Tabletop power supply ASD FLX

DChigh-powerprogrammable

Overview
The ASD FLX Series is a modular, water-cooled DC power supply platform designed for high power density applications where air cooling is impractical. Front-loading, removable modules allow easy access and one-person installation or replacement. The system accepts a wide AC input (324 VAC–528 VAC) for global deployment in a single configuration and delivers low output ripple and noise suitable for sensitive industrial loads.

Key specifications
Model: ASD FLX Series
Voltage: 40 V – 160 V
Current: 167 A – 8000 A
Power: 10 kW – 320 kW
AC input range: 324 VAC – 528 VAC
Cooling: Water-cooled (example packaging: 3U for 30 kW)

Features

• Modular chassis with front-loading removable modules for flexible configuration and simplified maintenance.
• Wide AC input range (324–528 VAC) enabling single-configuration global operation.
• High DC power density in a compact water-cooled envelope (e.g., 3U, 30 kW) for environments unsuitable for air-cooled units.
• Advanced digital controls permitting programmable voltage/current slew rates and adjustable transient response.
• Optional programmable fault thresholds for early detection of cabling, connection or load anomalies.
• Optional factory data-logging (flight-data-recorder style) to record voltage, current, power, load impedance, faults and input voltages for post-event diagnosis.
• Industrial communication interfaces: Modbus‑TCP, Modbus‑RTU, Ethernet for real-time control and integration.
• Built-in power quality monitoring and energy metering to support diagnostics and process accounting.
• Programmable analog scaling and optional real-time clock for accurate timestamping of events.

Technical specifications

• Model designation: ASD FLX Series
• DC output voltage range: 40 V to 160 V
• DC output current range: 167 A to 8000 A
• Output power range: 10 kW to 320 kW
• AC input range: 324 VAC to 528 VAC
• Cooling: Water-cooled; example packaging: 3U for 30 kW for high power density
• Control: Digital control of slew rates and transient response; programmable fault thresholds
• Interfaces: Modbus‑TCP, Modbus‑RTU, Ethernet (industrial fieldbus)
• Monitoring: Power quality monitoring and built-in energy meter
• Data logging: Optional factory data recorder for voltage, current, power, load impedance, faults and input voltages
• Optional: Real-time clock for event timestamping