High-density EA-PS 9000 1U series programmable DC power supplies with wide 80–750V output, 6–100A current, and 1500–3000W auto‑ranging power in a 19‑inch 1U rack enclosure. Featuring active PFC, up to 95% efficiency, a blue LCD control panel, remote sensing, Share bus for parallel connection, and built‑in analog/USB/Ethernet interfaces, they are perfectly suited for automated test systems, industrial electronics, and high‑power laboratory experiments demanding minimal rack space.

Model

PS 9080-50 1U, PS 9200-25 1U, PS 9360-15 1U, PS 9500-10 1U, PS 9750-06 1U, PS 9080-100 1U, PS 9200-50 1U, PS 9360-30 1U, PS 9500-20 1U, PS 9750-12 1U

Output Power (Max)

1500W, 3000W

Output Voltage (CV)

0-80V, 0-200V, 0-360V, 0-500V, 0-750V

Output Current (CC)

0-6A, 0-10A, 0-12A, 0-15A, 0-20A, 0-25A, 0-30A, 0-50A, 0-100A

AC Input

100-264V AC, 180-264V AC

Type

Programmable DC Power Supply

External Control

Analog, USB, Ethernet

Housing

19" 1U Rackmount

Special Features

Auto-ranging output, Remote sensing, Share bus, Discharge circuit (≥200V models), SCPI, ModBus RTU, LabView VIs

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Description

Model Overview – All Values

Model	Output Power (Max)	Output Voltage (CV)	Output Current (CC)	AC Input	Type	External Control	Housing	Special Features
PS 9080-50 1U	1500W	0-80V	0-50A	100-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, SCPI & ModBus RTU, LabView VIs
PS 9200-25 1U	1500W	0-200V	0-25A	100-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9360-15 1U	1500W	0-360V	0-15A	100-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9500-10 1U	1500W	0-500V	0-10A	100-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9750-06 1U	1500W	0-750V	0-6A	100-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9080-100 1U	3000W	0-80V	0-100A	180-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, SCPI & ModBus RTU, LabView VIs
PS 9200-50 1U	3000W	0-200V	0-50A	180-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9360-30 1U	3000W	0-360V	0-30A	180-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9500-20 1U	3000W	0-500V	0-20A	180-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs
PS 9750-12 1U	3000W	0-750V	0-12A	180-264V AC	Programmable DC Power Supply	Analog, USB, Ethernet	19" 1U Rackmount	Auto-ranging output, Remote sensing, Share bus, Discharge circuit, SCPI & ModBus RTU, LabView VIs

30-Second Fit Check

Need high power in a minimal rack space? Models cover 0-80V to 0-750V, with currents up to 100A.
Output power: 1500W or 3000W with fully autoranging output; efficiency up to 95%.
Only 1U (44 mm) height fits any standard 19" rack; temperature-controlled fans for silent operation.
Built-in analog, USB, and Ethernet interfaces (galvanically isolated); SCPI & ModBus RTU support.
Protection suite: OVP, OCP, OPP, OTP; Share bus for parallel connection of multiple units.

What It Is + Why It Matters

Compact 19" 1U programmable DC power supplies designed for automated test systems and high-power laboratory setups.
The autoranging output stage delivers maximum voltage at lower current or maximum current at lower voltage – one unit covers a wide load range.
Share bus allows simple parallel operation for higher total current without complex master-slave setups.
Galvanically isolated analog and digital interfaces ensure noise-immune remote control; models ≥200V include a discharge circuit for rapid output voltage fall below 60V.

Note: 1500 W models accept 100-264V AC single phase; 3000 W models require 180-264V AC. Both derate power at lower input voltages. Ensure adequate cooling clearance around the rack.

Key Specs

AC input: 1500W: 100-264V AC, 3000W: 180-264V AC, active PFC, 45-65Hz.
Output voltage: 0-80V up to 0-750V; Output current: 0-6A up to 0-100A.
Output power: 0-1500W or 0-3000W (adjustable power limit).
Efficiency: up to 95%; Ripple: very low (see datasheet).
Control panel: blue LCD, 2 rotary knobs, 6 pushbuttons, panel lock.
Interfaces: 15-pin analog (0-5/10V), USB, Ethernet, all galvanically isolated.
Remote sensing, Share bus for parallel connection.
Dimensions (WxHxD): 19" x 1U x 500 mm; Weight: approx. 10.5-11 kg.

Integration & Installation

DC output, remote sensing, and share bus terminals on the rear panel; 19" rack mount ears integrated.
Mains input via IEC socket (cord included); verify AC supply matches model (1500W: 100-264V, 3000W: 180-264V).
Parallel operation via Share bus – connect corresponding terminals between units; no master-slave required.
Analog interface uses 15-pin D-Sub; digital control via USB or Ethernet (SCPI / ModBus).
Ensure adequate rack ventilation; temperature-controlled fans exhaust to the side or rear.

Best for / Not for

Best for: High-power automated test systems (ATE), industrial DC bus simulation, battery charging (with proper supervision), high-density laboratory racks, and applications requiring parallel capability.
Not for: AC output, floating outputs that require grounding the positive beyond 400 V + output voltage, environments lacking adequate cooling space, or direct series connection of outputs.

Selection Checklist + RFQ

Choose voltage/current model matching your load (80V, 200V, 360V, 500V, 750V options).
Confirm total power requirement ≤ 1500W or 3000W; note autoranging reduces current at high voltage.
Verify available AC mains (single-phase 100-264V or 180-264V) and required AC cord.
Plan for parallel operation using Share bus if higher current is needed.
Ensure 1U slot is available and cooling paths are unobstructed.