7, 2025 – Present)

On July 7, 2025, I officially began my journey in Industrial Motor Control Assembly. What started as a new opportunity quickly became a path of continuous learning, technical growth, and hands-on experience in building and assembling motor control panels. From my first day until now, I have been deeply involved in the design, assembly, wiring, and testing of various motor control panels, especially those integrated with Variable Frequency Drives (VFDs).

At the beginning, I was introduced to the fundamentals of motor control systems—understanding electrical schematics, panel layouts, and component identification. I learned how to interpret single-line diagrams, control wiring diagrams, and power distribution layouts. Familiarizing myself with components such as circuit breakers, contactors, overload relays, VFDs, timers, relays, terminal blocks, and protection devices was the foundation of my training.

As I gained experience, I became actively involved in assembling motor control panels for different applications, including:

1. Submersible Pump Control Panels

These panels are designed to control deep well and water supply pumps. I learned how to assemble panels that include VFDs to regulate motor speed, ensuring smooth startup and preventing water hammer. We integrated features such as dry-run protection, overcurrent protection, phase monitoring, and automatic/manual operation modes. Proper wiring, grounding, and ensuring water-tight and dust-proof panel enclosures were essential for reliability.

2. Booster Pump Control Panels

Booster pump systems require precise pressure control to maintain consistent water pressure in residential and commercial buildings. In these panels, VFDs play a critical role in adjusting motor speed based on pressure sensor feedback. I worked on wiring pressure transmitters, configuring VFD parameters, and ensuring that multiple pumps could operate in lead-lag sequence for efficiency and redundancy. Testing included simulating pressure changes to verify automatic speed adjustment and fault responses.

3. Circulation Pump Control Panels

Circulation pumps are commonly used in HVAC systems and industrial processes. These panels required careful attention to motor protection and continuous operation reliability. I assembled panels that supported soft starting through VFDs to reduce mechanical stress. Proper cable management, clear labeling, and ensuring neat panel layout were key priorities to meet industrial standards and client specifications.

4. Fire Pump Control Panels

Fire pump panels are among the most critical systems we build because they are directly related to life safety. I learned the importance of compliance with fire protection standards and strict testing procedures. These panels often include automatic start upon pressure drop, manual override, alarm systems, and interlocking with jockey pumps. Reliability and fail-safe operation are mandatory. Every connection, breaker rating, and control circuit must be checked and rechecked to ensure absolute dependability.

• Throughout my work, I have been involved in:

• Mechanical assembly of panel enclosures

• Mounting electrical components according to layout design

• Checking power output and control wiring

• VFD installation and basic programming

• Testing continuity and BMS output signal.

• Panel troubleshooting and components quality inspection

• Ensuring compliance with safety and electrical standards

Working with VFDs has significantly enhanced my technical skills. I learned how to configure parameters such as acceleration/deceleration time, frequency limits, motor ratings, and protection settings. Understanding how VFDs improve energy efficiency and reduce mechanical wear gave me deeper insight into modern motor control systems.

Over time, I developed a strong sense of responsibility and attention to detail. In motor control assembly, even a small wiring mistake can cause major system failure. Therefore, precision, patience, and strict adherence to schematics are essential. I also improved my teamwork and communication skills, coordinating with engineers, supervisors, and fellow technicians to complete projects on schedule.

Since July 7, 2025, this experience has strengthened my technical knowledge in industrial electrical systems and boosted my confidence in handling complex motor control applications. Every panel we complete represents teamwork, precision, and commitment to quality. Seeing the final product tested and ready for installation gives me a strong sense of accomplishment.

As I continue in this field, my goal is to deepen my expertise in advanced motor control systems, PLC integration, and automation technologies. Industrial Motor Control Assembly is not just a job for me—it is a continuous learning journey that builds both technical skill and professional discipline.