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    • Models and power system studies

      The Australian Energy Market Commission (AEMC or Commission) has made a final rule that clarifies the scope and level of detail of model data that registered participants are required to submit to the Australian Energy Market Operator (AEMO) and network service providers. The Commission considers that increased clarity regarding the arrangements for model data provision will support more efficient operation of and investment in the national electricity market, particularly as this relates to maintaining the security of the power system. Models are mathematical representations of how particular equipment, such as a generating unit or network equipment, will function under different conditions. They are used as inputs to broader modelling studies of the power system (known as power system studies), which allow parties to examine how the power system will function under a range of different conditions. These power system studies are used by generators, AEMO and network service providers to inform a number of processes, including the development of constraint equations, the planning of networks, the development of generator performance standards, the assessment of settings of control systems and protection systems of plant and networks, and meeting minimum fault level requirements. Various changes in power system conditions are making it more difficult to undertake accurate power system studies, particularly the decrease in system strength occurring in many parts of the grid. In order for power system studies to remain accurate and effective, it is becoming increasingly important that the model data used as inputs to these studies is sufficiently detailed to accurately reflect the performance of generating units and other equipment under these changed power system conditions. This final rule is therefore designed to provide various parties with access to the model data that is needed to support effective power system studies in a changing power system environment. The final rule expands the existing NER framework for model data provision The final rule amends the existing framework in the national electricity rules (NER) to clarify, as well as increase the range of circumstances in which parties must provide model data to AEMO and network service providers. The final rule requires AEMO to set out, in its power system model guidelines, what model data will be required to be provided by participants and the specific circumstances or conditions under which that model data will be required. The final rule also sets out principles that AEMO must have regard to when it develops the guidelines and data sheets. These are:  a requirement for AEMO to consider the costs faced by participants in providing model data, ii Generating System Model Guidelines  the protection of confidential model information, and  the range of modelling information needed by network service providers to fulfil their obligations under the NER or jurisdictional electricity legislation. In making the final rule, the Commission recognises that while the provision of model data to AEMO and network service providers is likely to provide overall benefits to the market, participants will face costs in meeting obligations to provide model data. The Commission considers that these costs can be best managed where there is predictability and clarity regarding the nature of these obligations. The Commission considers this will help to reduce uncertainty with respect to regulatory obligations, by allowing participants to effectively plan and account for these costs in their commercial decision making processes. SOURCE: RULE DETERMINATION National Electricity Amendment (Generating System Model Guidelines) Rule 2017 Rule Proponent Australian Energy Market Operator 19 September 2017

    • Breaking the glass ceiling

      Create a blog post subtitle that summarizes your post in a few short, punchy sentences and entices your audience to continue reading. Welcome to your blog post. Use this space to connect with your readers and potential customers in a way that’s current and interesting. Think of it as an ongoing conversation where you can share updates about business, trends, news, and more. “Do you have a design in mind for your blog? Whether you prefer a trendy postcard look or you’re going for a more editorial style blog - there’s a stunning layout for everyone.” You’ll be posting loads of engaging content, so be sure to keep your blog organized with Categories that also allow visitors to explore more of what interests them. Create Relevant Content Writing a blog is a great way to position yourself as an authority in your field and captivate your readers’ attention. Do you want to improve your site’s SEO ranking? Consider topics that focus on relevant keywords and relate back to your website or business. You can also add hashtags (#vacation #dream #summer) throughout your posts to reach more people, and help visitors search for relevant content. Blogging gives your site a voice, so let your business’ personality shine through. Choose a great image to feature in your post or add a video for extra engagement. Are you ready to get started? Simply create a new post now.

    • The best way to handle negative feedback

      Create a blog post subtitle that summarizes your post in a few short, punchy sentences and entices your audience to continue reading. Welcome to your blog post. Use this space to connect with your readers and potential customers in a way that’s current and interesting. Think of it as an ongoing conversation where you can share updates about business, trends, news, and more. “Do you have a design in mind for your blog? Whether you prefer a trendy postcard look or you’re going for a more editorial style blog - there’s a stunning layout for everyone.” You’ll be posting loads of engaging content, so be sure to keep your blog organized with Categories that also allow visitors to explore more of what interests them. Create Relevant Content Writing a blog is a great way to position yourself as an authority in your field and captivate your readers’ attention. Do you want to improve your site’s SEO ranking? Consider topics that focus on relevant keywords and relate back to your website or business. You can also add hashtags (#vacation #dream #summer) throughout your posts to reach more people, and help visitors search for relevant content. Blogging gives your site a voice, so let your business’ personality shine through. Choose a great image to feature in your post or add a video for extra engagement. Are you ready to get started? Simply create a new post now.

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    • Home | Electrical Design Drafting Grid studies | BESST Engineering Electrical, Design, Drafting, RPEQ, EEHA, Arc Fault, Transformer, Power, System, Analysis, Grid, Connection, BESST Engineering Pty Ltd, studies, Australia, PSSE, ETAP, Siemens, PSCAD, Oil Condition Monitoring system, Oil Analysishttps://static.wixstatic.com/media/490a92_f9f8ec9facab4817a10a353b7423bf9d%7Emv2.jpg

      REMOTE ELECTRICAL ENGINEERING TEAM Our services are to provide professional electrical engineering services via remote teams, for projects in the following industries: ​ Power generation & energy Mining Oil & gas Industrial Renewable Local government Utilities Defence FIND OUT MORE Grid connection application Power system design Network Design Transformer sizing Arc Fault Analysis Cable sizing EEHA Design Type B Design RPEQ Design OUR EXPERTISE WHO IS BESST ENGINEERING ? BESST provides professional electrical engineering as a virtual or remote service. Streamline the delivery of your next project by using the virtual services of BESST electrical engineering. BESST skills and organisation can give you the edge you need. BESST specialises in project design for power generation, both grid-connected and off-grid applications. INDUSTRY SECTORS Energy Oil & Gas Mining Industrial MORE ​WHY US BESST is able to streamline project execution for electrical, control, instrumentation and automation through the use of remote engineering teams. MORE OUR SERVICES BESST provides professional electrical, instrumentation, automation and control design services specialising as a virtual or remote service provider for projects. MORE SUCCESS STORIES MORE Enquire with us here

    • Testing

      TESTING TEST EQUIPMENT To determine the water content in lubricating oil or fuel z. B. on board a ship, Martechnic ® has developed portable measuring devices. These make it possible to examine the oil on site, independently of a laboratory. The measured values ​​of the equipment are not as accurate as laboratory values, but they complement them. The test equipment can be used to monitor the oil status of the machine and, if necessary, to make decisions as to whether maintenance measures need to be carried out. The test devices are supplied in a handy case that contains all the utensils needed to carry out the test. Testing Test Case Sampling Sensors Clean WIO CHECK ​ Water in oil measuring device The water content in oil is an important indicator for the assessment of the engine condition and the performance of a system in general. The WIO CHECK helps to measure these oil parameters on site and in the process of trend monitoring in order to receive regular information about changes in the oil condition. ​ FEATURES Measuring range: 0 - 0.4 or 0 - 1.0 vol. % H 2 O Measuring time: up to 20 minutes Tolerance: +/- 3% ​ ​ ADVANTAGES Readable in vol. % Water Only one reagent needed Applicable to all mineral oils Easy to use even for untrained personnel Handy to handle and transport The two chambers of the device are filled with the oil sample and the reagent. The measuring process takes place by shaking the device from time to time and can be ended as soon as the result is constant over 1-2 minutes. It is therefore possible to determine the exact end of the actual reaction. TWIN CHECK 4.0 TWIN CHECK: NEW, IMPROVED DESIGN IN HARMONY WITH THE 4.0 CONCEPT Electronic water-in-oil / BN test device An improved and updated version of the TWIN CHECK test device has been developed by Martechnic® to provide the advantages of digitization in a customer-friendly manner. Modularity in the design of the TWIN CHECK 4.0 is a new configuration not previously available on the market. Each individual component (inserted and screwed) can be replaced in the event of a malfunction or damage. The visible advantages of the innovative technical solution are the most economical on-site diagnosis and the replacement of components without the need to buy a new test device or to pay high costs for diagnosis and repairs on the company premises. Other important features of the TWIN CHECK 4.0 include the optimization of water-in-oil / BN measurements, an easy-to-use navigation system, automatic data recording and storage as well as the USB-to-serial connection (a terminal program) for data transmission and trend analysis of the condition of lubricating and hydraulic oil. ​ FEATURES Measurable parameters Water in oil: none Measuring range: 0 - 1.0 vol. % H 2 O Measuring time: depending on the measured value (min. 2 - max. 20 min.) Tolerance: +/- 3% Base number: Measuring range: 0 - 100 BN Measuring time: depending on the measured value (min. 2 - max. 20 min.) Tolerance: +/- 1 BN Also available as a single test device: water-in-oil or BN ADVANTAGES Applicable to all mineral oils Improved design with a simple navigation menu for high measurement accuracy Internal memory chip with an average data storage of 2.5 years Digital display of test results USB to serial cable connection for data transmission and trend analysis Determining the base number: 6 storage spaces for up to 6 different oil types from different engines Maintenance and repairs are possible on board The identical measuring procedure of water-in-oil and BN starts as soon as the two chambers of the TWIN CHECK reaction housing have been filled with the oil sample and the reagent and the built-in pressure sensor has accepted the ambient pressure (outlet pressure) as the internal pressure with a zero reference point. The chemical reaction proceeds by shaking the device every two minutes for 15 seconds. The measurement ends automatically as soon as the determined concentration of water / BN parameter is constant, and the end result is immediately shown on the digital display. Therefore, the measuring time depends directly on the measured value and can vary from 2 to a maximum of 20 minutes. A single calibration per oil type is required to determine the number of bases. MT TEST KIT VERIFIER Compressed air tester Compliance with the essential safety measures on board a ship in accordance with the ISM Code not only helps to ensure the safe operation of ships, but also makes a valuable contribution to marine environmental protection. Following the guidelines set out in Section 10.3 Part A of the ISM Code, namely the need for "... regular checks for the functionality of devices and equipment and technical equipment that are not in constant use ...", Martechnic® developed the MT TEST KIT VERIFIER. The device enables a quick check of the functionality and accuracy of the measurements of the portable test devices based on the gas pressure measurement: WIO CHECK and TWIN CHECK 4.0. ​ FEATURES Two options to choose from: Option I: usable test device installed including 0.5 m 4x6 hose Option II: usable test device installed including 0.5 m 4x6 hose with pressure reducer and adapted pressure gauge for direct reading of the water value Tolerance: +/- 0.05% H₂O of the TWIN CHECK 4.0 / WIO CHECK +/- 1 BN of the TWIN CHECK 4.0 ​ ​ ADVANTAGES The test unit is equipped with a 1 bar safety valve. Avoid setting the pressure too high, which exceeds the max. Reading goes out Functional test by the user possible before the measurement To check the condition of portable test devices (for example, TWIN CHECK 4.0), the "upper" part of the device (the measuring unit with the pressure sensor / manometer) is screwed onto the MT TEST KIT VERIFIER and then either with the calibration pump (if available on site) ) or with the pressure reducer and adapted pressure gauge (can be ordered as a complete version). The prepared unit is then subjected to the test pressure to determine whether the pressure sensor correctly indicates the chemically generated internal pressure. This can be done with the help of two reference pressures that can be set on the manometer (for example 0.3 and 0.6 vol.% H₂O). Regular tests with the MT TEST KIT VERIFIER help the tightness, WA-SOL® Water-in-oil test reagent kit Martechnic ® has been using the water-in-oil test reagent kit WA-SOL ® for many years to ensure efficient and economical delivery options. The decisive advantage of the product is in terms of transport, because WA-SOL ® IS NOT CLASSIFIED AS DANGEROUS FOR TRANSPORT and can be delivered without restrictions. ​ A WA-SOL ® TEST REAGENT KIT CONTAINS: A bottle of “WA-SOL ® Basic” A bottle of “WA-SOL ® Activator” A hook MSDB and instruction manual * The components are not available individually, but only as a "test reagent kit" For a safe and easy transport, the reaction substance of WA-SOL ® Basic is specially protected to prevent possible contact with water. Before the test procedure, two components WA-SOL ® Basic and WA-SOL ® Activator must be mixed thoroughly on site in a ratio of 1: 1. COMPA DENS CHECK Density, compatibility and stability determination - triple test Regular monitoring of the density of the oil supplied enables the conformity of the oil quality and its costs to be confirmed. Checking the stability / compatibility of various heavy oils is important for normal continuous operation of the engine system. In a simple and quick test procedure, these important oil properties can be determined on site using the COMPA DENS CHECK test device. ​ FEATURES Density: Measuring range: 0.82 - 1.05 g / ml Measuring time: approx. 2 minutes Oil sample: 120 ml Tolerance: +/- 3% Stability / compatibility: Measuring range: all types of heavy oil Measuring time: approx. 20 minutes Oil sample: 100 ml ​ ​ ADVANTAGES Fast and controllable heating Accurate and reliable analyzes Four different hydrometers with automatically converted density values ​​from 50 ˚C to 15 ˚C Directly visible compatibility / incompatibility of the test results Easy to use even for untrained personnel To measure density, it is necessary to fill the glass tube with the oil sample and place it in the heating bath. As soon as the temperature of 50 ° C is reached, the density can be determined using the appropriate hydrometer. The density value is automatically converted to the standard temperature of 15 ° C. The stability and compatibility of heavy oils are measured with identical test procedures. Two mixed oil samples (or just one sample for stability determination) are heated to 95 ° C in the heating bath. A drop of the warmed oil is applied to the chromotography paper and evaluated as soon as it has dried out. The COMPA DENS test method used follows ASTM D 4740-04 (2014). SALT CHECK Salt / fresh water determination test kit Lubricating oil and fuel can be contaminated with water of different types (fresh or salty). By analyzing the type of water using the SALT / FRESHWATER CHECK, the possible origin of the leak is quickly determined on site. ​ FEATURES Measuring range: go / no go Measuring time: approx. 10 minutes ​ ADVANTAGES Fast result Only one reagent needed Easy to use even for untrained personnel A few drops of the separated test liquid W are placed on the perforated indicator plate. If the plate changes color after a few minutes, there is salt in the water. In addition, after a certain experience with this test method, it is possible to approximate the salt contamination in vol. % determine. MT ON CHECK Acid number titration test The quality of hydraulic oils can be determined by measuring the acid number and thus determining the level of contamination that can occur in the process of operating the hydraulic system. Since the high acid value can have negative consequences for machine parts, the regular measurement of its level with the help of the MT AN CHECK makes it easy to monitor this oil property on site and to determine the need for an oil change at the right time. ​ FEATURES Measuring range: 0 - 3 AN Measuring time: approx. 3 min. Tolerance: +/- 0.1 AN ​ ADVANTAGES Simple and quick test procedure Applicable for hydraulic, gear and turbine oils Demonstrative test results Two reagents (the indicator and the titration liquid) are mixed until a green color develops. The oil sample is added, and when the color of the mixed liquid changes to red, it means that the oil contains acid. The titration liquid is then added dropwise until the resulting mixture changes color to green. The acid number is determined by the amount of titration liquid used and can be determined according to a comparison table. SPOT CHECK Pollution rapid test During engine operation, lubricating oils can be contaminated with various substances and primarily with the soot. The SPOT CHECK test method makes it possible to identify a trend in oil quality and thus regularly compare the spot samples received and the corresponding level of oil pollution. ​ FEATURES Measuring range: all lubricating oils Measuring time: approx. 1 min. ​ ADVANTAGES Easy and quick to use Inexpensive test analysis No chemicals needed Effective in use An oil drop is applied to the drop sample paper. The oil flows through the chromatography paper and forms a dot. As soon as the dot has dried out, it is ready for analysis. It is possible to determine the following: • The level of soot pollution • The dilution with fuel • Remaining cleaning and dispersing power of the lubricating oil POLLUTION TEST Visual particle determination Insoluble particles can be very harmful to the components of the engine systems, especially if they are present in excessive amounts in lubricating and hydraulic oils. The POLLUTION TEST enables regular oil quality monitoring to determine insoluble particles. This allows you to quickly and easily assess the condition of the machine components and efficiently track the changes that occur. ​ FEATURES Measuring range:> 3 µm Measuring time: approx. 15 minutes Application: lubricating and hydraulic oil ​ ADVANTAGES Direct visual particle evaluation Effective determination of the source of the oil pollution Early detection of wear Helpful for efficient maintenance of machine components Easy to use even for untrained personnel The oil sample is filtered using the vacuum filtration device and insoluble particles remain in the form of a deposit on the surface of the membrane filter. Then the relative amount, size, shape and type of these particles can be assessed visually immediately. This provides direct information about the quality of the corresponding oil. FLASH POINT CHECK Closed crucible / Pensky-Martens method The flash point is an important feature for assessing the oil condition on delivery and the oil used in engine operation. If the flash point is not in its standard ranges and is significantly higher or lower, it may indicate oil thinning and pose a potential hazard. In this regard, the FLASH POINT CHECK helps to determine the flash point of oil directly on site in order to identify potentially dangerous liquids in good time. ​ FEATURES Measuring range: 25 - 200 ° C Measuring time: approx. 15 minutes Tolerance: +/- 2% <100 ° C +/- 6 ° C> 100 ° C ​ ​ ADVANTAGES “Closed cup” method based on ISO 2719 DIN EN 22719 and ASTM D-93 Flash point measured in ° C Tried and tested in the field by the German Navy The test procedure is carried out in the closed crucible test device. The container is filled with the oil sample and heated to the temperature required for gas ignition. The corresponding temperature on the thermometer shows the flash point of the oil. VISCO DENS PLUS ​ Test device for measuring viscosity and density A regular check of the viscosity of lubricating and hydraulic oils provides the necessary assurance that the performance of the engine system is stable and efficient. In addition, the determination of the density enables a more precise measurement of the viscosity. Therefore, the VISCO DENS PLUS helps to assess the two oil parameters in a quick test procedure at three different temperatures (40 ˚C, 50 ˚C and 80 ˚C) directly on site. ​ FEATURES Measuring range viscosity: 1 - 999 mm² / s Density measuring range: 0.82 - 1.05 g / ml Measuring temperature: 40 ° C, 50 ° C, 80 ° C Measuring time: approx. 15 minutes Oil sample: approx. 200 ml Tolerance: +/- 3% ​ ADVANTAGES A test device for measuring two important parameters No change of oil sample for every test Three different temperatures applicable Four different hydrometers with automatically converted density values ​​to 15 ˚C First, the density of the preheated oil sample is measured using the appropriate hydrometer. The density value is automatically converted to the standard temperature of 15 ° C. Based on the density value obtained and using the falling ball principle, the viscosity value of the same oil sample can be determined. Depending on the viscosity range and the corresponding temperature of the oil sample, two balls with different sizes can be used. VISCO CYLINDER Electronic ball drop viscometer The regular monitoring of the oil viscosity and the storage of the data obtained make it possible to carry out an accurate assessment of the trends in the oil condition in order to ensure that the engine system functions continuously and efficiently. The VISCO CYLINDER with its two versions (STANDARD and LOW VIS) measures the viscosity of lubricating and hydraulic oils, and gas oils that have a very low viscosity value, and delivers precise results thanks to the built-in sensors. ​ FEATURES Measuring range of the Visco Cylinder STANDARD: 10 - 999 mm² / s Measuring range of the Visco Cylinder LOW VIS: 1 - 10 mm² / s Measuring time: approx. 5 min. Tolerance: +/- 3% ADVANTAGES Precise sensors for fall time measurement Fast and accurate test results Two versions of the device for different oil types No additional chemicals needed Easy to use even for untrained personnel The viscosity is measured using the ball drop principle and is directly related to the time it takes a metal ball to fall through the oil-filled tube and reach the bottom of the device. The viscosity value can then be assessed. JUNG CHECK Falling ball viscometer The viscosity of lubricating and hydraulic oils should be checked at regular intervals because this specific property of the oil is essential for the effective lubricity of the engine system. The JUNG CHECK device measures the viscosity of the oil sample using the ball drop principle. This fast test method delivers precise results and enables an effective assessment of the oil quality to be carried out on site. ​ FEATURES Measuring range: 10 - 999 mm² / s Measuring time: approx. 5 min. Tolerance: +/- 5% ADVANTAGES Rapid determination of the oil quality No additional chemical needed Accurate test results Handy in transport The viscosity of the oil sample can be determined by determining the time it takes a metal ball to fall through the metal tube of the device. The built-in thermometer measures the corresponding temperature. Three spheres of different sizes are available to analyze oils with different viscosity ranges. VISCOSITY COMPARISON TEST Viscosity comparison device The simple test method with the VISCOSITY COMPARISON has been developed to assess a critical physical property of lubricating and hydraulic oils, namely the viscosity. The device provides visually visible information almost immediately and on-site whether the viscosity of the oil sample is still within the tolerance range or not. ​ FEATURES Measuring range: lubricating oil Measuring time: approx. 3 min. ​ ​ ADVANTAGES No chemicals needed Can be used quickly Immediate evaluation of the test results Easy to use even for untrained personnel Two oil samples of the same temperature (fresh oil sample and sample of the used oil) are compared in the VISCOSITY COMPARISON. Depending on the difference in the flow behavior of the oil samples and by determining the end position of each sample, the viscosity of the used oil can be determined on the "go / no go" principle. IRON CHECK E Digital test for the chemical determination of iron content (patent number: 2982974) The iron concentration in the cylinder wiping oil provides information about the wear condition of the engine. Changes in the operation of the two-stroke diesel engines (lower operating temperatures) can lead to the phenomenon of low temperature corrosion (NTK), in particular the corrosion of the cylinder components. The portable test equipment EISENTEST makes it possible to carry out regular analyzes based on a chemical determination of the iron content (corrosive and / or abrasive) in the cylinder wiper oil in order to determine the changes occurring in engine wear directly on site. This enables efficient engine lubrication settings to be made. ​ FEATURES Measuring range: 15/20 - 1100 mg / kg (ppm) Measuring temperature: 70 ˚C Measuring time: approx. 15 minutes for two cylinder oil samples Measuring method: Chrominance measuring device with the LED transmitted light Tolerance: +/- 20 mg / kg (ppm) (good repeatability of test results) ​ ​ ADVANTAGES Precise, digital, semi-automatic measurement of the iron content Simultaneous processing of two samples (effective and time-saving method) No need to use a color comparison chart Early warning about corrosion problems with regular use Efficient adjustment of the lubrication of crosshead motors The IRON CHECK E test device similarly enables the measurement of all and corroded iron. After quickly preparing the special reaction solution in the glass vials and preheating the glass vials in two chambers A and B of the IRON CHECK E, the oil sample selected for testing can be added to start the digital test analysis. During the chemical reaction of iron in the cylinder wiping oil and a special reaction solution, the color of the derived liquid in the glass vials is automatically evaluated using the built-in chrominance measuring device with the LED transmitted light. The color can vary from light blue to dark blue and it depends directly on the iron concentration in the cylinder oil samples. The darker the color of the liquid, the higher the level of iron concentration that the cylinder lubricant contains. The measured values ​​are then automatically saved in the internal memory. MT CAT FINES CHECK Cat Fines determination test for Al and Si based Cat Fines Catalyst fines can be found in heavy oil and these particles can severely impair the functionality of ship engine parts. The MT CAT FINES CHECK test device helps to assess the quality of the heavy oil, ie it can be determined on site whether the abrasive particles are present in the heavy oil or not. This simple and fast test method enables regular testing of heavy oil samples before and after a separator and before the oil is used for engine operation. ​ FEATURES Measuring time: up to 15 minutes Up to 8 simultaneous measurements possible Visually quantifiable ADVANTAGES Simple and quick test method Applicable to all types of heavy oil Demonstrative tester rates Handy to handle Inexpensive test procedure The heavy oil samples are prepared using the relevant reagents, then filled into the plastic microcentrifuge tubes and the tubes are placed in parallel in the centrifuge. If the number of microcentrifuge tubes is odd, a filled plastic tube must be used to balance the centrifuge. After taking the heavy oil samples, the concentration of cat fines in the heavy oil can be assessed directly before and after a separator. Using the comparison table (part of every test case MT CAT FINES CHECK) it is possible to quantify the cat fines visually. This means that the quality of the heavy oil supplied and the functionality of the separators can be checked regularly. POUR POINT CHECK Pour point measurement With regard to heavy oil and its viscosity value, it is important to determine a sufficiently high temperature for safe oil storage and to operate the engine system. The STOCKPUNKT CHECK test method makes it possible to determine the lowest temperature of the oil sample at which the oil solidifies. You can monitor the correct flowability of the heavy oil directly on site and on a regular basis. ​ FEATURES Measuring range: - 20 ° C up to + 30 ° C Measuring time: approx. 10 minutes Tolerance: +/- 2 ° C ​ ​ ADVANTAGES Applicable to all heavy oils Simple and quick test method Temperature can be read directly in ° C Easy to use even for untrained personnel First, a warm oil sample is cooled using the cold spray until the oil stops flowing. The corresponding temperature is noted as temperature A. Then the sample is gradually warmed until the oil flows again. The corresponding temperature is marked as temperature B. The average of both temperatures is the pour point of the oil sample.

    • Online Condition Monitoring system and sensors | BESST Engineering Martechnic, testing kit, sense,RPEQ, EEHA, PSSE, ETAP, Siemens, PSCAD, Oil Condition Monitoring System, oil condition, online monitoring, Oil Analysis, lube oil, grease, hydraulic fluid, moisture, oxygen, sensor, degradation, condition, density, viscocity, temparature, lubrication, gearbox, enginehttps://static.wixstatic.com/media/490a92_f9f8ec9facab4817a10a353b7423bf9d%7Emv2.jpg

      Services > Agencies Home > Martechnic - Online Condition Monitoring Martechnic Condition Monitoring ensures operational reliability and safety across an extensive range of industrial assets. Online Condition Monitoring systems deliver absolute confidence in knowing how your assets are behaving, 24/7 BESST has brought to the Australian local companies products from International markets which are serving niche applications and highly specialized areas in the field of engineering. One such product is Martechnic® - since 1997 Martechnic® provides engineers and users products and solutions regarding the oil quality management of lubricant- and hydraulic oil such as marine distillate and marine residual fuels. Their analysis equipment is easy to handle and precise in measurement of its specific oil parameters. ​ ​ Products for Condition Monitoring and Analysis Online Condition Monitoring can be used for rotating equipment including, but not limited to: Mills Fans Motors Bearings Gearboxes Pumps Turbines ​ Advantages of Online Condition Monitoring The benefits of online condition monitoring link with its cost saving potential. Through online monitoring, the high cost of technician mobilisation is avoided as it reduces the need for on-site data collection. It also lowers the occurrence of hefty or unforeseen maintenance costs. Beyond spending reductions, continuous monitoring provides a heightened confidence due to the uninterrupted nature of the data collection. ​ Other advantages include: Around the clock data collection which is not dependent on a technician being present on-site. Greater confidence that no emergent faults will be overlooked due to data collection. recorded. Ability to capture intermittent process disturbances affecting equipment reliability, thereby allowing the ability to extend equipment life and foresee signs of potential failure. Reduced risk with the lowered need for inspections of asset's at heights, or in remote or confined spaces. Reduced stress of maintenance staff. Online Condition Monitoring provides asset owners with unparalleled confidence and valuable tools to ensure plant operation remains optimised. Equipped to alert for potential failures and the ability indicate increased risk areas, online condition monitoring provides a machine’s health with ongoing attention. Testing Test Case Sampling Sensors Clean Martechnic - what we offer? Fuel, lube and hydraulic oils are crucial fluids for almost every application of the engine system. Within the framework of oil quality management Martechnic® designs and develops products, which enable engineers and users to assess the oil condition quickly and easily on-site. In particular, it is important to determine such oil parameters as water content, viscosity, density and alkalinity reserve in order to ensure smooth and efficient operation of engines, to reduce costs, to save precious resources and to protect the environment. ​ Portable test devices allow on-site trend monitoring and direct evaluation of test results. The test equipment is not aimed to substitute external laboratory analyses, but in addition it enables operators to independently and accurately check essential oil properties to receive an instant confirmation of the oil quality. ​ In this regard, Martechnic®’s appropriate sampling equipment in compliance with MARPOL Annex VI helps to draw representative oil samples in an environmentally friendly way in order to obtain precise test results. ​ Continuous real-time assessment of the critical oil parameters by means of advanced sensor technology provides possibility for effective decision-making and improved maintenance practices depending on the actual condition of the oil. ​ An excellent location of the company in Hamburg - one of the largest ports in the world – and near the airport offered important logistic advantages to successful worldwide business since 1997. In this respect Martechnic® is able to make direct deliveries on board and to provide airfreight transportation services quickly and safely. ​ Martechnic® is committed to complying with customer requirements efficiently and reliably. The Comprehensive Oil Condition Monitoring (OCM) System for Your Machinery BESST Condition Monitoring Australia ​for World Class Condition Monitoring Systems BESST Continuous Oil Condition Monitoring System provides real-time monitoring of oil condition. Oil Condition Monitoring allows you to significantly reduce the risk of running machinery on bad oil, the cost of unneeded oil changes and repairs, as well as machinery downtime. for a trial to find out how Oil Condition Monitoring can save you time and money. Contact us Applications: Gasoline Engines Diesel Engines Transmissions Turbines Transformers Gear Boxes Vacuum Pumps

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