Seiko SCU-1000 Turbomolecular Pump Control Unit

The Edwards SCU-1000 is a control unit designed for managing and monitoring vacuum pumps and related systems. It provides precise control over pump operation, allowing for optimized performance and efficient vacuum management. Ideal for research, semiconductor, and industrial applications requiring reliable vacuum control.

Model
Edwards / Seiko Instruments SCU-1000
Calibration
Available on request
Price · starting from
$1,450
Status
In stock
RFQ ref
SCU-1000
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This unit

The Edwards / Seiko Instruments SCU-1000 Control Unit is a dedicated controller designed for managing and monitoring Edwards STP (Seiko Seiki) turbomolecular vacuum pumps. This unIt has precise operational control, enabling optimized performance and efficient vacuum management for demanding applications. Its design incorporates front-panel LED indicators and controls for user interaction, along with rear-panel connectors for system integration. The SCU-1000 is specifically engineered to interface with and control Edwards STP turbomolecular pumps.

Technical Specifications * Manufacturer: Edwards / Seiko Instruments

  • Model: SCU-1000
  • Product Family: Seiko Seiki, STP-1000, SPT 1000, SPT1000
  • Compatibility: Designed to control Edwards STP Turbomolecular Pumps.
  • Voltage Configuration: Unit is configured for 100-120 VAC.

Features * Front Panel: * LED Indicators * Controls

  • Rear Panel: * Connectors for system integration

Electrical * Input Voltage: 100-120 VAC

Interfaces While specific details on communication protocols and port types are not extensively detailed in readily available public documentation for the SCU-1000 model specifically, related SCU units (e.g., SCU-800, SCU-1600) often include digital communications, I/O remote, RS232/485, and optional LonWorks or Profibus. It is advisable to consult the specific model's manual for definitive interface specifications.

Physical * Dimensions: Specific physical dimensions are not provided in the accessible documentation. However, related models like the SCU-800 and SCU-1600 are described as "Compact Construction" with a "Small Footprint" and are considered "Half-rack controller" units.

Compatibility * Pump Compatibility: Specifically designed for Edwards STP Turbomolecular Pumps.

  • Related Models: Manuals and information exist for various SCU models, including SCU-800, SCU-1600, SCU-H1000C, and SCU-XL800, indicating a range of control units within the Edwards and Seiko Instruments vacuum product lines.

Documentation * Available Documentation: Manuals and datasheets may be available for the Edwards SCU-1000 Control Unit. Why Choose Aumictech for Edwards / Seiko Instruments SCU-1000 Control Unit?

At Aumictech, we specialize in supplying high-end vacuum equipment. Whether you need reliable vacuum control solutions, optimized pump performance, or efficient vacuum management for your research, semiconductor, or industrial applications, our team ensures the Edwards / Seiko Instruments SCU-1000 Control Unit delivers maximum performance for your application.

Edwards / Seiko Instruments SCU-1000 — Repair & Calibration Service

Aumictech offers NIST-traceable calibration and repair for the Edwards / Seiko Instruments SCU-1000. All calibrations are performed to NIST-traceable standards and ship with a certificate. Turnaround is typically 1–3 business days after receipt.

Standard Cal
$450
Pass/fail cert + NIST sticker
Cal with Data
$650
Full NIST cert with measured values

Edwards / Seiko Instruments SCU-1000 price

This Edwards / Seiko Instruments SCU-1000 is listed at $1,450. Calibration is available separately from $450. Contact us for volume pricing or if you need multiple units.

Edwards / Seiko Instruments SCU-1000 calibration cost

NIST-traceable calibration for the Edwards / Seiko Instruments SCU-1000 is $450 (standard — pass/fail certificate and calibration sticker) or $650 (full measured data at every test point, reference standards documented, traceability chain included). Turnaround is 1 to 3 business days after receipt. See full calibration details →