Mudico Energy Private Limited

 All Types of Traction Transformer Rating Chart

 

We offer a complete range of Traction Transformers designed for various railway and metro systems, including electric locomotives, EMUs, and traction substations. These transformers are built to withstand the demanding operational conditions of continuous load cycles, frequent voltage fluctuations, and high thermal stress.

 

🔧 Key Specifications:

Type:

 

Locomotive Transformer (On-board mounting)

 

EMU / Metro Transformer

 

Traction Substation Transformer

 

Scott Connected / Auto Transformer for 2x25 kV System

 

Voltage Class: 25 kV / 2x25 kV / 11 kV / 33 kV / 132 kV

 

Power Rating: 500 kVA to 25 MVA

 

Phase: Single Phase / Two Phase / Scott Connected

 

Cooling Type: ONAN / ONAF / OFAF / Oil Forced Air Forced

 

Winding Material: Copper (Electrolytic Grade)

 

Insulation Class: Class A / B / F (based on duty)

 

Frequency: 50 Hz

 

Mounting: Track-side / Underframe / Onboard (for locomotives)

 

Standards: IEC 60310 / RDSO / IS 2026 / EN 50526 / IEC 60076

Three Phase APFC (Automatic Power Factor Correction) Electrical Control Panel is a specialized control system designed to automatically regulate and improve the power factor of three-phase electrical installations by switching capacitor banks ON or OFF based on the load demand.

2. Purpose

• To improve power factor in three-phase electrical systems by reducing reactive power demand.

• To reduce electricity bills by minimizing penalty charges from utilities.

• To enhance system efficiency and reduce losses in the power network.

• To automate the switching of capacitor banks without manual intervention.

• To protect capacitor banks and associated equipment through integrated control and protection.

3. Construction Features

33 kV HT (High Tension) VCB (Vacuum Circuit Breaker) Panel is an electrical control panel designed for the protection, control, and switching of high voltage (33 kV) power distribution systems using vacuum circuit breakers. It is widely used in substations, industries, and utilities to ensure safe and reliable operation of high voltage networks.

2. Purpose

• To control and protect 33 kV high voltage feeders or equipment by isolating faulty sections during abnormal conditions like short circuits or overloads.

• To provide safe switching operations in the high voltage distribution network.

• To ensure automatic and manual operation of circuit breakers for power system reliability.

• To integrate monitoring and metering for system diagnostics and maintenance.

3. Construction Features

11 kV HT (High Tension) VCB (Vacuum Circuit Breaker) Panel is an electrical control and protection panel used to manage and safeguard 11 kV high voltage power distribution systems. It employs vacuum circuit breakers for switching and fault interruption, ensuring reliable and safe operation of medium voltage networks.

2. Purpose

• To control and protect 11 kV feeders or equipment by isolating faulty sections during faults like short circuits or overloads.

• To enable automatic and manual switching operations of high voltage circuits.

• To provide real-time monitoring and protection to maintain system reliability and safety.

3. Construction Features

Single Phase MCC (Motor Control Center) Control Panel is an electrical assembly designed to control, protect, and monitor single-phase motors and related electrical equipment. It centralizes motor control devices for easy operation and maintenance in industrial, commercial, or residential applications.

2. Purpose

• To provide a centralized control and protection system for one or multiple single-phase motors.

• To enable start, stop, and speed control of motors.

• To safeguard motors and circuits from overloads, short circuits, and faults.

• To facilitate monitoring and fault diagnosis for efficient operation and maintenance.

3. Construction Features