Schaller Automation Oil Mist Detector Service
Polaris Ltd. is your site authorized sales, service and support center. Our site-trained technicians are available 24/7 for service, repair and regular maintenance to ensure the optimum operation of your Schaller Visatron OMD :
Regular maintenance service is recommended to ensure the optimum operation of your equipment. Our site-trained technicians are available 24/7 to service and repair your Schaller Visatron OMD. Contact our service department to discuss scheduled maintenance and to arrange your service.
Schaller Visatron Oil Mist Detectors; Routine maintenance should be performed yearly or every 6,000 running hours. Fresh air filters should be changed every 2 months, Pressure regulator filters should be changed every 6 months. Repair or exchange measuring head every 4 years.
Schaller Visatron Oil Mist Detectors protect over 48,000 engines worldwide: CAT, MaK, Wartsila, EMD, Deutz, GE, Sulzer, Man B&W, Pielstick, etc. Moving components inside engines generate oil mist, which may cause crankcase explosions - early oil mist detection prevents explosions and major engine damage. Polaris Ltd is Schaller sales, service and maintenance center in Turkey
We protect also your engine to save life and material.
The Visatron VN87 plus OMD system continuously monitors the crankcase atmosphere using a suction system
Schaller Automation now offers false-alarm free VISATRON oil mist detection systems, with customised hardware and parameter settings to suit the specific engine type.
Following the mandatory SOLAS regulations for fire precaution, classification societies to be the number one choice for oil mist detection systems to be the number one choice for monitoring as part of the safety system required for marine engines with power in access of 2,250kW, and / or a cylinder bore of more than 300mm. This is because generic sensors measuring temperature and pressure are not sufficiently effective to guarantee the required operating safety, as they do not monitor a number of lubricated sliding surfaces.
Surfaces that can generate intensive oil mist in addition to the crankshaft bearing system include:
Oil mist in these sliding surfaces can only be monitored by an oil mist detection system, and therefore in the case of an overheating phenomenon starting in one of them, or a possible piston seizure occurring, an oil mist detection system should be employed.