Description

Product Overview

The ABB FF1000R17R121 is a high-current,high-voltage Insulated Gate Bipolar Transistor(IGBT)power module designed for demanding industrial and energy conversion applications,particularly within ABB’s medium-voltage drive and converter systems.Rated at 1000A and 1700V,this press-pack semiconductor device serves as a core switching component in rectifiers,inverters,and active front ends(AFE)used in large motor drives,renewable energy systems,and traction applications.The”FF”designation indicates it is part of ABB’s high-power discrete or half-bridge IGBT module family,optimized for use in water-cooled drive stacks such as those found in the ACS6000,PCS6000,and other high-power AC drive platforms.

The ABB FF1000R17R121 typically features a dual IGBT configuration(two IGBTs with anti-parallel diodes),enabling its use in phase legs of three-level or two-level voltage source converters.Its press-pack design eliminates the need for soldered baseplates,enhancing thermal reliability and reducing failure risks due to thermal cycling—a critical advantage in applications with frequent load variations or start-stop cycles.This module supports high switching frequencies while maintaining low conduction and switching losses,contributing to overall system efficiency.The inclusion of an integrated NTC(Negative Temperature Coefficient)thermistor allows for real-time junction temperature monitoring,enabling precise thermal management and protection against overheating.

Engineered for harsh industrial environments,the ABB FF1000R17R121 is built with advanced packaging technology that ensures excellent electrical insulation,mechanical robustness,and compatibility with forced-air or liquid cooling systems.It plays a vital role in converting and controlling electrical power in applications where reliability,efficiency,and compact design are paramount.

Technical Specifications

Product Model|FF1000R17R121

Manufacturer|ABB

Module Type|Press-Pack IGBT Module(Dual or Half-Bridge)

Configuration|2 x IGBT+Anti-Parallel Diode

Collector Current(IC TC=85°C)|1000 A

Collector-Emitter Voltage(VCEO)|1700 V

Junction Temperature(Tj max)|+150°C

Gate-Emitter Voltage(VGEO)|±20 V

NTC Thermistor|Yes(typically 10 kΩat 25°C)

Cooling Method|Baseplate Cooling(Water or Heat Sink)

Mounting Type|Press-Fit/Clamp Pressure(No Solder)

Isolation Voltage|≥3.6 kV AC(1 min)

Technology|IGBT4 or IGBT5(Silicon),potentially hybrid Si/SiC diodes

Standards Compliance|IEC 60747-9,UL,RoHS

Main Features and Advantages

High power density and reliability:The ABB FF1000R17R121 delivers exceptional current handling in a compact form factor,making it ideal for high-power drive stacks where space and weight are constraints.Its press-pack technology enhances long-term reliability by eliminating solder fatigue,a common failure mode in traditional bolt-down modules subjected to thermal stress.

Low losses and high efficiency:Advanced IGBT trench-gate field-stop technology minimizes both conduction and switching losses,improving overall system efficiency and reducing cooling requirements.When paired with silicon carbide(SiC)or high-performance silicon diodes,the ABB FF1000R17R121 can further reduce losses in regenerative and high-frequency applications.

Integrated thermal monitoring:The built-in NTC sensor enables continuous monitoring of the module’s internal temperature,allowing drive control systems to implement dynamic derating,fault protection,and predictive maintenance strategies.

Designed for modularity:The ABB FF1000R17R121 is engineered to be stacked in series or parallel configurations within multi-level inverters,supporting scalability in voltage and current ratings for medium-voltage drives and custom power converters.

Proven in critical applications:Widely used in mining,oil&gas,marine propulsion,wind energy converters,and heavy industry,the ABB FF1000R17R121 has a proven track record in mission-critical systems where unplanned downtime is costly.

Application Field

The ABB FF1000R17R121 is primarily deployed in high-power industrial and energy infrastructure systems.In medium-voltage AC drives(e.g.,ACS6000 series),it forms the inverter stage that converts DC power into variable frequency AC to control large motors in mines,compressors,and pumps.In wind turbine converters,it enables efficient grid-tied power conversion in both generator-side and grid-side inverters.HVAC chillers and electric ship propulsion systems also utilize this module for precise power control.

Additionally,the ABB FF1000R17R121 is used in static VAR compensators(SVCs),active harmonic filters(AHF),and uninterruptible power supplies(UPS)for power quality improvement.In rail traction systems,it contributes to reliable and efficient motor control in locomotives and rolling stock.Its robust design makes it suitable for offshore platforms,steel mills,and cement plants—environments characterized by high vibration,temperature fluctuations,and electrical noise.Whether in new installations or as a replacement during maintenance overhauls,the ABB FF1000R17R121 ensures stable and efficient operation of high-power electronic systems.

Related Products

ABB FF600R17R121–Lower current(600A)variant in the same voltage class.

ABB FF1200R17R121–Higher current(1200A)version for increased power handling.

ABB AGDD1000-1700–Alternative naming or batch-specific variant of similar specs.

ABB DCS800 Converter System–Host system utilizing similar IGBT modules.

ABB ACS6000 Drive–Primary application platform for FF1000R17R121 modules.

ABB Gate Driver Unit(GDU)–Required for driving the FF1000R17R121 gate signals.

ABB Cooling Plate Assembly–Water-cooled heatsink designed for press-pack IGBTs.

ABB NTCD-10k–Compatible NTC temperature sensor module(if external).

Pre-installation preparation:Before installing the ABB FF1000R17R121,ensure the system is de-energized and properly grounded.Verify the clamping force specifications(typically 50–70 kN depending on design)and use calibrated torque tools to apply even pressure across the module.Inspect the mating surfaces(cooling plate and busbars)for flatness,cleanliness,and absence of debris.Use recommended dielectric grease or thermal interface material if specified.Confirm gate driver compatibility and signal integrity.Always handle the module with ESD-safe procedures to prevent damage to sensitive gate structures.

Maintenance recommendations:During routine maintenance,inspect the ABB FF1000R17R121 for signs of overheating,discoloration,or arcing.Check clamping pressure periodically,as relaxation over time can increase contact resistance and lead to thermal runaway.Monitor temperature trends via the NTC output for early detection of cooling issues.Clean surrounding areas to prevent dust buildup that could compromise insulation.If replacing,ensure the new module matches the exact firmware and revision level for system compatibility.

Product Guarantee

Every ABB FF1000R17R121 is guaranteed to be an original ABB-manufactured power semiconductor,sourced through authorized channels and tested for electrical performance,insulation integrity,and thermal response.We offer a 12-month warranty covering manufacturing defects and premature failure under normal operating conditions.Each module undergoes rigorous quality control in accordance with ABB’s global standards.Our technical support team provides guidance on installation,system integration,and troubleshooting to ensure optimal performance and longevity.Whether used in a retrofit,repair,or new build,the ABB FF1000R17R121 is backed by ABB’s legacy of innovation and reliability in power electronics,ensuring confidence in your high-power conversion systems.

选择深圳长欣，选择放心，售后无忧大量现货，当天顺丰发货！！！