CCS 5 Contamination Control System

CCS 5 Contamination Control System

CCS 5 Contamination Control System – Advanced Fluid Monitoring and Analysis


The CCS 5 Contamination Control System is a portable, high-performance solution for monitoring and analyzing the condition of hydraulic and lubrication fluids. With its precise laser sensor technology, the CCS 5 provides critical data on solid particle contamination, water saturation, and fluid temperature. Designed for both on-line and off-line measurements, this system helps ensure the reliability, efficiency, and longevity of hydraulic systems.


Key Features:

  • Laser Particle Counting: Provides precise evaluation of contamination classes per ISO 4406:99, NAS 1638, and SAE AS 4059 standards.
  • Comprehensive Measurements: Displays particle numbers, water saturation, temperature, and theoretical water content (ppm).
  • Automated Programs: Offers single, continuous, and cyclical measurement modes for versatility.
  • Portable Design: Rechargeable lithium polymer battery and compact construction for easy transport and use.
  • Data Storage: Internal memory stores up to 100,000 measurement points for detailed analysis.
  • USB Connectivity: Allows for easy data transfer and integration with LabVIEW or Excel for external analysis.
  • Optional Thermal Printer: Prints water saturation, temperature, and cleanliness class measurements directly.

Specifications:

  • Contamination Classes: ISO 4406:99, NAS 1638, SAE AS 4059
  • Power Supply: 15 VDC/6 A or 100–240 VAC external unit
  • Fluid Temperature Range: 0°C to 70°C
  • Operating Pressure Range: 1.5 to 350 bar
  • Weight: Compact and lightweight for portability

Applications:

  • Hydraulic systems
  • Lubrication systems
  • Industrial and laboratory fluid analysis

The CCS 5 Contamination Control System ensures precise and efficient fluid monitoring, helping to prevent system failures and reduce maintenance costs. With its advanced features and portable design, it's the perfect tool for maintaining optimal fluid health in demanding environments.