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Brand: Generic (Imported)
Premium Quality 36V-72V to 12V 10A 120W DC-DC Step Down Converter for EV Scooter & Electric Vehicle Accessories
SKU: TI-PQ-75336
Estimated Delivery By: Jul 5 - Jul 7 
MRP : ₹306 ₹255
17% OFF!
Estimated Delivery By: Jul 5 - Jul 7 Easy Return
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₹255 (Including GST)
MRP : ₹306
17% OFF!
Get Extra ₹4 OFF on Prepaid Orders
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Short Description
The Premium Quality 36V-72V to 12V 10A DC-DC Step Down Converter is a rugged, highly efficient 120W voltage regulator built to convert wide-ranging high voltage battery packs down to a steady 12V output.
Country of origin: China
Specifications
- Brand: Generic (Imported)
- Input Voltage Range: 36V to 72V DC (Supports 36V/48V/60V/72V systems)
- Output Voltage: 12V DC
- Output Current: 10A Max (Continuous
- Power Output Maximum: Up to 120W (Continuous at 12V output)
- Conversion Efficiency: 85% - 95% (Typically 92% optimization)
- Protection Circuits: Built-in Overcurrent, Overvoltage, Short-Circuit, and Thermal Shutdown protection
- Operating Temperature Range: -40°C to 85°C
- Ripple & Noise Level: Low Ripple ($<100\text{mV}$ RMS)
- Housing Material: Heavy-duty Aluminum / Epoxy-Sealed casing for heat dissipation
Description
This 10A DC-DC Converter (36V-72V) is a high-performance and versatile step-down power conversion device engineered to handle a broad input voltage range of 36V to 72V. It converts fluctuating higher voltages into a rock-solid, regulated 12V output ideal for sensitive electronic systems. Utilizing advanced high-frequency pulse modulation technology, it ensures maximum energy efficiency with minimized heat generation. Housed in a heavy-duty casing, it is ruggedly designed for demanding deployments across electric mobility, industrial setups, solar configurations, and off-grid electronics, delivering a safe and consistent 10A continuous supply even during intense operation.
Features
:- Broad Voltage Adaptability: Fluches smoothly between 36V and 72V DC inputs (covering 36V, 48V, 60V, and 72V packs) while delivering a locked output.
- 10A High Current Delivery: Capable of continuously pumping up to 10A of current to supply accessories requiring higher power demands.
- Advanced Protection Layout: Integrated multi-safeguard system protecting your downstream loads from overcurrent, overvoltage, shorts, and thermal runaways.
- High Efficiency Performance: Delivers 85% to 95% conversion optimization, greatly minimizing energy drain on main batteries and keeping thermal signatures low.
- Clean & Low Noise Signal: Minimizes ripples and electronic distortion, guaranteeing safe, glitch-free operation for microcontrollers, GPS, and communication rigs.
- Compact, Weatherized Casing: Often built with a lightweight aluminum shell or epoxy-sealed barrier to resist heavy ambient vibration and dust.
Applications
:- Electric Vehicles (EVs): Powers e-scooters, e-bikes, and e-rickshaw auxiliary modules like horns, turn signals, LED headlights, dashboards, and mobile chargers.
- Renewable Energy Stations: Acts as a step-down regulator matching variable solar panels or wind storage banks to native 12V appliances.
- Telecommunications Hubs: Drives remote telecom hardware, signal boosters, routers, and switches from shifting DC infrastructure lines.
- Industrial Automation: Steps down power on industrial machinery control panels, sensors, and remote transmission nodes.
- Uninterruptible Power Supplies (UPS): Manages regulated voltage distribution from standby battery banks during backup operations.
Usage
:- Identify System Wiring: Map your connections carefully using the color scheme: Red for high voltage battery positive (36V-72V), Black for common negative ground, and Yellow for the regulated 12V positive load out.
- In-Line Safety Fuse: Splice a recommended 12A–15A fuse onto the main input wire (Red) to guard against any accidental catastrophic battery shortages.
- Insulate Intersections: Form tight joins using reliable crimping tools or solid solder joints, then seal every connection node with high-grade adhesive heat-shrink tubing.
- Check the Terminals: Before latching your downstream electronics to the Yellow lead, power up the converter and verify the line reads a clean 12V using a standard digital multimeter.
- Strategic Placement: Secure the chassis down using robust mounting holes, locating it away from raw ambient motor heat while making sure air can easily flow across its integrated thermal heat sinks.
Maintenance
:- Debris & Dust Swabs: Periodically wipe down the outer aluminum cooling fins to prevent dust layers from insulating the unit and dropping thermal efficiency.
- Inspect the Hardware: Periodically check your physical mounting points and terminal screws to confirm mechanical road vibrations haven't rattled the wiring loose.
- Check Seal Security: For units exposed to weather or outdoor splash paths, inspect the outer housing parameters occasionally to guarantee the wire entries remain completely water-tight and sealed.
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