Laboratory Products

M17 PRO Cyclosizer – The Digital Model

 

The M17 PRO Cyclosizer

At MARC we are continuously looking at ways to optimise our Cyclosizer product range based on our client’s needs. The next development in the evolution of the Cyclosizer is the PRO model variant.  While it  may one day replace the well known and “classic” Cyclosizer, it will primarily be available as an option that will be useful for those looking to reduce human error.

The intent is to offer two products for different working environments at a minimal cost difference – the base M17 model and the M17 PRO model. From a practical perspective the M17 PRO model, with its more digital nature, is better suited to cleaner environments than what the M17 can tolerate. 

The Cyclosizer is calibrated before sale to determine the sample sizing character of each cyclone in that Cyclosizer. In practice is also serves to identify and address any manufacturing problems like leaking, loose flow straighteners, partial blockages etc.  Because we run the same silica standards through each Cyclosizer using exactly the same technique we can conclude that the separating capabiliities of the Cyclosizer itself is remarkably consistent and that any deviations between tests are – almost without fail – due to human error. Partial automation of the process of Cyclosizing has been introduced in the M17 PRO to offer a practical partial solution to this – but remain in a similar price range where the purchase can be easily justified. 

The M17 PRO Cyclosizer Model features:

  • All the Updated Features of the M17 Cyclosizer Plus:
    • New Digital Graphical Touch Interface displaying: 
      • Magnetic Inductive Current-Derived Flow Measurement with Flowrate Correction Factor Display
      • Thermistor-Derived Temperature Measurement with Temperature Correction Factor Display
      • Pressure Sensor-Derived Pressure Measurement
    • One Machine for All Countries (Single Phase 240V 50 and 60Hz)
    • Programmable:
      • Run-Time
      • Flow Rate (Automatic Flowrate Adjustment)
  • Automatic Flow Increase for Sample Introduction
  • Automatic Flow Increase at the End of Run-Time (important to effectively halt separation)