Found results for Viscosity V1.4.3 crack, serial & keygen. Our results are updated in real-time and rated by our users. The TQC AFNOR Viscosity Cups are a range of titanium anodized aluminum viscosity cups. Laboratory type, to be used with stand, to measure the viscosity of lacquers, paint and other liquids.

1.4 This worldwide standard has been created in accordance with globally recognized concepts on standardization founded in the Choice on Principles for the Growth of Cosmopolitan Standards, Guides and Recommendations issued by the Planet Trade Organization Technical Barriers to Business (TBT) Committee.

1-800-762-2478 >>>>>>EZ Zahn Viscosity Mugs EZ™ Zahn (ASTM) Collection Dip Mug. Calibrated Viscosity Mug 3% Assured Threshold Complies with Exceeds ASTM N4212. Oils utilized to standardize EZ Cups are created in compliance with ISO/lEC 17025, ISO Guide 34, ISO 9001. The EZ Mug method for each mug of the collection fits the appropriate ASTM formula in G4212 at the suggested calibration level. EZ Mugs are compatible to ASTM M1084 Viscosity of Adhesives and ASTM Chemical816. Conversion table relating efflux period in secs, to the néarest tenth of á 2nd, to viscosity in centistokes furnished with each EZ™ Mug.

EZ Cup calibration can be traceable to the Country wide Start of Standards and Technology. Calibration and Accreditation procedures qualify under ANSI/NCSL Z540 or MIL- STD- 45662A as applicable. The EZ Cup is not combined by any some other mug of its kind, either with respect to the benefits shown above, in highest quality of workmanship or in maintaining quality handle techniques. All metal steel glass and deal with. The finest, almost all dependable, calibrated documented glass on the market. EZ Equal to the original GE Zahn Mug Functions. EZ Mug orifices are usually machined rather than drilled to insure specific centering in the glass hemisphere foundation and a least of burr formation.

This protects an hole of specified duration and a proper shaped efflux stream. The EZ Mug support rods are offset from the aspect of the cup and secured to the mug sidewall below the glass edge. This eliminates errors credited to check material drainage from support areas.

The improved separation thickness of the assistance fishing rods by over 20% and the lowering of weld to the mug provide greatest possible situations for cleaning. Technical Information Technical Information Cup Quantity Seconds Range Centistoke Range Midrange Level of sensitivity ¹ Calibration Oil Quantity ² 1 40 to 60 10 to 36 1.3 H-10/19 2 20 to 60 19 to 156 3.3 H-60/117 3 12 to 60 64 to 596 10.5 Gary the gadget guy-200/458 4 10 to 60 79 to 784 13.9 Gary the gadget guy-200/458 5 10 to 60 161 to 1401 24.2 Gary the gadget guy-350/878 ¹ Mentioned as centistokes per following of efflux period.

² Centistoke values are nominal - real values printed on brands Continuing Enhancements The EZ Viscosity Cup Series is usually a reasonable and required outgrowth of the standardization studies on the Zahn Signature bank and equivalent cups for the promotion of this nearly all popular kind of viscosity calculating device as a nationwide and worldwide standard. Not really only offers this glass been enhanced with respect to previous produced cups and designed to comply to the requirements of ASTM Chemical4212 but, in addition, each EZ Cup is equipped with a desk which enables conversion between efflux time in secs to the néarest tenth of á second to viscosity in centistokes. This table is particularly useful in identifying efflux period in secs when viscosity in centistokes is recognized. For those customers who require documented accreditation of their measuring apparatus, the EZ™ cups may become ordered, at an extra cost, with a CERTIFICATE of CALIBRATION. This document contains not only info on actual cup calibration with standard oils traceable to the State Institute of Standards and Technologies but in addition, this accreditation also conforms to problems and techniques under the specifications of ANSI/NCSL Z54O or ISO/IEC 17025, ISO 9001 as applicable.

The EZ™ cups are created to quite close mechanical tolerance in sophisticated jigs and fittings. Such products not only insures that each glass is correctly produced but also that all mugs are identical.

All parts of the cup are of stainless steel except for the name dish. The sticking with table provides operating range specifications, mug midrange awareness and suggested calibrating natural oils. Following this table are charts and numerical formulas that relate efflux period in secs to centistoke viscosity. Technical Information The POISE is certainly the basic device of viscosity.

It will be a described mechanical dimension of the level of resistance of a liquid to flow where gravity is usually not a factor. 100 CENTIPOISE = 1 POISE. Nevertheless, gravity is usually the generating force leading to liquid in a viscosity cup to stream through the hole.

A high density material will flow from a glass in a shorter period than a reduced density material of the same viscosity. The STOKE is definitely defined as the POISE divided by denseness (or fat per gallon situations 0.120). 100 CENTISTOKES = 1 STOKE. The CENTISTOKE is certainly the unit of reference in all viscosity mug dimensions. The graphs at the still left of this page and on the preceding page associate viscosity in CENTIST0KES to efflux time in Mere seconds for each óf the five mugs of the EZ™ series.

The charts may end up being used for identifying the tough relationship between these elements but usually guide will be made to the desk that is definitely equipped with each EZ™ glass which provides the partnership to the nearest tenth following. If there will be a necessity to determine the connection beyond the range of the desk, the numerical formulas proven on the charts may end up being utilized. The very first of the remedies demonstrated on the chart is used when efflux Secs is identified. As an instance assume 42.5 Secs in the No. Exponentially increase 42.5 by 2.80 and the result can be 119.

Separate 747 by 42.5, which is certainly 17.6 and take away this value from 119. The result is usually 101, the CENTISTOKE value of 42.5 SECONDS efflux time from this mug. The second of the formulations shown on the graph is utilized when the CENTISTOKE worth is known.

As an example, suppose 825 CENTISTOKES in the No 5 EZ™ Cup. Rectangle 825, which is usually 680625 and add 70115 for a total of 750740. Consider the square main of this value, which is 866 and add 825 for a total of 1691. Divide 1691 by 47.12 and the result will be 35.90 Secs, the efflux time value of 825 CENTISTOKES from this mug. General Instructions. Select the correct number glass to be used from the Standards Desk, which is definitely dependent on the expected viscosity variety of the materials to become assessed. Insure that the glass is clean and that there is certainly no recurring dried materials in or around the hole.

Adjust the heat range, if essential, of the check material. Totally dip the glass into the materials to be sized in a place free from bubbles or polyurethane foam, keeping the mug vertically by means of the metal steel divided key ring.

Measure and report the heat of the materials that can be encompassed by the cup. Hold cup vertically by placing index little finger into handle band. In a fast, steady movement, raise the mug out of the trial material, beginning the timer when the top advantage of the glass breaks or cracks the surface. During the movement time, hold the glass no even more than 6” above the degree of the sample material. Quit the timer when the initial definite split in the stream at the foundation of the glass is noticed. Document the number of secs of efflux period, temperature and the mug number.

(Instance: Zero. 2 EZ™ Dip Glass, 48.1 mere seconds at 25.1°D.) As an option to the previous step, pertain to the transformation table furnished with the mug and as indicated on the sticking with page, figure out the centistoke viscósity for the deliberated efflux time in mere seconds and report this worth and the sized heat range. (Example: 119.1 centistokes at 25.1°C.). Quickly clean the cup unless it will end up being used instantly for a rérun of the same materials. (Make use of a length of nylon fishing line to clear the spray hole.) Treatment of Cup EZ™ viscosity cups are ruggedly built with all components made of metal steel, except the namepIate, and will provide many yrs of sufficient service needing only thorough cleaning up after each use.

It is definitely recommended, nevertheless, that calibration of the mug be confirmed periodically, or if decreased or in any other case subjected to harm, with the appropriate standard oil chosen from the specification table. The outlined viscosity worth of these oils as proven on the pot label is definitely traceable to the State Institute of Standards and Technologies.

Washing Viscosity Cups After Use Manual for eliminating the G-series calibrating oil from Gardco viscosity cups. Any remaining materials in the cup must end up being removed by flushing with a ideal solvent.

Lighting naphtha, heptane, octane, highly fragrant solvents, and or any other petroleum-derived hydrócarbon solvent can end up being utilized. Varsol® is definitely a industrial solvent that works very nicely for this objective. Completely dry the viscosity mug with a lint free fabric.

Make use of a extremely unstable solvent for a second cleaning up as since any staying hydrocarbon solvents from the first procedure will evaporate rapidly after the structure has happen to be flushed from the cup. Hypersolve, MEK and Alcoholic beverages can become utilized in light weight aluminum mugs and Hypersolve and Alcohol for the metal steel cups. Acetone is usually commonly utilized as the second solvent because of its high volatility and its capability to melt records of petroleum solvents and water. In the 3rd procedure a low velocity stream of clear surroundings will be enough to evaporate remaining records of any risky solvent.

Be aware, prevent quick evaporation of thése solvents ás this can interesting the surface to such an extent that moist surroundings may end up being introduced below the dew stage, causing a movie of water to type on the mug. Varsol is usually a registered brand of the Exxon Business Conversion Table Between Efflux Time in Secs. Centistokes Stream features of the EZ™ Dip Viscosity Cups are extremely accurately described by numerical formula relating them to thé viscosity of standard natural oils which are traceable to the National Company of Requirements and Technologies. The formulation for each mug in the collection is proven on the glass graphs of preceding web pages. For convenience, the formula for each cup has happen to be resolved for each tenth second within the normal cup variety.

Results are available in table type as demonstrated above and are equipped with each glass. They are usually also accessible in models of five fór the five mug series. Make use of the table as follows: Presume an efflux time of 45.6 secs. Read down the left column to the 45.0 collection and after that to the right on this collection to the 0.6 line. The worth at the intersection can be 111.3 centistokes. The tables may be read through in change to find efflux period in mere seconds from a recognized centistoke worth.

Temperature Most materials change in viscosity as a function of heat range. Those usually tested with viscosity mugs modify in the variety of 3% to 8% per diploma Celsius change in heat. Generally, the increased the viscosity the higher the transformation. For suitable precision it is essential to measure heat range at the exact same period that viscosity glass readings are usually used. When many determinations are to become produced on very similar products in the same viscosity range, it may end up being helpful to generate a chart for switching measured heat range and viscosity glass efflux time in mere seconds to mere seconds at a specified temperature, usually 25° Celsius.

There are three variables to consider: viscosity, efflux time and heat range. All three can end up being shown on a chart with a family of curves as proven in the pursuing example. Viscosity degree is pointed out by the diagonal outlines, increasing from the lower perfect to the upper left. Such a graph can be ready for a provided material by using blood pressure measurements with the EZ™ cup over a restricted temperature range as demonstrated in the illustration.

Within this restricted variety the plots of land of the obtained data will usually result in a straight line such as the heavy diagonal collection. Pull parallel outlines as proven which symbolize different viscosity amounts. Enter on the graph the material manifested and the EZ™ naming with mug number. Make use of the ready graph by plotting on it tested temperatures and efflux period in mere seconds.

At 'A' in the instance these beliefs are usually 26.0°G and 39.5 secs. Read parallel to the diagonal ranges to the intérsection with the weighty vertical range which is certainly 25.0°C, the focus on temperature. Reading through flat to the still left it is found that the corrected efflux time in seconds at 25°Chemical is certainly 41.5 mere seconds. Likewise, at 'N' in the illustration, it can be found that a reading used at 23.5°Chemical, when fixed to 25.0°M modifications from 40.5 to 37.5 mere seconds.

Compensating for a sized temp near to, but not really as stipulated, must be with extreme caution. Even within the restricted variety of ±2.0°D the difference of the viscosity with heat may not really be really linear and any thinning materials utilized to adapt viscosity may also change the price of this deviation.

Standard 'Gary the gadget guy' Collection Oils Caution: Silicon fluids should not really be used to calibrate viscosity mugs. These materials modify the interface between the mug surface and the check material and therefore alter the glass calibration.

The right after is used from ASTM Chemical445: Viscometers used for silicone liquids should become appropriated for the unique use of like liquids. Solvent washings fróm these viscometers shouId not be used for cleaning other viscometers. Gardco produced viscosity cups are usually calibrated with regular “H” series natural oils. These regular calibration oils prepared expressly by the Canon Instrument Organization for the Paul N. Gardner Corporation are produced in compliance with ISO/lEC 17025, ISO Information 34, ISO 9001. Centistokes viscosity of these oils is certainly traceable to the Country wide Company of Requirements and Technologies. These oils are obtainable from the Paul N.

Gardner Firm. Demonstrated in the chart is usually the viscosity cup number and the regular “G” essential oil used for its calibration.

Normally, mug calibration is certainly at 25 degrees Celsius, shown on the graph by vibrant ranges intersecting with the contour in the group. Graphs for all mugs in the EZ collection are incorporated with each cup sold by John In. Gardner Corporation. Viscosity of many liquids, including the regular oils, are reliant on heat range. Efflux period in mere seconds for the indicatéd cup-oil combination from twenty (20) to twenty seven (27) degrees Celsius will be demonstrated in the chart. The cup may become examined with the indicated “G” oil with affordable accuracy within these limits.

For greatest accuracy, the temperature of the regular essential oil should become 25°M. The regular oil value in centistokes is certainly imprinted on the regular oil bottle label. Transformation from viscosity to efflux time in secs will be by formulation or desk which specifies the features of the mug. The applicable formula and table are equipped with each glass offered as an extra customer services by the Paul N. Gardner Business and licensed distributors. Add-ons Atkins Platinum RTD Thermometer and Probe System. Long-term balance at higher temperature ranges.

O-ring sealed housing can make instrument water resistant. Measures -76°Y to 500°F (-60°D to 260°D). Probe permanently connected by 29' high temperatures wrap-around cable.