DC-DC Boost Converter: 12V Input to 28V/30V/32V Output, 12V-24V Range, 3-15A Variants

Power up with the Dc-Dc Boost Converters: take 12V (or 24V) and reliably raise to 28V, 30V, or 32V DC with high current options. Models include DC-DC 12V to 28V 3-10A Boost, DC-DC 12V to 30V 5-15A Boost, DC-DC 12V to 32V 5-15A Boost, and 24V to 28V 1-10A Boost.

Applications Wide range of applications: Industrial automation control, research equipment, LED lighting, industrial control equipment, automotive and car equipment, power equipment, instrumentation equipment, medical equipment, refrigeration systems, electronic displays (LCD/LED), audiovisual products, security equipment, and various instruments and other fields.

Key Features 1) High-quality materials and robust construction for long service life. 2) Novel, compact design that fits modern installations and is favored by professionals. 3) Practical and reliable; widely used with many repeat customers. 4) Ready for installation with straightforward wiring. 5) Suitable for diverse applications across industries. Note: For long-term reliability, operate at up to 50% of the maximum rated power when possible, and select a higher-power model for demanding continuous use.

Specifications & Safety - Input: 12V or 24V battery voltage is converted to a 28V/30V/32V DC output. - Output voltage options: 28V, 30V, or 32V DC depending on model. - Output current: 3-10A (12V28V) or 5-15A (12V30V/32V); 24V28V versions deliver 1-10A. - Type: DC-DC Boost (step-up) converter. - Polarity protection and input/output wiring guidance included. - Use pure copper input/output cables; keep wiring length within 2 meters to reduce voltage drop; larger gauge is recommended for longer runs. - Include proper fuse or switch on Input+; verify fuse rating matches installation. - Ensure battery capacity can supply peak power; insufficient energy will reduce output voltage. - Install in a well-ventilated area to prevent overheating; continuous operation near the peak may trigger current-limit protection. - Do not connect directly to solar panels or wind turbines without appropriate regulation. - Non-charging models should not be used to charge batteries unless specified. - When testing with a DC power supply, keep input within the rated battery range; customized overvoltage protection options can be considered.

Installation & Use Guide 1) Turn off all power supplies and load switches. 2) Verify correct positive and negative polarity before wiring. 3) Connect OUTPUT- to load negative and OUTPUT+ to load positive. 4) Wire a fuse or air switch to Input+; connect Input+ to the battery positive, and Input- to the battery negative. 5) Double-check all connections for correct polarity and secure fastening; power on to test.

Troubleshooting - If there is no output: check all connections are secure, ensure the battery has sufficient energy, and verify the input fuse is intact. - If output is present but the load does not start: check load inrush current, ensure adequate ventilation, inspect for overheating, verify cable sizing and length, ensure input energy is sufficient, and confirm the unit is within its rated operating range.

Note: If uncertain about installation, please contact us before proceeding to ensure safe and correct setup.