Wuzhi ZK-5KX is a CNC-controlled DC buck-boost converter designed for stabilizing voltage and current in DIY power supplies or battery charging applications. It is characterized by its wide input range and clear LCD display. Key Specifications Input Voltage : 6.0V – 36V. Output Voltage : 0.6V – 36V. Output Current
One morning, its owner, a hobbyist named Elias, brought in a dead cordless drill. Its battery was so drained the "smart" charger refused to even recognize it. Elias tapped the on the ZK-5KX. The display flashed 12.00V . He turned the knob until it hit 14.4V , then limited the current to 1.000A to keep things safe.
The is more than a list of buttons; it is a blueprint for reliable workforce management. By understanding the nuances of fingerprint enrollment, mastering TCP/IP networking, and following the structured maintenance schedule, you can reduce "ghost attendance" issues and server connection dropouts by over 80%. Zk-5kx Manual
| Specification | Details | | :--- | :--- | | | 6.0V - 36V DC | | Output Voltage | 0.6V - 36V DC (adjustable) | | Output Current | 0 - 5A Max (4A for long-term stable work) | | Output Power | 80W Max (natural heat dissipation ~35W, forced cooling ~50W) | | Display Resolution | Voltage: 0.01V; Current: 0.001A | | Conversion Efficiency | Approximately 88% | | Protections | Input reverse connection, output backflow prevention, undervoltage, overvoltage, overcurrent, overpower, overtemperature, timeout, and overcapacity | | Cooling | Intelligent temperature-controlled fan (activates >50°C or >1A) | | Dimensions | Approx. 79 × 43 × 48 mm |
Keep the PDF on your phone for the pinout diagram (pages 5-6) and the DIP switch table (page 11). Throw away the confusion about "dynamic vs. static torque curves" (page 19) unless you have an engineering degree. Wuzhi ZK-5KX is a CNC-controlled DC buck-boost converter
6 Mode #
On page 8, there is a tiny diagram labeled "Warning." Here is what that actually means: Output Voltage : 0
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0.000A – 5.000A (Max stable output is 4A-5A, dependent on heat management)
Short press the button to cycle through the parameters: LVP, OVP, OCP, OPP, OAH, OWH, or OHP.
The combination of voltage and current exceeds the watt limit (e.g., 16V at 5.1A equals 81.6W, triggering an 81W OPP ceiling).