Hager ZB323T15DT armário universal de medição e distribuição IP44 15 filas 180 TE 3 painéis branco

The Hager ZB323T15DT is a high-quality universal meter and distribution cabinet designed for professional electrical installations. This robust enclosure offers ample space for metering and distribution equipment, ensuring reliable power distribution in residential, commercial, and industrial settings. With its IP44 protection rating and double insulation (Protection Class II), it provides enhanced safety and durability.

Advantages

This cabinet features a pre-wired 5-pole busbar system and includes a main terminal block (HAK), simplifying installation and reducing wiring time. The lockable steel door ensures security, while the white RAL 9010 finish offers a clean, professional appearance. The cabinet supports surface, flush, and partially recessed mounting, providing flexibility for various installation environments.

Suitable for

• Meter and distribution applications in residential buildings
• Commercial electrical installations requiring up to 63 A main busbar rating
• Industrial power distribution with multiple fields and rows
• eHZ-compatible metering setups

Key specifications

• Cabinet Type: Universal Meter and Distribution Cabinet
• Protection Class: II (Double Insulated)
• IP Protection Rating: IP44
• Number of Fields: 3
• Total Rows: 15 (5 rows per field)
• Total Module Units (TE): 180 (12 TE per row)
• Meter Places: 1 (eHZ-compatible)
• Busbar System: 5-pole, pre-wired
• Main Terminal Block: Included (HAK)
• Material: Sheet steel
• Door Type: Steel door, lockable
• Mounting Type: Surface, Flush, Partially Recessed
• Colour: White (RAL 9010)
• Rated Voltage: 230/400 V AC
• Rated Current (Main Busbar): Up to 63 A
• Standards: VDE, DIN VDE 0603-1, DIN 43870-1, VDE-AR-N 4100
• Cable Entry: Flange openings top/bottom
• Installation Depth: 170 mm

Recommendations

For optimal performance, ensure proper installation by a qualified electrician. This cabinet is ideal for new constructions or retrofits where reliable and safe power distribution is required.