1000W autoranging programmable desktop DC power supply with 0–40V, 0–40A output, active PFC, and up to 92% efficiency. Equipped with a colour touch panel, built‑in function generator, resistance simulation, and low‑ripple output. Remote control via galvanically isolated analog (0–5/10V), USB, and Ethernet (Modbus TCP/SCPI). 40V model compliant with SELV (EN 60950). Well suited for laboratory R&D, automated testing, and industrial development.

Output Current

0-40A

Output Power

1000W

Output Voltage

0-40V

Characteristic Curve

U/I/P autoranging

External Control

Analogue 0-5V/0-10V, USB, LAN, Modbus TCP

Housing

Desktop (table)

Human Interface

Touch panel & Menu

Special Feature

Function Generator, Resistance

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Description

30-Second Fit Check

Need a high‑current low‑voltage bench supply? Output is 0–40 V, rated 0–40 A.
Rated power: 1000 W with autoranging (U/I/P) – higher voltage at lower current, higher current at lower voltage.
Wide‑range AC input with active PFC: 90–264 VAC, 45–65 Hz for worldwide use.
Protection: OVP, OCP, OPP, and OT with configurable thresholds.
Efficiency up to 92%; built‑in output filter ensures low ripple.
SELV compliance (EN 60950) for 40 V models – safe for general lab use.

What It Is + Why It Matters

High‑current programmable DC bench power supply for laboratory, R&D, and automated test systems.
Autoranging output stage provides up to 40 A at lower voltages, enabling a single unit to handle diverse load conditions.
Integrated function generator (sine, triangle, rectangle, ramp, arbitrary) and resistance simulation eliminate external instruments.
Galvanically isolated analog 0‑5/10V interface plus USB and Ethernet with Modbus TCP / SCPI support for seamless ATE integration.
Colour touch panel with direct entry, two rotary knobs, and five user profiles for quick setup switching.
Supplied software “EA Power Control” offers sequencing and data logging; optional “Multi Control” licence for up to 20 units.

Note: The 40 V model meets SELV safety requirements; a built‑in discharge circuit reduces output to <60 V within 10 s on shutdown (models ≥200 V).

Key Specs

DC Output: 0–40 V, 0–40 A, 1000 W autoranging (U/I/P characteristic curve).
AC Input: 90–264 VAC with active PFC; frequency 45–65 Hz.
Efficiency: up to 92%.
Ripple: low‑noise output thanks to built‑in additional output filter.
Protection: OVP, OCP, OPP (configurable 0–nominal value), OT.
Remote sensing: standard front‑panel sense input automatically compensates for voltage drops in load cables.
Control interfaces: galvanically isolated analog 0–5 V / 0–10 V, USB, Ethernet (Modbus TCP, SCPI).
Display & control: colour touch panel, two rotary knobs with pushbutton, two status LEDs.
Special functions: function generator (sine, triangle, rectangle, ramp, arbitrary up to 99 sequences), resistance simulation.
User profiles: 5 storable profiles for set values, protection limits, and configuration.
Supervision: configurable over/under voltage/current detection with signal/warning/alarm action.
Housing: desktop enclosure with carrying handle and tilt stand.

Integration & Installation

Desktop format; carrying handle doubles as tilt stand for ergonomic bench angle.
Front panel: DC output terminals, remote sense input, USB‑A port (data/logging), control panel.
Rear panel: AC inlet, USB‑B, Ethernet, 15‑pole Sub‑D analog interface.
Cooling: temperature‑controlled fans; ensure adequate ventilation around the unit.
Included software: Windows‑compatible “EA Power Control” for remote device management, sequencing, and firmware updates.

Best for / Not for

Best for: R&D testing of low‑voltage/high‑current devices, DC motor drives, LED arrays, battery charging at high currents, electrolysis, and automated ATE racks requiring flexible voltage/current combinations.
Not for: applications needing output voltage above 40 V, current beyond 40 A, or sustained power exceeding 1000 W.

Selection Checklist + RFQ

Confirm required output range within 0–40 V, 0–40 A, and max. 1000 W.
Verify AC mains: 90–264 VAC single‑phase.
Choose remote control method: analog (0‑5/10V), USB, or Ethernet (Modbus TCP/SCPI).
If using function generator, ensure your sequence requirements match the internal arbitrary generator (up to 99 points).
Plan bench space and cooling; the SELV‑compliant 40 V output simplifies safety in educational or open‑bench setups.