Why on site Fluid Condition Monitoring?

• Certification for fluid cleanliness
• Early warning instrument to help prevent catastrophic failure in critical systems
• Immediate results with laboratory accuracy
• To comply with customer cleanliness requirements and specification
• New Equipment warranty compliance
• New oil cleanliness testing

There is a new addition to the proven range – the LCM “Classic”, only available from Parker, the “Classic” retains all the technology that made the LaserCM one of the most accurate, reliable and popular portable counters available.

Pressure Transducers

To overcome the historical problems caused by “gauge creep” of thick film sensors and the fragility of peizo-electric/ceramic based sensors, the new ‘Performer’ range uses a high grade stainless steel element, which is coated with layers of both insulative and alloy materials. These are trimmed to a very close tolerance using state of the art, semiconductor grade, laser and ion beam methods. This extremely accurate ‘front end’ is then coupled with application specific integrated circuitry to produce a sensor that is both accurate and repeatable over a wide, fully compensated, temperature range, -40°C to +125°C. the “Performer” is now available in a variety of thread-form and connector options.

Flowmeters & Transmitters

LoFlow-Oil and water Flowmeters have been designed for those industries where the need exists for a low cost solution to small measurements of flow with an accurate reading. LoFlow uses the well tried and tested principle of variable area flow measurement using the movement of a ball or float inside a calibrated bore.

Typical Applications:

• Pharmaceutical industry
• Filtration systems
• Hospital equipment
• For water applications
• Water treatment
• Photography and X-ray
• Equipment
• Swimming pools

The Dataflow Compact Transmitter was designed to offer OEM’s and end users alike a means of monitoring low flow on liquids with an electronic output signal – but at LOW COST.

Fluid passes through the one piece sensor body impacting on the twin vaned turbine rotor, causing it to rotate at a speed proportional to the flow rate. The opposing photo-transistors are mounted either side of the rotor and externally of the clear sensor body, these generate a continuous signal. As the rotor spins, each blade obscures the infra red signal. This is then converted into an industry standard pulse output signal – compatible with inexpensive display units for flow rate, totalising, batch control and large, ventral control systems.