DROK DC Buck Converter CNC (Model DROK-TRANSFORMER) Instruction Manual

Sarrera

This manual provides detailed instructions for the safe and efficient operation of your DROK DC Buck Converter CNC. This adjustable power supply regulator module is designed to convert an input voltage range of 10V-100V DC to an adjustable output voltage of 0-60V DC, with an output current of 0-12A and power up to 720W. It features constant voltage and current modes, a cooling fan, an LCD display, and multiple protection mechanisms.

Produktuaren Ezaugarriak

Egokigarria Voltage & unea: Sarrera boltage: 10V-100V; Output Voltage: 0-60V; Output Current: 0-12A; Output Power: 0-720W. All parameters are arbitrarily adjustable.
Konstante Voltage & Current Modes: The module supports both constant output voltage (CV) and constant output current (CC) settings via key buttons.
Hozte haizagailua: Equipped with an integrated cooling fan to maintain optimal operating temperature, activating when output current exceeds 1.5A.
LCD pantaila: Features a clear LCD color screen for real-time display of voltage, current, and power, enhancing user convenience.
Babes integrala: Includes reverse connection protection, input low voltage protection (LVP), over voltage protection (OVP), over current protection (OCP), and over power protection (OPP) for enhanced safety and durability.

Produktua amaituview

Familiarize yourself with the components of the DROK DC Buck Converter CNC:

Labeled diagram of DROK DC Buck Converter CNC showing input/output ports, fuse, fan, LCD, buttons, and rotary encoder. — **Figure 1: Component Layout**
Irudi honek goiko aldea erakusten du view of the DROK DC Buck Converter CNC with key components labeled. From left to right and top to bottom, you can identify the Input Port, Input 15A Automotive Fuse, Power Indicator LED, Fan Cooling System, LCD Display, Silicone Buttons for control, Communication Port, Output Port, and Rotary Encoder for fine adjustments.

The module's design includes clearly marked input and output terminals, a protective fuse, an active cooling fan, and an intuitive LCD interface for monitoring and control.

Zehaztapenak

Parametroa	Balioa
Sarrera boltage	10 V-100 V DC
Irteera boltage	0-60 V DC
Irteera Korrontea	0-12A
Irteera Potentzia	0-720W
liburukiatage Regulation Resolution	10mV
Current Regulation Resolution	10mA
liburukiatage Pantailaren bereizmena	10mV
Uneko pantailaren bereizmena	10mA
Fan Start-up Condition	Output Current > 1.5A
Zirkuitu Laburren Babesa	15A Automotive Fuse
Sarreraren babesa	Reverse Connection Protection, Low Voltage Babesa (LVP)
Irteerako Babesa	Voltage Protection (OVP), Over Current Protection (OCP), Over Power Protection (OPP)
Neurriak (L×W×H)	135mm × 98mm × 45mm (5.31in × 3.86in × 1.77in)
Elementuaren pisua	13.1 ontza

Image showing the dimensions of the DROK DC Buck Converter CNC: 135mm length, 98mm width, 45mm height. — **2. irudia: Produktuaren neurriak**
This image illustrates the physical dimensions of the buck converter module, indicating its length, width, and height for proper installation planning.

Konfigurazioa

Proper setup is crucial for safe and effective operation. Ensure all connections are secure before applying power.

Itzali: Ensure all power sources are disconnected before making any wiring connections.
Sarrerako kableatzea: Connect your DC input power source (10V-100V) to the "IN+" and "IN-" terminals on the module. Ensure correct polarity: "IN+" for positive, "IN-" for negative. The module features reverse connection protection, but correct wiring is always recommended.
Irteerako kableatzea: Connect your load to the "OUT+" and "OUT-" terminals. Ensure correct polarity: "OUT+" for positive, "OUT-" for negative.
Lurreratzea: The module typically shares a common negative ground between input and output. Verify this for your specific application to avoid ground loops or unexpected behavior.
Muntaketa: Secure the module in a well-ventilated area, away from conductive materials. Consider using a non-conductive enclosure if operating in an environment where accidental contact is possible.
Hasierako piztea: After all connections are verified, apply power to the input. The LCD display should illuminate, showing current voltage eta egungo irakurketak.

Azpialdea view of the DROK DC Buck Converter CNC, showing solder points and circuit board traces. — **Figure 3: Underside of the Module**
Irudi honek eskaintzen du view of the circuit board's underside, which can be helpful for understanding mounting points and general layout.

Funtzionamendu-argibideak

The DROK DC Buck Converter CNC is controlled via its LCD display, silicone buttons, and rotary encoder.

Irteera Voltage eta Korrontea

Ezarpenak sartzeko: Press the "SET" button to enter the parameter setting mode. The display will show the currently adjustable parameter (e.g., output voltageta).
Navigating Parameters: Use the "SET" button to cycle through different parameters: output voltage, output current limit, and potentially other settings depending on the firmware version.
Balioak doitzea: While a parameter is selected, turn the "Rotary Encoder" (knob) clockwise to increase the value and counter-clockwise to decrease it. Short press the rotary encoder to switch between coarse and fine adjustment modes.
Confirming Settings: Once the desired value is set, press the "OK" button (or the "SET" button again, depending on the model) to confirm and save the setting.
Irteera kontrola: Use the "ON/OFF" button to enable or disable the output. When disabled, the module may still show input voltage but will not supply power to the output terminals.

LCD pantaila ulertzea

The LCD provides real-time feedback on the module's status:

Irteera boltage (V): Uneko bolumena bistaratzen dutage being supplied to the load.
Output Current (A): Shows the current being drawn by the load.
Irteera potentzia (W): Indicates the total power being delivered.
Sarrera boltage (IN V): liburukia erakusten dutage of the input power source.
Protection Indicators: May display indicators for active protections (e.g., OVP, OCP) if triggered.

The module can be programmed to output a predetermined voltage upon power-up or only when the output button is pressed. Refer to the specific on-screen menu options for configuring this behavior.

Mantentzea

Regular maintenance ensures the longevity and reliable performance of your buck converter.

Mantendu garbi: Periodically clean the module, especially the fan and heatsink, to prevent dust buildup which can hinder cooling. Use a soft, dry brush or compressed air. Ensure power is disconnected before cleaning.
Egiaztatu konexioak: Regularly inspect all input and output wiring connections to ensure they are tight and free from corrosion. Loose connections can lead to arcing, overheating, or unstable operation.
Kontrolatu haizagailuaren funtzionamendua: Ensure the cooling fan operates correctly when the output current exceeds 1.5A. A non-functional fan can lead to overheating and module damage.
Ingurumen-baldintzak: Operate the module within its specified temperature and humidity ranges. Avoid exposure to moisture, extreme temperatures, or corrosive environments.
Fusibleen ikuskapena: If the module fails to power on or provide output, check the 15A automotive fuse. Replace it with a fuse of the same rating if blown.

Arazoak konpontzea

This section addresses common issues you might encounter with your DROK DC Buck Converter CNC.

Arazoa	Kausa eta irtenbide posiblea
No Power/Display Off	No input power: Verify the input power source is connected and supplying voltage within the 10V-100V range. Fusiblea: Check the 15A automotive fuse. Replace if necessary with a fuse of the same rating. Kableatu okerra: Ensure input wires are connected correctly to "IN+" and "IN-".
Irteerarik ez Voltage	Output disabled: Press the "ON/OFF" button to enable the output. Output short circuit: Disconnect the load and check for a short circuit. The OCP (Over Current Protection) may have activated. Gainkarga: The load may be drawing more current or power than the set limits or the module's maximum capacity (12A/720W). Reduce the load or adjust settings. Output protection triggered: OVP, OCP, or OPP may have activated. Check the display for error messages and resolve the underlying issue.
Irteera boltage/Current Unstable	Konexio solteak: Tighten all input and output wiring connections. Input power fluctuations: Ensure the input power source is stable. Gehiegizko berotzea: Check if the fan is operating. Ensure adequate ventilation around the module. If the module is hot, reduce the load.
Fan Ez Abian	Low load: The fan activates when the output current exceeds 1.5A. If the load is below this, the fan will not run. This is normal operation. Fan malfunction: If the load is high (>1.5A) and the module is hot but the fan is not running, the fan may be faulty. Contact support.
Incorrect Readings on LCD	Calibration issue: While factory calibrated, extreme conditions or damage could affect accuracy. If persistent, contact support. Measurement limitations: Ensure your external measurement tools are accurate and properly connected.

Bermea eta Laguntza

DROK provides a one-year service period for products purchased. If you encounter any quality issues with your DROK DC Buck Converter CNC within this period, you are eligible for a brand new replacement.

For technical assistance, troubleshooting beyond this manual, or warranty claims, please contact DROK customer support through the retailer where the product was purchased or visit the official DROK webharremanetarako informazioa lortzeko gunea.

When contacting support, please have your product model number (DROK-TRANSFORMER) and purchase details readily available.

DROK DROK-TRANSFORMER