Design of Trans -Flow Trans -Flow in Mashhad

The precise definition and importance of the transgressor of the high pressure flow in the power grid

Metering: Reduce very high currents (hundreds or thousands of amps) with a precise conversion ratio, to standard and measurable currents (usually 1 or 5 amps) so that power meters, displays and energy management systems can accurately record it. (Protection): In case of an error in the network (such as short circuit), destructive and massive currents transfer the error to the protective relays so that these relays issued a deficit of power cuts in a second and prevent damage to expensive network equipment.

Important Separation: Trans -Transflow Trans -Flow (MV) Visit of High Pressure (HV)

Medium pressure (Medium Voltage - MV): It usually comprises the voltages of between 1 kV and 36 kV (such as 20 kV distribution networks).
High Voltage - HV): Voltages 63 kV and higher (such as transmission lines)

Engineering challenges in designing and manufacturing a strong pressure flow

1. Manage the electric field and control of the voltage stress

2. The integrated insulation system, without bubbles and flawless

3. Dynamic and thermal stability against error currents

Thermal Effect: It produces intense heat (I2TI^2ti2t) that can melt the coils.
Dynamic effect: Creates very powerful electromagnetic forces that tend to disintegrate the coils and break the transition structure.

Step -by -step process of constructing a strong pressure flow in Arya Mashhad Converter

Step 1: Technical and Engineering of Project Needs

No projects like another. Aria's engineering team, as a specialist technical consultant in Mashhad, is put together with customers to extract the exact specifications needed. Parameters such as nominal voltage levels, bil, creeping distance, conversion ratio, accuracy class (for measurement and protection), nominal load, and installation environmental conditions are all accurately analyzed and documented.

Step 2: Custom Design and Advanced Simulation

Using the final specifications, the design team begins its work. The dimensions of the magnetic core, the number of coils, the insulation structure and the design of the control electrodes are all modeling and optimizing in specialized software. This step guarantees that the design of the high -voltage current transmutation is based on scientific and precise basis from the beginning.

Step 3: Production of Core and Coils with the Highest Quality

Core: High grade silicone steel sheets are used to achieve the desired accuracy and reduce losses. Measurement and protective cores are usually made and insulated separately.
Coil: Wire is performed using precision machinery and copper wires with high thermal insulation lacquer. Tension control and order in the twist, for the correct function of the transistor.

Step 4: Epoxy Resin Injection Process (APG) and Baking

Core and coil sets are placed in polished steel molds after preparation. Then the APG process, as described earlier, is done to create an integrated insulation body. After the injection, the transactions enter the baking furnaces to complete the resin polymerization process for hours under a controlled temperature curve and reach their maximum mechanical and electrical strength. This specialty in the construction of a high -pressure trans -flow in Mashhad distinguishes Aria converter.

Step 5: Comprehensive Tests and Final Quality Control

This step is the final confirmation seal of product quality. Each transition of high -pressure current produced is subject to the most rigid routine tests in accordance with the IEC standard:

Testing and Polarity Test: To ensure the accuracy of the base performance.
Secondary coil resistance test: To check the quality of connections and wires.
High voltage test (Hi-Pot): To confirm the strength of the main insulation system
accuracy test (flow error and angle angle): To confirm the accuracy of the measurement.

Why choose Aria for our projects in Mashhad and east of the country?

Selection of a local supplier and specialist for sensitive equipment such as high -pressure transmutation has many strategic advantages:

Central Specialty: Aria Converter is not a business company, but a manufacturing-engineering unit focused on transit design and construction.
Local Access and Support: Factory and Engineering Office in Mashhad, providing in-person technical meetings, visiting production lines, and providing efficient after-sales services. Top: Using the APG process and the quality control laboratory puts the quality of its products at the level of the world's best manufacturers.
Flexibility in Custom Design: The ability to design and manufacture high -voltage transit transitions in accordance with the specific and non -standard project needs of projects is one of the biggest advantages of Arya Birch Converter. Competitive finishing completely eliminates transportation costs and import risks.

Conclusion: Network safety and accuracy, relying on internal expertise

Design and manufacture of high -pressure transmutation is an artistic integration of material science, electromagnetic engineering, and accurate production technology. Any shortage in this process can endanger the safety and stability of the entire power grid. Arya Converter, with a deep understanding of this responsibility, has put itself as a specialized and reliable center in the construction of a high -pressure transistor in Mashhad. Relying on technical knowledge, advanced production infrastructure and quality commitment, the company assures project managers and electrical engineers that the beating heart of their network monitoring and protection system is at the highest level of accuracy and confidence.

For free technical advice, price inquiry, and order registration for designing and manufacturing a variety of high -voltage transducer (medium voltage level) for industrial projects and distribution posts, contact our expert experts on Aria Converter website today and enjoy the benefits of working with a technology leader in Iran's transition industry.