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- Vertiv Paralleling POD and centralized maintenance bypass for GXT4 10kVA RT – GXT320KPPRT230
Vertiv Paralleling POD and centralized maintenance bypass for GXT4 10kVA RT
Vertiv Paralleling POD and centralized maintenance bypass for GXT4 10kVA RT
MPN GXT320KPPRT230
Nivel de existencias
This paralleling POD is the optimum solution for parallel or redundant UPS systems including Liebert GXT4 10kVA RT 230V UPSs. It includes a centralized maintenance bypass for any servicing operation as well as several output power distributions sockes (IEC320 C13 and C19) for direct connection of the loads. It is a quite robust element that helps in the connection of the multiple UPSs running in parallel/redundant configuraitons up to 20kVA (2+1).
Centralized maintenance bypass for Liebert GXT4 10kVA parallel/redundant systems
Up to 3 Liebert GXT4 10kvA UPSs can be connected
Output power distribution function, with IEC320 C13 and C19 sockets
Front panel operation
Separate input and output isolation breakers for each individual UPS
Especificaciones de GXT320KPPRT230
Features
Color producto
Black
Compatibilidad
Liebert GXT4 10kVA RT
Logistics data
Código del Sistema Armonizado (SA)
85079080
Package dimensions
Gross Weight (Package, kg)
1 kg
Height (package,cm)
43 cm
Width (package,cm)
26 cm
Product dimensions
Net Weight (Product, kg)
0,9 kg
Technical details
Código del Sistema Armonizado (SA)
85079080
Vendor information
Brand Name
Warranty
2 Año/s
Descripción
Paralleling POD and centralized maintenance bypass for GXT4 10kVA RT
This paralleling POD is the optimum solution for parallel or redundant UPS systems including Liebert GXT4 10kVA RT 230V UPSs. It includes a centralized maintenance bypass for any servicing operation as well as several output power distributions sockes (IEC320 C13 and C19) for direct connection of the loads. It is a quite robust element that helps in the connection of the multiple UPSs running in parallel/redundant configuraitons up to 20kVA (2+1).
*Los datos de producto anteriores son proporcionados por Icecat. EET no se hace responsable de los errores en relación con esto.