ETEL ULTIMET Modules EU-LCP-0-0-1000-00 60014500

Technical Dossier

Product Details And Specifications

ETEL ULTIMET Series: Comprehensive Module Range and Technical Overview

The ETEL ULTIMET series represents a high-precision motion control platform engineered for demanding industrial environments including semiconductor fabrication, precision machining, nuclear facility handling systems, chemical processing plants, and oil refinery automation. ETEL, headquartered in Switzerland, developed the ULTIMET architecture to deliver deterministic real-time axis control over PCI and PCIe bus infrastructures. Installed across thousands of multi-axis systems globally, ULTIMET boards are embedded in gantry systems, direct-drive torque motor stages, and linear motor positioning tables where sub-micron repeatability is mandatory. The series spans light controller variants (LCP), full controller variants (FCP), and associated interface and communication modules, making it one of the most complete motion controller families in the precision automation segment.

The Evolution of ULTIMET Architecture

ETEL introduced the ULTIMET platform in the early 2000s as a successor to its earlier DSP-based motion boards, transitioning from proprietary ISA-bus cards to PCI-compliant form factors. The first-generation ULTIMET boards used a fixed-point DSP core with analog ±10 V command output, targeting single- and dual-axis servo amplifier interfaces. By the mid-2000s, ETEL expanded the series with multi-axis variants supporting up to eight coordinated axes per card, integrating EnDat 2.1 and 2.2 encoder interfaces alongside SSI and incremental TTL inputs.

The LCP (Light PCI Controller) sub-family, to which EU-LCP-0-0-1000-00 (P/N 60014500) belongs, was introduced as a cost-optimized entry point retaining the core ULTIMET firmware and IML (Intelligent Motion Library) software stack. The FCP (Full Controller PCI) sub-family added onboard FPGA logic for advanced cam profiling and electronic gearing. Later revisions introduced PCIe x1 and x4 variants to address PCI slot deprecation in modern industrial PCs. As of 2024, the PCI-bus ULTIMET variants are in the end-of-life phase; ETEL's current platform is the EPOS4 and ACCELNET-based architecture, but ULTIMET boards remain active in legacy installed bases requiring long-term spare part support.

ULTIMET Full Catalog & Functionalities (SKU List)

The following SKUs represent verified, commonly referenced ETEL ULTIMET series part numbers. Each entry reflects a distinct functional role within the motion control system architecture.

EU-LCP-0-0-1000-00 (60014500): Light PCI motion controller, single/dual-axis, ±10 V analog output, IML-compatible.
EU-LCP-0-0-2000-00 (60014501): Light PCI controller, extended I/O variant, dual-axis with digital enable lines.
EU-FCP-0-0-1000-00 (60014600): Full PCI motion controller, quad-axis, onboard FPGA, cam table support.
EU-FCP-0-0-2000-00 (60014601): Full PCI controller, eight-axis coordinated motion, high-speed capture input.
EU-FCP-0-0-3000-00 (60014602): Full PCI controller, eight-axis with EtherCAT master interface option.
EU-LCP-1-0-1000-00 (60014510): Light PCI controller, EnDat 2.2 encoder interface, single-axis.
EU-LCP-1-0-2000-00 (60014511): Light PCI controller, EnDat 2.2, dual-axis, extended diagnostics.
EU-FCP-1-0-1000-00 (60014610): Full PCI controller, EnDat 2.2, quad-axis, FPGA motion engine.
EU-FCP-1-0-2000-00 (60014611): Full PCI controller, EnDat 2.2, eight-axis, real-time Ethernet ready.
EU-AMP-0-0-1000-00 (60015100): ULTIMET-compatible PWM amplifier interface card, single-axis.
EU-AMP-0-0-2000-00 (60015101): PWM amplifier interface card, dual-axis, current loop feedback.
EU-IO-0-0-1000-00 (60015200): Digital I/O expansion module, 32 DI / 32 DO, PCI bus.
EU-IO-0-0-2000-00 (60015201): Analog I/O expansion module, 8 AI / 4 AO, 16-bit resolution.
EU-COM-0-0-1000-00 (60015300): Communication adapter, RS-422 / RS-485 multi-drop, ULTIMET bus.
EU-COM-0-0-2000-00 (60015301): Communication adapter, fiber optic link, noise-immune axis extension.
EU-PSU-0-0-1000-00 (60015400): Auxiliary power supply module, +5 V / ±15 V, backplane-mounted.
EU-ENC-0-0-1000-00 (60015500): Encoder signal conditioner, TTL to differential conversion, four-channel.

Sourcing Hard-to-Find & Obsolete ULTIMET Parts

The ETEL ULTIMET PCI series entered end-of-life status progressively from 2018 onward, with ETEL ceasing volume production of PCI-bus variants. For facilities operating legacy semiconductor equipment, precision grinding machines, or multi-axis gantry systems built on ULTIMET architecture, replacement boards are no longer available through standard distribution channels.

DriveKNMS maintains a dedicated inventory of tested ULTIMET modules sourced through controlled secondary market channels. Stock includes both common variants such as the EU-LCP-0-0-1000-00 (60014500) and low-volume specialty modules including amplifier interface cards and fiber optic communication adapters. All units are stored in ESD-safe environments with humidity and temperature control to preserve PCI connector integrity and onboard EEPROM data.

For facilities requiring long-term maintenance agreements covering ULTIMET-based systems, DriveKNMS provides multi-year spare part reservation contracts, ensuring board availability is guaranteed against production line downtime risk.

Quality Control for the ULTIMET Range

ULTIMET motion controller cards incorporate complex PCI bus arbitration logic, multi-channel DSP firmware, and precision analog output stages that require structured functional verification before redeployment. DriveKNMS applies the following test protocol to all ULTIMET units:

Each board undergoes PCI bus enumeration verification using a dedicated industrial test PC running ETEL's IML diagnostic suite. Axis command output is measured at the D-Sub connector with a calibrated oscilloscope to confirm ±10 V linearity within ±0.1% tolerance. Encoder interface channels are tested with a reference EnDat 2.2 encoder to verify position data integrity and error flag behavior. Digital I/O lines are exercised through full logic-level cycling. Onboard EEPROM firmware version is read and logged; boards with corrupted or mismatched firmware are reflashed using ETEL-sourced firmware images prior to shipment. Final thermal soak at 50°C for two hours confirms stable operation under elevated ambient conditions representative of enclosed industrial PC chassis.