0-30V 0-10A Dual Adjustable Regulated Switching Power Supply - 300W Digital Bench Lab | SPS-3010C
0-30V 0-10A Dual Adjustable Regulated Switching DC Power Supply (300W)
The SPS-3010C is a high-precision, variable DC bench power supply engineered for stable voltage and current regulation. Featuring a dual adjustable interface with fine-tuning control knobs, a highly visible 3-digit LED display (volts, current, and watts), and an independent output toggle button, it delivers absolute precision and safety for continuous duty-cycle workflows.
Product Specifications
- Part Number: SPS-3010C
- Input Voltage: 115VAC @ 60Hz
- Output Voltage Range: 0~30VDC (Continuously Variable)
- Output Current Range: 0~10A (Continuously Variable)
- Maximum Output Power: 300W
- Front Panel Interfaces: Dedicated On/Off Output Button, USB-A charging port (5V/2A)
- Monitoring Display: 3-Digital LED window (Simultaneous Voltage, Current, and Wattage)
- Cooling System: Intelligent temperature-regulated internal fan
- Dimensions: 8.6" x 3.35" x 6.0" (L x W x H)
- Included Accessories: 1x Set of heavy-duty alligator clip test leads
Target Applications & Industry Segments
This high-capacity, variable 300W bench power supply provides flexible electrical parameters for multiple professional domains:
- Engineering Labs & R&D: Essential for hardware prototyping, embedded circuit testing, component stress evaluation, and switch-mode topology diagnostic validation.
- Electronics Repair & Diagnostics: Ideal for specialized repair centers diagnostic troubleshooting on laptops, mobile motherboards, consumer electronics, and automotive 12V/24V subsystems.
- Aviation & Military Subsystem Testing: Provides highly regulated power profiles for low-draw communication modules, avionics mockups, and prototype military bench testing environments.
- Production Line & Quality Control: Built for continuous testing environments, burn-in stations, and automated device validation lines requiring manual power cutoff steps.
Product demonstration and setup overview available via the video link below.