Advanced Laser based Particle Counter

u Particle Counter

IP 565; ASTM D7619 Standard Test Method for Counting and Sizing Particles in Light and Middle Distillate Fuels, and Liquid Bio Fuels, by Automatic Particle Counter; DEF STAN 91-91; DEF STAN 91-86; ISO 4406 (1999); ISO 4406 (1991), GOST 17216, NAS 1638, SAE AS4059E, SAE A6D, SAE 749D, GB 5930, GJB 420-1987, GJB 420-A-1996, GJB 420B-2006

u Particle Counter for Skydrol Hydraulic Fluid

ISO 4406 (1999); ISO 4406 (1991), GOST 17216, NAS 1638, SAE AS4059E, SAE A6D, SAE 749D, GB 5930, GJB 420-1987, GJB 420-A-1996, GJB 420B-2006

  • Particle size ISO 11171: 4μm(c) to >70μm(c); ISO 4402: 2μm to >100μm; GOST 17216-71: 2μm to >200μm
  • Cumulative & distributive particle numbers
  • Particle count on cleanliness code
  • Uses "Straight from the Bottle" samples
  • Precise and reliable results
  • Easy to use large touch screen display, integrated printer
  • Rugged, stainless steel case suitable for laboratory or portable use
  • Typical test time of less than 6 minutes
  • 15 fixed measuring channels (calibration in compliance with ISOMTD for measuring in oil)
  • An upper and lower limit value can be set for each of the first 8 counting channels
  • Integral Data storage for up to 2000 measurements across 60 memories
  • Internal Double Pump System
  • Optional in-line high pressure testing up to 310 Bar

AvCount is a new laser based particle counter for checking and maintaining the quality of fuel throughout the distribution network and in the laboratory. In fact it can be used anywhere that requires fast and accurate determination of particle distribution in a liquid sample. Whether checking the quality of fuel, filter systems or in service lubricants, avcount2 provides fast and precise results.

  • Refinery Processing Materials
  • Corrosion & Rust in Pipes & Tanks
  • Contamination of in-service fluids
  • Airborne Solids
  • Degraded & Damaged Hoses & Filters
  • Microbiological Growth

The avcount uses the light obscuration principle, where the fluid under test is passed through a cell comprising a laser and a calibrated sensor. Particles in the fluid cast a shadow onto the sensor, which determines the area / diameter and number of particles in the sample.

Results are displayed in real time and are simultaneously printed out on the compact integral printer. The test methods embedded in avcount2 cover a range of fuels, lubricating oils and hydraulic fluids and can be edited to create custom test profiles.

Improved connectivity and better memory management allows results to be accessed, printed out or downloaded to a memory stick via the USB port, or to a personal computer via the RS232 Port. The avcount2 can also be controlled via the RS232 port. avcount2 utilises 16 point calibration and can be re-calibrated on-site by a Seta trained engineer.

Bio-Fuel testingBio-fuel testing
Optional Software AvailableOptional Software Available
Technical Datasheets AvailableTechnical Datasheets Available

 

 

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AvCount2 Laser Particle Counter for DEF STAN 91-91, IP 565

  • More Information

    Click here to request a quote for AvCount2, IP 565

    Click here to obtain a copy of the IP Method 565
    Click here to obtain a copy of DEF STAN 91-91
    AvCount IP 565 included in DEF STAN 91-91
    Avcount2 Particle Counter for jet fuel testing FAQs
    EI Compliance Statement for IP 565

    pdfAvcount2 Particle Counter for jet fuel testing Flyer

  • Who should use AvCount?

    Refinery Fuel Quality/Laboratory Personnel testing fuel to DEF STAN 91-91 to release Jet A-1.

    Aviation Fuel QA personnel in laboratory and field testing Deisel Fuel environments benefit from a far superior means of ensuring fast and reliable particulate test results than is currently available.

    Fuel suppliers can provide customers with a more comprehensive and secure ‘fuel cleanliness’ report whilst significantly reducing the effort needed for testing.

    Fuel filter maintenance personnel can more easily identify and isolate any potential problem, supporting reduced maintenance costs and downtime.

  • Sample presentation for measurement

    Correct sample presentation is key to achieving consistent results. The samples must be gently rotated to ensure an even dispersal of particulate matter, but care must also be taken to avoid the creation of air bubbles that may distort the results. Seta offer two specifically designed tumbler systems for the purpose of providing a uniform representative sample, minimising the risk of creating these bubbles.

    Benchtop systemBenchtop system
    Designed for up to 500ml bottles, available with optional fittings to allow a range of bottle types.

    Floor StandingFloor Standing
    Designed for 5 litre IATA cans. IATA cans are both heavy and bulky and this unique tumber allows safe and consistent rotating of the sample.

  • Spares and Accessories

    Optional Accessories
    PART NUMBER DESCRIPTION
    SA1008-0 High pressure adaptor to allow sampling up to 315 bar
    SA1022-0 AvCount Sampling Kit
    SA1024-0 Flight Case
    SA1030-0 AvCount Service Kit - Comprising 2 x verification materials, 1 x calibration material, 10 x rolls paper, cell cleaning & tubing kit, internal battery
    SA1035-0 AvCount Tool Kit - Comprising all tools required to service and calibrate Avcount, Screwdrivers, Spanners, Torque wrench, stopwatch, measuring cylinder, exit and entry tubing
    Sampling Accessories
    PART NUMBER DESCRIPTION
    SA1010-0 Bottle Tumbler fitted with 250ml Sample bottle holder (see SA1004-0)
    SA1014-0 500ml Bottle carrier attachment for SA1010-0 bottle tumbler
    SA1020-0 IATA Tumbler (5 Litre)
    Suitable cans:-
    UN LACQ 1A1/X/550 cans (Width 210mm height 220mm)
    UN LA1A1/X1.6/600 cans (Width 180mm height 260mm)
    SA1004-0 250ml Sample bottles & caps (pack of 60)
    SA1005-0 IATA Container Sampling Kit – 51mm bung)
    Allows sampling from wider neck/deeper containers
    SA1016-0 Adjustable Bottle Carrier for tumblers
    99320-2 Ultrasonic Bath to ISO11171
    Required for preparation of verification materials
    Suggested Spares
    PART NUMBER DESCRIPTION
    SA1000-001 Replacement Sample Probe, 250ml Sample bottle, 19mm bung
    SA1000-002 Replacement Sample tube & stopper assembly
    SA1000-004 Exit tubing and connector
    SA1000-018 Replacement 250µm inlet filter, tubing (400mm long) and connector
    81002-001 Printer Paper (pack of 20)
    Calibration, Verification and Training
    PART NUMBER DESCRIPTION
    SA1006-0 Verification Fluid - 250ml with Certificate of Conformity
    SA1001-0 Calibration Standard – traceable to NIST. 3 month validity – order at time of annual calibration
    SA1100-0 Post warranty service & recalibration facility (Ex Works, return to factory) *Includes cell cleaning, flow rate check, internal battery replacement (every two years), re-calibration using calibration fluid, verification check. Certificate of conformance.

  • Specifications

    Specifications
    Particle Size Range: ISO 11171: 4μm to >70μm ISO 4402: 2μm to >100μm GOST17216-71: 2μm to
    >200μm
    Measuring Channels: 15
    Counts per Measurement (max): 16.000.000
    Sample Viscosity (max): 68mm2/s (from sample bottle) 500mm2/s (@10bar)
    Sample Temperature Range: 0 to 80°C
    Size Bands Reported During Test: As specified in Test Method
    Size Bands Reported on Recall All channels
    Results: Particles/ml or Particles/10ml (Test Method dependant) Cumulative and
    Distributive
    Cleanliness Codes, Cumulative or Distributive (Test Method dependant)
    Cell Volume @ Flow Rate: 10ml @ 30ml/min
    Total Sample Volume used (typ): 80ml (includes rinse cycles) for IP 565 & ASTM Multifuel 20ml other methods