NIST TRACEABILITY

NIST-traceable calibration certificate available with data

Service Support

Service plans available for the products’ durability

FAST REPAIRS

1–3 day turnaround, 15-day return on repair policy

Software Updates

Staying up-to-date with latest software updates.

Kepco RAX12-8.3K

SKU: RAX12-8.3KCategories: DC Power Supplies

Brand: Kepco

30 Days Warranty 30 Days Free Returns >

sales@aumictech.com

+1 ‪(484) 841-9341‬

Repair Support & OEM Spare Parts
University and Research Discounts
Rental Units Available

The Kepco RAX12-8.3K is a single-output DC power supply, part of the RAX series. It delivers 12V DC at a current of 8.3A, providing a power output of approximately 100W. Designed for benchtop or system integration, it features adjustable voltage and current settings, along with remote control capabilities via analog programming. This power supply ensures stable and reliable performance for a variety of electronic applications, including component testing, circuit prototyping, and automated test equipment.

Request Calibration Request Repair

Product Starting From:

$125.00

In stock

Precision RF and optical test equipment sales, calibration, and repair by Aumictech. Email: sales@aumictech.com

Fastest Shipping. Estimated 2 days

Shipping Expedited across US-Canada:
FedEx, UPS, USPS
Shipping world-wide available:
DHS, FedEx International

Request Quick Quote RAX12-8.3K

Description
Additional information

The Kepco RAX12-8.3K is a highly reliable single-output DC power supply from the RAX series, designed to meet the demands of both benchtop and system integration applications. It provides a stable and adjustable 12V DC output at a current of 8.3A, delivering a power output of approximately 100W. The power supply features user-friendly voltage and current adjustments, allowing for precise control over the output. Remote control capabilities via analog programming enable seamless integration into automated test systems and other controlled environments. Its robust design ensures stable performance and protection against overvoltage and overcurrent, making it suitable for a wide range of electronic applications, including component testing, circuit prototyping, and general laboratory use.