70Xe Series Fuel Property Analyzers

The 70Xe Series Analyzers mark the latest advancement in fuel property assessment. Engineered to integrate essential flow and cold property evaluations within a unified system, the 70Xe facilitates quicker analysis, enhanced accuracy, and optimized use of the lab footprint.

Spanning traditional fuels to cutting-edge renewable and sustainable alternatives, the 70Xe system is engineered to address both present and future analytical requirements.

Explore the 70Xe's Flexible Configuration Options

Discover the versatile capabilities of up to six integrated measurements within a single analyzer, from specialized viscosity and density evaluations to comprehensive flow characteristics analysis

70Xe Series Fuel Property Analyzers

Image Credit: PAC L.P.

PSA–70Xe | 2-in-1 | Single Function

Advanced Cold Property Testing

The PSA-70Xe is an advanced cold properties analyzer, designed for rigorous low-temperature settings. It provides precise freezing point, cloud point, and pour point measurements for a broad spectrum of fuels and fluids, including base oils and lubricants.

  • Cooling performance reaching below -100 °C
  • Customizable testing parameters
  • Meets ASTM requirements

KVD–70Xe

Purpose-Built for Viscosity and Density

The KVD-70Xe is a specialized instrument, meticulously designed to deliver extremely accurate viscosity and density readings for jet fuels and diesel. It assists laboratories requiring precision, consistency, and assurance in their outcomes.

  • Methodology-based operation
  • Compact footprint for easy integration
  • Tailored for jet fuel and diesel laboratories

IFA–70Xe | JFA–70Xe | DFA–70Xe

Next-Generation Integrated Platform for Flow Properties Testing

The IFA-70Xe establishes a novel benchmark for fuel analysis, as the globe's first fully integrated analyzer engineered to concurrently assess six vital characteristics of jet fuels and diesel, merging sophisticated evaluations into a single system.

  • Integrated workflow maximizes uptime
  • Swift analysis delivers outcomes within minutes
  • Optimizes restricted workspace footprint

Newly Designed 70Xe Autosampler

The newly available 70Xe 30-position autosampler is purpose-built to reduce bench space needs and automates sample introduction to boost throughput, lessen operator involvement, and guarantee steady, autonomous functioning in busy laboratories.

70Xe Series Fuel Property Analyzers

Image Credit: PAC L.P.

Renewables Fuel Testing

The 70Xe Series establishes a new standard in cold-flow assessment, featuring a re-engineered cooling system achieving temperatures of -100 °C and lower. This broadens analytical capacities for sustainable aviation fuels and renewable diesels. Tailored models accommodate SAF, renewable diesel, biodiesel, and feedstock analysis, with adherence to the referee freezing-point technique for co-processed SAF.

Dependable, adaptable, and method-adherent, the 70Xe provides a forward-looking answer for changing fuel specifications.

Product Overview

The 70Xe Series provides comprehensive flow-characteristic analysis for jet fuels, diesel, and renewable fuels within a single, fully integrated instrument. Developed for high-efficiency labs, this system integrates cold properties, viscosity, and density measurements, offering rapid test durations, superior accuracy, and complete adherence to ASTM, IP, and DEF STAN standards.

Leveraging more than 30 years of PAC by Phase Technology advancements, the 70Xe Series enhances laboratory functionality via several customizable models, such as the novel Integrated Fuel Analyzer (IFA) and the KVD model, which focuses solely on viscosity and density.

A recently developed cooling system broadens analysis potential to -100 °C and lower, accommodating new fuel categories like SAF, renewable diesel, and biodiesel, while ensuring solvent-free performance and elevated throughput.

70Xe Series: The World’s First Integrated Analyzer Platform for Jet Fuel and Diesels Testing

Video Credit: PAC L.P.

Key Features

  • Flexible setup supporting up to six functions in one analyzer
  • Sophisticated cooling system facilitates renewable fuel analysis to -100 °C and lower
  • User-friendly, re-engineered interface for quicker training and operation
  • Phase diagrams for observing sample characteristics
  • Integrated system requiring no external cooling unit
  • Automated sample loading, with an optional 30-position autosampler

70Xe Series Fuel Property Analyzers

Image Credit: PAC L.P.

Specs

Source: PAC L.P. 

. .
Test Methods and Precision Standard Test Methods
Freeze Point:
ASTM D5972/IP 435/SH/T 0770 compliant
ASTM D2386/IP 16/ISO 3013 equivalent

Cloud Point:
ASTM D5773/IP 446 compliant
ASTM D2500/IP 219/ISO 3015 equivalent

Pour Point:
ASTM D5949/SH/T 0771 compliant
ASTM D97/IP 15/ISO 3016 equivalent

Kinematic Viscosity:
ASTM D7945/IP 641/ISO 18335 compliant
ASTM D445/IP 71/ISO 3104 equivalent

Density:
ASTM D7777 compliant
ASTM D4052/IP 365/ISO 12185 correlation
Detection Technology Cold Properties: Patented diffusive light scattering (DLS)
Viscosity: Constant pressure with horizontal capillary
Sample Temperature -100 °C to +70 °C
Test Duration Cold Properties, Viscosity, and Density: As low as 15 minutes
Viscosity and Density: As low as 10 minutes
Cold Properties: As low as five minutes
Operation Time Less than one minute
Cooling System Integrated Peltier device cooling system, no external cooling bath needed

Software

70Xe Series Fuel Property Analyzers

Image Credit: PAC L.P.

PACe compatibility boosts 70Xe productivity via real-time instrument oversight, smart asset administration, and anticipatory maintenance insights. Laboratories gain immediate insight into equipment status, opportunities for throughput enhancement, and operational availability across linked systems, translating operational metrics into practical understanding.

The 70Xe features a freshly re-engineered user interface, consistent with the PAC instrument lineup, providing a uniform, easy-to-use operational experience that shortens instruction periods and simplifies routine tasks.

Every test automatically produces a phase diagram, providing operators with instant insight into test execution and enabling quick detection of irregularities, increasing confidence in outcomes.

  • Instrument insights
  • Asset management
  • Proactive maintenance

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