| Marca | MV Switchgear Accessories |
| Numerus Modeli | VTG Series Triphas Solid State Relays |
| currens operativus nominatus | 25Amps |
| Series | VTG |
Series VTG triplex solidus status relais (SSR) est dispositivum commutationis sine contactu, specialiter designatum pro controllo oneris triplex industriali. Basatum super technologia semiconductoria, per signa microelectronica currentem magnam on/off controllat, omnino substituens relais mechanicum traditionale. Haec series duos modos operationis integrat: conductionem transversalem nullam et conductionem casualem, supportans latum ambitum currentis de 3 × 25A ad 150A, aptum pro systematis AC 480V/530V, praebensque controllem stabilem altam pro oneribus sicut motoribus triplex et aequipamento calefactionis.
Advantages of VTG series three-phase solid-state relay products:
1. Longa vita et alta fidelitas
Nulla structura contactus mechanicorum, resistentia ad vibrationes, explosiones et corrosionem, cum vita quae potest decuplare vitam relais traditionalium.
2. Fortis performantia anti-interferentiae
Isolatio electrica 2500V pro terminis input/output, compatibilis cum niveis logicis TTL/DTL/HTL, resistens fortiter interventui electromagneticum.
3. Responsum dynamicum
Tolerantia dv/dt magna (>1000V/μ s), controlle precise inductorum onerum start-stop, et suppressio spicarum tensionis.
4. Administratio intelligentis visibilis
Indicatio status input LED, monitoratio real-time signorum controlis, meliorans efficientiam diagnosi defectuum.
5. Controlle compatibilitatis ampli ambitus
Supportat tensio controlis DC 3-32V vel AC 90-280V, compatibilis cum variis fontibus signalis sicut PLC et controller temperaturae.
Application of VTG series three-phase solid-state relay products:
1. Systema automationis industrialis
Controlle start-stop motorum triplex (ventilator, pompa, fascia transportans)
Regulatio potentiae forni electrici calefactoris et aequipamenti constantis temperature
Administratio potentiae machinarum gravis sicut machinae injectionis et compressores
2. Energia et controlle potentiae
Dispositivum commutationis automaticum pro armario distributionis
Systema commutationis capacitoris compensationis potentiae reactivae
Controlle circuiti auxiliaris inverteris photovoltaici
3. Publica facilitates et administratio edificii
Controlle unitatis aeris conditionati triplex pro edificiis
Commutatio potentiae matrix luminis sceni
Dispatchatio potentiae systematis signalis viarum
4. Agri instrumentorum specialium
Modulus potentiae altus instrumentorum medicorum
Aequipamentum electricum environmentalis explosion-proof (chemicum, minatorium)
Dispositivum controlis precisionis temperature laboratori
Selectio Producti
| 25Amps | 40Amps | 60Amps | 80Amps | 100Amps | 120Amps | 150Amps | ||
| 3 to 32VDC | 480VAC”Z” | VTG25DA48Z | VTG40DA48Z | VTG60DA48Z | VTG80DA48Z | VTG100DA48Z | VTG120DA48Z | VTG150DA48Z |
| 3 to 32VDC | 480VAC”R” | VTG25DA48R | VTG40DA48R | VTG60DA48R | VTG80DA48R | VTG100DA48R | VTG120DA48R | VTG150DA48R |
| 3 to 32VDC | 530VAC”Z” | VTG25DA53Z | VTG40DA53Z | VTG60DA53Z | VTG80DA53Z | VTG100DA53Z | VTG120DA53Z | VTG150DA53Z |
| 3 to 32VDC | 530VAC”R” | VTG25DA53R | VTG40DA53R | VTG60DA53R | VTG80DA53R | VTG100DA53R | VTG120DA53R | VTG150DA53R |
| 90 to 280VAC | 480VAC”Z” | VTG25AA48Z | VTG40AA48Z | VTG6OAA48Z | VTG80AA48Z | VTG100AA48Z | VTG120AA48Z | VTG150AA48Z |
| 90 to 280VAC | 480VAC”R” | VTG25AA48R | VTG40AAT8R | VTG6OAA48R | VTG80AA48R | VTG10OAA48R | VTG120AA48R | VTG150AA48R |
| 90 to 280VAC | 530VAC”Z” | VTG25AA53Z | VTG40AA53Z | VTG6OAA53Z | VTG80AA53Z | VTG100AA53Z | VTG120AA53Z | VTG150AA53Z |
| 90 to 280VAC | 530VAC”R” | VTG25AA53R | VTG40AA53R | VTG60AA53R | VTG80AA53R | VTG100AA53R | VTG120AA53R | VTG150AA53R |
| ControlVoltage | OutputVoltage | Rated Operational Current | ||||||
Specificationes Input
| Amplitudo Tensionis Controlis | 3 ad 32VDC | 90 ad 280VAC |
| Cursus Ingressus [Max.] | 33/56mADC @=5V/12V | 13mAAC @=220V |
| Parametri Ingressus | U | A |
| Tensio Obligatoria Ad Extinguendum | 1VDC | 10VAC |
| Tensio Obligatoria Ad Accendendum | 3VDC | 90VAC |
| Index Parametrorum | Limites Specificationis | |
| Tensio Reversa [Max.] | -6VDC | / |
Specificationes de Exitu
| Intervallus Frequentialis | Hz | 47 ad 63 | ||||||
| Amplitudo Currus Onus | Arms | 3×25 | 3×40 | 3×60 | 3×80 | 3×100 | 3×120 | 3×150 |
| Amplitudo Tensionis Onus [480V] | Vrms | 48 ad 480 | ||||||
| Amplitudo Tensionis Onus [530V] | Vrms | 53 ad 530 | ||||||
| Numerus Modeli:VTG | Amps | 25 | 40 | 60 | 80 | 100 | 120 | 150 |
| Currens Fugae Status Off [Max.] | mArms | ≤8 | ||||||
| dv/dt Status Off [Min.] | V/usec | 500 | ||||||
| Decrescens Tensionis Status On [Max.] | Vrms | 1.8 | ||||||
| Parametri Output | Unitates | Limites Specificationis | ||||||
| Currens Surge 20mSec [Max.] | Arms | 300 | 400 | 600 | 800 | 1000 | 1200 | 1500 |
| Resistentia Thermalis, [Rthjc] | °C/W | 0.75 | 0.55 | 0.46 | 0.38 | 0.34 | 0.23 | 0.23 |
| Overvoltage Transitoria [480V] | Vpk | ≥1200 | ||||||
| Overvoltage Transitoria [530V] | Vpk | ≥1400 | ||||||
| Tempus Extinctionis [Max.]“A” | mSec | 10 | ||||||
| Tempus Extinctionis [Max.]“D” | Cycle | 1/2 | ||||||
| Tempus Ignitionis [Max.]“Z” | Cycle | 1/2 | ||||||
| Tempus Ignitionis [Max.]”R” | mSec | 1 | ||||||
