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GW Instek PSW 250-9 Programmable DC Power Supply, 250VDC, Auto-ranging (720W)

$1,617.00

The GW Instek PSW 250-9 is a 720W programmable DC power supply with autoranging output up to 250V or 9A, designed for laboratories, R&D, and production environments requiring precise medium-to-high voltage testing.

The GW Instek PSW 250-9 is a high-performance programmable DC power supply that delivers reliable, stable power for demanding test and measurement applications. With a total output capacity of 720W, it provides flexible autoranging functionality, supporting up to 250V or 9A in one compact unit. This versatility reduces the need for multiple instruments, saving both cost and bench space. Designed with low-ripple, high-stability output, the PSW 250-9 is an ideal solution for testing electronic devices, power components, and industrial equipment. It features multiple programmable control options and built-in safety protections to ensure efficient and secure operation.

Key Features:

  • 720W autoranging output (0–250V, 0–9A)

  • High voltage precision with stable, low-ripple performance

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

  • Built-in OVP (over-voltage protection) and OCP (over-current protection)

  • Supports series and parallel operation for extended applications

  • Bright LCD display with intuitive controls

Compatible Applications & Chemicals:
Well-suited for medium- to high-voltage testing, component evaluation, R&D projects, and industrial device validation. Safe for electronic laboratory use; not intended for direct chemical applications.

Included Accessories:
Standard power cord, user manual, communication cables (varies by configuration), and calibration certificate.

Compliance:
Conforms to ISO and GLP laboratory standards. CE and RoHS certified.

Benefits for Lab Users:
The PSW 250-9 combines 250V high-voltage capability with autoranging flexibility in a compact design. Its protective features enhance user safety, while multiple communication interfaces allow seamless integration into automated test setups, making it a valuable tool for both research and production.