0.01% Oil Quality Change Detection!!!

Equipment Condition Monitoring that Enables Preventative Maintenance and Reduces Operating Costs

The OQSx-G2 sensor is the world’s most precise oil condition monitoring sensor. Its real time oil condition analysis is so accurate and sensitive that it will immediately alert equipment operators to the earliest indications of a problem; well before any material equipment damage. This vital and reliable information is delivered to operators and managers instantly such that preventative maintenance can be actioned and expensive equipment damage and ultimately breakdowns avoided.

This exceptional functionality is achieved using Tan Delta’s unique next generation FSH™ core technology which is integrated in every OQSx-G2 sensor. This innovative and proven technology enables real-time, ultra-accurate, continuous analysis of any oil type, working in any application, from the largest engine or gearbox to turbines and hydraulics, with even the most subtle condition change of as little as 0.01% instantly detected and reported

Unlike other equipment monitoring systems such as vibration or particle counters which are only triggered by symptoms caused after significant damage is well underway and thus repair will already be costly, the OQSx-G2 sensitivity detects and reports trace changes in oil condition which characterize the earliest stages of equipment issues – typically before damage has occurred and thus the issue can be quickly diagnosed and corrected saving considerable cost. 

In addition to early detection of equipment issues OQSx-G2 delivers a broad range of additional benefits that include safely extending maintenance intervals through identification of when equipment needs maintenance rather than time-based schedules and the precise identification of oil end of life and thus a significant reduction in oil usage. In the final analysis, equipment operators see a significant reduction in immediate and long-term equipment operating costs coupled with increased reliability and extended equipment life.

The OQSx-G2 sensor is easy to install on any equipment operating in any environment and with any oil type. And with a typical investment pay back of well under 6 months and a maintenance free life of over 5 years, the financial rational is clear.

Tan Delta Systems offer a range of advanced oil condition-based equipment monitoring solutions, suitable for any industrial or commercial equipment monitoring application. Equipment operators can purchase complete ‘plug & play’ kits direct from us, which are delivered anywhere worldwide within days and can be fitted instantly to any equipment, or if preferred, through one of our network of fully trained and certified distributors. For equipment manufacturers interested in integrating deep-insight oil condition based equipment monitoring into their own products, we offer a range of customised solutions from standard sensors at volume pricing to totally integrated technology solutions suitable for high volume cost sensitive applications such as automotive.

About CIS Industrial Services

CIS Industrial Services ia leader in the supply of advance Oil Condition Monitoring technologies, Vibration Monitoring technologies, products, system and services.

Our products we represent are trusted by the worlds leading industrial and commercial companies to monitor Vibration, and Oil, helping to optimize equipment productivity, reduce operating cost, thereby remaining competitive in a global economy.

Should you wish to lean more about our Products and Services, please do not hesitate to contact Lourens Janse Van Rensburg via email: Lourens-cisindustrial@outlook.com or alternatively via phone: +27 (0) 79 512 8027

CIS Industrial Services – Essential Service Provider

CIS Industrial Services is open and operates as usually. Should you need any assistance from us as company, please feel free to get in touch

Commissioner of Companies & Intellectual Property Commissions

About CIS Industrial Services

CIS Industrial Services ia leader in the supply of advance Oil Condition Monitoring technologies, Vibration Monitoring technologies, products, system and services.

Our products we represent are trusted by the worlds leading industrial and commercial companies to monitor Vibration, and Oil, helping to optimise equipment productivity, reduce operating cost, thereby remaining competitive in a global economy.

Should you wish to lean more about our Products and Services, please do not hesitate to contact Lourens Janse Van Rensburg via email: Lourens-cisindustrial@outlook.com or alternatively via phone: +27 (0) 79 512 8027

The best, just got better…

OQSX-G2 Sensor

OQSx-G2 Oil Quality Sensor

The OQSx-G2 is the world’s most advanced and flexible real-time oil quality/condition monitoring sensor. Suitable for application in any commercial or industrial environment from the smallest genset, to the largest engines on ships and Mining equipment.

Easy to install, the OQSx-G2 continually analyses oil in real-time whilst equipment is in operation and provides an accurate statement of oil condition. Any wear or contamination is instantly detected, measured to an accuracy of 0.01%, and reported.

  • FULL SPECTRUM HOLISTIC (FSH™) – Detects all and any Wear and Contamination: water, acid, fuel, viscosity, different oil types, carbon, particles etc.
  • ABSOLUTE ACCURACY – The FSH technology within our sensor enables it to have a oil quality change sensitivity detection of 0.01% (10ppm) with an Accuracy margin of +/-0.5%.
  • REAL-TIME – Continuously analyses oil condition on operating equipment and reports oil condition every two seconds.
  • ROBUST & RELIABLE – Proven around the world for use in even the most extreme industrial and commercial applications.
  • EASY TO INSTALL – Quick and easy to install on any equipment with plug & play integration with any existing data reporting and display systems
OQD Mobile App

OQD Mobile (OQDm)

The OQD Mobile (OQDm) app can be downloaded onto your Android device to enable communication with our OQD Express (OQDe) unit via Bluetooth. This allows you to easily check the readings from any OQDe within a 10m radius and download the logged data to further analysis.

  • WIRELESS CONNECTIVITY – Use your mobile phone to instantly connect by Bluetooth to any OQDe, view and manage live data.
  • LIVE DATA – Display and record real time oil condition.
  • DATA LOG DOWNLOAD – Download logged data for analysis or forwarding to colleagues by email.
  • HEALTH & SAFETY – Allows operators to access data from active machinery at a safe distance.

About CIS Industrial Services

CIS Industrial Services ia leader in the supply of advance Oil Condition Monitoring technologies, Vibration Monitoring technologies, products, system and services.

Our products we represent are trusted by the worlds leading industrial and commercial companies to monitor Vibration, and Oil, helping to optimise equipment productivity, reduce operating cost, thereby remaining competitive in a global economy.

Should you wish to lean more about our Products and Services, please do not hesitate to contact Lourens Janse Van Rensburg via email: Lourens-cisindustrial@outlook.com or alternatively via phone: +27 (0) 79 512 8027

Mobius Connect Conference 2020

CIS Industrial Services is at the #Mobius Connect Conference 2020.

Looking forward to engaging with customers/partners whom is like minded and want to progress within the Condition Monitoring world.

If you attending, please let’s connect and have a chat

Preventing Equipment Failures with Real Time Oil Condition Monitoring

Introduction

With the commitment and investment by the Government in renewable energy and the continuing changes to the energy mix actually produced due to tighter controls and legislation, flexible and reliable peak capacity has never played a more critical role in ensuring that the lights quite literally “Do Not Go Out” .

Real Time Oil Monitoring

The life blood of any engine is the hydrocarbon or synthetic based oils which provides the essential lubrication to ensure trouble free operation. As over 80% of all equipment failures are due in some form to lubrication issues and the use of more diverse fuel types such as Methane is further putting pressure on all operators to regularly monitor and maintain this fluid to ensure efficient running and reduce the significant risk of engine failure. That is why the measurement and monitoring of the Quality of the oil for ongoing performance and reliability is paramount.

It is essential that both suppliers and operators of industrial equipment which relies on oil for lubrication and/or operation, ensure that the oil is correctly specified and maintained in the optimal condition for reliable and cost effective operation. Commercial expectations are also placing greater pressure on OEM’s to supply extended warranties whilst operators are constantly looking for effective cost savings

Traditional offline oil sampling techniques are widely used within industry for the purpose of oil monitoring, there is the risk that the condition of the machine and/or lubricant could become seriously contaminated or otherwise affected at a point just after or at least between sampling times. To reduce this problem a risk assessment program is usually carried out to establish the ideal frequency of monitoring any given equipment. However, this ideal frequency of monitoring could prove difficult to justify both financially and practically in case where safety of sampling is an issue or the equipment is in remote locations, such as isolated pumping stations, a wind turbine etc.

To overcome this problem and reduce the risk further it follows that an accurate Real Time Oil monitoring solution would deliver significant advantages in such cases. Historically the challenge has been that the available technology has been proven to be unreliable and intensive to the key changes in the oil condition and has therefore failed to deliver a commercial base on which to deploy such technology. However with the advent of the patented Tan Delta Oil Quality Sensor , a revolutionary broad spectrum sensor which accurately and reliably monitors all of the key factors within the oil in Real Time, the ability to realise a significant return on investment has now become a reality.

The Tan Delta Oil Quality Sensor is based on a variant of the dielectric properties of the oil, the sensor uses patented technology based on dielectric loss factor (Tan Delta), which is far more sensitive indicator of oil condition than Permittivity alone (often known as dielectric constant). For most oils, the loss factor will vary from perhaps 0.005 (fresh oil) to 0.1 when contaminated, a dynamic range of 20:1. This is compared with just 0.8:1 for dielectric constant (which changes typically from 2.3 to 2.9), and therefore it is evident that Tan Delta is many times more sensitive than traditionally understood and used dielectric constant.

Figure 1 shows the data produced in the laboratory from oil samples taken from a Gas Engine running on Methane fitted with the Tan Delta Oil Quality Sensor. Clearly there are direct relationships with the oil sensor readings and the typically measured oil condition-monitoring laboratory data.

Table 2 shows the above results in detail. The analyses show a fall in TBN, a rise in TAN and a rise in oxidation resulting in the laboratory recommending a caution value where appropriate. The data shown is Table 2 confirms that the oil sensor reliably tracked the oil Condition

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Sensor Technology

The Tan Delta Oil Quality Sensor uses patented technology to accurately monitor the various changes which take place as oil ages and degrades. Every single oil which is available on the market today has a unique chemical makeup, this is as a result of the different base oil and the individual additive package which has been utilized. The Tan Delta Oil Quality Sensor can easily be configured for the specific oil which is being used, the sensor knows what this oil looks like when it is clean and therefore accurately report any changes which take place.

The sensor works by introducing a very high frequency AC voltage into the fluid to precisely measure the oil’s ability to store energy (Capacitance) and the oil’s ability to conduct current (Conductance).

As an oil ages and/or get contaminated the amount of polar molecules with the oil increase dramatically and by combining the measurement factors (patent method) we can assess the amount of change (damage) which has occurred.

To see how we can assist you in saving money, please call Lourens Janse Van Rensburg on +27 (0) 79 512 8027 or alternatively via email, lourens-cisindustrial@outloo.com. Or visit our website:https://cisindustrialservices.com

Plant Uptime • Plant Safety • Asset Reliability

 

Preventing Equipment Failures with Real Time Oil Condition Monitoring

Introduction

With the commitment and investment by the Government in renewable energy and the continuing changes to the energy mix actually produced due to tighter controls and legislation, flexible and reliable peak capacity has never played a more critical role in ensuring that the lights quite literally “Do Not Go Out” .

Real Time Oil Monitoring

The life blood of any engine is the hydrocarbon or synthetic based oils which provides the essential lubrication to ensure trouble free operation. As over 80% of all equipment failures are due in some form to lubrication issues and the use of more diverse fuel types such as Methane is further putting pressure on all operators to regularly monitor and maintain this fluid to ensure efficient running and reduce the significant risk of engine failure. That is why the measurement and monitoring of the Quality of the oil for ongoing performance and reliability is paramount.

It is essential that both suppliers and operators of industrial equipment which relies on oil for lubrication and/or operation, ensure that the oil is correctly specified and maintained in the optimal condition for reliable and cost effective operation. Commercial expectations are also placing greater pressure on OEM’s to supply extended warranties whilst operators are constantly looking for effective cost savings

Traditional offline oil sampling techniques are widely used within industry for the purpose of oil monitoring, there is the risk that the condition of the machine and/or lubricant could become seriously contaminated or otherwise affected at a point just after or at least between sampling times. To reduce this problem a risk assessment program is usually carried out to establish the ideal frequency of monitoring any given equipment. However, this ideal frequency of monitoring could prove difficult to justify both financially and practically in case where safety of sampling is an issue or the equipment is in remote locations, such as isolated pumping stations, a wind turbine etc.

To overcome this problem and reduce the risk further it follows that an accurate Real Time Oil monitoring solution would deliver significant advantages in such cases. Historically the challenge has been that the available technology has been proven to be unreliable and intensive to the key changes in the oil condition and has therefore failed to deliver a commercial base on which to deploy such technology. However with the advent of the patented Tan Delta Oil Quality Sensor , a revolutionary broad spectrum sensor which accurately and reliably monitors all of the key factors within the oil in Real Time, the ability to realise a significant return on investment has now become a reality.

The Tan Delta Oil Quality Sensor is based on a variant of the dielectric properties of the oil, the sensor uses patented technology based on dielectric loss factor (Tan Delta), which is far more sensitive indicator of oil condition than Permittivity alone (often known as dielectric constant). For most oils, the loss factor will vary from perhaps 0.005 (fresh oil) to 0.1 when contaminated, a dynamic range of 20:1. This is compared with just 0.8:1 for dielectric constant (which changes typically from 2.3 to 2.9), and therefore it is evident that Tan Delta is many times more sensitive than traditionally understood and used dielectric constant.

Figure 1 shows the data produced in the laboratory from oil samples taken from a Gas Engine running on Methane fitted with the Tan Delta Oil Quality Sensor. Clearly there are direct relationships with the oil sensor readings and the typically measured oil condition-monitoring laboratory data.

Table 2 shows the above results in detail. The analyses show a fall in TBN, a rise in TAN and a rise in oxidation resulting in the laboratory recommending a caution value where appropriate. The data shown is Table 2 confirms that the oil sensor reliably tracked the oil Condition

undefined

Sensor Technology

The Tan Delta Oil Quality Sensor uses patented technology to accurately monitor the various changes which take place as oil ages and degrades. Every single oil which is available on the market today has a unique chemical makeup, this is as a result of the different base oil and the individual additive package which has been utilized. The Tan Delta Oil Quality Sensor can easily be configured for the specific oil which is being used, the sensor knows what this oil looks like when it is clean and therefore accurately report any changes which take place.

The sensor works by introducing a very high frequency AC voltage into the fluid to precisely measure the oil’s ability to store energy (Capacitance) and the oil’s ability to conduct current (Conductance).

As an oil ages and/or get contaminated the amount of polar molecules with the oil increase dramatically and by combining the measurement factors (patent method) we can assess the amount of change (damage) which has occurred.

To see how we can assist you in saving money, please call Lourens Janse Van Rensburg on +27 (0) 79 512 8027 or alternatively via email, lourens-cisindustrial@outloo.com. Or visit our website:https://cisindustrialservices.com

Plant Uptime • Plant Safety • Asset Reliability

 

Data Trending… Optimising Your Maintenance Strategy

Simply gathering information from sensors and systems is not enough to yield the benefits of predictive maintenance.

The ability to collect and then analyse data can be crucial to predicting impending failure.

By investing in an Oil Quality Sensors to influence these maintenance practices, you can  have the benefit of:

  1. Reduce overall maintenance cost by 30%
  2. Reduce sampling cost by up to 80%
  3. Reduce oil purchases and disposal cost by 20%
  4. Increase equipment availability by 5%
  5. and, rule out human induced contamination.

To see how we can assist you in saving money, please call Lourens Janse Van Rensburg on +27 (0) 79 512 8027 or alternatively via email, lourens-cisindustrial@outloo.com. Or visit our website:https://cisindustrialservices.com

Need to monitor your rotating machinery?

The tower fan

Accelerometers – Accelerometer sensors accurately measure vibration, shock, acceleration, motion for monitoring, control and testing applications. Accelerometers in Industry are primarily used to monitor the condition of rolling element bearings or ball bearings on rotating machinery such as fans, pumps, gears, compressors, turbines, paper machines, cooling tower fans and many other types of machinery. Accelerometers typically provide a dynamic signal output for use by condition monitoring systems including monitors, transmitters, analyzers and portable data collectors. Accelerometers are crystal based and convert mechanical motion to an electrical signal in the plant where they are mounted using the piezoelectric principal. Care must be taken with installation to insure proper operation to specifications. CIS Industrial Services offers General Purpose, Low Frequency, High Frequency and High Temperature Accelerometers in many different configurations. All Accelerometers are field proven. Accelerometers are also available in explosion proof (XP/IS) versions for hazardous area installations.