Nameplate Power per Phase

Nameplate Electrical Power Per Phase

• Nameplate Electrical Power Per Phase has a unit value of Power kW.

It is calculated using this equation:

If Voltage Type = TN, T then
Nameplate Electrical Power Per Phase = Nameplate Electrical Power / 3

If Voltage Type = L then
Nameplate Electrical Power Per Phase = Nameplate Electrical Power / 2

If Voltage Type = S then
Nameplate Electrical Power Per Phase = Nameplate Electrical Power

Nameplate Reactive Power Per Phase

• Nameplate Reactive Power Per Phase has a unit value of Power kVAr.

It is calculated using this equation:

If Voltage Type = TN, T then
Nameplate Reactive Power Per Phase = Nameplate Reactive Power / 3

If Voltage Type = L then
Nameplate Reactive Power Per Phase = Nameplate Reactive Power / 2

If Voltage Type = S then
Nameplate Reactive Power Per Phase = Nameplate Reactive Power

Nameplate Power Factor Per Phase

• Nameplate Power Factor Per Phase has a unit value between 0 and 1.

It is calculated using this equation:

Nameplate Power Factor Per Phase = Nameplate Power Factor

Nameplate Power Factor Per Phase Unit

• Nameplate Power Factor Per Phase Unit can have values of LEAD and LAG.

• When value is set as LAG then Nameplate Reactive Power is positive.

• When value is set as LEAD then Nameplate Reactive Power is negative.

• If Nameplate Power Factor =1 then Nameplate Power Factor Unit will be set to null.

It is calculated using this equation:

Nameplate Power Factor Per Phase Unit = Nameplate Power Factor Unit

Nameplate Apparent Power Per Phase

• Nameplate Apparent Power Per Phase has a unit value of Power kVA.

It is calculated using this equation:

Nameplate Apparent Power Per Phase = √ (Nameplate Electrical Power Per Phase12 + Nameplate Reactive Power Per Phase12)