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$56.66
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Automatic Step-Up/Step-Down Solar Vehicle-Mounted Constant-Voltage Constant-Current Power Module with Under-Voltage Over-Voltage Protection
- This module is an automatic step-up/step-down power supply. The output voltage remains stable regardless of whether the input voltage is lower than, higher than, or equal to the output voltage.; It features constant current, constant voltage, and under-voltage protection, as well as output and fault indicators. The output is protected against overcurrent, overvoltage, and short circuits. All components meet industrial-grade standards.; Input Voltage: 532V DC. Output Voltage: 130V DC, continuously adjustable; shipped with default setting of 12V. Operating Temperature Range: -45°C to +85°C.; Output Current: Continuous: 8A; Peak: 10A. Output Power: Continuous: 80W; Peak: 130W. Please enhance heat dissipation if exceeding 80W. Output Ripple: 50 m V (measured at 12V output, 5A load).; Reverse Polarity Protection: None; if required, install a diode in series with the output. Backfeed Protection: None; if charging is required, install a diode in series with the output.
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Short-circuit protection
1.
Battery under-voltage protection adjustment method:
(Example: Setting 10V under-voltage protection and output shutdown for a 12V lead-acid battery) Connect the input to a regulated power supply set to 10V. Adjust the under-voltage protection potentiometer (clockwise to increase, counterclockwise to decrease) until the fault indicator (red light) just turns on; this indicates successful setup. This ensures that when the battery discharges to 10V, power will be automatically cut off to protect the battery from damage.
Note: If the unit is not battery-powered, this setting is not required.
2.
Output Voltage Adjustment Method: Connect the input to a power source (with a voltage higher than the under-voltage protection threshold). The red light will be off and the blue light will be on. Connect a multimeter to the output and adjust the output voltage potentiometer (clockwise to increase, counterclockwise to decrease) until the desired voltage is reached.
Note: Normally, the red light should be off and the blue light on; if the opposite occurs, it indicates a fault (input undervoltage protection, output overcurrent protection, or output short-circuit protection). Please troubleshoot the issue and power the unit back on.
3.
Output current adjustment method: (Using a 12V input to charge a 12V lead-acid battery at 5A as an example) Connect a 12V power supply to the input. Connect an ammeter in parallel to the output (red probe to positive, black probe to negative; short the output directly. We recommend using an ammeter rated at 15A or higher to prevent fuse burnout). Adjust the constant current potentiometer (clockwise to increase, counterclockwise to decrease) until the ammeter displays the desired value of 5A. Remove the ammeter and connect the battery to begin normal charging.
Note: If used in a constant-voltage application, only the maximum output current needs to be set.
1.
Battery under-voltage protection adjustment method:
(Example: Setting 10V under-voltage protection and output shutdown for a 12V lead-acid battery) Connect the input to a regulated power supply set to 10V. Adjust the under-voltage protection potentiometer (clockwise to increase, counterclockwise to decrease) until the fault indicator (red light) just turns on; this indicates successful setup. This ensures that when the battery discharges to 10V, power will be automatically cut off to protect the battery from damage.
Note: If the unit is not battery-powered, this setting is not required.
2.
Output Voltage Adjustment Method: Connect the input to a power source (with a voltage higher than the under-voltage protection threshold). The red light will be off and the blue light will be on. Connect a multimeter to the output and adjust the output voltage potentiometer (clockwise to increase, counterclockwise to decrease) until the desired voltage is reached.
Note: Normally, the red light should be off and the blue light on; if the opposite occurs, it indicates a fault (input undervoltage protection, output overcurrent protection, or output short-circuit protection). Please troubleshoot the issue and power the unit back on.
3.
Output current adjustment method: (Using a 12V input to charge a 12V lead-acid battery at 5A as an example) Connect a 12V power supply to the input. Connect an ammeter in parallel to the output (red probe to positive, black probe to negative; short the output directly. We recommend using an ammeter rated at 15A or higher to prevent fuse burnout). Adjust the constant current potentiometer (clockwise to increase, counterclockwise to decrease) until the ammeter displays the desired value of 5A. Remove the ammeter and connect the battery to begin normal charging.
Note: If used in a constant-voltage application, only the maximum output current needs to be set.
Warranty & Returns
Warranty, Returns, And Additional Information
Warranty
- Please contact the Seller directly for warranty information. Warranty information may also be found on the Manufacturer's website.
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Return Policies
- Return for refund within: 30 days
- Return for replacement within: 30 days
- This item is covered by StarVelocity Technology Return Policy
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