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GW Instek PSW-1080L222 Triple-channel switching DC Power supply, 40/40/40V, 1080W

$2,269.00

The GW Instek PSW-1080L222 is a triple-channel programmable DC power supply with three 40V outputs and a total of 1080W, making it an excellent choice for laboratories, R&D, and production facilities needing precision low-voltage multi-output power in one compact unit.

The GW Instek PSW-1080L222 is a versatile triple-channel programmable switching DC power supply designed for precision and flexibility in advanced test setups. With three independent 40V channels and a combined power output of 1080W, this supply is ideal for applications requiring multiple low-voltage sources in a single device.

The unit supports independent, series, and parallel operation, enabling flexible voltage and current combinations to match diverse testing requirements. It is equipped with programmable sequencing, an intuitive high-resolution LCD display, and multiple remote communication interfaces including USB, LAN, RS232, and optional GPIB for integration into automated systems.

Key Features:

  • Triple outputs: 40V / 40V / 40V

  • 1080W total output capacity

  • Independent, series, and parallel operation modes

  • Remote control: USB, LAN, RS232, optional GPIB

  • High-resolution LCD with simple user interface

  • Advanced protections: OVP, OCP, OTP, CC/CV operation

Compatibility:

  • Perfect for electronics prototyping, circuit design, low-voltage device testing, educational labs, and R&D environments

Included Accessories:

  • AC power cord

  • USB interface cable

  • Quick start manual

  • Software utilities CD (where applicable)

Compliance:

  • ISO and GLP compliant for laboratory operations

  • CE certified to meet international safety and performance standards

Benefits for Lab Users:

  • Triple 40V outputs ideal for multi-channel low-voltage testing

  • Reduces the need for multiple single-channel supplies

  • Built-in safety features protect devices and users

  • Programmable sequences and remote connectivity improve efficiency