Oil & Fuel Condition Monitoring
icountLaserCM30 - Portable Particle Monitor
The Parker icountLCM30 is a next generation fluid system particle contamination monitoring offering an under 90 seconds test procedure. Multi-standard ISO, NAS, AS and GOST cleanliness reporting, data entry and integral printing are all featured on this next generation contamination monitor.
IcountACM - Aviation fuel contamination monitoring
Development work carried out by Parker, in conjunction with Aviation industry, highlighted the need for an alternative test method to determine the levels of dispersed contamination in Jet fuel, using IP564 test methods for monitoring Particle size.
ANALEX_PQL -Ferrous Debris Monitor
The ANALEXpql is developed to replace the widely used pqM and pqA. Using all new hardware, software and the latest technology, the highly accurateis an essential addition to the modern used oil analysis laboratory.
Oil Test Kit (Digital) – DIGI Test Cell
The DIGI Test Cell from Parker is a compact, onboard oil test kit ideally suited for use in marine applications. Capable of testing for water in oil, total base number (TBN), total acid number (TAN), Insolubles, and comparative viscosity.
Portable Heated Viscometer
The Parker Heated Viscometer is a highly rugged and easy-to-use diagnostic device that provides oil viscosity centistoke results in minutes for fast onsite maintenance decisions. Supplied in a compact case for maximum portability.
Portable Particle Monitor – iCountOS
The iCountOS is a highly rugged portable particle size monitor that can be used for measuring contamination levels in fuels and/or hydraulic fluids. Capable of operation online (direct connection to system) or offline (sampling from tank or reservoir).
Inline Particle Monitor – iCountPD
The Parker iCountPD is a highly compact, permanently mounted laser detection particle size monitor that enables continuous monitoring of contamination levels in hydraulic and fluid circuits.Capable of communicating results in ISO4406 / AS4059 or NAS1638.
ATEX Approved Online Particle Detector - icountPD Z2
The icountPD Particle Detector
from Parker represents the most
up to date technology in solid
particle contamination analysis.
This compact, permanently
mounted laser-based ATEX
approved particle detector module
is designed for use in Zone 2 areas
and is housed in a robust Stainless
Steel IP69K approved enclosure
that provides a cost effective
solution to fluid management and
contamination control.
Acoustic Bearing Checker– Machinery Health Check (MHC)
Parker MHC Bearing Checker is an innovative hand-held device that provides engineers with the capability to quickly and analyse bearing condition and lubrication state. Allows for measurements of impact and distress.
Hand-held Oil Condition Monitor – Oilcheck Where To Buy
Oilcheck is a completely portable, battery-powered condition monitoring device that provides visual indication of oil quality by measuring and comparing the dielectric constant of new and used fluids. Battery life: >150 hours or 3000 tests.
Par - Test
Single Point Sampler
The SPS (Single Point Sampler) is a
lightweight, compact and easy to use
online sampling unit that connects
an icountLCM20 or H2Oil to a single
pressure test point in a fluid system.
Suitable for use with mineral and
biodegradable oils, petroleum based
and phosphate ester fluids, the SPS
offers fingertip operated control even
at high pressures – 420 bar (6000 PSI)
rated maximum pressure
Inline Sensors & Monitors for emulsion oils - System 20
System 20 monitors, combined with the inline sensor, give the user accurate and instant readings of oil or water flow, pressure and temperature without the need to shut down the system.
Universal Bottle Sampler - UBS
Simple and efficient offline oil sampling, ideal for batch oil sampling.
Single Point Sampler
The SPS (Single Point Sampler) is a
lightweight, compact and easy to use
online sampling unit that connects
an icountLCM20 or H2Oil to a single
pressure test point in a fluid system.
Suitable for use with mineral and
biodegradable oils, petroleum based
and phosphate ester fluids, the SPS
offers fingertip operated control even
at high pressures – 420 bar (6000 PSI)
rated maximum pressure
Have you ever heard about oil and fuel condition monitoring? If you own a factory that involves a lot of pieces of machinery, you need to be familiar with oil and fuel monitoring. Why? Well, that is what we will explain to you.
When it comes to machinery, oil and fuel are its lifeblood. Without proper oil and fuel, your machinery might not work the way it is supposed to. That is one of the most crucial reasons you have to monitor your oil and fuel condition at all times.
To help you understand what oil and fuel monitoring are, we will explain some of the most important things you should know about this whole process. On top of that, you will learn why monitoring your oil and fuel should be your priority.
What is Oil and Fuel Condition Monitoring?
Oil and fuel monitoring is a significant element of any factory’s maintenance schedule. This process involves measuring, analyzing, and monitoring any changes that you can find in the oil and fuel of your machinery.
While you are monitoring your oil and fuel condition, you might find unwanted components. These components include particle contamination and disproportioned chemical content. All of those components can lead to machinery damage or even failure. That is why identifying these components is a very crucial task.
On top of identifying contamination in the oil and fuel, you will also be able to track degradation in the oil quality. By analyzing the oil, you can see if the oil inside the machinery is new or almost at its end.
By now, you probably already understood why oil and fuel condition monitoring is very crucial. The results of this whole process can give you insights into the performance and reliability of your machinery. If you find something that is out of place, you can easily fix that problem before it leads to other serious problems.
Maintenance and Its Role
Maintenance is a very crucial part of any kind of machinery. If you do not maintain your equipment well, it will lead to machinery failures, which is not something you want at all. Why? Simply because machinery failures can lead to a crazy amount of downtime, which will reduce your production significantly. All of these things will lead to cost generation, which will cost you a lot of money.
If your factory suddenly stops producing items because of machinery failure, you will face great problems. These problems include extra cost and loss of reputation from your customers. From this scenario alone, you probably already understood why maintenance is a very crucial thing to do.
One of the most important things you need to do to maintain your machinery is to monitor your oil and fuel. Any type of equipment in your factory will use oil and fuel for it to function. Here is why monitoring your oil and fuel is a very crucial task.
Why Monitor Oil and Fuel Condition?
Now that you know a little bit of the basics of oil and fuel monitoring, you need to know the many benefits that you will get from doing it. Monitoring the oil and fuel condition is key to effective maintenance in any kind of factory. Why? Simply because it will provide deep insights into the status and health of any equipment that you have.
As we have mentioned before, contamination can easily disrupt the normal function of your machinery. Contamination of oil by water, fuel, and acid can easily lead to the loss of lubrication properties. If the oil has lost its lubrication properties, it will easily damage your equipment.
Monitoring your oil and fuel condition is also very crucial because of how invisible issues can be. When you look at a piece of machinery or equipment, you might not see anything wrong at all. The same thing will happen if you only look at your oil and fuel without analyzing their content.
One of the most important things you need to know is the fact that even the smallest unseen issues can lead to a major breakdown of your equipment. While you will not be able to identify this kind of issue with your naked eye, you can see it being reflected in small changes in your oil condition.
Oil and fuel will degrade over time, especially if you use them for quite some time. As the oil degrades, you will see small changes in the oil condition, which you will be able to identify by analyzing the oil content. By knowing the exact condition of the oil, you will be able to decide the perfect time for maintenance.
The Advantages of Regular Oil and Fuel Monitoring
Oil and fuel condition monitoring help you identify any issue early on. By identifying these issues pretty early, you will be able to immediately take actions to address these issues. That is why monitoring your oil and fuel should become a part of your maintenance routine.
Another advantage that you will get from regularly monitoring your oil and fuel condition is it will help you extend the drain intervals of the oil. By extending the drain intervals, you will be able to save a lot of money, which is going to be very beneficial to your company.
The best part about monitoring your oil and fuel condition is the fact that it will help you make the best decisions when it comes to maintenance. You will know the exact condition of your machinery, which allows you to be proactive with your maintenance process. By being proactive with your maintenance process, you will be able to reduce costs for parts, repairs, lost downtime, and man-hours.
In the long run, monitoring your oil and fuel condition will be very beneficial to you. You will be able to maximize your oil while saving money that you would normally spend on repairs.
Parker Distributor Indonesia provides all of the equipment that you might need for regular oil and fuel monitoring. So, what are you waiting for? Go ahead and have the best maintenance experience by executing regular oil and fuel condition monitoring.