Description
Allied Telesis IE048 240W Power Supply
The Allied Telesis IE048 240W Power Supply is engineered for demanding industrial environments where dependable 48V DC power is essential. This power supply delivers a stable, high-quality 48V DC output designed to keep industrial networks, automation controllers, sensors, and telecom devices running smoothly. Housed in a compact metal enclosure with a DIN rail clip, the IE048 blends rugged mechanical robustness with excellent electromagnetic compatibility, minimizing interference with adjacent equipment and facilitating reliable operation in noisy industrial settings. The power supply is thoroughly tested and validated to work seamlessly with Allied Telesis Industrial products, ensuring compatibility and predictable performance across a broad range of deployments. Its enhanced thermal management and robust design help reduce downtime by maintaining stable output even under continuous load or challenging ambient conditions. Whether you’re building a rugged Ethernet network, a control system for manufacturing lines, or a distributed power architecture for industrial IoT, the IE048 provides a dependable, space-efficient solution that meets the needs of modern industrial applications with safety, efficiency, and long-term reliability in mind.
- Reliable 48V DC output up to 240W to power a wide range of Allied Telesis industrial devices and other 48V DC-powered equipment. The IE048 is designed to deliver consistent voltage under varying loads, helping to protect sensitive electronics and maintain network uptime in mission-critical environments.
- DIN rail mounting in a compact metal enclosure with an integrated DIN rail clip for fast, secure installation in control panels, enclosures, or equipment racks. Its compact footprint saves precious space in crowded industrial cabinets while providing solid mechanical protection against vibration and impact common in industrial environments.
- Robust protection and safety features including short-circuit protection, overcurrent protection, overvoltage protection, and overtemperature protection. These safeguards help prevent damage to the power supply and connected devices, reducing maintenance costs and downtime in harsh environments.
- Wide input range and EMI/EMC compatibility designed to tolerate typical factory power disturbances. Universal 100–240 VAC input at 50/60 Hz ensures compatibility across regional power grids, while stringent EMI/EMC compliance minimizes electrical noise and interference with other equipment.
- Designed for industrial reliability with enhanced thermal management and validated compatibility with Allied Telesis product families. The IE048 is built to endure the temperature fluctuations, dust, and electrical noise found in manufacturing floors, automation racks, and telecom closets, providing long MTBF and stable operation over time.
Technical Details of Allied Telesis IE048 240W Power Supply
- Output power: 48 V DC, up to 240 W maximum to support a broad range of devices and subsystems.
- Input voltage: 100–240 VAC, 50/60 Hz, enabling worldwide compatibility and simple integration into existing electrical infrastructure.
- Protections: Short-circuit, overcurrent, overvoltage, and overtemperature protection to safeguard both the supply and connected equipment during fault conditions.
- Efficiency and heat management: High-efficiency switching design with effective thermal management to minimize heat generation and sustain performance under load.
- Mechanical and enclosure features: Compact metal housing with DIN rail clip for secure mounting in standard industrial control panels and enclosures; designed to withstand vibration and physical stress in industrial environments.
- Electromagnetic compatibility: Engineered for strong EMI/EMC performance to reduce interference with other devices and to meet common industrial safety and compatibility standards.
- Operating environment: Built for industrial conditions with a focus on reliability over a wide temperature range and exposure to dust and mechanical vibrations common in manufacturing and automation settings.
- Certifications: Designed to align with relevant safety and environmental standards typical for industrial power supplies and Allied Telesis product lines (verification per regional regulatory requirements advised).
How to Install Allied Telesis IE048 240W Power Supply
- Mount the IE048 on a standard DIN rail inside a control panel, enclosure, or equipment rack using the integrated clip for secure, stable installation.
- Connect the input wires to the 100–240 VAC supply, observing proper wiring practice and grounding per local electrical codes and the equipment’s manual.
- Connect the 48 V DC output to your devices in parallel with other 48 V loads as required, ensuring correct polarity and appropriate conductor sizing for the load current.
- Verify all connections for tightness and clearance around the unit to avoid heat buildup; ensure there is adequate airflow and that vents are unobstructed.
- Power up the system and verify voltage at the load, test protection features by simulating fault conditions as allowed by safety guidelines, and consult the user manual for commissioning steps and startup checks.
Frequently asked questions
- Q: What devices can the IE048 power supply support? A: The IE048 provides 48 V DC output up to 240 W, making it suitable for Allied Telesis industrial equipment and other 48 V DC-powered devices in rugged environments, within the unit’s rated capabilities.
- Q: What protections does the IE048 include? A: It offers short-circuit, overcurrent, overvoltage, and overtemperature protections, along with EMI/EMC compliance to protect both the supply and connected equipment from common fault conditions.
- Q: In what environments can the IE048 operate? A: Designed for industrial environments, it tolerates typical factory conditions and is built to maintain stable operation across a wide temperature range when properly installed with adequate heat dissipation.
- Q: How do I install and maintain the IE048? A: Install on a DIN rail in a suitably ventilated enclosure, wire input to 100–240 VAC with proper grounding, connect 48 V loads with correct polarity, and follow the manufacturer’s installation guide for commissioning and maintenance.
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