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GW Instek PSU 50-30 Programmable Power Supply

$1,617.00

The GW Instek PSU 50-30 is a 1500W programmable DC power supply with autoranging output up to 50V or 30A, designed for laboratories, R&D, and industrial applications requiring high-current, low-voltage performance.

The GW Instek PSU 50-30 is a versatile programmable DC power supply engineered to deliver stable, precise power for a wide range of testing and research applications. With a maximum output of 1500W, it features autoranging operation, providing flexible combinations of voltage and current up to 50V or 30A. This versatility reduces the need for multiple power supplies, saving space and cost in professional laboratory and production environments. The PSU 50-30 offers low-ripple, high-stability output suitable for testing power electronics, circuits, batteries, and industrial devices. Built-in safety protections and multiple programmable interfaces make it ideal for both manual and automated test setups.

Key Features:

  • 1500W autoranging output (0–50V, 0–30A)

  • High-current, low-ripple, stable performance

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

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

  • Series and parallel operation supported for higher power applications

  • Bright LCD display with intuitive interface

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

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

Compliance:
Complies with ISO and GLP laboratory standards. CE and RoHS certified.

Benefits for Lab Users:
The PSU 50-30 provides high-current output with flexible autoranging, allowing one instrument to handle multiple testing requirements. Its protective features ensure safe operation, while programmable interfaces allow seamless integration into automated or remote-controlled test setups.