Fe IGBT

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Fe IGBT Specification

Phase
Three Phase/Single Phase (depends on model)

Output
Collector-Emitter (up to 1200V)

Installation Type
Panel Mount/Through Hole

Connectivity Type
Screw Terminal

Frequency
50/60 Hz

Protection Level
Standard IGBT protection (overcurrent, thermal shutdown)

Features
High efficiency, low switching loss, fast switching, rugged structure

Switch Type
Solid State

Current
600A

Usage & Applications
Industrial inverter, UPS, renewable energy converters, AC/DC drives

IP Rating
IP20

Mounting Type
Screw Mount/DIN Rail (depending on case)

Product Type
Industrial IGBT (Insulated Gate Bipolar Transistor)

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
Voltage gated (Typical: 20V max)

Application
Motor drives, inverters, power supplies, industrial automation equipment

Supply Voltage
Up to 1200V

Dimension (L*W*H)
Varies by module, typically 135mm x 62mm x 30mm

Weight
Approx. 350g

Thermal Resistance
0.12C/W (junction to case)

Short Circuit Withstand Time
10s

Isolation Voltage
2500VRMS (input-output)

Collector-Emitter Saturation Voltage
1.7V (typical @ rated current)

Package Type
Power Module

Gate Threshold Voltage
2.0-4.0V

Switching Frequency
Up to 20kHz

Qualification
Industrial grade, RoHS compliant

Technology
Trench Field-Stop technology

Fe IGBT About

Jump on the opportunity to upgrade your power control systems with the Fe IGBT, renowned for its commanding performance and lofty reliability in industrial environments. This redoubtable Power Module receives favorable reviews for its Trench Field-Stop technology, supporting efficient, low-loss switching up to 20kHz. With a discount offer available, experience robust protection features, high thermal endurance, and RoHS compliance. Engineered for critical applications like motor drives, inverters, and industrial automation, the Fe IGBT boasts a collector-emitter voltage of 1.7V, handling up to 600A in various mounting options.

Fe IGBT: Applications and Advantages

Fe IGBT modules are widely used as core components in industrial inverters, UPS systems, renewable energy converters, and AC/DC drives. Key features include high efficiency, swift switching, and solid-state ruggedness. These modules are used for managing heavy loads, reliable motor drives, and facilitating power supplies in demanding environments. Their versatility and efficient energy handling make them indispensable in both single and three-phase applications across industries.

Sample Availability, Packaging & Delivery Process

Fe IGBT modules are available as samples for evaluation, with stock ready for swift dispatch. Packaging ensures secure transport, typically in robust cartons or antistatic cases. Shipment can be arranged promptly upon request, with delivery times varying based on location and order volume. The outlay for samples is competitive, making it easy to assess suitability for your project before committing to larger purchases.

FAQs of Fe IGBT:

Q: How does the Fe IGBT benefit industrial automation applications?

A: The Fe IGBT delivers efficient, fast switching with low loss, boosting energy savings and reliable operation in industrial motor drives, UPS, and automation equipment.

Q: What installation options are provided for Fe IGBT modules?

A: Fe IGBT modules support both panel mount/through hole and screw mount/DIN rail configurations, making them adaptable for varying hardware setups.

Q: When are product samples available for evaluation?

A: Samples of Fe IGBT are available immediately, with stock ready for shipment so customers can assess the products suitability for their application.

Q: Where can Fe IGBT modules be shipped?

A: Fe IGBT modules can be shipped globally, with secure packaging to ensure safe delivery to industrial or commercial addresses.

Q: What is the process for ordering Fe IGBT modules in bulk?

A: Bulk orders begin with a quote based on requirements; after confirmation, stock is readied, packaged, and shipped per your delivery instructions.

Q: How is thermal protection managed in Fe IGBT modules?

A: Standard IGBT protection, including overcurrent and thermal shutdown mechanisms, is integrated to safeguard modules during heavy-load or adverse conditions.

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