TSE Low Voltage Thyristor Power Controller
Low Voltage

TSE - Thyristor Power Controller

Rated Operational Current
105A to 1500A
Rated Supply Voltage
115V – 230V
Rated Operational Voltage
230V - 1000V
TSE Low Voltage Thyristor Power Controller

Precise Power Control for Industrial Heating Applications

The TSE Low Voltage Thyristor Power Controller is a high-performance digital control system designed for accurate and reliable power regulation of industrial heating processes. Engineered for both resistive and inductive loads, the TSE provides precise control of electrical power, helping operators optimize process stability, product quality, and energy efficiency.

Suitable for a wide range of industrial heating applications, the TSE delivers dependable performance in demanding environments where accurate temperature control and process consistency are critical.

Advanced Digital Control Technology

The TSE utilizes advanced digital control technology combined with phase zero-crossing detection to regulate power efficiently while minimizing disturbances to the electrical network. By switching at the optimal point of the AC waveform, the controller helps reduce harmonic generation, lower electrical stress, and improve overall system performance.

This intelligent control approach contributes to increased reliability and smoother operation across industrial heating systems.

Designed for Resistive and Inductive Loads

The TSE is capable of controlling a wide range of heating elements and power loads, including:

  • Electric heating elements
  • Industrial furnaces
  • Ovens and kilns
  • Drying systems
  • Plastic processing equipment
  • Heat treatment systems
  • Resistive heating applications
  • Inductive heating applications

Its flexible design allows seamless integration into both new installations and retrofit projects.

Improve Energy Efficiency and Process Stability

Accurate power regulation is essential for maintaining consistent process temperatures and reducing energy consumption. The TSE continuously adjusts power delivery to match process requirements, helping to improve temperature stability, increase production quality, and reduce operating costs.

The result is greater process control, improved efficiency, and enhanced equipment performance.

Reliable Performance for Industrial Environments

Built for continuous industrial operation, the TSE combines robust construction with advanced thyristor power control technology. Its proven design ensures long-term reliability in demanding applications where uptime, process accuracy, and operational efficiency are essential.

Whether used in manufacturing, process industries, heat treatment systems, or industrial thermal applications, the TSE delivers dependable low voltage power control for critical heating processes.

Tell us about your needs

Features

  • Range 8-1400A, 230-1000V
  • Two phase or three phase control
  • Zero crossing & phase control (field programmable)
  • Comprehensive protection package
  • Communication: Modbus, Profibus, Devicenet
  • Line and Inside delta connection
  • Synchronized mode (up to 10 units)

Options

  • Remote keypad
  • Modbus
  • Analog output
  • Conformal coating
  • Remote Panel mounting
  • Synchronization mode
  • Potentiometer control

Advantages

Metal Smelting ISA TSE
  • Fully digital
  • Phase Control and Zero Crossing
  • Current: 75-1500A (consult us for higher rating)
  • Voltage: 230-1000V 50/60Hz
  • Cooling Method: Forced air
  • Ambient. Temp: 0 – 50ºC
  • Continuous Duty
  • Single, Two or Three phase control
  • Three C.T.’s
  • Input 0-10VDC, 4-20mA or 0-20mA
  • RS-485 communication
  • Load shedding – synchronization
  • LCD display (2 line 16 characters)
  • LEDs: ON, Start, Stop, Alarm, Trip

Contact Us

For any questions and further information

    IGEL Electric develops, manufactures, and globally distributes innovative power electronics solutions, with a focus on next-generation medium-voltage switchgear. All components-both proprietary and standard—undergo strict quality control to ensure they meet the precise requirements of each project.