Switched PDUs & Power Rails

Quality switching rack PDUs for remote power control in data centres, server rooms, Industrial, and critical IT environments.

 

SECAP’s switched PDUs (also known as switching PDUs) allow remote on/off control of individual power outlets within a rack.
They are commonly used in Australian data centres, communications rooms and industrial IT environments where remote power cycling, equipment isolation and uptime are critical.

Our switched rack PDUs are designed and manufactured to Australian conditions, with a strong focus on reliability, electrical safety and long-term serviceability.

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What Is a Switched PDU?

A switched PDU is a rack-mounted power distribution unit that allows individual outlets (or outlet groups) to be switched on or off remotely.

This enables operators to:

• Reboot unresponsive equipment without physical access

• Isolate faulty loads

• Reduce downtime and unnecessary site visits

• Improve control in unattended or edge locations

Switched PDUs are at the high end of intelligent PDUs, offering the best of Management and Control..

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Switched On/Off Remote Outlet Control

SECAP’s Switched Rack PDUs / Power Rails give Australian IT teams the ability to control power to individual outlets remotely, enabling safe rebooting, load management, maintenance, and energy optimisation all without physically accessing the rack.

Ideal for high-density server rooms, network operations, and unmanned installations, these units combine reliable power distribution with smart outlet-level control.

Vertical and horizontal mounting options, multiple outlet types, and built-in circuit protection make our switched power rails flexible, safe, and easy to integrate.

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Why Use Switching PDUs in Australian IT Environments?

Switching PDUs are widely deployed across Australia due to large distances, remote sites and high labour costs associated with on-site access.

Common use cases include:

• Data centres and co-location facilities

• Edge computing and remote cabinets

• Telecommunications shelters

• Broadcast and AV racks

• Industrial control and automation systems

Key benefits:

• Remote outlet control

• Faster fault recovery

• Reduced truck rolls

• Improved uptime

• Controlled power sequencing

 

Australian Designed & Supported

Unlike many other rack PDUs, SECAP switching PDUs are:

• Designed for Australian installations

• Built to meet relevant electrical standards

• Supported locally

• Available in standard or bespoke configurations

We work closely with our channel partners to ensure each switching PDU is suited to the rack layout, load profile and environment.

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Custom Switching PDU Solutions

If your application doesn’t fit a standard model, SECAP can provide custom switched PDUs, including:

• Custom outlet layouts

• Mixed outlet types

• Custom cable lengths and plug types

• Integration with monitoring or control system

Link: Contact SECAP to discuss a custom switching PDU

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Why Choose Switched Rack PDUs / Power Rails

• Remote outlet control: 
  Power individual devices on or off via web interface or network management system.

• Safe rebooting and maintenance: 
  Reduce downtime by rebooting equipment without touching the rack.

• Flexible form-factors: 
  Vertical 0U or horizontal 1U/2U mounting fits any rack layout.

• Outlet & input options: 
  Australian SAA GPO, IEC C13 / IEC C19, IEC LOCK or mixed sockets; single-phase or three-phase input.

• Reliable and safe: 
  Built-in circuit breakers, overload protection, and compliance with electrical standards.

• Australian support: 
  Guidance for installation, network integration, and operational use.

 

Key Features

• Network-enabled switching for individual outlets.

• Vertical (0U) and horizontal (1U/2U) rack-mountable designs.

• Multiple outlet configurations including IEC and Australian sockets.

• Single-phase or three-phase input options.

• Built-in circuit protection for safe operation.

• Compatible with UPS, networking equipment, servers, and standard rack devices.

 

Typical Use Cases

• Remote IT racks or data centres: 
  Reboot or power cycle devices without onsite access.

• High-density racks: 
  Manage loads per device or group to balance energy consumption.

• Maintenance & troubleshooting: 
  Safely restart servers, switches, or other equipment during off-hours.

• Energy optimisation: 
  Turn off non-critical devices remotely to save power.

• Unmanned installations: 
  Maintain uptime and operational control remotely.

 

How to Choose a Switched Rack PDU / Power Rail

1. Form factor: 
   Vertical 0U or horizontal 1U/2U depending on rack space.

2. Outlet requirements: 
   Count, type (IEC C13/C19 vs Australian GPO), and combination options.

3. Input power: 
   Single-phase vs three-phase according to your infrastructure.

4. Network control: 
   Ensure compatibility with your network management or SNMP-based systems.

5. Load protection: 
   Built-in breakers and alerts to safeguard connected equipment.