Testing and Measurement Services

Loop Impedance Grounding Measurements and Reporting

It is a test and evaluation process conducted to ensure the safety of electrical systems. This process includes measurements carried out to test the effectiveness, safety, and proper functioning of the grounding system. Loop impedance indicates the degree of opposition of the grounding conductor in an electrical system to the system's return path, and this measurement is a fundamental element in establishing a safe electrical infrastructure.

Basic Ground Resistance Measurements and Reporting

These are measurements conducted to test the effectiveness and safety of the grounding system of an electrical system. These measurements are critical to determine whether electrical systems are properly grounded and whether voltage leaks are safely transmitted to the ground. They ensure that the grounding system is safe, effective, and functioning appropriately.

Lightning Rod Ground Resistance Measurements and Reporting

It is a test and evaluation process conducted to ensure the effectiveness and safety of a lightning protection system (lightning rod). A lightning rod is a system that safely grounds a structure or facility in the event of a lightning strike. Proper functioning of this system is critical to protecting the structure, as well as the people and equipment inside.

Transformer Operation - Protection Grounding Measurements and Reporting

It refers to grounding measurements carried out to ensure the safe and efficient operation of electrical transformer stations. In transformer operations, proper design, implementation, and periodic testing of the grounding system are required to ensure system functionality, safety, and to prevent possible electrical faults. The functionality of the grounding system is crucial, especially in fault conditions, as it safely directs electrical current to the ground, minimizing the risk of electric shock to people and helping protect equipment.

Residual Current Tripping Relay Tests and Reporting

These are tests conducted to check whether the protective relays in electrical systems are functioning correctly and to ensure safety. These tests verify that residual current (differential current) relays operate correctly and trip when necessary. A residual current relay detects leakage or unbalanced currents in an electrical system and disconnects the circuit in such cases, reducing the risk of electric shock to individuals and protecting equipment.

Internal Wiring Compliance Inspection Measurements and Reporting

These are tests conducted to check whether the electrical internal wiring of a building or structure complies with legal, technical, and safety standards, along with reporting these tests. The internal wiring includes the electrical infrastructure of a structure, such as sockets, switches, lighting systems, electrical panels, and all electrical connections. Proper installation, safe operation, and energy efficiency of these systems are of great importance.

Thermographic (Thermal) Imaging Measurements and Reporting

It is a technique used to detect the temperature distribution of an object or system. This measurement is conducted using thermal cameras, which visually detect and record temperature differences on the surface of objects. Thermographic measurements carried out on electrical installations, machines, panels, and other equipment are highly effective for early detection of potential faults, overheating, leaks, and other issues.

Electrical Internal Installations Inspection and Reporting

It is the process of inspecting the electrical internal installations of a building or facility to ensure compliance with safety, performance, and legal requirements. This inspection is carried out to determine whether the internal wiring is correctly installed, whether there are electrical hazards, and whether the system is operating safely. It covers all electrical connections, sockets, switches, lighting systems, electrical panels, cables, and other electrical infrastructure elements within the building.

Compensation System Testing and Measurements

A comprehensive set of tests and measurements conducted to evaluate the performance of compensation systems, which improve the power factor and enhance energy efficiency in electrical systems. Compensation is an application that balances reactive power in electrical systems and improves the power factor. These systems are commonly used for motors, generators, and other electrical equipment, reducing energy losses and increasing energy efficiency.

Illuminance Measurements and Reporting

A measurement and evaluation process carried out to determine the intensity of light in an environment and to check whether the light levels comply with specific standards. Illuminance is typically measured in lumens (lm) and determines the amount of light per unit area from a light source. These measurements are used in various applications, including indoor lighting, offices, factory areas, and street lighting.

Oil Breakdown - Gas Analysis Tests and Reporting

Tests conducted to evaluate the performance and ensure the safety of oil-filled transformers and high-voltage equipment used in electrical systems. These tests examine the electrical properties of the oil and the presence of gases inside the equipment, providing information about the equipment’s condition. Such tests are crucial for determining whether transformers and other oil-filled equipment are operating properly, detecting faults in advance, and ensuring safe operation.

Dry Type – Oil Type – Hermetic Type – Transformer Testing and Reporting

A series of tests conducted to evaluate the safety, efficiency, and performance of transformers used in electrical energy transmission systems, along with the documentation of these test results. Each type of transformer is subjected to specific tests that help determine whether the system is operating correctly, whether there are energy losses, and if there are any safety risks.

Cable Insulation Tests and Reporting

A process that includes testing electrical cables to determine whether they are operating safely and efficiently, along with documenting the results of these tests. The insulation quality of cables in electrical systems directly affects the safety of the system. Inadequate insulation can lead to electrical faults, short circuits, fire hazards, and damage to equipment.