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| Part No: | SB-A784VMB1323 |
| Manufacturer No: | A784VMB1323 |
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The Schleifenbauer A784VMB1323 Managed Vertical PDU 5.0 Gateway is a high-end power distribution solution designed for demanding environments such as data centers and high-performance computing setups. Equipped with 24 outlets and operating at a robust 32A, this PDU offers advanced power management features that allow for detailed monitoring at multiple levels, branch, and individual outlet.
Its PDU 5.0 technology ensures not only real-time energy monitoring but also enables remote power cycling of outlets, providing effective troubleshooting and operational efficiency. Whether it's the need for precise power distribution, efficient remote management, or for a growing infrastructure, the Schleifenbauer A784VMB1323 Managed Vertical PDU 5.0 Gateway delivers a comprehensive, secure, and reliable power management experience.
The Schleifenbauer A784VMB1323 features remote display capabilities via a smartphone NFC app, allowing up to 100 PDUs to share a single IP address, and is designed to be ESD safe with a toolless, hot-swappable communications module for easy upgrades or maintenance.
The Gateway Module offers dual 1Gbps Ethernet connectivity (RJ45/USB), supports RJ45 daisy chaining, USB expansion/sensor integration, and utilizes TLS encrypted communication for seamless interaction with the Enertree PDU monitoring and management software.
Operating with a single-phase 32A capacity, the A784VMB1323 is optimized for 230VAC power at a frequency of 50Hz, ensuring reliable energy distribution in various industrial and data center applications.
The unit comes with a 3-meter power lead, featuring a CEE plug and strain relief height of 2.5cm, designed to comply with safety standards and provide ease of installation in tight spaces.
For additional safety, the A784VMB1323 includes two 16A thermal breakers (ETA), providing overcurrent protection and ensuring the system operates safely under various load conditions.
*For complete specifications please see the documentation tab above.
Starting April 2025, Schleifenbauer is introducing the PDU 5.0, a cutting-edge Power Distribution Unit (PDU) crafted through collaboration with over 40 data centre operators. This next-generation PDU, paired with EnerTree software, is designed to address the unique challenges of modern data centres. Perfectly suited for the high demands of Artificial Intelligence (AI), High-Performance Computing (HPC), and Machine Learning (ML), the PDU 5.0 provides enhanced energy management and performance optimisation. With this solution, data centres can expect reliable, scalable power distribution, advanced monitoring, and seamless adaptability to the evolving digital landscape.
The PDU 5.0 by Schleifenbauer streams live data from the PDU, offering real-time monitoring of power usage and environmental factors. This provides instant access to critical data, allowing you to respond immediately to changes and prevent potential issues, contributing to a more stable and reliable IT environment.
With the ability to manage up to 100 PDUs through a single IP address, the PDU 5.0 minimises network management complexity. This saves time and reduces operational costs, enabling data centre managers to work more efficiently.
The integrated LED ring provides a quick visual status display of the PDU, allowing administrators to instantly understand the PDU’s status and detect any alerts or issues. This feature makes routine checks faster and simpler.
Using the Rack PDU Display app and NFC technology, you can easily access PDU data without the need for a physical display on the PDU itself. This adds flexibility, eliminates a vulnerable component, and allows for secure, rapid local access to PDU measurement data.
With encryption and specific access settings, the PDU 5.0 ensures secure data exchange within your data centre, keeping sensitive information well-protected.
The PDU 5.0 comes equipped with EnerTree software, enabling advanced energy management with monitoring, reporting, and alert features.
The software supports various devices, including third-party PDUs, UPS systems, cooling equipment, and sensors, making it an all-in-one solution for data centre managers.
This functionality enables the PDU to measure the total incoming energy consumption. The unit monitors the complete flow of current, voltage, power, and energy (kWh) from the power source into the PDU.
This data provides valuable insights for analysing and optimising energy usage within the data centre or server room – supporting cost control, capacity planning, and the identification of inefficiencies.
If the PDU is configured with multiple phases, energy consumption is measured per phase. If divided into multiple protected groups, consumption is monitored individually per group.
Measured parameters include: Voltage (V), Voltage dips/spikes (V), Current (A), Peak current (A), Active power (W), Apparent power (VA), Reactive power (VAR), Energy (Wh), Apparent energy (VAh), Total harmonic distortion (%), Crest factor, Frequency (Hz), Power factor.
Monitoring energy consumption also helps improve Power Usage Effectiveness (PUE) – a key metric for energy efficiency in data centres – and supports compliance with the EU Energy Efficiency Directive (EED).
This functionality provides real-time insight into the energy consumption of each connected IT device through individually monitored outlets. It enables precise measurement of voltage, current, power and energy (kWh) per outlet, allowing organisations to optimise energy management and cost allocation.
Ideal for capacity planning, predictive maintenance, and cost distribution in environments such as colocation facilities, it also enables detailed energy analysis, real-time monitoring and reporting, and seamless integration with DCIM tools. This functionality supports sustainability goals by improving energy efficiency – for example, by identifying so-called “zombie servers” that consume power but contribute no real workload.
Eliminating such unused resources leads to significant cost savings and improved operational efficiency. Measured parameters: Voltage (V), Current (A), Peak current (A), Active power (W), Apparent power (VA), Reactive power (VAR), Energy (Wh), Apparent energy (VAh), Total harmonic distortion (%), Crest factor, Power factor.
This functionality allows connected IT hardware to be remotely powered on or off, enhancing flexibility and efficiency in data centre management. Utilising Near Zero Voltage Switching (N-ZVS) and Outlet Switching Delay, each outlet can be controlled with optimised performance while reducing electrical stress on the power infrastructure.
A remotely switchable PDU provides key benefits such as: Improved energy efficiency by powering down unused equipment, Reduced operational costs through fewer on-site interventions, Enhanced outlet-level power control, Increased availability via remote reboots during incidents In addition, the PDU supports compliance with EU energy efficiency regulations, including the Energy Efficiency Directive (EED).
The modular structure of the PDU 5.0, with hot-swappable communication modules such as Gateway, Controller, and Daisy Chain, offers flexible integration without downtime. This allows for easy adaptation to evolving data centre needs without operational interruptions.
With plug-and-play sensor capabilities, the PDU supports up to 32 sensors per unit, enabling extensive environmental monitoring and management. The dual 1 Gbps network connectivity (Ethernet port & USB Port), Dual Databus, and Dual USB on the Gateway and Controller modules ensure reliable, high-speed connections within your network.Designed for advanced energy management alongside the EnerTree Platform with web GUI, this module centralises data from PDUs, improving efficiency and lowering costs by requiring less hardware within the PDU.
The intelligence of the PDU resides within the EnerTree Platform for high-compute power monitoring, optimising physical storage for historical PDU data, assisting with risk analysis, and system management.
The Gateway module is equipped with a 1 Gbps Ethernet RJ45 port with status indicators, 2 Databus RJ45 ports with status indicators, and 2 USB-A ports. A secondary 1 Gbps Ethernet port is supported via USB. All interfaces support zero-touch provisioning (plug-and-play).
The embedded EnerTree Lite software with an internal web GUI for conventional management. For data centres that prefer a traditional, standalone approach, the Controller Module provides an embedded EnerTree Lite solution with PDU intelligence and web interface within the module.
This module is fully compatible with other PDU monitoring and management software, delivering essential functionality via “EnerTree Lite,” a simplified version of the complete EnerTree platform.
The Controller module is equipped with a 1 Gbps Ethernet RJ45 port with status indicators, 2 Databus RJ45 ports with status indicators, and 2 USB-A ports. A secondary 1 Gbps Ethernet port is supported via USB. All interfaces support zero-touch provisioning (plug-and-play).
A secure data communication module without an Ethernet port, collecting and transmitting data from PDU to the Gateway or Controller. The Daisy Chain Module acts as a Data Relay Module, facilitating PDU network expansion by creating a ring topology.
This reduces the need for additional Ethernet ports and enhances security by minimising the risk of external access. In this ring configuration, a single Gateway or Controller module suffices to communicate with the EnerTree platform or other PDU monitoring systems, supporting up to 100 PDUs on one IP address.
This setup enables ultra-fast, real-time data transmission, improving scalability and operational efficiency. The module is equipped with 2 Databus RJ45 ports with status indicators and 2 USB-A ports. All interfaces support zero-touch provisioning (plug-and-play).
The Schleifenbauer A784VMB1323 Managed Vertical PDU 5.0 Gateway is a high-end power distribution solution designed for demanding environments such as data centers and high-performance computing setups. Equipped with 24 outlets and operating at a robust 32A, this PDU offers advanced power management features that allow for detailed monitoring at multiple levels, branch, and individual outlet.
Its PDU 5.0 technology ensures not only real-time energy monitoring but also enables remote power cycling of outlets, providing effective troubleshooting and operational efficiency. Whether it's the need for precise power distribution, efficient remote management, or for a growing infrastructure, the Schleifenbauer A784VMB1323 Managed Vertical PDU 5.0 Gateway delivers a comprehensive, secure, and reliable power management experience.
The Schleifenbauer A784VMB1323 features remote display capabilities via a smartphone NFC app, allowing up to 100 PDUs to share a single IP address, and is designed to be ESD safe with a toolless, hot-swappable communications module for easy upgrades or maintenance.
The Gateway Module offers dual 1Gbps Ethernet connectivity (RJ45/USB), supports RJ45 daisy chaining, USB expansion/sensor integration, and utilizes TLS encrypted communication for seamless interaction with the Enertree PDU monitoring and management software.
Operating with a single-phase 32A capacity, the A784VMB1323 is optimized for 230VAC power at a frequency of 50Hz, ensuring reliable energy distribution in various industrial and data center applications.
The unit comes with a 3-meter power lead, featuring a CEE plug and strain relief height of 2.5cm, designed to comply with safety standards and provide ease of installation in tight spaces.
For additional safety, the A784VMB1323 includes two 16A thermal breakers (ETA), providing overcurrent protection and ensuring the system operates safely under various load conditions.
*For complete specifications please see the documentation tab above.
Starting April 2025, Schleifenbauer is introducing the PDU 5.0, a cutting-edge Power Distribution Unit (PDU) crafted through collaboration with over 40 data centre operators. This next-generation PDU, paired with EnerTree software, is designed to address the unique challenges of modern data centres. Perfectly suited for the high demands of Artificial Intelligence (AI), High-Performance Computing (HPC), and Machine Learning (ML), the PDU 5.0 provides enhanced energy management and performance optimisation. With this solution, data centres can expect reliable, scalable power distribution, advanced monitoring, and seamless adaptability to the evolving digital landscape.
The PDU 5.0 by Schleifenbauer streams live data from the PDU, offering real-time monitoring of power usage and environmental factors. This provides instant access to critical data, allowing you to respond immediately to changes and prevent potential issues, contributing to a more stable and reliable IT environment.
With the ability to manage up to 100 PDUs through a single IP address, the PDU 5.0 minimises network management complexity. This saves time and reduces operational costs, enabling data centre managers to work more efficiently.
The integrated LED ring provides a quick visual status display of the PDU, allowing administrators to instantly understand the PDU’s status and detect any alerts or issues. This feature makes routine checks faster and simpler.
Using the Rack PDU Display app and NFC technology, you can easily access PDU data without the need for a physical display on the PDU itself. This adds flexibility, eliminates a vulnerable component, and allows for secure, rapid local access to PDU measurement data.
With encryption and specific access settings, the PDU 5.0 ensures secure data exchange within your data centre, keeping sensitive information well-protected.
The PDU 5.0 comes equipped with EnerTree software, enabling advanced energy management with monitoring, reporting, and alert features.
The software supports various devices, including third-party PDUs, UPS systems, cooling equipment, and sensors, making it an all-in-one solution for data centre managers.
This functionality enables the PDU to measure the total incoming energy consumption. The unit monitors the complete flow of current, voltage, power, and energy (kWh) from the power source into the PDU.
This data provides valuable insights for analysing and optimising energy usage within the data centre or server room – supporting cost control, capacity planning, and the identification of inefficiencies.
If the PDU is configured with multiple phases, energy consumption is measured per phase. If divided into multiple protected groups, consumption is monitored individually per group.
Measured parameters include: Voltage (V), Voltage dips/spikes (V), Current (A), Peak current (A), Active power (W), Apparent power (VA), Reactive power (VAR), Energy (Wh), Apparent energy (VAh), Total harmonic distortion (%), Crest factor, Frequency (Hz), Power factor.
Monitoring energy consumption also helps improve Power Usage Effectiveness (PUE) – a key metric for energy efficiency in data centres – and supports compliance with the EU Energy Efficiency Directive (EED).
This functionality provides real-time insight into the energy consumption of each connected IT device through individually monitored outlets. It enables precise measurement of voltage, current, power and energy (kWh) per outlet, allowing organisations to optimise energy management and cost allocation.
Ideal for capacity planning, predictive maintenance, and cost distribution in environments such as colocation facilities, it also enables detailed energy analysis, real-time monitoring and reporting, and seamless integration with DCIM tools. This functionality supports sustainability goals by improving energy efficiency – for example, by identifying so-called “zombie servers” that consume power but contribute no real workload.
Eliminating such unused resources leads to significant cost savings and improved operational efficiency. Measured parameters: Voltage (V), Current (A), Peak current (A), Active power (W), Apparent power (VA), Reactive power (VAR), Energy (Wh), Apparent energy (VAh), Total harmonic distortion (%), Crest factor, Power factor.
This functionality allows connected IT hardware to be remotely powered on or off, enhancing flexibility and efficiency in data centre management. Utilising Near Zero Voltage Switching (N-ZVS) and Outlet Switching Delay, each outlet can be controlled with optimised performance while reducing electrical stress on the power infrastructure.
A remotely switchable PDU provides key benefits such as: Improved energy efficiency by powering down unused equipment, Reduced operational costs through fewer on-site interventions, Enhanced outlet-level power control, Increased availability via remote reboots during incidents In addition, the PDU supports compliance with EU energy efficiency regulations, including the Energy Efficiency Directive (EED).
The modular structure of the PDU 5.0, with hot-swappable communication modules such as Gateway, Controller, and Daisy Chain, offers flexible integration without downtime. This allows for easy adaptation to evolving data centre needs without operational interruptions.
With plug-and-play sensor capabilities, the PDU supports up to 32 sensors per unit, enabling extensive environmental monitoring and management. The dual 1 Gbps network connectivity (Ethernet port & USB Port), Dual Databus, and Dual USB on the Gateway and Controller modules ensure reliable, high-speed connections within your network.Designed for advanced energy management alongside the EnerTree Platform with web GUI, this module centralises data from PDUs, improving efficiency and lowering costs by requiring less hardware within the PDU.
The intelligence of the PDU resides within the EnerTree Platform for high-compute power monitoring, optimising physical storage for historical PDU data, assisting with risk analysis, and system management.
The Gateway module is equipped with a 1 Gbps Ethernet RJ45 port with status indicators, 2 Databus RJ45 ports with status indicators, and 2 USB-A ports. A secondary 1 Gbps Ethernet port is supported via USB. All interfaces support zero-touch provisioning (plug-and-play).
The embedded EnerTree Lite software with an internal web GUI for conventional management. For data centres that prefer a traditional, standalone approach, the Controller Module provides an embedded EnerTree Lite solution with PDU intelligence and web interface within the module.
This module is fully compatible with other PDU monitoring and management software, delivering essential functionality via “EnerTree Lite,” a simplified version of the complete EnerTree platform.
The Controller module is equipped with a 1 Gbps Ethernet RJ45 port with status indicators, 2 Databus RJ45 ports with status indicators, and 2 USB-A ports. A secondary 1 Gbps Ethernet port is supported via USB. All interfaces support zero-touch provisioning (plug-and-play).
A secure data communication module without an Ethernet port, collecting and transmitting data from PDU to the Gateway or Controller. The Daisy Chain Module acts as a Data Relay Module, facilitating PDU network expansion by creating a ring topology.
This reduces the need for additional Ethernet ports and enhances security by minimising the risk of external access. In this ring configuration, a single Gateway or Controller module suffices to communicate with the EnerTree platform or other PDU monitoring systems, supporting up to 100 PDUs on one IP address.
This setup enables ultra-fast, real-time data transmission, improving scalability and operational efficiency. The module is equipped with 2 Databus RJ45 ports with status indicators and 2 USB-A ports. All interfaces support zero-touch provisioning (plug-and-play).
