Rigol DL3031A 350W Electronic Load - 150V/60A - 30 kHz 5.0 A/μs

Rigol DL3031A is a powerful 350W/150V/60A programmable DC electronic load with on-Display graphing for transient and pulsed load conditions, convenient built-in applications for battery life testing, and a host of other advanced and user-friendly features. 

The unit includes up to 5 A/us slew rate and 30 kHz dynamic loading for transient mode testing, which enables the load to periodically switch between two set levels (Level A and Level B) to test the transient characteristics of the DUT. This dynamic feature helps users optimize tests with customizable slew rates and frequency adjustments in Power, Voltage, Current, or Resistance modes.

Using powerful list operation function—which supports edits up to 512 steps—users can generate complex sequences by editing the setting value for each step, the dwell time, and slew rate (the slew rate can only be edited in CC mode) to meet the complex test demands.

Key Features 

• Single channel, DC150 V/60 A, total power up to 350 W
• Dynamic mode: up to 30 kHz
• Adjustable current rising speed: 0.001 A/μs to 5 A/μs
• Min. readback resolution: 0.1 mV，0.1 mA
• 4.3-inch TFT LCD, capable of displaying multiple parameters and states simultaneously
• Overvoltage/overcurrent/overpower/overtemperature/reverse voltage protection
• 4 static modes: CC, CV, CR, CP
• 3 dynamic modes: continuous, pulsed, toggled
• List function supports editing as many as 512 steps
• Battery test function, OCP test, OPP test, factory test function, etc.
• Short-circuit test function
• Power-off memory function
• Built-in RS232/USB/LAN communication interface

About Rigol DL3000 Series Precision DC Electronic Loads

The DL3000 is a cost-effective programmable DC electronic load with performance specifications that rival any instrument in its class. With a user-friendly interface including graphical charting, the DL3000 series provides various interfaces for remote communication to meet your diversified test requirements. Test power systems and batteries with configurable static, transient, and advanced application modes.