Features:
- Redundant-card foundation: Provides the carrier position on which the two CIOC paths and their connections are assembled.
- Version-aware identity: The order code preserves an earlier copper-port hardware arrangement that should not be replaced by a later bundle without review.
- Bill-of-material clarity: Separates carrier hardware from the cards, port modules, power and CHARM baseplates required for a working node.
KL4101X1-BA1 is the CHARM I/O Card carrier code cited by Emerson for an earlier-version DeltaV copper-I/O-port arrangement.
The carrier forms the base of the CIOC node, receiving the redundant electronic positions and the node power and communication interfaces.
Because an operating node contains several separate parts, procurement must preserve the carrier identity while listing the cards, ports and retained baseplate infrastructure that complete the installed architecture.
Apter Power can help confirm the software generation and complete CIOC node scope for the Emerson KL4101X1-BA1 DeltaV CHARM I/O Card Carrier before quotation.
Emerson KL4101X1-BA1 DeltaV CHARM I/O Card Carrier Manuals, Datasheets, Links
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.
- Hardware foundation: The carrier provides the mounting and electrical base for the CIOC positions.
- Redundant path support: Primary and secondary card and communication elements belong to the complete node built on the carrier.
- Power entry: Node supply connections terminate at the carrier arrangement and must remain documented.
- CHARM bus handoff: The carrier links the CIOC node to the downstream CHARM baseplate infrastructure.
- Earlier-version context: Emerson identifies this carrier order with the specified copper port modules for earlier DeltaV versions.
- Bundle distinction: Later complete CIOC bundles may use different order codes and included hardware.
- Project baseline: Software version and installed port hardware are captured before accepting a substitute.
- Migration control: Changing generation is treated as a node architecture decision rather than a carrier-only replacement.
- Carrier-only check: The quotation states whether only KL4101X1-BA1 is supplied.
- Electronic positions: CIOC cards are identified separately when they are required.
- Port modules: Copper communication modules and cables remain explicit line items.
- Retained infrastructure: Power, baseplates and CHARM bus components are confirmed serviceable before reuse.
- Legacy CIOC restoration: Replaces the documented carrier while compatible cards and port hardware are retained.
- Cabinet rebuilds: Provides the mechanical base when an earlier copper-port node is reconstructed from approved parts.
- Spare planning: Keeps carrier inventory distinct from complete electronic-marshalling bundles.
- Controlled migration studies: Establishes the current carrier baseline before a later CIOC generation is evaluated.