60A 30V 1800W R-SPS3060 Regulated DC Supply

for Low-Voltage High-Current Circuit Testing

Key Features

60A Output for High-Current Circuit Powering

The NICE-POWER R-SPS3060 series delivers an adjustable DC output of 0–30V, a maximum output current of 60A, and a rated output power of 1800W. This output capability supports compatible low-voltage, high-current circuits during engineering experiments and bench testing. Before connecting a device under test, verify its operating voltage, expected current demand, startup requirements, and total power consumption against the supply's ratings.

Adjustable Output for Different Circuit Conditions

The adjustable voltage and current settings allow users to configure the DC supply according to the requirements of the circuit under evaluation. This is useful when preparing different low-voltage test conditions for compatible power boards, conductive assemblies, and electronic prototypes. All settings must remain within the power supply's operating limits and the connected circuit's specifications.

Constant Voltage and Constant Current Operation

The power supply supports Constant Voltage (CV) and Constant Current (CC) operating modes, indicated on the front panel. These modes accommodate different supply conditions for compatible circuit loads. The operating mode and output settings should be selected according to the circuit design and intended test procedure; they do not replace dedicated current measurement or circuit protection equipment.

Front-Panel Controls and Electrical Readings

The encoder knob provides convenient adjustment of the output settings, and the dedicated output ON/OFF control allows users to manage power delivery during test preparation and circuit connection. The four-digit voltage and current display provides visible output readings, while the power display shows output power information during operation. These displays help users observe the supply's operating condition without implying that the unit measures every electrical parameter of the circuit under test.

Two Model Options for Different Connectivity Needs

The R-SPS3060 and R-SPS3060-R share the same listed output ratings and other technical specifications, but have different communication connectivity.

• R-SPS3060: No communication interfaces; intended for front-panel operation.

• R-SPS3060-R: Equipped with USB, RS-232, and RS-485 communication interfaces.

Choose the model according to the connectivity requirements of your test setup. The communication interfaces on the R-SPS3060-R do not, by themselves, guarantee compatibility with a particular software package, communication protocol, or automated testing system.

Applications

Low-Voltage High-Current Circuit Testing

Use the R-SPS3060 series as a DC source for compatible circuits that require a low supply voltage and relatively high current. Set the output according to the circuit's rated operating conditions and observe the supply's displayed voltage, current, and power readings during the test. External instruments may be required to measure voltage drops, current distribution, temperature rise, or other circuit performance parameters.

Power Board and Conductive Path Evaluation

Provide DC input power to suitable power boards, conductors, busbars, and connector assemblies during controlled bench evaluation. The 0–30V output range and maximum current of 60A can support test setups whose electrical requirements fall within the supply's ratings. The power supply provides the test current but does not independently measure contact resistance, conductor temperature, or current-carrying performance; such evaluations require appropriate measurement equipment and fixtures.

Low-Voltage Power Circuit Prototype Verification

During prototype development, the R-SPS3060 series can supply adjustable DC power to compatible high-current circuit designs. Engineers can select an appropriate supply setting and observe the source output while examining circuit behavior under specified operating conditions. Tests involving transient response, switching waveforms, voltage drop, or thermal performance require additional instruments suitable for the particular measurement.

Electronic Hardware Test-Bench Setup

Integrate the R-SPS3060 series into a test bench containing a compatible circuit, suitable wiring, connectors, and external measurement instruments. The front-panel encoder, CV/CC indicators, and output ON/OFF control support practical setup and manual adjustment. Select the R-SPS3060-R when USB, RS-232, or RS-485 connectivity is needed, and confirm the required protocol and software compatibility before integration.

Quality Check and Terms of Service:

• Package Includes: DC Power Supply × 1, Output Power Cord × 1, Input Power Cord × 1, User Manual × 1, Warranty Card × 1.

• Certifications: Has passed CE & FCC Certification.

• Quality Inspection: All DC power supplies and accessories are inspected before shipment to ensure good quality.

• Customer Support: Contact us with any questions, and we'll respond within 24 hours.

Technical Specifications

Why Choose NICE-POWER R-SPS3060?

Low-voltage, high-current circuit evaluation requires a DC source that can deliver the voltage and current needed by the test setup. The NICE-POWER R-SPS3060 series combines a 0–30V adjustable output, up to 60A of output current, and a rated power of 1800W for compatible circuit development and bench testing.

The encoder adjustment, CV/CC operating indicators, output ON/OFF control, and displayed voltage, current, and power readings support hands-on evaluation of low-voltage, high-current hardware. The two models offer the same listed output capability, with the R-SPS3060 providing front-panel operation and the R-SPS3060-R adding USB, RS-232, and RS-485 interfaces.

Before testing, verify the current rating of the circuit, cables, connectors, and test fixtures, as well as the device's input requirements and total power consumption. This product supplies DC power; measurements such as contact resistance, voltage drop, temperature rise, and switching behavior require appropriate external instruments.