Sansha Electric SCE160AA160 Thyristor Diode Module

Sansha Electric SCE160AA160 Thyristor Diode Module Specification

Output
DC/Controlled Output

Operating Temperature
-40 C to +125 C Celsius (oC)

Input
AC Input

Components
Thyristor + Diode

Usage
Industrial Power Control

Power Rating
Approx. 250 kW

Product Type
Thyristor Diode Module

Application
Motor Drives, Soft Starters, UPS Systems, Power Supplies, Industrial Power Control

Rated Voltage
1600 Volt (V)

Dimension (L*W*H)
93 x 60 x 30 Millimeter (mm)

Color
Black

Weight
Approx. 600 Grams (g)

Usage & Applications
Motor Drives, Soft Starters, Industrial Inverters, Rectifiers, UPS Systems, Welding Equipment

Warranty
1 Year

Phase
Three Phase

Rated Current
160 Ampere (amp)

Material
Copper Base Plate, Ceramic Insulation, Silicon Semiconductor

Thickness
Approx. 30 Millimeter (mm)

Capacity
12 m3/hr

Current Rating
160 A

Frequency
50/60 Hertz (HZ)

Sansha Electric SCE160AA160 Thyristor Diode Module Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
10 Days

About Sansha Electric SCE160AA160 Thyristor Diode Module

Product Name: Sansha Electric SCE160AA160 1600V 160A Thyristor Diode Module
Brand: Sansha Electric (SANREX)
Model: SCE160AA160
Product Type: Thyristor Diode Module
Off-State Voltage: 1.6 kV (1600 V)
On-State Current: 160 A (Other)
Surge Current: 5900 A (Other)
Gate Trigger Voltage: 3 V
Package/Case: Module
Structure: Single Phase SCR/Diode (Phase Leg)
Number of SCRs/Diodes: 1 SCR + 1 Diode
Operating Temperature: -40C to +125C
Gate Trigger Current: 100 mA
On-State Voltage: 1.4 V
Technology: Silicon Thyristor/Diode
Mounting Type: Screw Mount
Package Type: 29A Insulated Module
Applications: Rectifiers, Motor Control, Heater Control, Industrial Power Supplies, AC/DC Converters, Welding Equipment

Versatile Industrial Power Control

Engineered for versatility, the SCE160AA160 module integrates seamlessly into motor drives, soft starters, rectifiers, inverters, UPS systems, and welding equipment. Its robust design and wide temperature tolerance allow it to operate reliably across diverse industrial environments, ensuring continuous and efficient power management.

Superior Construction & Performance

Crafted with a copper base plate, ceramic insulation, and silicon semiconductors, this thyristor diode module excels in heat dissipation and electrical insulation. Its 160A current rating and 1600V voltage capability support large-scale power requirements. The module's efficient construction minimizes maintenance and optimizes system performance.

FAQ's of Sansha Electric SCE160AA160 Thyristor Diode Module:

Q: How is the Sansha Electric SCE160AA160 Thyristor Diode Module typically installed in industrial settings?

A: The module is usually mounted on a heat sink within power cabinets or electrical panels. For optimal performance, ensure good thermal contact between the copper base plate and the stationery surface, and connect AC input and DC output terminals as per manufacturer guidelines.

Q: What industrial applications benefit most from this thyristor diode module?

A: Motor drives, soft starters, power supplies, industrial inverters, rectifiers, uninterruptible power supplies (UPS), and welding equipment all gain enhanced performance and reliability by using this high-capacity module.

Q: When should the module be replaced or serviced?

A: Regular inspection is recommended during routine maintenance schedules, especially if excessive heating, current fluctuation, or degradation in output is observed. Replacement may be necessary if the unit no longer maintains proper controlled output.

Q: Where can the SCE160AA160 module be sourced?

A: This module is available via electrical component importers, suppliers, and specialized trading companies. For authentic products, always purchase from a trusted Sansha Electric distributor.

Q: What process does the thyristor-diode module use to convert AC input to DC controlled output?

A: It uses a phase-controlled rectification process, where thyristors and diodes regulate the conduction period, providing a stable and adjustable DC output suitable for industrial control applications.

Q: How does the module's construction contribute to its operational longevity?

A: The use of a copper base plate aids heat dissipation, while ceramic insulation and silicon semiconductors provide strong electrical isolation and efficient current handling, thereby extending service life even under demanding conditions.

Q: What are the main benefits of choosing this specific module for industrial power control?

A: It delivers high-power handling, efficient heat management, robust insulation, and stable controlled output, leading to reduced downtime, lower maintenance, and reliable performance in various power management systems.

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