Stay one step ahead of contamination: condition monitoring with the LasPaC-3-P particle counter

The new generation of our particle measurement device at a glance

A person using the LasPaC-3-P
Applications
2024/12/03
Estimated read time: 5 minute/s

Stay one step ahead of contamination: condition monitoring with the LasPaC-3-P particle counter

The new generation of our particle measurement device at a glance

A person using the LasPaC-3-P
Applications
2024/12/03
Estimated read time: 5 minute/s

Introduction to the LasPaC-3

The LasPaC-3-P is the latest generation of portable particle counters from STAUFF. Designed specifically for particle measurement in hydraulic fluids, it helps users keep systems clean and operational. The device measures particle contamination in fluids and provides precise data that enables timely action to prevent damage and downtime. 

Thanks to its user-friendly design and portability, the particle measurement device is suitable for both on-site measurements and laboratory use. The values given are analysed and displayed in accordance with international standards such as ISO 4406, NAS 1638, and SAE AS 4059, making it a reliable tool for professional use. 

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Why is particle counting important?

The number of particles in fluids is a crucial indicator of a system's cleanliness and functionality. Even the smallest particles can accelerate wear, impair performance, and eventually lead to failures. Particle measurement provides insight into whether the hydraulic fluid is within acceptable cleanliness limits. A precise particle counter like the LasPaC-3-P helps monitor the particle count in fluids and ensures that operating conditions remain optimal. 

Hydraulic fluids with a high particle count can damage components such as valves and pumps. Regular particle measurement enables early intervention to minimise the risk of damage, extend the lifespan of components, and avoid costly repairs. 

Main features of the LasPaC-3

The LasPaC-3-P stands out due to its versatile features. Here are some key highlights: 

Feature 

Description 

Media compatibility 

devices for mineral oils, phosphate esters (e.g., Skydrol®) or water-glycol fluids are available. 

Measurement speed 

Measures 100 ml of fluid in about a minute – up to 15 times faster than comparable devices 

Durable design 

Shock- and vibration-protected trolley case for easy mobility. 

Touchscreen display 

7-inch touchscreen with real-time data visualisation and intuitive operation. 

Data management 

Stores up to 4,000 measurements and offers USB ports for data transfer. 

Integrated thermal printer 

Prints reports on-site – without ink or toner. 

These features make the LasPaC-3-P an indispensable tool for maintaining hydraulic systems. 

Typical applications and areas of use

The LasPaC-3-P is suitable for various applications across different industries: 

  • Maintenance departments: Regular inspections to ensure the cleanliness of hydraulic fluids and prevent damage. 

  • Mobile service providers: On-site particle measurement for construction, forestry, or agricultural machinery, as well as industrial hydraulics 

  • OEMs (machinery and equipment manufacturers): Checking and documenting system cleanliness before delivery or during ongoing maintenance 

  • Research and development: Supporting tests and studies related to hydraulic applications. 

  • Training institutes and universities: Used as a teaching tool for particle measurement and oil condition monitoring. 

Advantages of particle measurement in hydraulic oils

Monitoring hydraulic oil with a particle counter like the LasPaC-3-P offers numerous advantages: 

1. Early detection of contamination: 

Particle contamination accounts for up to 80% of failures in hydraulic systems. Regular monitoring allows issues to be identified and resolved early before causing significant damage. 

2. Compliance with cleanliness standards: 

The LasPaC-3-P provides results in accordance with international standards like ISO 4406, NAS 1638, and SAE AS 4059, ensuring adherence to regulations and maintaining quality standards. 

3. Reduced costs: 

A clean hydraulic system reduces wear and repair frequency, lowering maintenance expenses. 

4. Improved documentation: 

With an integrated printer and the ability to store and export data, documenting measurement results becomes simple and efficient. 

5. Optimisation of filtration strategy: 

Data on particle contamination aids in improving filter system efficiency and extending component lifespans. 

FAQs

What fluids can the LasPaC-3-P analyse?

Is the LasPaC-3-P mobile?

How long does the LasPaC-3 battery last?

When will the LasPaC-3-P be available?

How does the integrated printer work?

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