│ INTRODUCTION │

This is a by-pass type oil purifier with its own oil pump embedded in the oil cleaner. As with no pressure loss, it is widely used for attachment to all equipment or movement.
- Reasonable purification control with unmanned operation reservation
- Determination of the replacement time of an element and maximization of filtering efficiency by
  adopting a control valve
- Easy cleaning and replacement in a short time for the open type suction strainer
- With the adoption of the dust proof gauge, you can check accurate pressure, contamination state,
  and accurate replacement time of an element.
- Easy oil transfer with the adoption of the drain valve
- Efficient purification care by recording purification time
- Special specifications are custom-made
OCS-R-NAS takes a signal from the oil outlet of the live pressurized system, instantly analyzing particle contamination state, determining facility diagnosis and contamination state of the lubricating oil. Using a laser beam blocking method, size distribution measurements by 4, 6, and 14 micron, New ISO contamination standards, are possible. In addition, particle count measurements of over 21 micron are possible (4 channels available). Oil contamination state can be indicated on the main body unit LED display in real time or watched on PC screen through computer interface in real time or the tendency can be controlled.
* Offering information on real-time contamination and temperature.
* Quick reaction to the failure of a filter or breather
* Tendency control of wear powder for facility diagnosis
* Facility reliability improvement, Human error minimization during specimen sampling and analysis, minimization of preservation cost and
  failure/downtime period.

│ FEATURES │

1.     Provision of information including real time extent of contamination and temperature

2.     Possible to take prompt measures for the breakdown of filter and bleeder

3.     Management of trend of the level of wear for the purpose of facility diagnosis

4.     Improvement of facility reliability minimization of human errors that occur at the time of specimen sampling and analysis, and minimization of preservation cost and duration of operational halt due to breakdown

5.     Cost reduction of new oil replacement by drastic extension of oil life (over 7 times)

6.     Machine life extension by wear rate reduction

7.     Prevention of environment contamination due to waste oil reduction

│ SPECIFICATION │