text stringlengths 40 1.01k | entailment stringlengths 40 933 | contradiction stringlengths 40 933 | label stringclasses 2
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Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: document which describes the material of the valve body in form of an obligatorily recognized regulation; Name: Reference norm of the valve body material | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: section between an upper and lower dead center of the piston of a piston machine; Name: Stroke length | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: number of cycles between an upper and lower dead center of the piston movement in a certain period of time; Name: Stroke rate piston | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Method for adjusting the stroke length of a piston pump. This can be manual or automatic; Name: Type of elevation adjustment | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Classification of electrical and not electrical operating supplies according to the explosion capable atmosphere in which they are provided for use; Name: Explosion protection-device group of the complete device | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: A category represents the classification within a device cluster with regard to the required degree of safety; Name: Explosion protection-category for devices of the complete device | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: special measures which are hit on equipment to prevent the ignition of a surrounding atmosphere; Name: Explosion protection-ignition protection type of the complete device | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Allocation of equipment, protection systems or components for explosion capable atmospheres according to its maximum surface temperature; Name: Explosion protection-temperature class of the complete device | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: norm-based coding of the material of the diaphragm cap; Name: Material number of the diaphragm cap | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Value indicated by the manufacturer of the device which arises from measurements which have been found out under fixed conditions and rules for the tension which can be laid out to electrical operating supplies under consideration of the use conditions and on which the different product-specific testings r... | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: document which describes the material of the diaphragm cap in form of an obligatorily recognized regulation; Name: Reference norm of the diaphragm cap material | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: usual name or brand name of the material in everyday language, of the diaphragm cap; Name: Material description of the diaphragm cap | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: document which describes the material of the displacement piston in form of an obligatorily recognized regulation; Name: Reference norm of the displacement piston material | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Medium driving a firm proportion between the one to conveying and this; Name: Pressure ratio pumping medium to actuator medium | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: indication of wether a pump has an adjustable and parametrically dependent power on / off function or not; Name: automatic switch present | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: maximum material volume which can be moved in a unit time from the pump; Name: max. discharge flow | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: Greatest permissible rotation speed with which the motor or feeding unit may be operated; Name: Max. rotation speed | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: maximum removable power from the pump motor; Name: max. engine power | contradiction |
Description: A numbering of valve face materials based on standards. The material is clearly described by reference to a standard; Name: Material code of valve face | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: internationally unique and unambiguous article number for products and services (Global Trade Item Number); Name: GTIN | entailment |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: unique product order identifier of the supplier; Name: product article number of supplier | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: 13-digit numeric code, identifying all the standardized material items of supply as they have been recognized by the United States Department of Defense; Name: National stock number | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Characteristic to differentiate between different products of a product family or special variants; Name: Product type | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Short description of the product (short text); Name: Manufacturer product designation | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Name of the supplier or vendor of a device/name of supplier which provides the customer with a product or a service; Name: name of supplier | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: legally valid designation of the natural or judicial person which is directly responsible for the design, production, packaging and labeling of a product in respect to its being brought into circulation; Name: Manufacturer name | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: alphanumeric character sequence assigned to a fabricated product, which allows the date, time and circumstances of fabrication to be traced; Name: fabrication number | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Unique combination of numbers and letters used to identify the device once it has been manufactured; Name: Serial number | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Date from which the production and / or development process is completed or from which a service is provided completely; Name: Date of manufacture | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Unique global identification of the product using an universal resource identifier (URI); Name: URI of the product | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Fully qualified domain name of the manufacturer of a product using a universal resource identifier (URI); Name: URI of manufacturer | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: pressure for a component on the basis of materials used and on the basis of calculation rules at the specified operating temperature; Name: maximum allowable working pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Rate of flow at the point of best efficiency; Name: Optimum rate of flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Total head developed by the pump at a rate of flow corresponding to the best efficiency; Name: Optimum head | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Maximum permissible head at which the pump can be continuously operated without suffering damage; Name: Maximum allowable head | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Speed corresponding to the motor used according to the name plate ratings; Name: nominal speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: describes the nominal power consumption; Name: Nominal power consumption | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: nominal voltage is the specified value which shows the voltag in normal operation given by the manufacturer or supplier; Name: Nominal voltage | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Highest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used; Name: Maximum allowable outlet pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Lowest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used; Name: Minimum allowable outet pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: highest speed for continuous operation recommended by the manufacturer; Name: maximum allowable continuous speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Minimum permissible head at which the pump can be operated without suffering damage; Name: Minimum allowable head | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Ten times the logarithm to the base 10 of the ratio of the square of the sound pressure, p, to the square of a reference value, p0, expressed in decibels; Name: Sound pressure level | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: comprising a fluid together with substances in solid or gaseous states, whether due to deliberate addition or a change of state caused by a change in conditions; Name: multi-phase | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: 2nd level of a 3 level manufacturer specific product hierarchy; Name: Manufacturer product family | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: web site address where information about the product or contact is given; Name: adress of additional link | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: guideline, stipulation or legislation used for determining conformity; Name: guideline for confirmity declaration | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Speed of rotation at which the frequency of vibration (or its multiples) corresponds to the rotor resonant (lateral or torsional) ; Name: Critical speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Rotor resonant frequency calculated assuming that the rotor is supported only at its bearings and that the bearings are of infinite stiffness ; Name: Dry critical speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Rotor resonant frequency calculated considering the additional support and damping produced by the action of the pumped fluid within rotor ; Name: Wet critical speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Speed that characterizes a pump in terms of its speed, flow rate per impeller eye, i.e. total flow for single-flow impeller, half flow for double-flow impeller, at the best efficiency point and head per stage at maximum impeller diameter ; Name: Specific speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Speed that characterizes a pumps cavitation performance in terms of its speed, optimum rate of flow per impeller eye at best efficiency point and NPSH3 at best efficiency point for the first stage at maximum impeller diameter ; Name: Suction-specific speed | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: highest pressure, excluding hydrostatic testing, to which the seal can be subjected while the pump is shut down; Name: maximum static sealing pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: greatest outlet pressure at the specified operating temperature at which the pump casing can be used; Name: Maximum allowable casing working pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: pressure to which the pulsation dampener is charged with dry gas prior to start of operation; Name: Pre-charge pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Rate of flow which is extracted to activate a balance device; Name: Balancing rate of flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Rate of flow leaking from shaft seals; Name: Leakage rate of flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Lowest flow at which the pump can operate without its operation being impaired by the temperature rise of the pumped liquid ; Name: Minimum allowable thermal flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Lowest flow at which the pump can be operated without it adversely affecting ist performance in terms of life expectancy, noise and vibrations ; Name: Minimum continuous stable flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Lowest flow at which the pump can operate without its operation being impaired by the temperature rise of the pumped liquid ; Name: Minimum continuous thermal flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Flow lost internally through clearances; Name: Slip flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: displacement volume for one stroke or one cycle; Name: geometrical flow | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: NPSH-value required for a drop of 3 % in the total head of the first stage of the pump as a standard basis for use in performance curves; Name: Net positive suction head required for a drop of 3 % | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: minimum NPSH-value at the pump inlet connection required to give the rated or operating performance at the specified conditions; Name: Net positive suction head required | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Highest total head developed by a pump when this does not occur at a zero rate of flow; Name: Head at peak point | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: relationship between the pump power input and the rate of flow given operating conditions of speed and liquid; Name: pump curve | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: relationship between the net positive suction head required and the rate of flow at given operating conditions of speed and liquid; Name: Pump power input curve | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Relationship between the net positive suction head required and the rate of flow at given operating conditions of speed and liquid ; Name: Pump NPSH curve | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: relationship between the total head of the pump and the rate of flow at given operating conditions /rated conditions of speed and liquid; Name: Pump efficiency curve | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: pump H(Q) curve where the maximum head and shut-off head are coincidental, and the total head declines continuously as the rate of flow increases; Name: Pump H(Q) curve | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Residual axial thrust on the pump rotor on which the thrust-bearing selection is based; Name: Design axial load | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Greatest value of the residual axial thrust on the pump rotor resulting from operating the pump at any condition within its allowable operating range; Name: Maximum axial load | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Radial load of the pump rotor for which the bearing system is selected; Name: Design radial load | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Greatest radial load of the pump rotor resulting from operating the pump at any condition within ist allowable operating range; Name: Maximum radial load | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: expectation of the operating time between failures; Name: mean time between failures (MTBF) | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Provides information as to whether it is possible to continuously adapt the control variable to the reference variable of the control unit of the object; Name: Controllable | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Fluid that can be pumped by the pump; Name: Possible Fluid | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Specifies whether the pump is to be operated in single, parallel or series connection.; Name: Operating mode | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: control mode is to be used for the use case; Name: Required control mode | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Fluid that is handled by the pump at specified operating conditions; Name: Fluid | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: maximal permitted temperature of the atmosphere surrounding the operating resource during operation; Name: maximum ambient temperature (during operation) | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: minimal permitted temperature of the atmosphere surrounding the operating resource during operation; Name: minimum ambient temperature (during operation) | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Temperature determined by the given application and fluid. ; Name: Working temperature | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: maximum value of physical and thermodynamical state variable temperature dimensioned for an operational medium; Name: max. temperature | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: minimum maximum value of physical and thermodynamical state variable temperature dimensioned for an operational medium; Name: min. temperature | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Inlet pressure of the installation for the working conditions; Name: Rated inlet pressure of the installation | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Lowest outlet pressure that can occur during operation for the pump; Name: Minimum outlet pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Lowest inlet pressure that can occur during operation for the pump; Name: Minimum inlet pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: horizontal plane for use as the datum for height measurement; Name: Reference plane | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Height of the fluid level on the outlet side of the installation or in the centre of the outlet manifold; Name: Height of the outlet side of the installation | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Height of the fluid level on the inlet side of the installation, or in the centre of the inlet manifold ; Name: Height of the inlet side of the installation | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Height of the centre of the pump; Name: Height of the pump | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Height of the zero or centre position of the outlet manometer, or other point as defined by the manometer calibration ; Name: Height of the outlet manometer | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Height of the zero or centre position of the inlet manometer, or other point as defined by the manometer calibration ; Name: Height of the inlet manometer | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Ratio of the shear stress to the shear velocity acting in a liquid subjected to a plane shear motion ; Name: Dynamic viscosity | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: ratio of the dynamic viscosity to the density of the pumped liquid; Name: Kinematic viscosity | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: quotient of the mass m divided by the spatial volume V; Name: Density | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Mean absolute pressure of the atmosphere measured at the place of installation of the pump ; Name: Atmospheric pressure | contradiction |
Description: Sum of the cylinders in the set; Name: Count of cylinders | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | Description: Differential pressure for the operating conditions at the guarantee point ; Name: Rated differential pressure | contradiction |
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