Furnace Duty Transformer

Furnace Duty Transformers: Robust Power Solutions for High-Temperature Application

Name: Furnace Duty Transformer
SKU: 5
Rating: 4.5 (50 reviews)

Our furnace duty transformers are built to withstand the demanding requirements of high-temperature and heavy-duty applications.

Designed for reliability and efficiency, they provide stable voltage and power to arc furnaces, induction furnaces, and other high-heat equipment. These transformers are constructed with durable materials and advanced cooling systems, ensuring they operate seamlessly under intense thermal and electrical stress.

With customizable voltage levels and robust insulation, they meet the specific needs of industrial furnace applications, delivering efficient power with minimal energy loss.

ADVANTAGES :

High thermal resilience
Stable voltage output for heavy loads
Enhanced cooling systems
Durable, long-lasting design
Low maintenance requirements
Customizable voltage and capacity

Product Specification

Power Rating and Phase

Capacity: Typically ranges from 1 MVA up to 100 MVA, depending on the furnace size and power requirement.
Phase: Three-phase for large industrial applications.

Voltage Levels and Tap Changer

Primary Voltage: 11 kV, 22 kV, or even higher, depending on the supply.
Secondary Voltage: Very low, often between 100 V to 1000 V to provide the necessary high current.
Tap Changer: On-load tap changer (OLTC) to adjust the secondary voltage as needed during operation.

Cooling System

Type: OFAF (Oil Forced Air Forced) or ODAF (Oil Directed Air Forced) to manage the high heat generated by continuous heavy-duty operation.

High Short-Circuit Strength

Furnace transformers are designed to withstand frequent, severe short-circuits due to the nature of electric arc furnaces, which have high inrush currents and fluctuating load demands.

Special Insulation and Robust Design

Insulation: Reinforced insulation to handle high thermal and mechanical stress.
Construction: Built to endure the tough conditions of furnace environments, with reinforced windings and cores to handle high mechanical forces during arc formation.