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The K Factor in Current Transformer Metering is the Multiplyer. The current transformers might be a winding ratio of 200/5 therefore the K Factor would be 40. Meaning for every 100Amps in the meterered conductors only 2.5A is read by the meter the resultant reading is then multiplied by 40 to give the reading of 100A (or the calculated kWh reading for electricity consumption)
wattmeter is constructed such that it read only power on a single scale. Only single scale will avilable to read the measured power. In order to take the acuurate reading just we measure the reading and we will multiple along with factor called multificaion factor. That's depends on on which voltage knob we connected and also the current. Multification factor can be dtermind by: Multification factor =(voltage range*current range*pf)/Max scale deflection...
watt meter is constructed such that it read only power on a single scale. Only single scale will available to read the measured power. In order to take the accurate reading just we measure the reading and we will multiple along with factor called multiplication factor. That's depends on on which voltage knob we connected and also the current. Multiplication factor can be determined by: Multiplication factor =(voltage range*current range*pf)/Max scale deflection.
Increasing reading rate is the second most important factor in improving reading skills.
Increasing reading rate is the second most important factor in improving reading skills.
Increasing reading rate is the second most important factor in improving reading skills.
Increasing reading rate is the second most important factor in improving reading skills.
An important factor for improving reading skills is understanding adaptability.
An important factor for improving reading skills is understanding adaptability.
When shunts are used in high current measurements, that actual current reading is "extrapolated"(multiplied by a factor then expressed) and variances in shunt tolerance may cause mistaken and less than accurate measurements.
No effect. PF is determined by the load reactance, not current draw. The PT reading should remain essentially unchanged. The CT reading will reflect the lower current draw, and the metering device will simply integrate (correctly) a lower KW.
Increasing reading rate is the second most important factor in improving reading skills.