Keithley 2230G-30-1 Programmable Triple Channel DC Power Supply

The Keithley 2230G-30-1 Programmable Triple Channel DC Power Supply offers reliable, flexible power delivery with the added advantage of programmable control. With two independent channels rated at 30 V/1.5 A each and a third channel rated at 6 V/5 A, this supply provides a total output power of 195 W. It is ideal for powering multiple circuits simultaneously, making it suitable for R&D labs, education, and production environments.

All three channels are isolated and independently controlled, allowing true flexibility in multi-device testing. The supply delivers low ripple and noise, ensuring stable operation for sensitive circuits and components. It also supports series and parallel channel configurations to extend voltage or current ranges when required.

With programmable control via USB, LAN, and optional GPIB interfaces, the 2230G-30-1 integrates easily into automated test setups. Its bright display and intuitive controls make operation simple for both manual and remote use.

Key Features:

• Three isolated outputs: 30 V/1.5 A (x2), 6 V/5 A (x1)

• Total output power: 195 W

• Programmable control with USB, LAN, and optional GPIB

• Low noise and ripple for clean, stable outputs

• Independent or combined channel operation (series/parallel)

• Bright, easy-to-read display with intuitive interface

Compatible Applications/Materials:

• Educational and training laboratories

• R&D prototyping and circuit validation

• Battery and low-voltage device testing

• General-purpose electronics testing and repair

Included Accessories:
Power cord, user manual, calibration certificate, and safety documentation.

Compliance & Standards:
Conforms to CE, UL, and ISO/IEC standards; suitable for GLP-compliant testing environments.

Benefits for Lab Users:

• Provides three isolated channels for versatile power delivery

• Enables precise, stable testing for sensitive electronics

• Supports automated workflows through multiple interfaces

• Reduces bench clutter by combining three supplies in one compact unit