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OCP Protected High Current Bench Supply,
KUAIQU R-SPS3060S 30V 60A 1800W for
DC Motor Testing
The KUAIQU R-SPS3060S is a high current bench supply designed for DC motor testing and related motor electronics applications. With a 0–30V adjustable output, up to 60A current, and 1800W maximum output power, it provides a flexible DC power source for motor test setups that require high current and higher power capacity.
For DC motor testing, engineers may need to adjust voltage and current while monitoring the actual electrical output during operation. The R-SPS3060S combines precision encoder adjustment, OCP and OVP protection, Output ON/OFF control, M1-M3 memory settings, Panel Lock, and front and rear output connections to support laboratory and engineering motor test setups.
Key Features
0-30V Adjustable DC Output
The R-SPS3060S provides a 0–30V adjustable DC output for establishing different voltage conditions during DC motor testing. The adjustable output makes it suitable for testing motors and related equipment with different DC input requirements within its rated range.
60A High Current Output
With output current up to 60A, the R-SPS3060S provides high current capacity for demanding DC motor testing applications. It is suitable for higher-current motors and related electronic systems that require more current than conventional bench supplies.
1800W High Power Capacity
The 1800W maximum output provides additional power capacity for higher-power DC motor testing. The R-SPS3060S can serve as the main adjustable DC power source for compatible motor test setups within its rated output range.
Real-Time Voltage, Current, and Power Display
The four-digit display provides direct readback of output voltage, current, and power. Engineers can monitor the electrical output while adjusting or evaluating a DC motor test setup.
Precision Encoder Adjustment
The precision encoder provides convenient adjustment of voltage and current settings. Users can make controlled changes to the supplied DC power during motor testing.
OCP and OVP Protection
Built-in over-current protection and over-voltage protection provide additional protection functions for the power supply and connected equipment. These functions are useful when working with different DC motor loads and test configurations.
Output ON/OFF Control
The Output ON/OFF function allows users to control the DC output directly from the power supply. This provides convenient power management when connecting, adjusting, or changing a DC motor test setup.
M1-M3 Memory Settings
Three memory groups allow frequently used voltage, current, and power settings to be stored and recalled. This is useful for repeated DC motor testing where the same electrical settings are used regularly.
Panel Lock Function
The Panel Lock function helps prevent accidental changes to selected settings during testing. It can help maintain stable voltage and current settings while the motor test is running.
Front and Rear Output Connections
The R-SPS3060S provides both front and rear output connections for different bench configurations. This allows users to select a suitable connection position when integrating the power supply into a DC motor testing setup.
USB, RS232 and RS485 Communication Interfaces
The R-SPS3060S supports USB, RS232, and RS485 communication interface configurations according to the selected configuration. These interfaces provide additional connection options for compatible laboratory and equipment test environments.
Applications
DC Motor Testing
Provides adjustable DC power for testing DC motors under different voltage and current conditions within the rated output range.
High Current DC Motor Testing
The 60A output capacity makes the R-SPS3060S suitable for high current DC motor testing applications that require substantial current from the bench supply.
DC Motor Drive Testing
Provides a controllable DC power source for compatible motor drive circuits and related DC motor power electronics.
Motor Control Circuit Testing
The adjustable DC output can be used to provide power for compatible motor control circuits and related electronic assemblies during development and testing.
Motor Operating Condition Evaluation
Users can adjust voltage and current while monitoring output power to evaluate DC motor operation under different electrical input conditions.
High Power Motor Test Bench
The 1800W output capacity makes the R-SPS3060S suitable for higher-power motor test benches requiring a high current DC power source.
DC Motor Development
The adjustable output and direct electrical readback provide a practical power source for laboratory and engineering development involving DC motors and related electronics.
Repeated Motor Testing
M1-M3 memory settings provide convenient access to frequently used voltage, current, and power settings when repeating DC motor tests.
Laboratory Motor Testing
The high current bench supply format, precision adjustment, protection functions, and direct output monitoring make the R-SPS3060S suitable for laboratory DC motor testing.
Motor Related Equipment Testing
The R-SPS3060S can provide adjustable DC power for compatible motor-related equipment and electronic circuits operating within its 30V, 60A, and 1800W rated output range.
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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Has passed CE & FCC Certification.
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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
| Parameter |
Specification |
| Model |
R-SPS3060S |
| Product Type |
High Current Bench Supply |
| Output Voltage |
0-30V |
| Output Current |
0-60A |
| Maximum Output Power |
1800W |
| 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 |
| Voltage Setting Resolution |
10mV |
| Current Setting Resolution |
10mA |
| Voltage Readback Resolution |
10mV |
| Current Readback Resolution |
10mA |
| Voltage Setting Accuracy |
≤0.05% + 10mV |
| Current Setting Accuracy |
≤0.01% + 10mA |
| Voltage Readback Accuracy |
≤0.05% + 10mV |
| Current Readback Accuracy |
≤0.01% + 10mA |
| Voltage Ripple |
≤400mVp-p / ≤60mVrms |
| Current Ripple |
≤20mArms |
| Rise Time, No Load |
≤150ms |
| Rise Time, Full Load |
≤200ms |
| Fall Time, No Load |
≤15s |
| Fall Time, Full Load |
≤50ms |
| Dynamic Response |
≤20ms |
| Efficiency |
≥85% |
| Operating Temperature |
0°C-40°C |
| Display |
Four-Digit Voltage, Current and Power Display |
| Protection |
OCP and OVP |
| Output Control |
Output ON/OFF |
| Memory |
M1-M3 |
| Adjustment |
Precision Encoder Adjustment |
| Panel Lock |
Supported |
| Output Ports |
Front and Rear |
| Communication Interfaces |
USB, RS232 and RS485 |
| Buzzer |
Buzzer Feedback with Mute Setting |
Why Choose KUAIQU R-SPS3060S?
High Current Capability for DC Motor Testing
The combination of 0–30V adjustable output, up to 60A current, and 1800W maximum power provides a high current DC power source for demanding DC motor test applications.
Flexible Voltage and Current Adjustment
The adjustable output allows users to establish different electrical conditions when testing DC motors, motor drive circuits, and related equipment.
Direct Output Monitoring
The four-digit display provides voltage, current, and power readback, allowing engineers to monitor the electrical output directly during motor testing.
OCP and OVP Protection
OCP and OVP provide additional protection functions when the power supply is used with different motor loads and connected electronic equipment.
Convenient Memory Settings
M1-M3 memory groups make it easier to recall frequently used voltage, current, and power settings for repeated DC motor testing.
Controlled Test Operation
Output ON/OFF control and Panel Lock provide convenient control over the power supply during motor testing and help prevent unintended setting changes.
Flexible Bench Integration
Front and rear output connections provide flexible installation options, while USB, RS232, and RS485 communication interfaces offer additional connection options for compatible test environments.
