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ApexP

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Small is Big

Easy to Use, Easy to Carry, Easy to Love

The ApexP is our lightest, smallest portable particle counter. Designed with Self Diagnostics, VHP Compatibility, and Remote Access via the internal web server. When you absolutely need the best in Data Integrity, in the smallest package possible look to the Apex line of Particle Counters.

The ApexP Portable Particle Counter can store up to 3,000 records of particle count data from up to 4 particle channels and the configurable database can store up to 50 recipes for sampling and reports.

Key Features:

  • 0.3 – 10.0 μm Particle Size Range
  • 1.0 CFM (28.3 LPM) Flow Rate
  • 5.7 inch color touch screen display
  • 3,000 records Data Storage
  • Self-Diagnostics
  • Remote Access via the internal web server

Key Features:

  • 0.5 – 10.0 μm Particle Size Range
  • 1.0 CFM (28.3 LPM) Flow Rate
  • 5.7 inch color touch screen display
  • 3,000 records Data Storage
  • Self-Diagnostics
  • Remote Access via the internal web server

Self-Diagnostics

The ApexP was designed with an internal Self-Diagnostic technology that continuously monitors the health of the laser ensuring reliability of the particle count data. Apex Self-Diagnostics on the laser, flow rate and particle detector ensure that the instrument is operating within specified tolerances.

Secure Data Transfer

The ApexP Secure Data Transfer allows all particle count data to be quickly and reliably transferred to a USB flash drive, Computer, Facility Monitoring System or Building Automation System. ApexP has a flexible data communication through the integrated RS-485 Modbus and USB flash drive interfaces. View ApexP data on the built in 5.7 inch color touch screen, USB interface, external printer, web server or communicate Modbus/TCP/IP to 3rd party software applications.

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ApexP5

Accessories

An image of the port High Pressure Diffuser Attachment for the ApexZ
High Pressure Diffuser Ported Version
An image of the vented high pressure diffuser attachment for the ApexZ
High Pressure Diffuser Vented Version

Ensuring Purity and Performance: The Critical Role of Particle Contamination Monitoring in Industrial Gases

Discover how our advanced particle counters safeguard the integrity and efficiency of key processes by detecting particle contaminants in essential gases like Argon, Helium, CO2, Ammonia, Nitrogen, and other inert gases. Ensuring the highest standards in industries from pharmaceuticals to semiconductors.
  • (Ar) (He) (NH 3 ) (N) (CO 2 ) OTHER

    Argon

    Contaminants in argon can affect its inertness, leading to unwanted reactions in processes where argon is used to create a stable, non-reactive environment. This is crucial in applications like shielding gases in welding or inert atmospheres in metal manufacturing.

  • (He) (NH 3 ) (N) (CO 2 )

    Helium

    Due to its small atomic size, helium is highly sensitive to particle contamination. Contaminants can affect its efficacy as a cooling medium in cryogenics and its purity in gas chromatography, impacting the accuracy and efficiency of these processes.

  • (He) (NH 3 ) (N) (CO 2 )

    CO2

    Particle contaminants in CO2 can affect its properties as a supercritical fluid, impacting its use in extraction and cleaning processes. In applications where CO2 is used for carbonation or as a refrigerant, purity is essential for both product quality and process efficiency.

  • (He) (NH 3 ) (N) (CO 2 )

    Nitrogen

    Nitrogen is often used for creating inert atmospheres in various industries. Particle contaminants in nitrogen can introduce impurities into these processes, affecting everything from the quality of pharmaceutical products to the integrity of electronic components in semiconductors

  • (He) (NH 3 ) (N) (CO 2 )

    Ammonia

    In semiconductor manufacturing, impurities in ammonia can lead to defects in nitride films, affecting the performance of electronic devices. In chemical synthesis, contaminants can alter reaction pathways, leading to undesired products or yields.

  • (He) (NH 3 ) (N) (CO 2 ) OTHER

    Other Inert Gases

    Other Inert Gases Inert gases like neon, xenon, and krypton are used in specialized applications where their specific properties are crucial. Particle contaminants can alter these properties, thereby affecting the performance in applications like lighting, imaging, or as carrier gases.

Instrument Files

Title
Download
Brochure – Apex P3, P5
Download
Data Sheet – Apex P3, P5
Download
Operating Manual – Apex P3, P5
Download

Accessory Files

Title
Download
Read Me First – APEXP USB Printer
Download
Operating Manual – High Pressure Diffuser
Download

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