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GW Instek PSW-720H88 Dual-channel switching DC Power supply, 800V/800V, 720W

$2,016.00

The GW Instek PSW-720H88 is a dual-channel programmable switching DC power supply with two 800V outputs and a total of 720W power, designed for laboratories, R&D, and industrial applications requiring precise and reliable high-voltage performance.

The GW Instek PSW-720H88 is a high-efficiency dual-channel programmable switching DC power supply engineered to meet the demands of modern research, testing, and production environments. Offering two independent 800V outputs and a combined 720W of output power, this unit ensures superior flexibility and accuracy for high-voltage testing applications.

Its advanced design supports series and parallel operation, enabling broader test conditions while maintaining safety and efficiency. Built-in protective functions, programmable sequences, and multiple remote connectivity options make it a powerful and dependable solution for laboratories and industry professionals.

Key Features:

  • Dual 800V independent output channels

  • 720W total output power

  • Series/parallel operation for extended testing flexibility

  • Remote control via USB, LAN, RS232, with optional GPIB

  • High-resolution LCD with user-friendly interface

  • Safety features: OVP, OCP, OTP, CC/CV operating modes

Compatibility:

  • Designed for high-voltage semiconductor testing, industrial electronics, renewable energy systems, and advanced R&D applications

Included Accessories:

  • Standard power cord

  • USB interface cable

  • Quick start manual

  • Software utilities CD (where applicable)

Compliance:

  • ISO and GLP compliant for laboratory workflows

  • CE certified, ensuring safety and international standards compliance

Benefits for Lab Users:

  • Dual 800V outputs provide maximum flexibility for high-voltage applications

  • Comprehensive safety mechanisms ensure reliable operation

  • Compact, dual-channel design saves bench space

  • Programmable and remote-control functions boost productivity in complex testing scenarios