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Lust SC34

LUST SC34 Modules: SC34.0300.0011.0000.0-JW1 SC34.0300.0011.0000.0

Model: SC34.0300.0011.0000.0-JW1 SC34.0300.0011.0000.0

Brand Lust
Series SC34
Model SC34.0300.0011.0000.0-JW1 SC34.0300.0011.0000.0
RFQ-ready model route Obsolete and surplus sourcing Export follow-up by model list

Product Overview

Commercial availability is handled through direct RFQ, model verification and export-oriented follow-up rather than public cart checkout.

Datasheet Preview

Datasheet Preview

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Commercial Path

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Technical Dossier

Product Details And Specifications

LUST SC34 Series: Comprehensive Module Range and Technical Overview

The LUST SC34 series represents a generation of compact servo drive control boards engineered for precision motion control in heavy industrial environments. Deployed across chemical processing plants, refinery automation systems, and continuous manufacturing lines, the SC34 platform established LUST Antriebstechnik's position as a supplier of embedded drive intelligence for European and Asian industrial OEMs. The SC34.0300.0011.0000.0-JW1 and its base variant SC34.0300.0011.0000.0 are control board assemblies responsible for closed-loop regulation, feedback processing, and communication interfacing within LUST servo drive enclosures. These boards are not standalone drives — they are the embedded intelligence layer mounted within the drive chassis, making them critical spare parts for field maintenance teams managing aging LUST drive populations.

The Evolution of SC34 Architecture

The SC34 control board architecture was developed as part of LUST's second-generation CDD (Compact Drive Design) platform, succeeding earlier SC-series boards that used discrete analog feedback circuits. The SC34 introduced integrated DSP-based current regulation and digital encoder interface support, enabling compatibility with both incremental TTL encoders and resolver-based feedback systems. Early SC34 variants (suffix .0000.0) represent the base hardware revision with standard I/O mapping. The -JW1 suffix designates a factory-modified or application-specific variant, typically involving jumper configuration changes or firmware pre-loading for a specific OEM machine profile. As LUST Antriebstechnik was acquired and its product lines consolidated under Rexroth and later third-party service channels, the SC34 series entered end-of-life status. No direct drop-in replacement exists from the original manufacturer. Field engineers maintaining SC34-equipped machinery must source refurbished or new-old-stock (NOS) boards through specialist distributors. Compatibility between SC34 sub-variants requires verification of hardware revision codes printed on the PCB edge label.

SC34 Full Catalog & Functionalities (SKU List)

The following SKUs represent the documented SC34 series control board variants. Each entry reflects a distinct hardware or configuration revision used across LUST CDD servo drive platforms:

SC34.0300.0011.0000.0: Base control board, standard I/O, TTL encoder input, 300W drive class
SC34.0300.0011.0000.0-JW1: JW1-configured variant, OEM jumper preset, 300W class
SC34.0600.0011.0000.0: 600W class base control board, extended current loop bandwidth
SC34.0600.0011.0000.0-JW1: 600W class, JW1 OEM configuration variant
SC34.1200.0011.0000.0: 1.2kW class control board, dual feedback channel support
SC34.1200.0011.0000.0-JW2: 1.2kW class, JW2 variant with resolver interface enabled
SC34.2400.0011.0000.0: 2.4kW class board, high-current gate driver interface
SC34.2400.0011.0000.0-JW1: 2.4kW class, JW1 OEM preset configuration
SC34.0300.0021.0000.0: Revision 21 base board, updated EEPROM map, 300W class
SC34.0600.0021.0000.0: Revision 21, 600W class, improved EMC filter layout
SC34.1200.0021.0000.0: Revision 21, 1.2kW class, updated DSP firmware baseline
SC34.2400.0021.0000.0: Revision 21, 2.4kW class, revised power stage interface connector
SC34.0300.0011.0001.0: Sub-variant .0001, modified analog reference scaling
SC34.0600.0011.0001.0: 600W, sub-variant .0001, modified analog reference scaling
SC34.1200.0011.0001.0: 1.2kW, sub-variant .0001, extended temperature rating
SC34.2400.0011.0001.0: 2.4kW, sub-variant .0001, extended temperature rating
SC34.0300.0031.0000.0: Revision 31 board, CANopen communication interface integrated
SC34.0600.0031.0000.0: Revision 31, 600W, CANopen interface, updated parameter set

Sourcing Hard-to-Find & Obsolete SC34 Parts

The LUST SC34 series is fully discontinued at the OEM level. No new production runs are available through authorized LUST or successor-brand channels. DriveKNMS maintains a dedicated inventory program for SC34 control boards sourced from decommissioned machinery, OEM overstock, and verified refurbishment pipelines. For end-users operating LUST CDD drives in long-lifecycle applications — including chemical batch reactors, paper mill winders, and packaging line servo axes — DriveKNMS provides lifecycle extension support including board-level inspection, firmware verification, and functional burn-in testing prior to shipment. Customers requiring multiple SC34 variants for a planned maintenance shutdown can submit a consolidated parts list for batch sourcing. Lead times vary by variant; common 300W and 600W class boards typically ship within 5–10 business days from verified stock. Rare sub-variants and JW-suffix configurations may require 2–4 weeks for sourcing confirmation.

Quality Control for the SC34 Range

SC34 control boards undergo a structured inspection protocol at DriveKNMS before dispatch. Each board is visually inspected for PCB trace damage, capacitor bulge, and connector pin integrity. Functional testing is performed using a LUST-compatible drive test bench that replicates the backplane power supply voltages (typically ±15V analog rail, +5V logic rail, and 24VDC I/O supply) present in the original drive chassis. Encoder feedback simulation is applied to verify the DSP input capture registers respond correctly across the full speed range. For JW-suffix variants, jumper positions are documented and cross-referenced against known OEM configuration tables before shipment. Boards that pass all functional checks are issued a DriveKNMS test certificate and shipped with ESD-protective packaging. Boards with repairable faults (e.g., failed op-amp stages, damaged EEPROM) are routed to component-level repair before re-testing.

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