XY6015L CNC Adjustable DC Stabilized Voltage Power Supply

1. Product Overview

The XY6015L is a high-performance CNC adjustable DC stabilized voltage power supply module designed for applications requiring constant voltage and constant current output. It features a large screen display for comprehensive information and easy operation, supporting up to 15A current and 900W power output.

Key features include:

• Constant voltage and constant current operation
• 15A high current, strong output capability
• Output voltage range: 0.0-60.00V
• Output current range: 0.0-15.00A
• Output power: 900W
• 10 data group storage spaces
• Supports standard MODBUS protocol for serial communication
• Upgraded large screen display with full viewing angle
• Stable performance and easy to operate

2. Specifications

Protection Mechanisms

• External Temperature Protection (ETP): 0-110°C (default off)
• Input Overvoltage Protection: 71V (default)
• Input Undervoltage Protection (LVP): 4.8-71V (adjustable, default 4.8V)
• Output Over-voltage Protection (OVP): 0-65V (default 65V)
• Output Overcurrent Protection (OCP): 0-16A (default 16A)
• Output Over Power Protection (OPP): 0-950W (default 950W)
• Over Temperature Protection (OTP): 60-110°C (default 95°C)
• Timeout Protection (OHP): 0-100H (adjustable, default off)
• Over Capacity Protection (OAH): 0-9999Ah (adjustable, default off)
• Super Energy Protection (OPH): 0-9999Wh (adjustable, default off)

3. Setup

3.1 Package Contents

Verify that your package contains the following items:

• Package A: Meter head (1), Base plate (1), Cable (2)
• Package B: Base plate (1) (can be used separately for output current 0-15A)

3.2 Physical Connections

Connect the display unit to the main power supply board using the provided cables. Ensure correct polarity for input (VIN+, VIN-) and output (OUT+, OUT-) terminals. An optional 10K NTC external temperature sensor can be connected.

3.3 Fixed Voltage Output using DIP Switch

The base plate can be used independently. To set a fixed output voltage, use the DIP switches on the board. Refer to the truth table below for settings. If using numerical control from the display head, set the DIP switch to 'NC'.

Note: If other special voltages are required, please contact customer service for customization.

3.4 Communication Setup (Optional)

For multi-machine remote control, a low-cost communication control scheme can be realized using a TTL to 485 module or a WiFi module, supporting the Modbus agreement.

3.5 Installation Dimensions

Product Weight: Bottom plate 149g + head module 43g + 2g x 2 = 196g in total.

4. Operating Instructions

4.1 Setting Voltage and Current

1. In the operation interface, press the V/A button to enter the setting voltage and current interface. The LCD will display 'SET' and 'CV' will flash.
2. Press the SW button or rotate the encoder to select the voltage digit to adjust. Rotate the encoder to set the desired voltage.
3. Press the V/A button again. The LCD will display 'CC' and flash.
4. Press the SW button or rotate the encoder to select the current digit to adjust. Rotate the encoder to set the desired current.
5. Press the V/A button again to exit and save the settings. Alternatively, long press the V/A button for 2 seconds or wait for 6 seconds without any key operation; the system will automatically exit and save.

4.2 Quick Setting of Voltage or Current

In the parameter setting interface, set the parameter 'FET' to 'CV' (Constant Voltage) or 'CC' (Constant Current). Then, rotate the encoder in the operation interface to quickly set the voltage or current.

4.3 Parameter Setting Screen

To enter the parameter setting screen, press and hold the SW button for 2 seconds from the running screen.

1. On the running screen, hold down SW for 2 seconds to enter the parameter setting screen.
2. Press SW to switch between parameters. Press the encoder button to select the bit, then rotate the encoder to adjust the value.
3. For Maximum Capacity (OAH), Maximum Power (OPH), or Maximum Running Time (OHP) interfaces, press the ON/OFF button to enable or disable the function. If disabled, '----' will be displayed.
4. On the Maximum Capacity (OAH) / Maximum Energy (OPH) screen, hold down ON/OFF to select the capacity range (e.g., 9.999Ah / 99.999Ah).
5. After setting parameters, hold down the SW button for 2 seconds to exit. Settings are automatically saved.

4.4 Input and Output Voltage Display

Press the SW button on the running interface to switch between displaying the input voltage ('IN') and output voltage.

4.5 View Power (W), Capacity (Ah), Energy (Wh), and Time (h)

In the operation interface, press the encoder button to cycle through displaying power (W), capacity (Ah), energy (Wh), and time (h).

4.6 Locking Function

To prevent accidental changes, you can lock the voltage and current settings. Long press the encoder button for 2 seconds in the operation interface to lock. A lock symbol will appear on the display. To unlock, long press the encoder button for 2 seconds again.

4.7 Data Group Function

The product has 10 sets of data (Cd0 to Cd9) for storing settings. Cd8 (12V) and Cd9 (24V) are fixed and cannot be adjusted. Data is saved in Cd0 by default.

1. Long press the V/A key for 2 seconds to enter the data group call-out interface. The upper two lines will display the set voltage (CV) and current (CC) of the data group. The downstream display group number will be CD1-CD9.
2. Press the V/A key to switch between setting voltage CV, setting current CC, and data set serial number Cd. Modify the parameter value using the encoder.
3. After confirming the data group, long press V/A to exit the data group and return to the operation interface.

4.8 Other Functions

4.8.1 Capacity/Energy/Running Time Statistics

When the power is turned ON, statistics automatically start. If power is turned OFF, the previous state's value is displayed. When power is turned ON again, the record restarts. To clear the data, press and hold the ON/OFF key for 2 seconds on the corresponding screen.

4.8.2 Setting Maximum Capacity (OAH), Maximum Energy (OPH), and Maximum Running Time (OHP)

• OAH/OPH: If enabled, the power supply automatically shuts down output and flashes 'OAH' / 'OPH' if the statistical capacity/energy exceeds the set maximum. After the alarm is cleared, statistics are reset.
• OHP: If enabled, the power output automatically turns off and 'OHP' blinks if the running time exceeds the set maximum discharge time. After the alarm is cleared, time statistics are reset.

Note: When OAH/OPH and OHP functions are not enabled, the power supply records capacity/energy and running time. When enabled, the power supply automatically shuts down output upon reaching the set value. OHP functions in countdown mode when enabled.

5. Maintenance

To ensure optimal performance and longevity of your XY6015L power supply, follow these maintenance guidelines:

• Cleaning: Keep the device clean and free from dust. Use a soft, dry cloth for cleaning. Avoid using liquids or abrasive cleaners.
• Cooling Fan: The integrated intelligent temperature-controlled fan operates based on current, power, and temperature. Ensure the fan vents are not obstructed to allow proper airflow.
• Environment: Operate the power supply in a dry, well-ventilated area. Avoid exposure to extreme temperatures, humidity, or corrosive environments.
• Connections: Periodically check all connections (input, output, display, communication) to ensure they are secure and free from corrosion.
• Storage: When not in use for extended periods, store the device in a cool, dry place.

6. Troubleshooting

If you encounter issues with your XY6015L power supply, consider the following:

• No Power/Display:
• Check input voltage connections and ensure they are within the 6.0-70V range.
• Verify the power supply switch (hard switch) is in the 'ON' position.
• Ensure the display unit is correctly connected to the main board.
• No Output Voltage/Current:
• Check if any protection mechanisms (OVP, OCP, OPP, OTP, OHP, OAH, OPH) have been triggered. The display may show an alarm.
• Ensure the output is enabled and not locked (refer to Locking Function).
• Verify that the DIP switch settings are appropriate if using fixed voltage output, or set to 'NC' if using numerical control.
• Check output wiring for shorts or open circuits.
• Incorrect Output Readings:
• Ensure proper calibration (though typically factory calibrated). If persistent, contact support.
• Check for loose connections that might affect measurement accuracy.
• Communication Issues (Modbus):
• Verify the TTL to 485 or WiFi module connections.
• Ensure the Modbus protocol settings (device address, baud rate) are correctly configured.

For complex issues or if troubleshooting steps do not resolve the problem, please refer to the official PDF manual or contact customer support.

7. User Tips

• Start with Low Settings: When first using the power supply or connecting a new load, always start with low voltage and current settings and gradually increase them to avoid damaging your circuit or the power supply.
• Monitor Temperature: While the device has over-temperature protection, it's good practice to ensure adequate ventilation, especially during high-power operation, to prevent the fan from running constantly.
• Utilize Data Groups: For frequently used voltage and current settings, save them into the 10 available data groups for quick recall and efficiency.
• Lock Settings: Use the locking function to prevent accidental changes to voltage and current settings, especially in environments where controls might be inadvertently bumped.
• Understand Protection Limits: Familiarize yourself with the default and adjustable limits of the protection mechanisms (OVP, OCP, OPP, etc.) to safely operate the power supply within its capabilities.

8. Warranty and Support

For detailed warranty information and technical support, please refer to the official documentation provided by diymore module Store.

An electronic version of the user manual is available in PDF format: View User Manual (PDF)

If you have any questions or require assistance, please contact the seller directly through the platform where you purchased the product.