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Pfeiffer Vacuum SmartVane Single-Stage Rotary Vane Pump

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Brand Pfeiffer Vacuum
Origin Germany
Pump Type Oil-Lubricated Rotary Vane Pump
Model SmartVane 55
Pumping Speed 29–45 m³/h (at 3 hPa)
Ultimate Vacuum 0.2 hPa
Noise Level 54 dB(A) (at 3 hPa)
Motor Integrated IPM Motor with Standby Mode
Power Consumption ~330 W (standby) / 580 W (full speed)
Input Voltage 100–240 V, 50/60 Hz
Inlet Flange DN 40 ISO-KF
Outlet Flange DN 25 ISO-KF
Weight 36 kg
Protection Class IP20
Communication Interface 15-pin Sub-D female (ON/OFF, Standby, RS485)
Oil Capacity 1.75 L (H1 or F4 grade)

Overview

The Pfeiffer Vacuum SmartVane 55 is a single-stage, oil-lubricated rotary vane pump engineered for high-reliability vacuum generation in analytical instrumentation environments—particularly as a forepump for turbomolecular pumps used in mass spectrometry systems. Unlike conventional rotary vane designs, the SmartVane eliminates the mechanical shaft seal entirely through a hermetically sealed motor-pump housing architecture. This innovation removes the primary failure point responsible for oil leakage in traditional vane pumps, thereby ensuring contamination-free operation critical for ICP-MS, LC-MS, and other ultra-sensitive analytical platforms where hydrocarbon backstreaming or oil mist ingress can compromise spectral integrity and detector longevity.

Operating on proven Couette-flow displacement principles, the SmartVane delivers stable, pulsation-minimized gas throughput across its rated speed range (800–1300 rpm), with optimized vanes and precision-machined stator geometry enabling consistent volumetric efficiency even under variable inlet pressure conditions. Its ultimate vacuum performance of 0.2 hPa (20 Pa) meets stringent requirements for medium-vacuum applications such as mass spectrometer backing, freeze-drying pre-evacuation, and vacuum metallurgy sample preparation.

Key Features

  • Hermetically sealed motor-pump assembly — zero shaft seals, eliminating oil leakage risk and associated downtime
  • Integrated interior permanent magnet (IPM) motor with intelligent standby mode, reducing power consumption to ~330 W during idle periods
  • Low-noise operation at 54 dB(A) (measured at 3 hPa), compliant with ISO 2151 for laboratory acoustic environments
  • Compact footprint (415 × 312 × 308 mm) and standardized DN 40 ISO-KF inlet / DN 25 ISO-KF outlet flanges for seamless integration into OEM mass spec platforms
  • Extended maintenance intervals due to reduced wear from absence of dynamic shaft sealing and optimized oil circulation design
  • Full digital control interface via 15-pin Sub-D connector supporting ON/OFF, standby activation, and RS485-based remote monitoring and diagnostics
  • IP20-rated enclosure suitable for controlled laboratory environments; compatible with H1- and F4-grade vacuum oils for enhanced chemical resistance

Sample Compatibility & Compliance

The SmartVane 55 is specifically validated for use with high-sensitivity analytical instruments requiring oil-free vacuum integrity at the foreline stage—including triple-quadrupole and time-of-flight mass spectrometers (LC-MS/MS, GC-MS, ICP-MS). Its leak-tight construction prevents hydrocarbon migration into ion sources or collision cells, supporting compliance with ISO/IEC 17025 method validation requirements and GLP/GMP documentation standards. While not intrinsically explosion-proof, its design aligns with IEC 61000-6-3 EMC emission limits and meets RoHS Directive 2011/65/EU for hazardous substance restriction. For pharmaceutical QC labs operating under FDA 21 CFR Part 11, optional audit-trail-capable SCADA integration is supported via RS485 protocol.

Software & Data Management

The SmartVane operates without proprietary software but supports industrial fieldbus integration through its native RS485 interface using Modbus RTU protocol. This enables direct communication with PLC-controlled vacuum systems or centralized lab infrastructure management platforms. Real-time status parameters—including operational state (running/standby), motor temperature, and runtime hours—are accessible via standard serial queries. When deployed in regulated environments, timestamped event logs (e.g., start/stop cycles, fault triggers) can be archived externally to satisfy ALCOA+ data integrity criteria. No embedded firmware requires periodic security patching, as the controller lacks network-facing interfaces.

Applications

  • Forepumping for turbomolecular pumps in benchtop and floor-standing mass spectrometers (ICP-MS, LC-MS, MALDI-TOF)
  • Vacuum support for residual gas analyzers (RGAs) and quadrupole mass filters in semiconductor process tool clusters
  • Pre-evacuation and hold vacuum in freeze dryers used for biopharmaceutical lyophilization
  • Backing vacuum for diffusion pumps and cryopumps in R&D-scale thin-film deposition systems
  • Continuous-duty vacuum supply in environmental testing chambers for VOC analysis and particulate sampling calibration

FAQ

Does the SmartVane require regular oil changes?
Yes—though service intervals are extended versus conventional vane pumps, routine oil replacement every 3,000–5,000 operating hours is recommended using Pfeiffer-certified H1 or F4 vacuum oil.
Can the SmartVane be used as a standalone roughing pump without a turbomolecular pump?
Yes—it achieves 0.2 hPa ultimate pressure and is suitable for general-purpose medium-vacuum applications such as vacuum ovens, degassing chambers, and vacuum filtration.
Is the SmartVane compatible with corrosive process gases?
Standard models are designed for clean, dry air and inert gases; for halogenated or acidic vapors, consult Pfeiffer’s chemically resistant SmartVane variants featuring fluoropolymer-coated internals.
What safety certifications does the SmartVane hold?
It carries CE marking per Machinery Directive 2006/42/EC and Low Voltage Directive 2014/35/EU, with conformity verified by TÜV Rheinland.
How is motor thermal protection implemented?
An integrated PT100 sensor monitors winding temperature continuously; automatic shutdown occurs if >120 °C is detected, with lockout until manual reset via control interface.

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