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Robotics and Servo Drive Testing DC Bench
Power Supply R-SPS3080 NICE-POWER 30V 80A
2400W with Output Control
During robotics development and servo drive evaluation, engineers often need an adjustable DC bench power supply to power compatible control boards, electronic modules, and low-voltage drive-related components before they are integrated into a complete system. The NICE-POWER R-SPS3080-R provides an adjustable 0–30V DC output, up to 80A output current, and 2400W rated output power for compatible devices that require high-current DC power within these limits.
Designed for engineering workbenches, electronics laboratories, and development environments, this DC bench power supply combines adjustable voltage and current settings with digital output displays, CV/CC indicators, and front-panel Output ON/OFF control. Its USB, RS-232, and RS485 communication interfaces also support integration with compatible computer-controlled test setups. These features help engineers configure and monitor DC power during robotics electronics development and servo drive-related testing without replacing the dedicated motion control, motor drive, or measurement equipment required by the wider test system.
Key Features
Adjustable 0–30V DC Output for Robotics Electronics Testing
Robotics controllers, interface boards, and electronic modules may require different DC input voltages during development and troubleshooting. The adjustable 0–30V output allows engineers to configure a suitable supply voltage for compatible low-voltage electronics during initial power-up checks, module evaluation, and bench testing. The selected voltage must remain within the input specifications of the device under test.
80A Maximum Output Current for High-Current DC Loads
The NICE-POWER R-SPS3080-R supports output current up to 80A, with a maximum rated output power of 2400W. This capacity is useful for compatible low-voltage robotics electronics and drive-related test assemblies that require substantial DC current. The actual available current depends on the selected output voltage, connected load, and 2400W maximum power limit.
Constant Voltage and Constant Current Indicators for Operating Status Monitoring
The CV/CC indicators show whether the power supply is operating in constant-voltage or constant-current mode. During robotics and servo drive-related bench testing, these indicators help engineers observe the power supply's operating state as the connected load changes. They indicate the supply's regulation mode rather than diagnosing faults in a controller, servo drive, or motor.
Four-Digit Voltage and Current Displays with Power Readout
Monitoring DC supply conditions helps engineers observe the electrical input provided to a compatible control module or electronic assembly. The R-SPS3080-R features four-digit voltage and current displays, together with a power display, allowing users to view the supply's output readings during bench testing. These readings help monitor the power supply output but do not independently measure motor speed, torque, position accuracy, or servo control performance.
Encoder Adjustment for Configuring DC Test Conditions
The encoder adjustment knobs provide a manual method for setting voltage and current output. Engineers can configure appropriate DC supply conditions for different compatible robotics control boards, interface modules, and low-voltage drive-related electronics. This is useful during development and troubleshooting when different electronic assemblies require different supply settings.
USB, RS-232, and RS485 Interfaces for Programmable Power Control
The R-SPS3080-R is the programmable version of the R-SPS High Power Basic Series and is equipped with USB, RS-232, and RS485 communication interfaces. These interfaces support integration with compatible computer-controlled systems for programmable power supply operation during robotics electronics and servo drive-related testing. Compatible control software, communication commands, and appropriate system configuration may be required.
Output ON/OFF Control for Bench Testing and Inspection
The front-panel Output ON/OFF control allows users to enable or disable the DC output independently of the main power switch. Engineers can incorporate this control into bench procedures when preparing connections, starting a power-up check, or interrupting the supply output during inspection. The output should be switched off before changing wiring or making electrical connections.
2400W DC Bench Power Supply for Robotics Development
With adjustable 0–30V output, up to 80A output current, and 2400W rated power, the R-SPS3080-R provides a high-current DC source for compatible robotics electronics and low-voltage drive-related test setups. Its digital readouts, CV/CC indicators, manual adjustment controls, and programmable communication interfaces support engineering work that requires configurable DC power. Dedicated motor control, encoder feedback processing, motion profiling, and automated performance analysis require separate equipment or functions provided by the wider test system.
Applications
Robotics Controller Board Power-Up Testing
Provide adjustable DC power to compatible robotics controller boards during initial power-up and electrical evaluation. Engineers can select the required input voltage and observe the supply output readings while checking the board's basic powered operation. The controller's input voltage, polarity, and current requirements must be verified before connection.
Servo Drive Control Electronics Testing
Supply DC power to compatible low-voltage control electronics associated with servo drive development and evaluation. The R-SPS3080-R can support bench testing of control boards and related electronic modules when their input requirements fall within the power supply's rated output range. Servo drives that require a higher-voltage DC bus or an AC input need an appropriate power source for those requirements.
Robotics Interface and I/O Module Evaluation
Provide DC power to compatible robotics interface boards and input/output modules during development, inspection, or troubleshooting. The adjustable output helps engineers configure the required supply conditions for individual electronic modules. Signal generation, I/O simulation, and feedback analysis require suitable external test equipment or dedicated controller functionality.
Low-Voltage Servo-Related Circuit Testing
Use the adjustable DC bench power supply to energize compatible low-voltage electronic circuits associated with servo systems. Engineers can configure the supply voltage and current limits according to the test procedure and observe the output readings during evaluation. Actual motor drive operation depends on the circuit design and the power requirements of the equipment being tested.
Robotics Electronics Development and Prototype Validation
Support development and initial electrical checks of robotics control boards, embedded electronics, and compatible low-voltage modules. The 0–30V output range and 2400W maximum power rating provide a configurable DC source for test setups that require more current than a typical low-current bench supply can provide.
Programmable Robotics Electronics Testing
Integrate the R-SPS3080-R into compatible computer-controlled test systems through its USB, RS-232, or RS485 communication interface. Programmable power supply operation can support test workflows that require configured supply settings and computer-based control. The availability of specific automated sequences and data-logging functions depends on the software, communication commands, and external test system.
Engineering Laboratory and Servo Development Workbenches
Use the high-current DC bench power supply in engineering laboratories and development workstations for robotics electronics inspection, drive-related module evaluation, and prototype troubleshooting. External measuring instruments can be added when the test procedure requires detailed analysis beyond the power supply's own output readouts.
Troubleshooting of DC-Powered Robotics Electronics
Provide adjustable DC power to compatible robotics electronics during troubleshooting procedures. Engineers can observe voltage and current output readings and use external diagnostic tools to investigate suspected power input problems or abnormal electronic behavior. The power supply does not independently identify faults in the connected controller or servo system.
Quality Check and Terms of Service:
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Package Includes: DC Power Supply × 1, Output Power Cord × 1, Input Power Cord × 1, User Manual × 1, Warranty Card × 1.
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Certifications: Has passed CE & FCC Certification.
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Quality Inspection: All DC power supplies and accessories are inspected before shipment to ensure good quality.
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Customer Support: Contact us with any questions, and we'll respond within 24 hours.
Technical Specifications
| Specification |
Details |
| Brand |
NICE-POWER |
| Series |
R-SPS High Power Basic Series |
| Model |
R-SPS3080-R |
| Product Type |
High-Current Programmable DC Bench Power Supply |
| Application |
Robotics and Servo Drive Testing |
| Rated Output Voltage |
0–30V |
| Rated Output Current |
0–80A |
| Rated Output Power |
2400W |
| Rated Operating Temperature |
0°C–40°C |
| Voltage Display |
Four-digit digital display |
| Current Display |
Four-digit digital display |
| Power Display |
Supported |
| Adjustment Method |
Encoder knobs |
| Output Control |
Front-panel Output ON/OFF |
| Operating Status Indicators |
CV/CC |
| Communication Interfaces |
USB / RS-232 / RS485 |
| Load Regulation — Voltage |
≤ 0.1% + 10mV |
| Load Regulation — Current |
≤ 0.1% + 2.5mA |
| Line Regulation — Voltage |
≤ 0.01% + 2.5mV |
| Line Regulation — Current |
≤ 0.1% + 2.5mA |
| Setting Resolution — Voltage |
10mV |
| Setting Resolution — Current |
10mA |
| Readback Resolution — Voltage |
10mV |
| Readback Resolution — Current |
10mA |
| Setting Accuracy — Voltage |
≤ 0.05% + 10mV |
| Setting Accuracy — Current |
≤ 0.01% + 10mA |
| Readback Accuracy — Voltage |
≤ 0.05% + 10mV |
| Readback Accuracy — Current |
≤ 0.01% + 10mA |
| Ripple — Voltage (20Hz–20MHz) |
≤ 3500mVp-p; ≤ 1200mVrms |
| Ripple — Current (20Hz–20MHz) |
≤ 200mArms |
| Rise Time — No Load |
≤ 100ms |
| Rise Time — Full Load |
≤ 150ms |
| Fall Time — No Load |
≤ 35s |
| Fall Time — Full Load |
≤ 50ms |
| Dynamic Response |
≤ 20ms |
| Efficiency |
≥ 85% |
| Product Dimensions |
Approximately 33 × 27 × 9cm (series specification) |
| Net Weight |
Approximately 3.7kg (series specification) |
| Package Dimensions |
Approximately 42 × 33 × 15cm (series specification) |
| Package Weight |
Approximately 5.3kg (series specification) |
| Packaging Information |
Series specification lists 4 units per carton |
Why Choose NICE-POWER R-SPS3080-R?
Robotics and servo drive development often requires engineers to power and inspect individual electronic assemblies before integrating them into a complete motion control system. The NICE-POWER R-SPS3080-R provides adjustable 0–30V DC output, up to 80A output current, and 2400W rated power for compatible low-voltage electronics, making it suitable for robotics controller testing, servo-related control board evaluation, and engineering workbench applications.
Its combination of encoder adjustment, four-digit voltage and current displays, power readout, CV/CC indicators, front-panel Output ON/OFF control, and USB, RS-232, and RS485 communication interfaces supports manual bench work and integration with compatible computer-controlled test systems. For engineering environments that need a programmable high-current DC bench power supply rather than a complete motion control or automated motor testing system, the R-SPS3080-R provides a practical power solution within its rated operating limits.
