Bachmann BN ESSENTIAL PDU com medição 24xC13 4xC19 2xLS 3,0m CEE 32/3p

The Bachmann BN ESSENTIAL Metered PDU is a professional power distribution unit designed for data centers and server rooms requiring reliable and monitored power distribution. With 24 IEC C13 and 4 IEC C19 outlets, this metered PDU provides real-time local monitoring of current, voltage, power, and energy consumption per phase and total. It features a 3.0-meter cable with a CEE 32A 5-pin (3P+N+E) input plug, two circuit breakers for overload protection, and a robust aluminum housing for vertical 0U rack mounting. Ideal for 3-phase 400V AC environments, it ensures efficient power management and safety.

Advantages

Real-time local metering with True RMS accuracy per phase and total, allowing precise power monitoring. Integrated LED display for easy reading of electrical parameters. Two circuit breakers provide reliable overload protection. Durable aluminum construction ensures long life and heat dissipation. Vertical 0U mounting saves valuable rack space.

Suitable for

• Data centers and server rooms requiring 3-phase power distribution
• IT professionals needing local power monitoring
• High-density equipment racks with mixed C13 and C19 outlets

Key specifications

• PDU Type: Metered (Local Monitoring)
• Input Connector: CEE 32A 5-pin (3P+N+E)
• Input Voltage: 400V AC (3-Phase)
• Input Current: 32A
• Output Connectors: 24x IEC C13, 4x IEC C19
• Cable Length: 3.0 m
• Metering: Current (A), Voltage (V), Active Power (kW), Apparent Power (kVA), Energy (kWh), Power Factor (PF), Frequency (Hz)
• Metering Type: True RMS, Per Phase & Total
• Display: Integrated LED Display
• Overload Protection: 2x Circuit Breakers (LS)
• Mounting: Vertical 0U Rack Mount
• Housing Material: Aluminum
• Operating Temperature: 0 - 45 °C
• Humidity Range: 10 - 90% RH (non-condensing)
• Certifications: CE, RoHS

Recommendations

For optimal performance, ensure the PDU is installed by a qualified electrician and connected to a suitable 32A 3-phase power source. Regularly monitor the display to avoid overloading circuits.