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Thyristor Switching Module.jpeg

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MOQ : 1 Unit

Thyristor Switching Module.jpeg Specification

Thermal Conductivity
High (with heat sink)

Output
Switched AC Load

Operating Temperature
-10C to 60C

Components
SCR/Thyristor, heat sink, terminal block, PCB

Input
Control Signal/Trigger Pulse

Power Source
AC mains powered

IP Rating
IP20

Power Supply
AC

Features
Solid state switching, high power handling, compact design, fast response

Usage
Industrial electrical control systems

Interface
Screw terminal connection

Response Time
< 10 ms

Product Type
Thyristor Switching Module

Application
Motor drives, heater controls, lighting systems, power control circuits

Rated Voltage
230 V AC

Supply Voltage
230 V AC

Size
Compact

Dimension (L*W*H)
104 mm x 75 mm x 18 mm

Function
Switching and controlling high-power electrical signals using thyristors

Color
Black

Weight
350 g

Current Rating
25 A

Thickness
18 mm

Capacity
25 A per module

Frequency
50 Hz

Mounting Type
DIN rail or panel mounting

Isolation Voltage
Over 2000 V RMS

Surge Current Capability
250 A (Peak, 1 cycle, 50 Hz)

Control Signal Voltage
5-32 V DC

Leakage Current
< 5 mA

Case Material
Flame-resistant ABS

Thyristor Switching Module.jpeg Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Thyristor Switching Module.jpeg

Unveiling the new Thyristor Switching Module - a hot deal for industries seeking the ultimate in electrical control! Designed for value and engineered for performance, this dazzling black module features preeminent specifications: a whopping 250A surge capacity, DIN rail or panel mounting, and robust 2000V RMS isolation. Its flame-resistant ABS case enhances safety, while fast solid-state switching, a rapid response time (<10 ms), and compact design elevate reliability. Ideal for 230V AC supply, this ULTRA-EFFICIENT module is perfect for industrial motor drives, heater controls, and lighting systems. Take control with standout power and unrivaled durability!

Versatile Industrial Applications of Thyristor Switching Module

The Thyristor Switching Module excels in demanding industrial environments, making it a preferred choice for motor drives, heater controls, lighting systems, and sophisticated power control circuits. Widely used across manufacturing plants, automation facilities, and process industries, it controls high-power electrical loads with precision. Engineered as an integral part of industrial electrical control systems, this module is indispensable for plant equipment, HVAC units, and energy management applications, ensuring seamless operation and efficient power distribution.

Certifications, Export Markets & Secure Delivery

The Thyristor Switching Module comes certified for industrial use, ensuring strict adherence to safety and quality standards. Primarily exported to markets across Asia, Africa, and the Middle East, its widespread acceptance highlights its reliability. Each unit is delivered in secure, shock-proof packaging utilizing trusted transport services to minimize potential expenditure on damage or delays. This bears special importance for distributors, manufacturers, and service providers seeking prompt, reliable delivery with meticulous attention to product integrity during shipment.

FAQ's of Thyristor Switching Module.jpeg:

Q: How does the Thyristor Switching Module enhance industrial electrical control systems?

A: The module offers high isolation voltage, rapid switching response, and robust surge current capability, making it ideal for managing high-power loads with excellent reliability and control in industrial applications.

Q: What are the primary usage areas for this module?

A: It is primarily used in motor drives, heater controls, lighting systems, and power circuits within industrial plants, automation setups, and energy management systems requiring precise power handling.

Q: Where can the Thyristor Switching Module be installed?

A: The module supports convenient DIN rail or panel mounting, suitable for various control cabinets, electrical panels, or equipment enclosures commonly found in industrial settings.

Q: When should the module be considered over traditional mechanical relays?

A: It should be preferred when fast switching, reduced maintenance, improved reliability, and high surge current handling are critical factors for controlling AC loads.

Q: What is the process for connecting the module within a system?

A: Connection is straightforward via screw terminals: trigger pulses or control signals are supplied to the input, while the output terminals handle the switched AC load, ensuring reliable integration in electrical control systems.

Q: How does the module benefit long-term operational expenditure?

A: Solid-state construction minimizes wear and tear, reducing maintenance costs and downtime, thereby lowering operational expenditure over its service life.

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