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![eee students - SIBMENS SINAMICS V20 OK M L2 DANGER RISK OF ELECTRIC SHOCKI HAZARDOUSVOLTAGE PRESENT FOR UP TO 5 MINUTES AFTER DISCONNECTION FROM POWER SUPPLYI SEE INSTRUCTIONSI JeR Aiuetfeli ! #]giఐ ಶ ೯5 !12r1. 2F.Eಚak ! ड् SIBMENS SINAMICS V20 OK M L2 DANGER RISK OF ELECTRIC SHOCKI HAZARDOUSVOLTAGE PRESENT FOR UP TO 5 MINUTES AFTER DISCONNECTION FROM POWER SUPPLYI SEE INSTRUCTIONSI JeR Aiuetfeli ! #]giఐ ಶ ೯5 !12r1. 2F.Eಚak ! ड् - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_463474_3984869c_1763610461751_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=751_sc.jpg "eee students - SIBMENS SINAMICS V20 OK M L2 DANGER RISK OF ELECTRIC SHOCKI HAZARDOUSVOLTAGE PRESENT FOR UP TO 5 MINUTES AFTER DISCONNECTION FROM POWER SUPPLYI SEE INSTRUCTIONSI JeR Aiuetfeli ! #]giఐ ಶ ೯5 !12r1. 2F.Eಚak ! ड् SIBMENS SINAMICS V20 OK M L2 DANGER RISK OF ELECTRIC SHOCKI HAZARDOUSVOLTAGE PRESENT FOR UP TO 5 MINUTES AFTER DISCONNECTION FROM POWER SUPPLYI SEE INSTRUCTIONSI JeR Aiuetfeli ! #]giఐ ಶ ೯5 !12r1. 2F.Eಚak ! ड् - ShareChat")
![electrical - Electrical basic Electrical Formula 1V=IX R 1000 Wh 1 KWH 2.P=Vxi 1000VA 1KVA ३. R=VII 1 TON 3.517 KW 1 UNITS 1 KWH 41=VIR 1 KVA 0.8KW 5. P = I2 x R 1 KVA 1391 AMPS 6.P = V2 / R 1KVA 1.34 HP 7.E= Px t 1 KW 1.25 KVA 8.Q=Ixt 230 VA (SINGLE PHASE) 1AMPS ९. V = WIQ 1KG १००० GRAMS 10Z= V(R2+(X_L-X_C)2) 1000 WATT 1 KW 0.8 KWH (H-01, PF= 0.8) 1 KVA 11. X_L = 2rrfL 1 M 1000 MM 12. X_C =1/ (2rrfC) 1 CM 0.01 METER 13f=i/t 1 CM 10 MM 14.W=Vxq 1HP =746 WATTS 15.IRMS = |_peak / 12 1 Watt = 1000 mW(milliwatts) | 1KW 1000 W V_RMS = Vpeak / -2 16 1,000,000 W 1MW 17. Capacitive Reactance (X_C)=1/ (w 1 AMPERE = 1000 mA (milliampere) 18. Inductive Reactance (X_L)=WL 1 AMPERE = 1,000,000 HA ( microampere] 19. Resonant Frequency (fo) =1/ KA 10004 2TV(LC) =1.25 KVA 1KW 20. Power Factor = cos(s) =R/Z 1UNITS 1000 WATTS 1HP =0.746 KW Electrical basic Electrical Formula 1V=IX R 1000 Wh 1 KWH 2.P=Vxi 1000VA 1KVA ३. R=VII 1 TON 3.517 KW 1 UNITS 1 KWH 41=VIR 1 KVA 0.8KW 5. P = I2 x R 1 KVA 1391 AMPS 6.P = V2 / R 1KVA 1.34 HP 7.E= Px t 1 KW 1.25 KVA 8.Q=Ixt 230 VA (SINGLE PHASE) 1AMPS ९. V = WIQ 1KG १००० GRAMS 10Z= V(R2+(X_L-X_C)2) 1000 WATT 1 KW 0.8 KWH (H-01, PF= 0.8) 1 KVA 11. X_L = 2rrfL 1 M 1000 MM 12. X_C =1/ (2rrfC) 1 CM 0.01 METER 13f=i/t 1 CM 10 MM 14.W=Vxq 1HP =746 WATTS 15.IRMS = |_peak / 12 1 Watt = 1000 mW(milliwatts) | 1KW 1000 W V_RMS = Vpeak / -2 16 1,000,000 W 1MW 17. Capacitive Reactance (X_C)=1/ (w 1 AMPERE = 1000 mA (milliampere) 18. Inductive Reactance (X_L)=WL 1 AMPERE = 1,000,000 HA ( microampere] 19. Resonant Frequency (fo) =1/ KA 10004 2TV(LC) =1.25 KVA 1KW 20. Power Factor = cos(s) =R/Z 1UNITS 1000 WATTS 1HP =0.746 KW - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_781923_26e8fff3_1763607780352_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=352_sc.jpg "electrical - Electrical basic Electrical Formula 1V=IX R 1000 Wh 1 KWH 2.P=Vxi 1000VA 1KVA ३. R=VII 1 TON 3.517 KW 1 UNITS 1 KWH 41=VIR 1 KVA 0.8KW 5. P = I2 x R 1 KVA 1391 AMPS 6.P = V2 / R 1KVA 1.34 HP 7.E= Px t 1 KW 1.25 KVA 8.Q=Ixt 230 VA (SINGLE PHASE) 1AMPS ९. V = WIQ 1KG १००० GRAMS 10Z= V(R2+(X_L-X_C)2) 1000 WATT 1 KW 0.8 KWH (H-01, PF= 0.8) 1 KVA 11. X_L = 2rrfL 1 M 1000 MM 12. X_C =1/ (2rrfC) 1 CM 0.01 METER 13f=i/t 1 CM 10 MM 14.W=Vxq 1HP =746 WATTS 15.IRMS = |_peak / 12 1 Watt = 1000 mW(milliwatts) | 1KW 1000 W V_RMS = Vpeak / -2 16 1,000,000 W 1MW 17. Capacitive Reactance (X_C)=1/ (w 1 AMPERE = 1000 mA (milliampere) 18. Inductive Reactance (X_L)=WL 1 AMPERE = 1,000,000 HA ( microampere] 19. Resonant Frequency (fo) =1/ KA 10004 2TV(LC) =1.25 KVA 1KW 20. Power Factor = cos(s) =R/Z 1UNITS 1000 WATTS 1HP =0.746 KW Electrical basic Electrical Formula 1V=IX R 1000 Wh 1 KWH 2.P=Vxi 1000VA 1KVA ३. R=VII 1 TON 3.517 KW 1 UNITS 1 KWH 41=VIR 1 KVA 0.8KW 5. P = I2 x R 1 KVA 1391 AMPS 6.P = V2 / R 1KVA 1.34 HP 7.E= Px t 1 KW 1.25 KVA 8.Q=Ixt 230 VA (SINGLE PHASE) 1AMPS ९. V = WIQ 1KG १००० GRAMS 10Z= V(R2+(X_L-X_C)2) 1000 WATT 1 KW 0.8 KWH (H-01, PF= 0.8) 1 KVA 11. X_L = 2rrfL 1 M 1000 MM 12. X_C =1/ (2rrfC) 1 CM 0.01 METER 13f=i/t 1 CM 10 MM 14.W=Vxq 1HP =746 WATTS 15.IRMS = |_peak / 12 1 Watt = 1000 mW(milliwatts) | 1KW 1000 W V_RMS = Vpeak / -2 16 1,000,000 W 1MW 17. Capacitive Reactance (X_C)=1/ (w 1 AMPERE = 1000 mA (milliampere) 18. Inductive Reactance (X_L)=WL 1 AMPERE = 1,000,000 HA ( microampere] 19. Resonant Frequency (fo) =1/ KA 10004 2TV(LC) =1.25 KVA 1KW 20. Power Factor = cos(s) =R/Z 1UNITS 1000 WATTS 1HP =0.746 KW - ShareChat")
