Fe IGBT

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Fe IGBT Specification

Installation Type
Panel Mount

Output
Power Control Output

Switch Type
Electronic Switch

Protection Level
Overvoltage, Overcurrent Protection

Frequency
50Hz/60Hz

Usage & Applications
Industrial Motor Drives, Power Electronics, Renewable Energy Inverters

Connectivity Type
Screw Terminal

Features
Low Switching Loss, High Efficiency, Fast Switching Response

IP Rating
IP20

Display
No Display

Current
600A

Pole Type
Single Pole

Mounting Type
Bolt Mount

Phase
Three Phase Compatible

Product Type
IGBT (Insulated Gate Bipolar Transistor)

Operating Temperature
-40C to 150C

Working Temperature
-40C to 150C

Input
DC Signal

Diameter
Standard Module Size

Application
Power Switching, Industrial Drives, Inverters, UPS Systems

Supply Voltage
1200V

Accuracy
High Switching Accuracy

Dimension (L*W*H)
Approx. 160 mm x 90 mm x 30 mm

Weight
Approx. 0.78 kg

About Fe IGBT

Shop Now for the Fe IGBT module and experience phenomenal efficiency in industrial power switching applications. With a rarefied blend of high performance and robust protection, this valorous component boasts up to 1200V supply voltage, high current (600A), and rapid switching (turn-on time of 50 ns). Favorable reviews tout its reliability in motor drives, renewable energy inverters, and UPS systems. The Fe IGBT is RoHS compliant, offers overvoltage/overcurrent protection, and features an IP20 rating for safety. Buy today and elevate your power electronics with this highly accurate, low-loss module.

Site Of Application and Specific Usage

Fe IGBT modules are predominantly installed in industrial motor drives, renewable energy inverters, and UPS systems, serving both specific and general power switching needs. Their durable build and high accuracy make them ideal for applications requiring fast response and efficient energy control in industrial environments. From large-scale manufacturing units to sophisticated automation systems, Fe IGBT proves indispensable for seamless, reliable, and high-performance power switching tasks.

Packaging Details and Supply Ability

Each Fe IGBT module is securely packed and dispatched using industry-standard materials to ensure safe drop-off and delivery. With robust supply ability, we cater to demands across main export markets in Asia, Europe, and North America. Packing & dispatch are handled by expert teams, ensuring timely delivery to customers. Modules are delivered with protective casing for added safety during transit, supporting both bulk and individual shipments as per client requirements.

FAQs of Fe IGBT:

Q: How is the Fe IGBT typically used in industrial applications?

A: Fe IGBT modules are principally used for power switching tasks in motor drives, renewable energy systems, industrial inverters, and UPS systems, offering fast, efficient, and high-accuracy control.

Q: What makes the Fe IGBT module beneficial for high-current environments?

A: Its ability to handle currents up to 600A, combined with overvoltage and overcurrent protection, ensures safe, stable, and reliable operation in demanding high-current settings.

Q: When should Fe IGBT modules be chosen for an installation?

A: They are recommended whenever high efficiency, rapid switching response, and robust protection are critical, especially in environments with ambient humidity up to 85% RH and temperatures ranging from -40C to 150C.

Q: Where is Fe IGBT most frequently delivered and deployed?

A: Fe IGBT modules are supplied globally, with main export markets in Asia, Europe, and North America, and are commonly deployed in industrial plants, renewable energy facilities, and power control installations.

Q: What packaging process is followed for Fe IGBT modules?

A: Modules are packed in secure, protective casings, and each unit is carefully dispatched to prevent any damage during transport, ensuring consistent quality on delivery.

Q: How does the Fe IGBT module enhance operational safety?

A: With IP20 protection, overvoltage and overcurrent safeguards, and RoHS compliance, the Fe IGBT assures operational safety and reliability in various industrial environments.

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