Micro hydraulic water flow generator Color F505V Overview This compact F50 series micro hydraulic generator converts water flow into usable electrical power for small electronics and lighting. Four output configurations are available to match different needs: F5080V, threephase brushless alternator variant, F505V, and F5012V. The unit is designed for simple integration into smallscale hydro setups, experiments, and offgrid applications. Key benefits Offgrid power from flowing water: generate electricity where mains power is not available. Versatile output options: choose between unregulated voltage output, AC threephase output, regulated 5V for USB devices, or regulated 12V for radios and LED systems. Lightweight and compact: about 90 g allows easy installation in small pipelines or portable systems. Reliable mechanical design: clean surface finish, firm structure, low axial clearance, and low mechanical noise for stable operation. Practical charging and lighting: supports direct powering of LED lights and charging of small battery packs or mobile devices when using the appropriate model. Model summaries and functions F5080V Unregulated DC output 0 to 80 V, peak voltage up to 80 V at 1.2 MPa. Can directly drive 3 to 12 V LED lighting of about 10 W and can charge small batteries. Peak charging current approximately 220 mA. During battery charging the output will stabilize near 14 V to maintain charging. Threephase brushless alternator variant AC output voltage 0 to 20 V and output current 0 to 150 mA. Recommended flow range 3 to 18 L per minute. Designed for applications that require AC output from a small hydraulic source. F505V Regulated 5 V output suitable for charging mobile phones and lithium batteries that include charge management chips. Provides a stable 5 V supply for USBpowered devices when matched to appropriate flow and pressure. F5012V Regulated 12 V output for powering 12 V radios, charging 12 V battery systems, and powering LED lighting that requires 12 V. Technical specifications Output peak voltage: 80 V at 1.2 MPa. Peak output current: 220 mA at 12 V. Line resistance: 10.5 plus or minus 0.5. Insulation resistance: 10 M. Peak water outlet closure pressure resistance: 0.6 MPa. Peak water outlet opening pressure resistance: 1.2 MPa. Starting water pressure: 0.05 MPa. Axial clearance: 0.2 to 1.0 mm. Mechanical noise: 55 dB. Weight: approximately 90 g. Service life: approximately 3000 hours. Output behavior: for unregulated variants, output voltage is proportional to water pressure. Use scenarios Remote lighting and small battery charging: install the F5080V or F5012V near a stream or water outlet to power LED lights and maintain small battery packs for emergency lighting in cabins or shelters. Mobile device charging at outdoor sites: use the F505V regulated model to charge phones or USB devices during fieldwork, camping, or research trips where a small steady current is needed. Educational or experimental microhydro systems: use the threephase brushless alternator variant to study smallscale AC generation, measure performance under different flow and pressure conditions, or integrate into demonstration rigs. Compatibility and installation notes Select the model that matches the target device voltage and charging requirements. The F505V and F5012V provide regulated outputs for direct device compatibility. The F5080V is unregulated and used where an intermediate battery or appropriate load is present. Ensure pump or water source can provide the required flow and starting pressure for reliable operation. Starting water pressure is 0.05 MPa; performance improves with higher pressure up to rated limits. Observe mechanical mounting and piping to maintain axial clearance and avoid excessive pressure beyond the listed peak resistance values. What is included One micro hydraulic water flow generator, F50 series, color F505V (select model at ). This product is intended for electrical and DIY supply applications that require smallscale hydroelectric generation. Please select the appropriate model for your device requirements and operating conditions.