Features:
- Group-G8 non-regenerative interface between DC2000 control circuitry and an SCR power bridge.
- 240–700 V armature scaling with an associated AC-line limit of 600 V rms.
- AC/DC snubber networks with JP1, JP2, WP3 and WP4 configuration links.
DS200PCCAG8A uses the SDCI control-side arrangement documented for C-frame and G-frame drive assemblies.
JP1 and JP2 select the voltage-scaling connection, while WP3 and WP4 define the snubber and voltage-feedback relationship.
The G8 identity preserves the non-regenerative bridge boundary and must remain distinct from regenerative PCCA groups.
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General Electric DS200PCCAG8A DC2000 Power Connect Card Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- The PCCA forms the isolated interface between DC2000 control circuitry and the SCR power bridge.
- Group G8 is the non-regenerative PCCA selection; it is not the regenerative G7 path.
- The SDCI-side firing-control circuit supplies the control interface used by the G8 arrangement.
- Bridge gate paths route firing commands to the six SCR positions in the forward power bridge.
- Group G8 is documented for non-regenerative armature-voltage scaling from 240 to 700 V.
- The G7/G8 application table limits the associated AC line input to 600 V rms.
- JP1 and JP2 connect to the specified P3–P10 stabs according to group number and system voltage.
- Confirm the installed voltage and jumper map before transferring wiring to DS200PCCAG8A.
- The G8 configuration uses both AC-side and DC-side snubber networks.
- The documented G7/G8 arrangement applies to C-frame and G-frame drives with an SDCI supply board.
- Line fuses and line reactors form part of the supported power path around the PCCA.
- The bus transformer may be common or separate, so the installed topology must be retained during replacement.
- DC2000 non-regenerative drive systems that use a group-G8 PCCA power-bridge interface.
- C-frame and G-frame power-conversion assemblies using the documented SDCI control arrangement.
- SCR bridge applications requiring isolated firing-command transfer and AC/DC transient suppression.
- Revision-managed maintenance where the complete installed suffix and jumper layout are preserved.