Examples of using Dissipation factor in English and their translations into Russian
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Dissipation Factor of transformer oil.
The rate of these losses is measured as dissipation factor.
Dissipation factor(mw/celsius): 5-15 in still air.
With our systems,you can measure both the capacitance and the dissipation factor.
Dissipation factor(mw/celsius): 5-15 in still air.
Aging processes, changes in the structure of the insulation or moisture ingress can, for example,increase the dissipation factor.
Dissipation Factor of transformer oil[Apr 27, 2017].
By combining it with the accessory CP TD1, it can also test power/dissipation factor and capacitance up to 12 kV.
Dissipation factor test results can help reveal the quality and the integrity of the insulation liquid.
Aging processes in the form of a structural modification of the insulation or the ingress of moisture,can increase the dissipation factor.
The increase in the dissipation factor during the"tip-up test" reflects the condition of the insulation.
The CP TD1 accessory is used in combination with TESTRANO 600, CPC 100 orCPC 80 to perform power/dissipation factor and capacitance measurements.
For dissipation factor(tan δ)/ power factor testing and tip-up testing several CP CR500 units can be connected in parallel.
When you use our testing systems, you will also be able to determine the dissipation factor at various frequencies and detect any signs of aging at an early stage.
In addition to high-voltage partial discharge tests, the condition of the cable insulation can also be examined by means of dielectric measurements,such as power/dissipation factor, capacitance, dielectric response.
With capacitance and dissipation factor measurements, also known as tan-delta measurements, changes in the insulation can be diagnosed.
Introduction Insulating oil dielectric loss andresistivity tester is used for measuring dielectric dissipation factor and DC resistivity of insulating oil and other insulating liquids.
The insulation oil dielectric dissipation factor and d.c. resistivity measurement is one of the main methods in a series of preventive tests.
These methods typically include dielectric response measurement, frequency response analysis, insulation resistance measurement,capacitance and dissipation factor measurements and partial discharge measurement.
Integration of new stator winding power/dissipation factor and capacitance test on rotating machines, using CPC 100+ CP TD1+ CP CR500.
The instrument measures capacitance, inductance and resistance with speed and precision along with secondary parameters such as capacitor ESR(ESR Meter), Q(quality factor), D(dissipation factor) and Z(impedance) measurements are also provided.
It is used for measuring dielectric dissipation factor and DC resistivity of insulating oil and other insulating liquids.
These conventional testing methods include measuring the short circuit impedance, transformer ratio, magnetizing current, winding resistance, dynamic winding resistance of the tap changer,as well as the dissipation factor and capacitance.
Capacitance, power factor and dissipation factor(tan delta) are important measurements to make in cables and cable accessories in order to assess the overall insulation losses of the insulation.
This powerful solution allows you to measure DC winding resistance, transformer turns ratio(TTR),leakage reactance/ short circuit impedance and power/ dissipation factor(Tan Delta) up to 12 kV.
The CPC 80+ CP TD1 is a dedicated system for performing power/dissipation factor measurements on high-voltage assets such as power transformers, instrument transformers, bushings and rotating machines.
Apply VLF to measure insulation losses(i.e. the insulation dissipation factor or Tan-delta) at different VLF frequencies that are typically in the range of 0.01 to 0.1 Hz. In this case, the IEEE Guide. 400.2 establishes the criteria for assessment.
Estimated selenodynamical parameters include Love number h 2, l 2,k 2, dissipation factor Q, undimensional moment of inertia, coefficients of the lunar gravitational potential of the orders 2 and 3, coupling parameter κ and three parameters describing the fluid core.
Measuring the dissipation/power factor(tan(δ) delta) allows you to determine the condition of the insulation.
As well as the moisture content of the transformer,DIRANA also determines oil conductivity, dissipation/power factor and capacitance.