WIGGENS V410 Oil-Free Vacuum Pump

Overview

The WIGGENS V410 Oil-Free Vacuum Pump is a precision-engineered, compact piston-type vacuum and pressure generator designed for routine laboratory applications requiring clean, contamination-free operation. Based on reciprocating piston mechanics—without lubricating oil—the V410 delivers stable, pulse-dampened vacuum down to 30 mbar absolute and achieves a nominal pumping speed of 19 L/min at atmospheric inlet conditions. Its dry-running architecture eliminates oil vapor backstreaming, hydrocarbon contamination, and maintenance-associated downtime, making it especially suitable for sensitive biological, food science, pharmaceutical, and environmental sample preparation workflows where regulatory compliance and analytical integrity are paramount. The pump operates silently at 50 dB(A), meeting ISO 3744 acoustic standards for low-noise laboratory environments, and incorporates integrated thermal protection to prevent motor overheating during extended or intermittent duty cycles.

Key Features

• Oil-free piston mechanism ensures zero hydrocarbon emission and eliminates oil replenishment, filter replacement, or oil mist filtration requirements.
• Integrated thermal cut-off switch automatically de-energizes the motor when internal temperature exceeds safe operational thresholds; restarts autonomously after cooling.
• Standard sintered metal inlet filter (replaceable) traps particulates and condensable vapors, protecting cylinder walls and piston seals from abrasion and moisture-induced wear.
• Universal dual-mode capability: with optional pressure conversion kit (sold separately), the same unit functions as both vacuum source and positive-pressure generator—supporting applications such as gas purging, membrane pressurization, or fluid transfer.
• Compact footprint (310 × 152 × 165 mm) and lightweight design (5.4 kg) enable benchtop deployment in space-constrained labs, fume hoods, or mobile analytical setups.
• CE-marked and compliant with IEC 61000-6-3 (EMC emissions) and IEC 61000-6-2 (immunity), ensuring electromagnetic compatibility in shared instrumentation environments.

Sample Compatibility & Compliance

The V410 is rated for non-corrosive gases and vapors only. It is not intended for use with solvents, acids, alkalis, or halogenated compounds that may degrade elastomeric seals or aluminum cylinder components. Compatible with standard laboratory filtration assemblies (e.g., Buchner funnels, Hirsch funnels, vacuum desiccators), microbial vacuum filtration manifolds, and air sampling cartridges per ISO 16000-18 and EPA Method TO-15. Meets general-purpose vacuum requirements outlined in ASTM D2879 (vapor pressure determination), USP (aseptic processing support), and ISO 8573-1 Class 4 compressed air purity for non-critical pressure applications. Not certified for explosion-proof or intrinsically safe environments.

Software & Data Management

As a standalone analog-operated device, the V410 does not feature digital interfaces, embedded firmware, or data logging capabilities. Its control is limited to manual on/off switching via front-panel rocker switch. However, it supports integration into validated systems through external programmable logic controllers (PLCs) or vacuum monitoring modules (e.g., capacitance manometers with 4–20 mA output). For GxP-regulated laboratories, usage logs—including runtime hours, service intervals, and filter replacement dates—must be maintained manually or within an electronic lab notebook (ELN) compliant with FDA 21 CFR Part 11 audit trail requirements. Calibration verification is performed using traceable vacuum gauges per ISO/IEC 17025 guidelines.

Applications

• Microbiological membrane filtration (e.g., coliform detection per ISO 9308-1, heterotrophic plate count per ISO 6222)
• Vacuum-assisted liquid filtration and clarification of aqueous samples, cell culture supernatants, or food extracts
• Operation of vacuum ovens and desiccators for moisture content analysis (AOAC 950.46, ISO 665)
• Solid-phase extraction (SPE) manifold support under controlled vacuum
• Air and water sampling for particulate matter (PM₁₀/PM_2.5) and VOC analysis
• Inert gas blanketing and degassing of reagents prior to chromatographic or spectroscopic analysis
• Support for lyophilizer primary drying stages where moderate vacuum levels suffice

FAQ

Can the V410 be used with corrosive or solvent-laden vapors?
No. The pump is strictly intended for clean, dry, non-corrosive gases. Exposure to aggressive chemicals will compromise seal integrity and void warranty.
Is the inlet filter included and replaceable?
Yes—a sintered stainless-steel inlet filter is factory-installed and user-replaceable using part number 167400-F1.
Does the V410 meet GLP or GMP documentation requirements?
While the pump itself has no built-in audit trail, its mechanical reliability and consistent performance support GLP/GMP workflows when paired with appropriate procedural controls and maintenance records.
What is the expected service life under normal laboratory use?
With proper inlet filtration and ambient operating temperatures (15–30°C), typical service intervals exceed 10,000 hours before major component overhaul.
Can multiple V410 units be daisy-chained or manifolded?
Yes—parallel connection via vacuum distribution manifolds is permissible, provided total system conductance and ultimate vacuum targets remain within specification limits.