Product Details
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FAQs

1. What is the 6SE7031-5EF84-1JC1 and what does it do?
The 6SE7031-5EF84-1JC1 is an IGD1 Inverter Gate Driver module for the Siemens SIMOVERT MASTERDRIVES series. It converts low-voltage PWM signals from the control board into high-current gate drive pulses to switch the IGBTs in the inverter section. It also provides critical protection functions including desaturation detection (short-circuit protection), overcurrent monitoring, and fault feedback to the control board .
2. What faults are associated with IGD board failure?
IGD board failures typically manifest as F025, F026, or F027 fault codes on the drive display:
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F025 = UCE shutdown in Phase L1
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F026 = UCE shutdown in Phase L2
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F027 = UCE shutdown in Phase L3
Replacing the IGD board for the corresponding phase is the standard remedy . However, before replacing the board, check all fiber-optic connections from the IVI board to the IGD board first .
3. Is this product still in production?
No. This product reached End-of-Life status on September 30, 2020 (PLM PM490) . It is no longer available from Siemens directly but remains available as a spare part from specialized industrial suppliers offering "New Factory Sealed" (NFS) or reconditioned units. The product has a migration path to the SINAMICS series.
4. What are the key specifications of this module?
The module operates on 380-460V AC (3-phase, 50/60 Hz) or 510-620V DC input, with a rated current of 92A and peak current capacity of 146A . It supports vector control and V/f control modes, operates at 0-100 Hz frequency range, and offers >95% efficiency .
5. What should I check before replacing the IGD1 board?
Before replacing the IGD1 module, Siemens support recommends:
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Check all fiber-optic connections from the IVI board to the IGD board
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Inspect the board for visible damage (burnt components, swollen capacitors)
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Verify the exact part number and version of your installed board matches the replacement
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Ensure the correct input voltage (380-460V AC) and current rating (92A/146A) for your system