Power Supply Unit Inter-Tech 88882188 160 W 20-pin ATX Black

The Inter-Tech 88882188 160 W 20-pin ATX power supply unit is designed to deliver stable low-power operation for server and embedded systems where compact size and reliable delivery are required. With a 20-pin ATX motherboard connector and a compact form factor, this black PSU fits constrained installations and provides a straightforward power solution for legacy or small-scale server boards and specialized equipment.

Advantages

This 160 W unit offers a compact footprint and lightweight construction that make it easy to integrate into tight chassis and rack-mounted assemblies. The 20-pin ATX connector ensures straightforward compatibility with systems that use the standard ATX power interface, while the black finish provides a neutral visual appearance. The design focuses on steady power delivery for continuous operation in low-power server environments.

Suitable for

• Small servers and network appliances with 20-pin ATX power input
• Embedded systems and industrial control equipment requiring compact PSUs
• Legacy motherboards and single-board computers using a 20-pin ATX connector
• Closely packed chassis or rack units with limited internal space

Key specifications

• Output power: 160 W
• Motherboard connector: 20-pin ATX
• Colour: black
• Dimensions: 53 mm (width) × 40 mm (depth) × 18 mm (height)
• Weight: 0.06 kg

How to use

Install the power supply into the target device following the system manufacturer’s mechanical and electrical installation guidelines. Connect the 20-pin ATX plug to the motherboard power header, ensuring proper orientation and secure seating. Verify that the host system’s input voltage and power requirements do not exceed the unit’s 160 W rating. After connection, power on the system and monitor voltages and system behavior during initial operation to confirm stable delivery.

Recommendations

Use this PSU in systems that draw within the specified power envelope and provide adequate ventilation around the unit. Avoid using the unit in environments with excessive heat or dust buildup, and ensure proper grounding and cable routing to reduce electrical noise and mechanical strain on the connector.