Features:
- Eight module sockets: expands the installed PCD2 station without changing controller family.
- Defined address range: places expansion I/O within addresses 128–255.
- Documented connection: works through PCD2.K100 or PCD2.K110 expansion cabling.
PCD2.C100 is intended for users who need more PCD2 I/O capacity while keeping the original station concept and software environment.
Its eight sockets extend the physical backplane, while the 128–255 range gives the engineering project a predictable addressing boundary.
A sound configuration decision combines the housing, the correct expansion cable and a slot-by-slot module plan.
Apter Power supports SAIA PCD2.C100 PCD2 Expansion Housing enquiries with technical-document review, responsive quotation and application-focused sourcing assistance.
SAIA PCD2.C100 PCD2 Expansion Housing Manuals,Datasheets,Link
Important Notice: These Apter Power links support product discovery, technical reference and quotation assistance; final suitability depends on the installed system configuration.
- Eight positions: the housing extends the installed PCD2 station.
- Module order: physical slots must match the PG5 configuration.
- Reserve space: document unused positions for future expansion.
- Power: review the housing budget before adding modules.
- Cable: use the documented PCD2.K100 or PCD2.K110 connection.
- Seating: secure both expansion connectors before power-up.
- Shared loss: one cable fault can hide every module.
- Routing: avoid strain at either connector.
- Range: the housing uses addresses 128–255.
- Conflict: duplicate addresses prevent correct I/O operation.
- Mapping: slot order and software assignment must agree.
- Expansion: recheck addresses after station changes.
- Additional I/O for building-services automation.
- Machine expansion in packaging and material handling.
- Utility-skid control for pumps and treatment equipment.
- Energy and infrastructure monitoring with installed PCD2 controllers.