Features:
- Combines two SISNet repeater modules in the redundant arrangement required for safety-network extension.
- Mounts both repeaters on the supplied two-wide carrier within the supported cabinet architecture.
- Extends a redundant SISNet connection while maintaining the required network topology.
The current ordering configuration is CS6002, the DeltaV Redundant SISNet Repeater Assembly documented by Emerson for DeltaV SISNet Fiber Components.
CS6002 is used in Extending redundant SISNet communication paths in DeltaV SIS installations. Its system role and configuration limits must remain aligned with the official specification.
Before commissioning CS6002, verify the installed assembly, project wiring, power, software and environmental conditions that apply to this exact part number.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Emerson CS6002:
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.
- Extending redundant SISNet communication paths in DeltaV SIS installations.
- Safety-network cabinets that require two repeater modules on one carrier.
- Replacement of an installed repeater assembly while retaining the engineered fiber topology.
- Maintain both SISNet paths through the redundant repeater pair.
- Preserve fiber routing and connector identity during replacement.
- Verify communication health at every affected safety node.
- Manage CS6002 changes through the approved safety-system procedure.
- Keep redundant paths physically and functionally segregated as designed.
- Perform the required validation before returning the network to service.
- Use the repeater assembly only within the specified DeltaV SISNet network architecture.
- Do not substitute an extender or terminator assembly because each serves a different SISNet function.
- Confirm carrier, power-supply, and fibre-component compatibility before connecting the redundant network path.