Schneider A9HV342XNSX250 | Acti 9 Vertical TPN 42way with 3P NSX 250A incomer provision
Technical Specifications A9HV342XNSX250
-
Product Code: A9HV342XNSX250
-
Series: Acti 9
-
Type: TPN (Three-Phase and Neutral) vertical distribution board
-
Number of Outgoing Ways: 42
-
Incomer Provision: 3P NSX 250A molded case circuit breaker (not included)
-
Maximum Incomer Rating: 250 Amps
-
Voltage Rating: 230/400 V AC
-
Frequency: 50/60 Hz
-
Mounting: Wall-mounted
-
Enclosure Material: Epoxy powder-coated galvanized steel
-
Enclosure Color: RAL 7035 (light grey)
-
Degree of Protection: IP43 (upgradeable with accessories)
-
Busbar System: Fully shrouded copper busbars for operator safety
-
Cable Entry: Top and bottom knockouts for flexible wiring
-
Operating Temperature: -20°C to +60°C
-
Standards Compliance: IEC 61439-3 and IEC 60947-2
Key Features
This distribution board is designed for heavy-duty performance and offers several critical advantages for safe and efficient power management.
The board supports the installation of a Schneider NSX 250A MCCB as the incoming main device, allowing for high-capacity circuit protection and disconnection.
It includes 42 outgoing ways, providing sufficient circuit separation and flexibility for complex building systems with multiple loads.
Full compatibility with Schneider’s Acti 9 modular devices ensures seamless integration of miniature circuit breakers (MCBs), residual current devices (RCBOs), surge protection devices (SPDs), and energy meters.
The fully enclosed, touch-safe design and shrouded busbars ensure a high degree of safety during operation and maintenance, reducing the risk of accidental contact or arc faults.
The board’s vertical layout and wide internal space allow for simplified cable routing, easier installation, and enhanced maintenance accessibility.
The robust metal enclosure is treated with a corrosion-resistant epoxy coating, making it suitable for demanding environments.
Applications
This distribution board is suited to a wide range of applications where centralized power control and multiple outgoing circuits are required. Typical use cases include:
-
Commercial buildings such as shopping malls, office towers, and hotels
-
Industrial facilities and light manufacturing plants
-
Healthcare environments including hospitals and clinics
-
Educational institutions such as schools and universities
-
High-rise residential developments
-
Airports, transport hubs, and public infrastructure
-
Data centers and technology parks
There are no reviews yet.