Yaskawa Drive Migration Cross Reference: V7 → V1000 → GA500
Yaskawa’s micro-drive line has turned over twice: the VS606 V7 gave way to the V1000, and the V1000 to the current GA500. Yaskawa published an official transition guide for each hop — but a plant holding a failed V7 today needs both hops at once, and that two-generation cross is what this page assembles.
The tables run three columns — V7 model → V1000 model → GA500 model — by voltage class and capacity, drawn directly from Yaskawa’s two transition guides. Read the notes column with the same seriousness as the model column: each generation changed dimensions (mounting-hole patterns differ on several frames), terminal layout (control terminal designations moved between generations, so a wiring translation is part of the job, not an afterthought), and braking and network options (option-card ecosystems don’t carry across; the GA500’s equivalents are listed where they exist).
One honest caveat, stated plainly: Yaskawa never published a direct V7-to-GA500 document. The third column is the composition of two official crosses, which is reliable for model selection but means commissioning details should be verified against the GA500 documentation rather than assumed from V7 habits. Parameter mapping in particular is a two-step translation — our team can walk it with you.
Table of Contents
- → 1. Navigating a Two-Generation Drive Migration
- → 2. 200V Single-Phase: V7 to V1000 to GA500 Cross Reference
- → 3. 200V Three-Phase: V7 to V1000 to GA500 Cross Reference
- → 4. 400V Three-Phase: V7 to V1000 to GA500 Cross Reference
- → 5. Dimension, Terminal & Option Considerations
- → 6. Source Reference Documents & Resources
- → 7. Source Your Yaskawa Drives From TCI Supply
1. Navigating a Two-Generation Drive Migration
This guide performs a “chained cross” from the legacy VS606 V7 through the intermediate V1000 directly to the modern GA500. Because the hardware evolved significantly across twenty years, control wiring (e.g., sink/source dip switches and terminal designations) and physical mounting footprints are rarely a direct one-for-one drop-in. Treat this cross-reference as the foundation for the replacement BOM, and consult our application engineers to map your specific I/O and parameter sets.
2. 200V Single-Phase: V7 to V1000 to GA500 Cross Reference
| Legacy V7 Model | V1000 Model | Current GA500 Model | Motor Output (ND/HD) |
|---|---|---|---|
| CIMR-V7AMB0P1 | CIMR-VUBA0001FAA | GA50B001F | 1/8 HP |
| CIMR-V7AMB0P2 | CIMR-VUBA0002FAA | GA50B002F | 1/4 HP |
| CIMR-V7AMB0P4 | CIMR-VUBA0003FAA | GA50B004F | 1/2 HP |
| CIMR-V7AMB0P7 | CIMR-VUBA0006FAA | GA50B006F | 1 HP |
| CIMR-V7AMB1P5 | CIMR-VUBA0010FAA | GA50B010F | 2 HP |
| CIMR-V7AMB2P2 | CIMR-VUBA0012FAA | GA50B012F | 3 HP |
3. 200V Three-Phase: V7 to V1000 to GA500 Cross Reference
| Legacy V7 Model | V1000 Model | Current GA500 Model | Motor Output (ND/HD) |
|---|---|---|---|
| CIMR-V7AM20P1 | CIMR-VU2A0001FAA | GA502001A | 1/8 HP |
| CIMR-V7AM20P2 | CIMR-VU2A0002FAA | GA502002A | 1/4 HP |
| CIMR-V7AM20P4 | CIMR-VU2A0004FAA | GA502004A | 1/2 HP |
| CIMR-V7AM20P7 | CIMR-VU2A0006FAA | GA502006A | 1 HP |
| CIMR-V7AM21P5 | CIMR-VU2A0010FAA | GA502010A | 2 HP |
| CIMR-V7AM22P2 | CIMR-VU2A0012FAA | GA502012A | 3 HP |
| CIMR-V7AM23P7 | CIMR-VU2A0021FAA | GA502021A | 5 HP |
| CIMR-V7AM25P5 | CIMR-VU2A0030FAA | GA502030A | 7.5 HP |
| CIMR-V7AM27P5 | CIMR-VU2A0040FAA | GA502042A | 10 HP |
4. 400V Three-Phase: V7 to V1000 to GA500 Cross Reference
| Legacy V7 Model | V1000 Model | Current GA500 Model | Motor Output (ND/HD) |
|---|---|---|---|
| CIMR-V7AM40P2 | CIMR-VU4A0001FAA | GA504001A | 1/4 HP |
| CIMR-V7AM40P4 | CIMR-VU4A0002FAA | GA504002A | 1/2 HP |
| CIMR-V7AM40P7 | CIMR-VU4A0004FAA | GA504004A | 1 HP |
| CIMR-V7AM41P5 | CIMR-VU4A0005FAA | GA504005A | 2 HP |
| CIMR-V7AM42P2 | CIMR-VU4A0007FAA | GA504007A | 3 HP |
| CIMR-V7AM43P7 | CIMR-VU4A0011FAA | GA504011A | 5 HP |
| CIMR-V7AM44P0 | CIMR-VU4A0011FAA | GA504011A | 5.5 HP |
| CIMR-V7AM45P5 | CIMR-VU4A0018FAA | GA504018A | 7.5 HP |
| CIMR-V7AM47P5 | CIMR-VU4A0023FAA | GA504023A | 10 HP |
5. Dimension, Terminal & Option Considerations
| Migration Consideration | V7 to V1000 Changes | V1000 to GA500 Changes | Action Required (Chained Cross) |
|---|---|---|---|
| Physical Dimensions & Mounting | V1000 generally narrower and deeper than V7. | GA500 mounting holes match V1000 for most frames. | Compare original V7 drill pattern directly to GA500 manual. Adapter plates may be required for tight MCCs. |
| Control Terminal Designations | SC changed to SN (Source/Sink logic). | Minimal terminal name changes; logic remains similar. | Verify NPN/PNP (Sink/Source) jumper settings. V7’s “SC” corresponds to the GA500’s “SN” for common connections. |
| Communication & Option Cards | V7 networks moved to V1000 SI- series cards. | GA500 introduces JOHB- series communication cards. | Legacy V7 comms cannot be reused. Must specify new GA500 network card (e.g., EtherNet/IP, Modbus TCP) at time of order. |
| Parameter Structure | n-Parameters translated to letter-group (e.g., A1-01). | Retains letter-group structure with expanded functionality. | Parameter sets must be completely rebuilt. DriveWizard Industrial software is highly recommended for translation. |
6. Source Reference Documents & Resources
Source Reference Documents (PDF):
- Yaskawa PL.V1000.01: V7 to V1000 Transition Guide (PDF)
- Yaskawa PL.GA500.01: V1000 to GA500 Transition Guide (PDF)
Related Resources & Categories:
7. Source Your Yaskawa Drives From TCI Supply
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Cross-references are provided as a selection aid. Two-generation drive migrations require complete parameter re-commissioning, wiring audits, and footprint verification. Always consult a TCI Application Engineer and official documentation before committing to a legacy drive upgrade.
