Overview
Manuals
Exact Configuration
Interface Verification
Commissioning Checks
Features:
- The complete BLC382TCPUC1S LX800 identity is retained; it is not reduced to the BLC382 family.
- The documented role is logic-supply service in the installed legacy controller assembly.
- Unverified Twin Line values and nearby BLC variant ratings are intentionally withheld.
Berger Lahr BLC382TCPUC1S LX800 is identified as a logic-supply module used in a legacy Berger Lahr controller assembly. Public exact-model cross-references do not provide a verified manufacturer electrical data sheet, so suffix-specific ratings are not inferred from Twin Line or nearby BLC variants. Match the complete nameplate, connector population, installed position and receiving equipment before quotation and installation.
Record the complete BLC382TCPUC1S LX800 label, connector orientation, installed position and wiring before removal. Confirm supply and interface ratings from the supplied item or project documentation, then verify power, status and the affected controller functions before process release.
The BLC382TCPUC1S LX800 Berger Lahr BLC382 Logic-Supply Module may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Berger Lahr BLC382TCPUC1S LX800 documentation status and reference links. No exact-model official manufacturer PDF is linked because the available public documents do not identify this complete model.
Important Notice: An unrelated family manual is not substituted for the exact model. Confirm the complete nameplate, document revision and receiving equipment before replacement.
Match BLC382TCPUC1S LX800, the complete nameplate, revision and every suffix or companion code. Do not collapse the identity to a base family.
Confirm power, signal type, connector or terminal assignment, mechanical fit, receiving hardware and approved project documentation before replacement.
Preserve the approved settings, inspect wiring and grounding, review diagnostics and prove every affected function under the site procedure.
