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GW Instek PSW 160-14.4

$1,395.00

The GW Instek PSW 160-14.4 is a 2160W programmable DC power supply with autoranging output up to 160V or 14.4A, designed for laboratories, R&D, and industrial applications that require high-power, medium-voltage performance.

The GW Instek PSW 160-14.4 is a high-performance programmable DC power supply engineered for demanding testing and research environments. Offering 2160W of output power, it provides autoranging capability with flexible operation up to 160V or 14.4A, allowing one instrument to replace multiple power supplies and save valuable bench space. Its stable, low-ripple output ensures accurate testing for circuits, power electronics, and industrial devices. Equipped with programmable interfaces and built-in OVP/OCP protections, the PSW 160-14.4 is ideal for both manual and automated test setups, delivering reliable, precise, and safe operation for high-power applications.

Key Features:

  • 2160W autoranging output (0–160V, 0–14.4A)

  • Stable, low-ripple, high-accuracy performance

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

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

  • Supports series and parallel operation for extended applications

  • Bright LCD display with intuitive interface

Compatible Applications & Chemicals:
Ideal for medium-voltage high-power testing, R&D experiments, industrial device evaluation, and power electronics. Safe for electronic laboratories; not intended for direct chemical use.

Included Accessories:
Power cord, user manual, communication cables (model-dependent), and calibration certificate.

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

Benefits for Lab Users:
The PSW 160-14.4 combines high-power delivery with autoranging versatility, allowing laboratories to consolidate testing equipment. Its safety protections and multiple programmable interfaces enable seamless integration into automated or manual testing workflows, ensuring reliable and efficient operation.