Product Specification

Datasheet

UG-AB Nitrogen Generator: Optimized for AB SCIEX Triple Quad LC-MS Systems

Introduction

In modern analytical laboratories, precision, efficiency, and reliability are non-negotiable—especially when powering sensitive instruments like AB SCIEX triple quadrupole LC-MS systems. The UG-AB Nitrogen Generator, engineered by GASPU, redefines lab gas solutions by merging cutting-edge nitrogen production technology with lean, space-saving design. More than just a compact upgrade of traditional all-in-one machines, the UG-AB is purpose-built to meet the exacting gas requirements of AB SCIEX LC-MS systems, delivering three critical gas types (nitrogen, air source, and air exhaust) with factory-calibrated precision. Its reduced footprint, minimal noise, and low heat emissions make it an ideal under-bench companion, ensuring seamless integration into busy lab environments without compromising performance.

Key Features & Advantages

1. Factory-Preset Precision for AB SCIEX Compatibility

The UG-AB eliminates guesswork with pre-configured pressure and flow rates calibrated specifically for AB SCIEX triple quad LC-MS systems. This plug-and-play design ensures immediate compatibility, eliminating the need for on-site adjustments and reducing setup time. By aligning perfectly with AB SCIEX’s operational parameters, it guarantees consistent gas delivery, critical for reproducible mass spectrometry results.

2. Advanced Cold Dry Filtration for Pristine Gas Quality

Contaminants like moisture, oil, and particulates can degrade LC-MS performance and damage sensitive detectors. The UG-AB integrates a built-in cold dry filtration system that efficiently removes moisture (>99% dew point reduction) and pollutants, ensuring ultra-pure gas output. This not only protects your instrument from corrosion but also enhances data accuracy by minimizing background interference.

3. High-Efficiency Nitrogen Production with Imported Membrane Technology

At the core of the UG-AB lies an imported high-performance nitrogen separation membrane, renowned for rapid, reliable nitrogen generation. This technology delivers high-purity nitrogen (≥99.9% purity) on-demand, eliminating dependency on external gas cylinders and reducing downtime associated with cylinder更换. The membrane’s durability ensures long-term stability, even under continuous operation.

4. Lab-Friendly Design: Low Noise, Low Heat, Minimal Footprint

Traditional nitrogen generators often disrupt lab workflows with excessive noise and heat. The UG-AB addresses this with a compact, under-bench design (fits neatly under standard lab tables) and optimized airflow systems, operating at ≤55 dB (quieter than a typical conversation) and emitting minimal heat. This design reduces lab temperature fluctuations and noise pollution, creating a more comfortable working environment for researchers.

5. Energy Efficiency & Extended Lifespan

Powered by an imported high-performance air compressor paired with GASPU’s proprietary ECO energy-saving mode, the UG-AB minimizes energy consumption without sacrificing output. The ECO mode automatically adjusts compressor load based on real-time gas demand, reducing electricity costs by up to 30% compared to non-optimized generators. This not only lowers operational expenses but also extends the compressor’s lifespan, ensuring years of reliable service.

6. Optional IoT Module for Smart Monitoring

For labs embracing digital transformation, the UG-AB offers an optional IoT module, enabling remote monitoring of key metrics (pressure, flow rate, filter status) via a mobile app or lab management system. Real-time alerts for maintenance or performance issues prevent unexpected downtime, making proactive lab management simpler than ever.

Technical Specifications

FAQs

Q1: Is the UG-AB compatible with non-AB SCIEX LC-MS systems?

A: While optimized for AB SCIEX triple quad LC-MS systems, the UG-AB’s pressure and flow rates can be adjusted (by qualified technicians) to support other LC-MS brands, making it a versatile option for multi-instrument labs.

Q2: How often does the filtration system require maintenance?

A: The cold dry filtration system typically requires filter replacement every 6–12 months, depending on usage. The optional IoT module sends alerts when filters near the end of their lifespan, simplifying maintenance scheduling.

Q3: Can the UG-AB operate continuously?

A: Yes. The generator is designed for 24/7 operation, with the ECO mode preventing overheating and reducing wear on components during low-demand periods.

Q4: What is the nitrogen purity level, and why does it matter for LC-MS?

A: The UG-AB delivers ≥99.9% nitrogen purity, critical for maintaining ion source stability and minimizing background noise in mass spectrometry. Low-purity nitrogen can cause ion suppression or detector contamination, compromising data quality.

Q5: How does the under-bench design impact serviceability?

A: Despite its compact size, the UG-AB features front-facing access panels for easy filter replacement and routine maintenance, eliminating the need to move the unit from under the bench.

Why Choose UG-AB?

The UG-AB Nitrogen Generator stands out as a lab-centric solution that balances performance, efficiency, and convenience. By combining AB SCIEX-specific calibration, advanced filtration, energy-saving technology, and smart monitoring capabilities, it empowers labs to focus on research rather than gas system management. Whether you’re upgrading an existing setup or building a new lab, the UG-AB ensures reliable, cost-effective gas delivery—so your LC-MS system performs at its best, every time.

GASPU: Innovating lab gas solutions for precision-driven science.

Keywords: UG-AB nitrogen generator, AB SCIEX LC-MS nitrogen generator, under-bench nitrogen system, lab gas generator, LC-MS gas supply, GASPU UG-AB, nitrogen generator for mass spectrometry, low noise nitrogen generator.