Introduction of STANCOR C-2690 DESIGN PROJECT

        In 1985, Stancor was founded when Alimak Corps submersible who was Swedish manufacturer and purchased this business. In 2014, by its current owner, Knox Capital the company was brought. As according to the given condition we have to shipment the Stancor C-2690 product that known as the transformer high current filter chokes as well as also carry some specification like inductor along with a coil ‘Q’ of . From the large amount of products we select randomly 9 units. Now to find the mean and standard deviation we design the test device for the reactor sample. There are the two types of filter chokes first is smoothing chokes and the other type is high current chokes. As our product is related to type 2, we discuss some of the specification that inductance is measured at 1 Volts 60 Hz. The inductance tolerance will be . In low voltage the “high current Chokes” are normally used, high current D.C. without any type of voltage regulator, low voltage drop across the filter as well as better regulation of voltage is required, for the power supply application of filter.

Procedure of STANCOR C-2690 DESIGN PROJECT

        There are the six tests, which are used for the testing of C-2690 high current filter chokes. But here we design the only one test that is winding resistance test. The important measurement is the DC winding resistance measurement within accessing the true condition, current transformer state and accuracy. Over a period of time current transfer will change winding resistance in a current transformer on the spicemen age that depend on time by using eternal condition as well as loading effect. To measure DC winding resistance periodically it is recommended to measure DC winding resistance on single or multiple trends the values. To obtain the small winding resistance a high precision low resistance measurement circuit is obtained.

    By dividing the voltage drop the winding resistance of a current transformer is found that is measured by the dc milli voltmeter along with the dc current applied through the winding. After the completion of winding resistance test the current transformer ought to be demagnetized.

The mean of the turn ration of the current transformer

                        Inductance=0.3: 0.075

                       D.C current= 1000:2000

                       D.C resistance= 3:0.75

                     Insulation RMS test volts= 1500

                     Turn ration= 10:1

Put the values in above formula

The mean of the current transformer is 10. As we compare this value to the manufacturer. We write the value of the C-2690 in the below;

                              Inductance=0.3: 0.075

                               D.C current= 1000:2000

                              D.C resistance= 3:0.75

                          Insulation RMS test volts= 1500

                                    Height=3.44

                                    Width= 2.81

                                           D= 3

                                       MW=2.25

                                       MD=2.63

                                     Weight (lbs)= 5