Fe IGBT

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Fe IGBT Specification

Phase
Three Phase Compatible

Protection Level
Overcurrent, Overvoltage, Thermal Protection

Output
Power Switching

IP Rating
IP20

Mounting Type
Chassis Mount

Pole Type
Single Pole

Usage & Applications
Power Electronics, Industrial Controls

Current
200A

Connectivity Type
Screw Terminal

Switch Type
Insulated Gate Bipolar Transistor (IGBT)

Frequency
Up to 20 kHz

Features
Low Saturation Voltage, Fast Switching, High Efficiency

Installation Type
Panel/DIN Rail Mount

Product Type
Fe IGBT Module

Operating Temperature
-40C to 150C

Working Temperature
-40C to 125C

Input
Gate Drive (Voltage Controlled)

Application
Motor Drives, Inverter Circuits, Industrial Automation

Supply Voltage
600V - 1200V

Accuracy
High Switching Accuracy

Dimension (L*W*H)
Approx. 136mm x 70mm x 30mm

Weight
~350g

Isolation Voltage
2500VAC

Package
Standard Power Module

Case Material
Insulated Molded Plastic

Compliance Standard
RoHS Compliant

Short Circuit Withstand Time
10µs

Reliability
High Cyclic Endurance

Collector-Emitter Voltage (Vces)
1200V max

Cooling
Forced Air or Heat Sink Required

Pulse Rating
Up to 600A (1ms, single pulse)

Gate Threshold Voltage
4V to 6V

About Fe IGBT

Reserve your prime solution for industrial power electronics with the Fe IGBTmeticulously engineered for top-drawer reliability and high cyclic endurance. With a gate threshold voltage of 4V6V and a collector-emitter voltage up to 1200V, this insulated, RoHS-compliant power module delivers terrific switching accuracy and markdown efficiency for motor drives and inverter circuits. Customizable for various mounting options, its constructed from insulated molded plastic and features advanced protection functions including overcurrent, overvoltage, and thermal safeguards. Compatible with forced air or heat sink cooling, and supporting up to 600A pulse rating, Fe IGBT is the superior choice for demanding industrial automation.

Application in Industrial Plants and Automation

Fe IGBT modules are prime components in large-scale plant applications, providing top-drawer performance in inverter circuits, motor drives, and industrial automation. Terrific for power switching, these modules excel at sites requiring robust voltage and high cyclic endurance. Common application areas include power electronics and industrial controls, where their reliability and high efficiency maximize operational uptime and precision.

Global Export Markets and Packaging Solutions

With a broad export market reach, Fe IGBT modules are supplied globally to meet the needs of advanced industries. Standard export packaging ensures product integrity during Handover and transit. For sample handovers, our flexible policy allows international clients to review quality prior to larger commitments. Asking price and order specifics can be discussed directly, ensuring a seamless Markdown from enquiry to delivery.

FAQs of Fe IGBT:

Q: How does the Fe IGBT ensure safety and durability in high-demand environments?

A: The Fe IGBT is designed with overcurrent, overvoltage, and thermal protection, ensuring safe operation. Its insulated molded plastic case, high cyclic endurance, and rigorous compliance with RoHS standards enhance reliability and durability in tough industrial conditions.

Q: What are the key usage applications for the Fe IGBT?

A: Fe IGBT modules are extensively used in motor drives, inverter circuits, industrial automation, power electronics, and controls where high efficiency, switching accuracy, and robust protection are required.

Q: Where can Fe IGBT modules be installed within an industrial setting?

A: These modules support versatile installation including chassis mount, panel, or DIN rail mounting, and connect via screw terminalsmaking them top-drawer choices for electrical cabinets and control panels in plant facilities.

Q: What is the process for obtaining a sample and discussing the asking price?

A: Interested clients can reserve a sample for evaluation through our flexible sample policy. To negotiate the asking price and other terms, please contact our sales team, who will also assist with export documentation and shipping details.

Q: When should forced air or a heat sink be used for the Fe IGBT?

A: To maintain optimal performance and avoid overheating during high-power usage, its terrific to use forced air or a heat sink for cooling, especially when operating near the upper limits of voltage or current.

Q: What benefits does the Fe IGBT provide for three-phase applications?

A: Optimized for three-phase compatibility, the Fe IGBT offers high switching speed, low saturation voltage, and outstanding efficiency, supporting reliable power distribution in complex industrial automation and motor control systems.

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