
The ruggedized IE048-480 industrial power supply is a functional accessory for Allied Telesis products to build a solution suitable for Smart Cities (e.g. Surveillance & Security), Industrial Ethernet, Transportation or any application requiring systems that function in harsh environment with extended operating temperature.
The IE048-480 is a power supply delivering reliable 480W output power at 48Vdc; it was fully tested and validated to operate with Allied Telesis Industrial products.
Housed in compact metal case with DIN-rail clip, it takes special account of the mechanical robustness, electromagnetic compatibility and thermal characteristics to exhibit the required strengths to work satisfactorily in harsh environment where it will be exposed
Its highly efficient and stable output power has the capability to support 150% of peak load. The nominal output voltage of 48Vdc can be adjusted to match the application requirements.
The AC/DC rectifier operates over the full range of AC input voltage to fit worldwide power grids. The included active Power Factor Correction circuit (PFC) reduces energy costs by eliminating reactive power and harmonics from power lines. Besides the increment of efficiency, PFC is to comply with international regulations, which established limits on harmonic currents that can appear on the AC main line.

The DRB Series DIN Rail Power Supplies operate at 24-48V, depending on model— ideal for basic low-power applications. With industry-leading efficiency of up to 91%, the DRB Series supports the growing trend for simple, economic DIN power solutions for industrial, building automation and process control applications.
Housed in a robust plastic case, these power supplies feature a narrow design, saving space on the DIN rail. They operate from a universal input of 85 to 264V AC and have EN61000-3-2 compliance, enabling worldwide use. They can withstand a voltage of 300V AC surge for 5 seconds.

The DRB Series DIN Rail Power Supplies operate at 24-48V, depending on model— ideal for basic low-power applications. With industry-leading efficiency of up to 91%, the DRB Series supports the growing trend for simple, economic DIN power solutions for industrial, building automation and process control applications.
Housed in a robust plastic case, these power supplies feature a narrow design, saving space on the DIN rail. They operate from a universal input of 85 to 264V AC and have EN61000-3-2 compliance, enabling worldwide use. They can withstand a voltage of 300V AC surge for 5 seconds.

The ruggedized SDR Series industrial power supply is a functional accessory for Allied Telesis products to build a solution suitable for Smart Cities (e.g. Surveillance & Security), Industrial Ethernet, Transportation or any application requiring systems that function in harsh environment with extended operating temperature.

The SDR Series are power supplies delivering reliable 120-480W output power. Housed in compact metal case with DINrail clip, it takes special account of the mechanical robustness, electromagnetic compatibility and thermal characteristics to exhibit the required strengths to work satisfactorily in harsh environment where it will be exposed. Its highly efficient and stable output power has the capability to support 150% of peak load. The AC/DC rectifier operates over the full range of AC input voltage to fit worldwide power grids. The included active Power Factor Correction circuit (PFC) reduces energy costs by eliminating reactive power and harmonics from power lines. Besides the increment of efficiency, PFC is to comply with international regulations, which established limits on harmonic currents that can appear on the AC main line.

The ruggedized SDR Series industrial power supply is a functional accessory for Allied Telesis products to build a solution suitable for Smart Cities (e.g. Surveillance & Security), Industrial Ethernet, Transportation or any application requiring systems that function in harsh environment with extended operating temperature.

The Allied Telesis AT-MCF3300PWR-980 is a TAA (Federal) compliant optional spare or redundant DC power supply designed specifically for the MCF3300 modular media converter chassis. Engineered to enhance resilience and uptime, this hot-swappable DC PSU enables high-availability deployments by providing power redundancy for mission-critical fibre and copper media conversion environments.
Key Features of Allied Telesis AT-MCF3300PWR-980
Optional spare or redundant DC power supply for the MCF3300 chassis
TAA (Federal) compliant for government and regulated deployments
Hot-swappable design for non-disruptive replacement
Supports power redundancy to improve system availability
Designed exclusively for Allied Telesis MCF3300 media converter chassis
High-efficiency DC power delivery
Power Redundancy for High Availability
When installed alongside an existing power module, the AT-MCF3300PWR-980 enables true power redundancy for the MCF3300 chassis. This ensures continuous operation in the event of a primary power supply failure, making it ideal for enterprise, industrial, and telecommunications networks where downtime is not acceptable.
Hot-Swappable DC Power Module
The hot-swappable design allows the DC power supply to be installed or replaced without powering down the chassis. This minimises service disruption and supports maintenance activities in live network environments.
Designed for the MCF3300 Platform
Purpose-built for the Allied Telesis MCF3300 media converter chassis, this DC PSU integrates seamlessly into the rear power supply slots. A single power supply can power a fully populated chassis, while a second unit adds resilience and fault tolerance.
DC Power for Centralised Power Environments
Supporting a 40-60 VDC input range, the AT-MCF3300PWR-980 is well suited to centralised DC power infrastructures commonly found in telecoms facilities, data centres, and industrial installations.
TAA (Federal) Compliant Solution
As a TAA-compliant product, this power supply meets procurement requirements for US Federal and other regulated projects, ensuring compatibility with government and public sector deployments.
Reliable and Efficient Power Delivery
Built to Allied Telesis quality standards, the AT-MCF3300PWR-980 delivers stable, efficient power with integrated cooling and system monitoring support, helping maintain long-term reliability of the MCF3300 chassis and installed media converter modules.

The Allied Telesis AT-PWR150-30 is a reliable 150W internal system power supply designed to support critical network infrastructure. Built for hot-plug operation, it enables uninterrupted uptime and straightforward maintenance across compatible Allied Telesis x530 and x930 Series switches. Ideal for enterprise and managed network environments, this UK-localised power module delivers dependable performance where continuity and hardware compatibility matter most.
Key Features of Allied Telesis AT-PWR150-30
150 watt internal system power supply
Hot-plug design for minimal network downtime
Designed specifically for Allied Telesis x530 and x930 Series switches
UK-localised power specification
Optimised for enterprise and managed network environments
Hot-Plug Reliability
The AT-PWR150-30 supports hot-plug installation, allowing the power supply to be inserted or replaced without shutting down the switch. This feature is essential for high-availability networks where maintaining uptime is a priority.
150W Power Capacity
With a power output of 150 watts, this internal power supply is engineered to meet the operational requirements of compatible Allied Telesis switches, ensuring stable and consistent power delivery under normal network loads.
Designed for Allied Telesis Switches
This power module is purpose-built for seamless integration with Allied Telesis AT x530 and x930 Series switches, including models such as x530-10GHXm, x530DP-52GHXm, and x930-52GPX. This ensures full compatibility and optimal performance.
Internal System Integration
As an internal power supply, the AT-PWR150-30 fits securely within the switch chassis, maintaining a clean hardware profile while supporting efficient airflow and system stability.
UK Localisation
Localised for the United Kingdom, this power supply aligns with regional electrical standards, making it suitable for UK-based deployments without the need for additional power adaptations.



