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Ad

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Add

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Addi

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Addit

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Additi

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Additio

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Addition

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Additiona

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Additional

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Additional 

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Additional s

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Additional se

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Additional set

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Additional sett

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Additional setti

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Additional settin

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Additional setting

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Additional settings

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Additional settings 

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Additional settings o

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Additional settings of

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Additional settings of 

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Additional settings of “

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Additional settings of “D

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Additional settings of “De

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Additional settings of “Det

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Additional settings of “Deta

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Additional settings of “Detai

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Additional settings of “Detail

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Additional settings of “Detail 

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Additional settings of “Detail V

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Additional settings of “Detail Vi

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Additional settings of “Detail Vie

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Additional settings of “Detail View

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Additional settings of “Detail View”

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Additional settings of “Detail View”:

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Additional settings of “Detail View”:

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“Continue Last State Amplitude” option:

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This option appears in the “States” after “State Type: Step Ramp” in “Detail View” window.

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By checking this option, the current or voltage value of the current State is injected from where the previous “State is finished.

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This option is used to measure the relay trip time or “Pickup Drop off” test in relays.

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For example, in “Pickup Drop off” test an increasing “Step Ramp State”

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is created where three-phases 2amps to 4amps current increases with 0.2amp steps and “Trigger” condition of “Pickup” signal reception is specified.

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Note that “Binary Input 2” is specified for “Pickup” signal reception.

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The second “State” is a decreasing “Step Ramp” where three-phases 4amps to 2amps current decreases with 0.2amp steps and “Trigger” condition of “Dropping” the relay (1->0) is specified.

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After performing the test, you can see that after receiving the “Pickup” contact, the second “State” starts decreasing from 4amps until the relay “Drops”.

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But if you check the “Continue Last State Amplitude” option in “State2” and perform the test, after receiving the “Pickup” signal,

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the current in the second “State” starts decreasing from where the relay performed the “Pickup” and keeps doing so until the relay performs the “Drop”.

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“

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“D

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“Di

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“Dis

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“Disa

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“Disab

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“Disabl

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“Disable

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“Disable 

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“Disable G

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“Disable Ge

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“Disable Get

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“Disable Get 

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“Disable Get A

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“Disable Get Ac

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“Disable Get Act

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“Disable Get Actu

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“Disable Get Actua

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“Disable Get Actual

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“Disable Get Actual”

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“Disable Get Actual” 

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“Disable Get Actual” o

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“Disable Get Actual” op

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“Disable Get Actual” opt

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“Disable Get Actual” opti

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“Disable Get Actual” optio

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“Disable Get Actual” option

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“Disable Get Actual” option:

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“Disable Get Actual” option:

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If you check the “Show Actual Value” option in “Hardware Configuration” window,

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the “Disable Get Actual” option appears in “Detail View” window.

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By checking this option, the actual current or voltage value will not be displayed in that “State”.

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If there are two “States” and the injection in a “State” is taking too long and  you don’t want to view the actual value,

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by checking the “Disable Get Actual” option in “Detail View” window, the actual value will not be displayed in that “State”.

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“

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“D

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“Di

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“Dis

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“Disa

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“Disab

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“Disabl

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“Disable

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“Disable 

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“Disable R

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“Disable Re

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“Disable Rel

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“Disable Rela

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“Disable Relay

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“Disable Relay”

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“Disable Relay” 

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“Disable Relay” o

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“Disable Relay” op

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“Disable Relay” opt

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“Disable Relay” opti

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“Disable Relay” optio

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“Disable Relay” option

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“Disable Relay” option:

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“Disable Relay” option:

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In the back of every voltage or current output of the device there are relays which separate the “Amplifier” section of the inside of the device from the front panel.

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Before performing the test these relays must be connected and then the voltage or current is injected from the outputs of the device.

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In “Disable Relay” section in “Detail View” window, by checking any of the options available in the list,

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it is possible to disable the relay related to that output and then after performing the test you can see that the actual output value of the intended port equals zero.

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This option is used in tests such as magnetic flux division in transformer because by using one of these options,

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it is possible to create different modes of open-circuit  of coils automatically.