Product Introduction

Scotech recently exported a top-of-the-line 1000kVA pad mounted transformer to Jamaica. The primary voltage of the transformer is 24GrdY/13.8kV, while the secondary voltage is 0.24/0.12kV with two voltages in the LV side,which is precisely the uniqueness of this transformer. This transformer is used in buildings, so it may require two different output voltages to meet the customer's usage requirements. This transformer is designed to be "dead front" and is of the loop type, making it incredibly efficient and reliable. Due to the loop type of this transformer, the high voltage has two sets of incoming terminals and three two position load switches,and there are equipped three bay-o-net fuses and three current limit fuses in the HV room.In LV room equipped with pressure relief device, liquid level indicator,oil thermometer and vacuum pressure gauge.

We ensure that each one of our delivered units has undergone rigorous full acceptance testing. We provide one-package service from consulting, quoting, manufacturing, installation, commissioning, training to after sale services, our products are now operating in more than 50 counties in the world. We aim to be your most reliable supplier as well as your best partner in business!

Scope of Supply

Product: Single phase pad mounted Transformer

Rated Power: Up to 10000 KVA

Primary Voltage: Up to 34.5 KV

The transformer can be designed according to customer’s requirements

Technical Data Sheet

25 kVA oil type single phase pad mounted transformer specifications and data sheet

1000 kVA 24GrdY/13.8-0.24/0.12 kV Three Phase Pad Mounted Transformer Drawing

1000 kVA three phase pad mounted transformer diagram drawing and size.

1000 kVA 24GrdY/13.8-0.24/0.12 kV three Phase Pad Mounted Transformer Manufacturing Process

Accessories in HV and LV room

1000 kVA Three Phase Pad Mounted Transformer Nameplate

Transformer testing

Finished 1000 kVA Three Phase Pad Mounted Transformer

Transformer packing and delivery

The features of current limit fuses:

The use of current limit fuses has become increasingly common in the electrical industry due to their unique features and benefits in protecting circuits and electrical systems. Current limit fuses are designed to limit the amount of current that flows through a circuit, thereby preventing damage to the circuit and the connected devices. In this article, we will explore the features of current limit fuses and how they work to protect electrical systems.

One of the primary features of current limit fuses is their ability to limit the maximum amount of current that flows through a circuit. This is achieved through the use of an element made of a conductive material, such as copper, which melts when a certain level of current is reached. The melting of the element creates an interruption in the circuit, stopping the flow of current and preventing damage to the electrical system. This feature helps to prevent overheating and electrical fires, which can cause serious damage to both the electrical system and surrounding environment.

Another benefit of current limit fuses is their ability to provide precise current limiting. This means that the fuses can be designed to handle a specific range of current, allowing them to be used in a wide variety of applications. This versatility makes current limit fuses an ideal choice for use in everything from industrial machines and automation systems to household appliances and electronics.

In addition to their ability to limit current flow, current limit fuses are also designed to be highly reliable. They are able to withstand harsh environmental conditions, such as high temperatures and humidity, without compromising their performance. This makes them an excellent choice for use in environments where other types of fuses may fail, such as in outdoor electrical systems or in marine applications.

Overall, the features of current limit fuses make them an excellent choice for use in a wide range of electrical systems. From their ability to limit current flow and provide precise current limiting, to their durability and reliability, these fuses can help to protect your electrical equipment and ensure the safety of your facility. So, if you are looking for a reliable and effective way to protect your electrical systems, consider using current limit fuses in your design.

FAQ

1. What is the scope of your supply?

We can supply distribution transformers up to 5000KVA 35KV, power transformers up to 200 MVA 230KV, dry type transformers up to 10 MVA 35KV, and other special transformers such as rectifier transformer and furnace transformers.

2. What service can you provide?

We can provide design, manufacturing, delivery, installation, commissioning, after-sale service.

3. Can I visit your company?

You are welcomed to visit our company at any time, contact us to get start the journey.