Thyristor/Diode Stack Assembly

Thyristor/Diode Stack Assembly

Product Details:

  • Input Three-phase or single-phase AC
  • Interface Bus bar terminal or screw terminal connection
  • Sensors Specification Optional temperature/protection sensors
  • IP Rating IP20 (standard), higher on request
  • Operating Temperature -20C to +85C
  • Usage Industrial power control, heating, motor drives, power supplies
  • Features Robust construction, modular design, high efficiency, replaceable components
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Thyristor/Diode Stack Assembly Product Specifications

  • Robust construction, modular design, high efficiency, replaceable components
  • Thyristors, diodes, heat sinks, insulators, mounting hardware
  • Fast switch response (<10s)
  • -20C to +85C
  • As per design, typically 40-70 mm
  • Industrial power control, heating, motor drives, power supplies
  • Current ratings up to 1200A
  • 250mm x 70mm x 90mm (standard model)
  • Up to 2200V DC
  • Optional temperature/protection sensors
  • IP20 (standard), higher on request
  • Metallic silver with black and red insulators
  • 200A - 1200A (model dependent)
  • Thyristor and diode assemblies for high-power rectification
  • Varies by model (typically 2-12 kg)
  • Three-phase or single-phase AC
  • 600V - 2200V (depending on configuration)
  • Bus bar terminal or screw terminal connection
  • Custom-engineered, typical mounting 180mm to 350mm length
  • Thyristor/Diode Stack Assembly
  • Rectification and phase control in electrical circuits
  • High, enhanced by aluminum/copper heat sink
  • AC Input
  • 50 Hz / 60 Hz compatible
  • Controlled DC output
  • External electrical supply

Product Description

Banking upon in-depth domain knowledge and years of vast experience, we are engaged in manufacturing and supplying Thyristor/Diode Stack Assembly. This assembly can incorporate either single of dual devices and allow for the building of; single-phase diode and thyristor bridges. We manufacture this assembly under the firm guidance of expert supervisors using high quality materials. This assembly suits most common line voltages and current ratings. Thyristor/Diode Stack Assembly comes in different specifications as per the requirements of clients. 

Features:

  • Easy to install
  • Longer service life
  • Rugged construction

THYRISTOR AND DIODE STACK ASSEMBLY

- 450 V TO 1000 V AND 800A TO 5000 A

 



Reliable High-Power Rectification

Utilizing high-durability thyristors and diodes with tested dielectric strength and insulation, this stack assembly delivers consistent, switch-fast DC output from AC sources. Its modular construction supports custom voltage and current configurations, ideally suited for intensive industrial uses such as motor drives, power supplies, and large-scale heating operations.


Efficient Thermal Management

The inclusion of extruded aluminum heat sinks, with optional forced-air cooling, ensures the stack maintains optimal performance even under continuous heavy-duty loads. High thermal conductivity and robust design maintain component integrity, resulting in an extended service life of over 50,000 hours at rated loads. Optional sensors offer additional thermal protection.


Versatile and User-Friendly Design

The stacks configurable design accommodates a wide spectrum of installation and operational needs, with easy panel-mount options, bus bar or screw terminal interfaces, and IP20 protection. Standard mounting hardware simplifies integration into control panels, and customizable ratings make it applicable across multiple industries.

FAQs of Thyristor/Diode Stack Assembly:


Q: How is the Thyristor/Diode Stack Assembly mounted and integrated into control panels?

A: The assembly is designed for panel mounting using standard hardware. Its modular form and bus bar or screw terminal connections allow straightforward integration into industrial control panels, providing flexible installation to meet bespoke requirements.

Q: What applications benefit most from using this thyristor/diode assembly?

A: This stack is ideally suited for industrial power control, electric heating, motor drives, and high-power rectification in power supplies. Its robust construction and high capacity serve demanding environments like process industries, manufacturing, and automation systems.

Q: When should I consider natural vs. forced air cooling for optimal performance?

A: Natural cooling suffices for standard applications with moderate continuous loads. For higher current or enclosed panel operations, forced air (fan-cooled) options ensure better thermal management and prolong service life, particularly under extreme or sustained duty cycles.

Q: Where can I request customization for voltage, current, or configuration?

A: Customization requestsincluding changes to rated voltage, current, dimensions, and configurationcan be made directly to the manufacturer or supplier. As exporters and producers, they offer design consultation to tailor stacks precisely to your projects needs.

Q: What makes this assembly reliable in long-term operations?

A: Key features such as a dielectric strength of at least 2500V AC, insulation resistance over 1000 M, high thermal conductivity, and replaceable modular components contribute to a rated service life exceeding 50,000 hours, ensuring durability in industrial duty cycles.

Q: How does the compliance with IEC 60146 and RoHS standards benefit users?

A: IEC 60146 compliance assures electrical safety and performance reliability, matching international benchmarks for power semiconductors. RoHS compliance ensures the assembly is environmentally responsible, containing no hazardous substances, meeting both safety and sustainability goals.

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