EA-EL 9080-60 DT 1200W Programmable Electronic DC Load

The EA-EL 9080-60 DT is a compact, high-performance programmable DC load designed for laboratory, educational, and workshop applications. It extends the EA-EL 9000 series with a desktop enclosure and delivers up to 1200W peak power (800W at 40°C). Supporting constant voltage (CV), constant current (CC), constant power (CP), and constant resistance (CR) operation modes, this unit is equipped with a fast microprocessor and a true function generator capable of generating sine, rectangle, triangle, and arbitrary waveforms. The intuitive color TFT touch panel, multilingual interface (German, English, Russian, Chinese), and rotary knobs ensure easy manual operation. For automated testing, it includes galvanically isolated USB, Ethernet, and analog interfaces, along with support for SCPI, ModBus RTU, and ready-to-use LabView components. Dedicated features such as battery test mode (with Ah/Wh capacity measurement) and MPP tracking for photovoltaic testing make it a versatile tool for R&D, production, and educational environments.

Key Features

• High Power & Wide Ranges: 0–1200W (800W at 40°C), 0–80V, 0–60A, and 0.09–30Ω resistance range.
• Four Regulation Modes: CV, CC, CP, and CR for flexible load simulation.
• True Function Generator: Generates sine, rectangle, triangle, and user-defined arbitrary waveforms with up to 99 sequences.
• Advanced Battery Test Mode: Measures elapsed time, consumed capacity (Ah), and energy (Wh) with configurable stop conditions.
• MPP Tracking for PV Testing: Simulates solar inverter characteristics and identifies U_MPP and P_MPP points.
• Intuitive Touch Interface: Multilingual color TFT touch panel with rotary controls for easy setup and operation.
• Comprehensive Connectivity: Galvanically isolated USB, Ethernet, and analog interfaces; front USB port for data storage.
• Programmable & Scalable: Remote control via SCPI/ModBus RTU; free EA Power Control software for sequencing and multi-unit control (up to 20 devices).
• Robust Protections: Adjustable OVP, OCP, OPP, and OTP for safe operation.
• Thermal Derating: Automatic power reduction based on ambient temperature to prevent overheating.