Bachmann BN PRO M+ Metered – 32A Rack PDU with 24xC13 12xCombo 6xMCB, 3.0m CEE 32A/5p (BM0024758)

Why is the Bachmann BN PRO M+ BM0024758 the right 3-phase rack PDU for high-density data centers?

Die Bachmann BN PRO M+ Metered BM0024758 is specifically designed for high-power, 3-phase data center environments with high energy demand and many consumers, offering a powerful combination of high connection capacity and precise energy management. With 24 C13 IEC outlets and 12 combo outlets of type C13/C15/C19/C21 it can supply up to 36 devices reliably and efficiently with an impressive power capacity of 22 kW (32 A / 400 V). Six hydraulic-magnetic circuit breakers rated at 16 amps each distribute overload protection evenly across all three phases and reliably protect the connected IT infrastructure from overcurrent and overload. Per-socket monitoring provides precise and comprehensive measurements for current, voltage, reactive power, apparent power, active power, reactive energy, apparent energy, active energy, frequency and power factor — ensuring complete transparency in energy management at the outlet level. The 2.4-inch TFT color display as well as color-coded frames in blue and red make quick identification and management of the PDU at the rack easy, even in densely populated high-density data centers. The supplied L-shaped mounting bracket enables quick, secure installation without additional accessories.

What network and monitoring options does the Bachmann PDU BM0024758 offer for the professional data center?

The BN PRO M+ Metered BM0024758 provides a comprehensive package of remote management and networking options for professional data centers. The integrated web server with a full-featured web interface allows convenient access to all functions and measurement data via any standard browser without installing additional software. Two independent Ethernet ports — a Gigabit port with PoE support and a 10/100 Mbps port — as well as SNMP support enable seamless integration into existing IT monitoring and management systems such as Nagios, Zabbix, PRTG or DCIM solutions. Via the PDU chaining interface up to 20 PDUs can be networked and centrally managed through a single interface — ideal for complex data centers with many rack units. An RJ45 port for up to ten external sensors enables monitoring of temperature, humidity, water leakage and other environmental parameters. A USB-C port (USB 2.0) as well as automated provisioning options, data logging and alerting functions complete the management package.

How does the Bachmann BN PRO M+ 3-phase PDU ensure maximum availability during operation?

For environments where downtime is not an option, the Bachmann BN PRO M+ Metered BM0024758 offers decisive advantages through fully hot-swappable main components. Both the controller and the power supply can be fully replaced during operation — without shutting down connected devices and without any interruption of power. This minimizes unplanned downtime to an absolute minimum and greatly simplifies maintenance, replacement and configuration tasks, even in critical 24/7 environments with the highest availability requirements and strict SLAs. With a length of 1940 mm, a 3.0 m supply cable (4 mm²) with a red CEE-32A plug and the supplied L-shaped mounting bracket, the 3-phase rack PDU BM0024758 from Bachmann is ready for immediate use. For operators of 3-phase high-performance data centers who demand maximum energy transparency, availability and manageability of their IT infrastructure, the Bachmann BN PRO M+ Metered BM0024758 is the optimal choice. The combination of 36 outlets, precise per-socket measurement, hot-swap capability and comprehensive remote management makes it a complete management solution for professional high-performance environments. The Bachmann BN PRO M+ Metered BM0024758 convinces with its well-thought-out combination of high power capacity, flexible outlet configuration and comprehensive energy management. It is the ideal choice for administrators who require full control over every single consumer in 3-phase high-performance environments.