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GW Instek PSW 800-4.32 Programmable DC Power Supply, 800VDC Auto-ranging 1080W

$2,349.00

The GW Instek PSW 800-4.32 is a 1080W programmable DC power supply with autoranging output up to 800V or 4.32A, engineered for high-voltage, high-power applications in laboratories, R&D, and production environments.

The GW Instek PSW 800-4.32 is a powerful programmable DC power supply designed to provide flexible, high-voltage performance for advanced testing and research. With 1080W of output capacity, it offers autoranging capability up to 800V or 4.32A, enabling a wide operating envelope in a single unit. This eliminates the need for multiple supplies, saving space and cost in professional test setups. Its low ripple, stable output, and programmable controls make it suitable for critical applications in electronics, power devices, and industrial systems.

Key Features:

  • 1080W autoranging output (0–800V, 0–4.32A)

  • High voltage precision with low ripple and excellent stability

  • Programmable operation via front panel, USB, RS-232, GPIB, or LAN (optional)

  • Adjustable OVP (over-voltage) and OCP (over-current) protections

  • Supports series and parallel operation for extended applications

  • Bright LCD interface for easy monitoring and control

Compatible Applications & Chemicals:
Designed for high-voltage testing, device characterization, R&D, and industrial applications. Suitable for electronics laboratories; not intended for direct chemical contact.

Included Accessories:
Power cord, user manual, communication cables (depending on configuration), and calibration certificate.

Compliance:
Meets ISO and GLP laboratory standards. CE and RoHS compliant for safe, international use.

Benefits for Lab Users:
With its combination of high voltage, autoranging versatility, and 1080W output power, the PSW 800-4.32 delivers efficiency and reliability for demanding laboratory and industrial applications. Safety protections and flexible communication interfaces make it an ideal solution for integration into automated testing systems.