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Match the complete marking
Keep NGDR-07C-NGDR-07-FF1400R12IP4 and all revision or assembly markings with the installed converter record.
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Check the offered item before ordering
Request current driver-board, module-label, gate-connection and mounting photos. Compare the offered assembly with the installed converter configuration.
Technical specifications for NGDR-07C-NGDR-07-FF1400R12IP4
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Manufacturer:ABB
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Product Category:General Automation
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Spare Part Number:NGDR-07C-NGDR-07-FF1400R12IP4
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Weight:0.05 kg
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Tariff Code:8537101190
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Supplied board reference:NGDR-07C / NGDR-07
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Supplied power module:FF1400R12IP4
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Power-module manufacturer:Infineon Technologies
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NGDR family function:IGBT gate-control pulse amplification
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Power-module topology:Half-bridge
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Module collector-emitter voltage:1200 V
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Module nominal collector current:1400 A
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Power-module package:PrimePACK 3
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Power-module technology:IGBT4 - P4
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Module VCE(sat), typical at Tvj = 25 deg C:1.75 V
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Power-module qualification:Industrial
Information
Overview
Downloads
Applications / Compatibility
Product Precautions
- ABB NGDR-07C-NGDR-07-FF1400R12IP4 brings the gate-drive and power-switching parts together for an installed converter. Preserve the original drive configuration when servicing the power stage.
Product type: Driver board and IGBT power module
Board identity: NGDR-07C / NGDR-07
Module identity: FF1400R12IP4
Module rating: 1200 V / 1400 A
Board identity: NGDR-07C / NGDR-07
Module identity: FF1400R12IP4
Module rating: 1200 V / 1400 A
ABB NGDR-07C-NGDR-07-FF1400R12IP4 is supplied as an NGDR driver board together with an Infineon FF1400R12IP4 power module for converter power-stage service. The NGDR board family amplifies the control pulses used for IGBT switching, while the power module performs the power-switching function. The board and power module therefore have distinct roles within the converter assembly.
The FF1400R12IP4 is a half-bridge module in a PrimePACK 3 package using IGBT4 P4 technology. Its collector-emitter voltage rating is 1200 V and its nominal collector current is 1400 A. These values belong to the power module; they do not establish the operating limits of the NGDR board or the complete drive's continuous output rating.
Converter integration depends on the gate circuit, cooling arrangement and protection settings as well as the two component identities. Retain the complete NGDR-07C-NGDR-07-FF1400R12IP4 reference when comparing the supplied parts with the installed power stage. Supply together does not by itself establish suitability for every drive using NGDR hardware.
The FF1400R12IP4 is a half-bridge module in a PrimePACK 3 package using IGBT4 P4 technology. Its collector-emitter voltage rating is 1200 V and its nominal collector current is 1400 A. These values belong to the power module; they do not establish the operating limits of the NGDR board or the complete drive's continuous output rating.
Converter integration depends on the gate circuit, cooling arrangement and protection settings as well as the two component identities. Retain the complete NGDR-07C-NGDR-07-FF1400R12IP4 reference when comparing the supplied parts with the installed power stage. Supply together does not by itself establish suitability for every drive using NGDR hardware.
Controller platform reference: ABB ACS 600 power-stage control. Match the complete converter configuration.
Technical downloads for ABB NGDR-07C-NGDR-07-FF1400R12IP4: a manufacturer technical excerpt and an Apter Power installation and commissioning guide.
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ABB NGDR-07C-NGDR-07-FF1400R12IP4 technical reference
Original ABB excerpt - PDF, 1 page. NGDR-family gate-control function and power-stage architecture; family context, not approval of this complete combination. -
ABB NGDR-07C-NGDR-07-FF1400R12IP4 installation guide
Prepared by Apter Power - PDF, 5 pages. Board-and-module identification, electrical isolation, interface checks and controlled commissioning.
The technical reference preserves selected manufacturer pages. The installation guide is compiled by Apter Power for preparation and review; apply the original operating procedures and site controls during work.
System and supply context: The offered reference includes the NGDR driver board and FF1400R12IP4 module. Check the board marking, semiconductor identity and installed power-stage configuration together.
Application scope: The following describe converter engineering duties. Actual use depends on the drive design, gate control, thermal system and protection coordination; component ratings do not establish a complete-drive rating.
Application scope: The following describe converter engineering duties. Actual use depends on the drive design, gate control, thermal system and protection coordination; component ratings do not establish a complete-drive rating.
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High-current inverter stages
The FF1400R12IP4 is a 1200 V, 1400 A half-bridge component. Use the installed converter design to set the operating duty and cooling requirements. -
Industrial motor converters
Coordinate the NGDR gate-drive path with the motor converter power stage. Preserve the module selection, control harness and protective functions during replacement. -
Uninterruptible-power converters
A suitable UPS converter may use the FF1400R12IP4 power-module topology. Verify its DC-link conditions, commutation path and gate-drive arrangement before selecting the complete assembly. -
Traction-converter engineering
Apply the module only within the approved traction-converter design. Electrical, thermal and mechanical integration must be established for the complete driver-and-module configuration.
Confirm the complete supplied reference and installed converter configuration before isolation, replacement or commissioning.
Match both component identities
Check NGDR-07C / NGDR-07 and FF1400R12IP4 together with the installed converter records. Do not replace either component solely because the connector or package appears similar.
Isolate stored energy
Disconnect the relevant supplies, follow the drive discharge procedure and verify the absence of hazardous voltage before touching the DC link or power terminals.
Preserve the gate circuit
Record the gate and emitter connections, control harnesses and protection path. Restore the approved arrangement and do not infer driver supply limits from the IGBT voltage rating.
Restore the thermal path
Inspect the mounting surface, cooling arrangement and thermal interface. Use the applicable module and converter instructions for fastening and thermal-interface preparation.
Protect interfaces during handling
Use ESD-safe handling, keep connectors clean and prevent mechanical stress on the board, terminals and module connections. Check insulation and clearance before closing the converter.
Commission under the approved procedure
Verify wiring, cooling, protection and diagnostic status before the controlled functional test. Use the installed drive acceptance limits rather than treating module maximum ratings as operating setpoints.
Alternative Names
NGDR 07C NGDR 07 FF1400R12IP4
Technical notes
Component relationship: The supplied identity combines NGDR-07C / NGDR-07 with FF1400R12IP4. Keep the driver-board function separate from the semiconductor component ratings.
Integration boundary: A component voltage or current rating does not specify the complete converter output. Apply the approved gate circuit, cooling design and protective settings.
Technical reference: ABB ACS 600 MultiDrive Hardware Manual; Infineon FF1400R12IP4 product data. Power-module figures apply to the named Infineon component.
FAQ View All FAQ
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How are the control and power functions separated in NGDR-07C-NGDR-07-FF1400R12IP4?The NGDR board amplifies gate-control pulses; the FF1400R12IP4 half-bridge module switches the power circuit. Preserve both identities and their approved interconnection.
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Which semiconductor generation is used in NGDR-07C-NGDR-07-FF1400R12IP4?The included FF1400R12IP4 uses IGBT4 - P4 technology with an Emitter Controlled 4 diode. These are power-module characteristics, not a specification for the NGDR board.
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What does the 1200 V value mean for NGDR-07C-NGDR-07-FF1400R12IP4?It is the FF1400R12IP4 collector-emitter voltage rating. It does not specify the driver supply voltage or the permissible complete-converter output.
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Can the 1400 A module value be used as the drive rating for NGDR-07C-NGDR-07-FF1400R12IP4?No. The semiconductor nominal collector-current value does not establish the drive continuous output. Temperature, switching losses, cooling and the approved converter design determine usable duty.
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What package must the installation accommodate for NGDR-07C-NGDR-07-FF1400R12IP4?FF1400R12IP4 uses PrimePACK 3. Compare the mounting, terminal arrangement and cooling interface with the installed power-stage design.
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Does the power module in NGDR-07C-NGDR-07-FF1400R12IP4 include temperature sensing?FF1400R12IP4 includes an NTC temperature sensor. Connect and interpret it only through the applicable converter monitoring circuit; the sensor does not by itself establish complete thermal protection.
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Which gate-circuit details matter when replacing NGDR-07C-NGDR-07-FF1400R12IP4?Compare gate and emitter connections, driver-board revision, harness routing and the protection path. A shared NGDR-family designation is not sufficient to approve a different power module.
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How should the thermal path be checked for NGDR-07C-NGDR-07-FF1400R12IP4?Inspect the mounting surface, thermal interface and cooling system, then apply the converter and module installation instructions. Preserve the approved thermal arrangement before the controlled functional test.
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