@santiago.rx07: #metas #fyp #yourpage Una meta🙌🏻

santiago07
santiago07
Open In TikTok:
Region: CO
Friday 27 June 2025 17:04:05 GMT
1235759
148202
562
16379

Music

Download

Comments

yio_soyoliver
Oliver⚽🧙🏼‍♂️ :
algun dia traere mundial o copa america a venezuela RECUERDEN MI NOMBRE!!!!!!: OLIVER SIMOZA
2025-07-10 01:19:00
365
mariangelrios782
marii :
subir escaleras?😆
2025-07-09 14:46:46
5
abdiel201410
️ :
Yo debutare Con VENEZUELA RECUERDEN MI NOMBRE! ABDIEL DE VEGA
2025-08-01 15:52:26
0
adrian_23cre
adrian_23cre :
Yo voy a traer un mundial a Colombia y dos copas américas recuerde. mi nombre ADRIAN MISAS🙏
2025-07-13 00:21:02
4
47_47_47_1
️ :
Le daré un mundial a chile,recuerda mi nombre DIEGO REYES🙏🏽🙌🏽
2025-07-10 21:58:21
5
axeltc_4
Axel7890 :
Primeramente dios y si el me lo permite lograre ser futbolista profesional y debutare en primera division RECUERDEN MI NOMBRE!!!!!! AXEL JR
2025-07-28 03:13:43
3
squidgames146
𝐋𝐏𝐀 :
Yo are que chile gane su primer mundial recuerda mi nombre: Leandro pavez
2025-07-10 17:18:46
2
juanes.214._
Juanes 214 ^_^ :
TE IMAGINAS Y ESTAR EN EL BARCELONA
2025-07-10 02:44:36
44
enamorado.de.alguien
Jose Ramírez :
yo lo voy a lograr recuerden mi nombre José Ramírez
2025-08-01 22:57:14
0
cr7lui
luis :
me llamare L.E.7 por luis enrique así me llamo y el 7 porq ese número de día murió mi hermano 🥺🥺🥺🥺
2025-07-22 22:52:08
4
mister_edits.300
Spaidy 🕷 :
algun dia amen🙏🙏🙏🙌🍀
2025-07-29 15:59:56
2
srcarlos504
motivación Fútbol 🙏🛐⚽ :
El Sueño De Todos.🙏
2025-07-10 15:23:51
2
cuadra_.do1
🥷🏼par_chao✓ :
SERE UNOS DE LOS MEJORES JUGADORES DE MI PAIS ( COLOMBIA) RECUERDA MI NOMBRE JESUS CUADRADO.
2025-07-29 22:13:49
2
estif9770
keinerRK :
yo se que lo voy a lograr en el nombre del señor amén
2025-07-04 14:36:39
196
fabrixx_prime
fabrixx :
@fabrixx⚡💯:Tu sabias que: CR7, Messi, Neymar, Suárez, Ronaldinho, Ronaldo, Iniesta, Xavi, Yamal, Vini, Ramos, Puyol, Ozil, Mbappé, Haaland, Raphinha, Salah, Lewandowski, de Bruyne, Benzema, Bale, Modric, Son, Kubo, Taremi, Lautaro Martínez, Alvarez, Griezmann, Coman, Kante, Mount, Zlatan, Foden, Bellingham, Harry Kane, Saka, Havertz, Wirtz, Donnarumma, Buffon, Bravo, Ochoa, Alaba, Rodrygo, Dybala, Joao Felix, Grealish, Rashford, Watkins, Dibu, De Paul, Saliba, Rodri, Kounde, Enzo, Mac Allister, Otamendi, Balde, Gavi, Pedri, Koke, Gakpo, Jota, Cancelo, Ansu Fati, Depay, Pique, Pedro Léon, Pedro, Bruno, Hazard, Courtois, Szczensy, T.Alexander Arnold, Fernando Torres, Robben, Van de Ven, Van Nistelrooy, Giroud, Mascherano, Umtiti, Rice, Gerd Muller, T. Muller, Beckenbauer, Alexis Sánchez, Arturo Vidal, Paolo Guerrero, John Stones, Hugo Sánchez, Raúl Jiménez, Santi Gimenez, Ferran Torres, Fermin López, G. Di Lorenzo, Hakimi, Mahrez, Guerreiro, Dani Olmo, Di María, Rakitic, Zanetti, Zidane, Paolo Dybala, Pele, Maradona, De Ligt, Theo Hernández, Tonali, Raúl, Belotti, Lukaku, Romeu y Van Dijkaland, Raphinha, Salah, Lewandowski, de Bruyne, Benzema, Bale, Modric, Son, Kubo, Taremi, Lautaro Martínez, Alvarez, Griezmann, Coman, Kante, Mount, Zlatan, Foden, Bellingham, Harry Kane, Saka, Havertz, Wirtz, Donnarumma, Buffon, Bravo, Ochoa, Alaba, Rodrygo, Dybala, Joao Felix, Grealish, Rashford, Watkins, Dibu, De Paul, Saliba, Rodri, Kounde, Enzo, Mac Allister, Otamendi, Balde, Gavi, Pedri, Koke, Gakpo, Jota, Cancelo, Ansu Fati, Depay, Pique, Pedro Léon, Pedro, Bruno, Hazard, Courtois, Szczensy, T.Alexander Arnold, Fernando Torres, Robben, Van de Ven, Van Nistelrooy, Giroud, Mascherano, Umtiti, Rice, Gerd Muller, T. Muller, Beckenbauer, Alexis Sánchez, Arturo Vidal, Paolo Guerrero, John Stones, Hugo Sánchez, Raúl Jiménez, Santi Gimenez, Ferran Torres, Fermin López, G. Di Lorenzo, Hakimi, Mahrez, Guerreiro, Dani Olmo, Di María, Rakitic, Zanetti, Zidane, Paolo Dybala, Pele, Maradona, De Ligt, Theo Hernández, Tonali, Raúl, Belotti, Lukaku, Romeu y Van Dijk son futbolistas? ⚠️Si llegaste hasta aqui deja tu like
2025-07-29 03:35:48
1
josefemmanuel__0
Josef :
ese va ser mi sueño tocar el campo❤️
2025-07-26 18:02:21
2
thiago....gonza
thiago :
a veces hay prioridades
2025-07-09 23:52:23
1
samuel.gil.sanche0
MILLOS09712 :
Sueño de todo hombre🗿👌
2025-07-10 02:07:39
4
ffmrasesino123
Manu jt :
con la bendición de Dios lo lograre
2025-07-10 13:10:27
3
ivonne.amat.ayala
Ivonne Amat Ayala :
Todas.tus metas se llevarán a cabo, solo tienes.que tener fe y.esforzarte, todo lo bueno cuesta en esta vida. Cree en ti, yo creo en ti con amor y con.mi.corazón, en soñar en grande que lo lograrás. En el.camino encontrarás muchos obstáculos pero son pruebas para ver tu fortalezca, pero pase lo que pase al final del túnel esta esa lucecita que tú puedes. Te quiero del infinito hasta la.eternidad. Mi Gabrielito
2025-07-09 15:55:50
3
kenneth.valencia94
Kenneth Valencia :
yo también pero con el favor de Dios
2025-07-06 22:11:15
12
trihard619
♧TRIHARD :
bro como es la vida de bella imagena llegar a un estadio y ver todas esas bancas con jente apoyandote
2025-07-10 02:53:14
4
verabilhxjs
Mateo :
yo igual😔
2025-07-10 16:21:45
2
juan.nuez239
Diego 🔥🥀🥷🏻 :
recuerda mi nombre Juan Diego Núñez 🔥
2025-07-20 18:03:40
1
mathiasnorena
matx_iz✝️💸 :
ma dond yo llegue a pisar el atanasio me pongo a llorar y lo vamos a lograr si dios permite 🏆
2025-07-09 15:43:31
1
To see more videos from user @santiago.rx07, please go to the Tikwm homepage.

Other Videos

Detailed Introduction of GGJ Low-voltage Capacitor Cabinets # Structural Features - **Cabinet Structure**: Generally, it is fabricated and assembled from 8MF open-section steel or cold-rolled steel plates through bending. The protection level of the cabinet usually reaches IP30 or above, which can effectively prevent dust and the intrusion of foreign objects. - **Internal Layout**: The internal electrical components are arranged reasonably. There are independent compartments, such as the busbar chamber, circuit breaker chamber, capacitor chamber, and control circuit chamber. These compartments are isolated from each other to ensure safe operation and convenient maintenance. - **Connection Mode**: The busbars are generally connected with copper bars or aluminum bars, which have good electrical conductivity and mechanical strength. The connection between electrical components is realized through wires or busbars. The connections are firm and reliable, and standard terminal blocks are used, making wiring and maintenance convenient. ### Working Principle GGJ low-voltage capacitor cabinets mainly achieve reactive power compensation by connecting capacitor banks in parallel in the low-voltage power distribution system. When inductive loads in the power grid, such as motors and transformers, are operating, they consume a large amount of reactive power, resulting in a decrease in the power factor. After the capacitors in the capacitor cabinet are connected to the power grid, they will generate reactive current that leads the voltage. This reactive current offsets the reactive current of the inductive loads, thereby reducing the transmission of reactive power in the power grid, improving the power factor, reducing line losses, and improving voltage quality. ### Performance Parameters - **Rated Voltage**: Commonly 380VAC 3~, and some can also be applied to 660VAC 3~ systems. - **Rated Frequency**: Generally 50Hz or 60Hz. - **Compensation Capacity**: Usually ranging from 60kvar to 420kvar, and can be selected and combined according to actual needs. - **Compensation Mode**: It adopts a combination of three-phase compensation and single-phase compensation. The switching modes include cyclic switching, coded switching, automatic switching controlled by fuzzy control, etc. The fastest response time is ≤20ms. ### Main Components and Their Functions - **Capacitors**: They are the core components for realizing reactive power compensation. They store and release electric field energy, providing reactive power support for the power grid. - **Reactors**: Connected in series with the capacitors, their main functions are to limit the inrush current when the capacitors are put into operation, suppress harmonics in the power grid, and protect the capacitors and other electrical components. - **Contactors**: Used to control the switching on and off of the capacitor banks, achieving automatic control of reactive power compensation. - **Fuses**: When an overload or short-circuit fault occurs in the circuit, the fuse elements melt and cut off the circuit to protect the safety of electrical equipment and lines. - *#tiktokrefugee #cat#tiktokban#china#抖音难民#IngenieríaEléctrica #DiseñoDeTransformadores #DiseñoDeInductores #TecnologíaDeTransformadores #IngenieríaEléctrica #EnvolturaFoil #FabricaciónDeTransformadores #EficienciaEnergética #DiseñoEléctrico #EnvolturaDeTransformadores #InnovaciónEnIngeniería #TecnologíaDeTransformadores #EnvolturaDeCobre #TransformadoresDeEnergía #TécnicasDeIngeniería #ComponentesEléctricos #EnvolturaEficiente #TransformadoresDeEnergía #FabricaciónDeTransformadores #ComponentesEléctricos #IngenieríaExplicada https://skfbearing.com/detailed-introduction-of-ggj-low-voltage-capacitor-cabinets.html#electric #electricalengineer #kimtuotdaydien #foryou #tiktok #chargeman #sparky #Vlog #electrician #electricianlife #fyp #fypシ #electricaltips #Angola #www.skfbearing.com #electriciansoftiktok #dayinthelife #dayinmylife #trending #fry
Detailed Introduction of GGJ Low-voltage Capacitor Cabinets # Structural Features - **Cabinet Structure**: Generally, it is fabricated and assembled from 8MF open-section steel or cold-rolled steel plates through bending. The protection level of the cabinet usually reaches IP30 or above, which can effectively prevent dust and the intrusion of foreign objects. - **Internal Layout**: The internal electrical components are arranged reasonably. There are independent compartments, such as the busbar chamber, circuit breaker chamber, capacitor chamber, and control circuit chamber. These compartments are isolated from each other to ensure safe operation and convenient maintenance. - **Connection Mode**: The busbars are generally connected with copper bars or aluminum bars, which have good electrical conductivity and mechanical strength. The connection between electrical components is realized through wires or busbars. The connections are firm and reliable, and standard terminal blocks are used, making wiring and maintenance convenient. ### Working Principle GGJ low-voltage capacitor cabinets mainly achieve reactive power compensation by connecting capacitor banks in parallel in the low-voltage power distribution system. When inductive loads in the power grid, such as motors and transformers, are operating, they consume a large amount of reactive power, resulting in a decrease in the power factor. After the capacitors in the capacitor cabinet are connected to the power grid, they will generate reactive current that leads the voltage. This reactive current offsets the reactive current of the inductive loads, thereby reducing the transmission of reactive power in the power grid, improving the power factor, reducing line losses, and improving voltage quality. ### Performance Parameters - **Rated Voltage**: Commonly 380VAC 3~, and some can also be applied to 660VAC 3~ systems. - **Rated Frequency**: Generally 50Hz or 60Hz. - **Compensation Capacity**: Usually ranging from 60kvar to 420kvar, and can be selected and combined according to actual needs. - **Compensation Mode**: It adopts a combination of three-phase compensation and single-phase compensation. The switching modes include cyclic switching, coded switching, automatic switching controlled by fuzzy control, etc. The fastest response time is ≤20ms. ### Main Components and Their Functions - **Capacitors**: They are the core components for realizing reactive power compensation. They store and release electric field energy, providing reactive power support for the power grid. - **Reactors**: Connected in series with the capacitors, their main functions are to limit the inrush current when the capacitors are put into operation, suppress harmonics in the power grid, and protect the capacitors and other electrical components. - **Contactors**: Used to control the switching on and off of the capacitor banks, achieving automatic control of reactive power compensation. - **Fuses**: When an overload or short-circuit fault occurs in the circuit, the fuse elements melt and cut off the circuit to protect the safety of electrical equipment and lines. - *#tiktokrefugee #cat#tiktokban#china#抖音难民#IngenieríaEléctrica #DiseñoDeTransformadores #DiseñoDeInductores #TecnologíaDeTransformadores #IngenieríaEléctrica #EnvolturaFoil #FabricaciónDeTransformadores #EficienciaEnergética #DiseñoEléctrico #EnvolturaDeTransformadores #InnovaciónEnIngeniería #TecnologíaDeTransformadores #EnvolturaDeCobre #TransformadoresDeEnergía #TécnicasDeIngeniería #ComponentesEléctricos #EnvolturaEficiente #TransformadoresDeEnergía #FabricaciónDeTransformadores #ComponentesEléctricos #IngenieríaExplicada https://skfbearing.com/detailed-introduction-of-ggj-low-voltage-capacitor-cabinets.html#electric #electricalengineer #kimtuotdaydien #foryou #tiktok #chargeman #sparky #Vlog #electrician #electricianlife #fyp #fypシ #electricaltips #Angola #www.skfbearing.com #electriciansoftiktok #dayinthelife #dayinmylife #trending #fry

About