KYKY FF-100/150 Turbo Molecular Pump

Overview

The KYKY FF-100/150 Turbo Molecular Pump is an oil-free, high-vacuum pumping solution engineered for integration into analytical and scientific instrumentation requiring stable, clean, and ultra-high vacuum (UHV) environments. Operating on the principle of momentum transfer via high-speed rotating blades (turbomolecular stage), it achieves molecular flow conditions where gas molecules collide more frequently with rotor surfaces than with each other—enabling efficient compression and exhaust against a moderate forevacuum. Designed specifically for compatibility with mass spectrometers, electron microscopes, surface analysis systems (e.g., XPS, AES), and UHV research chambers, the FF-100/150 delivers robust performance at ultimate pressures down to 2×10⁻⁷ Pa (with CF flange) while maintaining mechanical stability under variable thermal and vibrational loads.

Key Features

• Compact, modular architecture optimized for OEM integration—supports arbitrary mounting orientation (horizontal, vertical, inverted) without performance degradation.
• Dual-power capability: Operates natively on DC 24 V for embedded instrument control or AC 220 V for standalone lab deployment.
• Low vibration design (<0.5 µm peak-to-peak displacement at operational speed) minimizes coupling into sensitive detectors and optical paths.
• Enhanced forepressure tolerance: Sustains continuous operation up to 220 Pa and withstands transient surges to 500 Pa—critical for applications involving pulsed gas introduction or rapid sample exchange.
• High compression ratios (>10⁷ for N₂ and Ar; >10³ for light gases) ensure effective isolation between high-vacuum and roughing stages, reducing backstreaming risk and extending forepump service intervals.
• Thermally managed cooling options: Air-cooled configuration for space-constrained setups; water-cooled mode (1 L/min @ ≤25 °C) for sustained high-load operation in continuous-duty cycles.

Sample Compatibility & Compliance

The FF-100/150 is compatible with standard UHV-compatible materials (304/316 stainless steel, oxygen-free copper gaskets, metal-sealed CF and ISO-KF flanges) and conforms to vacuum integrity requirements for Class 10⁻⁷ Pa systems per ISO 27893 and ASTM E1565. Its oil-free operation eliminates hydrocarbon contamination—essential for surface-sensitive techniques such as Auger electron spectroscopy and time-of-flight secondary ion mass spectrometry (TOF-SIMS). The pump meets electromagnetic compatibility (EMC) standards IEC 61326-1 for laboratory equipment and supports GLP-compliant vacuum system validation through traceable startup timing (≤3 min), rotational speed monitoring, and pressure ramp profiling.

Software & Data Management

While the FF-100/150 operates autonomously via analog/digital I/O interfaces (0–10 V speed control, TTL-ready status signals), it integrates seamlessly with host instrument control software via RS-485 or optional CAN bus modules. Real-time telemetry—including rotational speed, bearing temperature, power draw, and interlock status—is accessible for logging and audit trails required under FDA 21 CFR Part 11 and ISO/IEC 17025 frameworks. KYKY’s TCP series controllers (e.g., TCP-100, TD-150) provide programmable ramp profiles, fault diagnostics, and password-protected parameter locking—supporting multi-user lab environments and automated vacuum sequencing protocols.

Applications

• Mass spectrometry: Maintains optimal ion transmission efficiency in quadrupole, magnetic sector, and Orbitrap platforms by sustaining base pressures <5×10⁻⁸ Pa during acquisition.
• Electron microscopy: Enables stable beam current and reduced charging artifacts in SEM, TEM, and FIB-SEM systems through low-vibration, hydrocarbon-free pumping.
• Surface science instrumentation: Supports reproducible monolayer deposition and in-situ characterization in UHV chambers used for catalysis, thin-film growth, and spintronics research.
• Additive manufacturing: Provides controlled inert-gas purge environments for metal powder bed fusion systems requiring residual oxygen levels <10 ppm.
• Non-destructive evaluation: Facilitates high-resolution X-ray imaging and neutron radiography by eliminating scattering from residual gas molecules in beamline vacuum sections.

FAQ

What forepump is recommended for the FF-100/150?

A 1–2 L/s dry scroll or diaphragm pump is recommended to maintain optimal forepressure conditions and avoid oil back-diffusion.
Can the FF-100/150 be operated vertically or upside-down?

Yes—its dynamic balancing and bearing design allow unrestricted orientation without impact on lifetime or pumping performance.
Is water cooling mandatory?

No; air cooling suffices for intermittent use below 70% duty cycle. Water cooling is advised for continuous operation above 50% rated speed or ambient temperatures exceeding 30 °C.
Does the pump support remote monitoring and control?

Yes—via RS-485 Modbus RTU or optional CANopen interface, enabling integration into SCADA and LabVIEW-based vacuum management systems.
What vacuum gauge types are compatible with its pressure measurement requirements?

Capacitance manometers (for foreline pressure) and Bayard-Alpert or cold cathode gauges (for high vacuum) are recommended; calibration traceability to NIST standards is supported.