MP Filtri is set to launch its new ICS inline contamination sensors – designed and manufactured in the UK to deliver an ideal combination of accurate real-time contamination monitoring and cost-effectiveness.  

 Specially created to open up contamination monitoring to new audiences, the ICS sensors are a simple to operate, high-value product that enables operators to check individual machines for particle build-up and take preventive action before damage and downtime occur.  

 

The sensors come in two different variations – Industrial with a 4-20mA analogue communications configuration, and a Mobile version with CANbus. They ensure operators can access 24/7 real-time contamination monitoring and gain critical early warning of particle build-up. 

 

 

 Key features of the new devices include: 

• Robust and durable stainless-steel construction 

• Space-efficient design 

• Proven MP Filtri LED Light-extinction optical technology 

• Inline mounting  

• Calibration to ISO 4406 standard 

• 3-channel contamination measurement 

• Automatic and remote-control flexibility 

• Maximum pressure of 420 bar 

 

When used as part of a contamination control strategy, the benefits of the ICS sensors include:  

 

• Lower service and maintenance costs 

• Reduced downtime 

• Longer system lifespans 

 

Designed and manufactured at our specialist Contamination Monitoring Products division in Evesham, Worcestershire, ICS sensors are made from premium hard-wearing components as is created for durability and longevity.  

 

Utilising 316-grade stainless steel, the ICS is extremely resistant to corrosion and is compatible with an array of fluid types. 

MP Filtri Managing Director John Gardner said: ‘The new ICS sensors can unleash a new information age for businesses with tight cost controls - delivering real-time contamination monitoring and tried-and-trusted critical early warning systems at a lower price than standard particle counters and analysers. 

“They enable operators to benefit from reliable, repeatable, contamination monitoring in systems where space and budgets are limited.”