Kohree 24v to 12v buck converter 30 amp
96% energy efficiency conversion rate 30 amp DC 24v to 12v buck regulator
Kohree DC 24v to 12v voltage reducer specification
24v to 12v step down converter for various occasions
Waterproof 30 amp 24v to 12v buck regulator
24v to 12v voltage reducer features
Kohree 24v to 12v buck converter 30 amp
96% energy efficiency conversion rate 30 amp DC 24v to 12v buck regulator
Kohree DC 24v to 12v voltage reducer specification
24v to 12v step down converter for various occasions
Waterproof 30 amp 24v to 12v buck regulator
24v to 12v voltage reducer features

Kohree

24V to 12V Buck Converter, 30A 360W

SKU: KR6631
$19.99
Pay with Ease & Security

Buy from Other Kohree Official Channels:

Specifications

Model: 24V down to 12V

Size: 2.9'' (L) x 1.2'' (W) x 2.9 (H)

Efficiency: 95%

Ripple: 100mVp

Input Voltage: 24V DC

Output Voltage: 12V DC

Line Output Current: 30A

No Load Current: 0.01A

Voltage Accuracy: ±1.5%

Load Regulation Rate: ±0.2%

Linear Adjustment Rate: ±0.2%

Waterproof Rating: IP68

Working Temperature: -40~85°C

Installation Line Length: 16.5cm

Quality Guarantee

Our products come with a 1-year warranty, ensuring a quality guarantee that you can rely on.

Have questions about this item?
Request Bulk Quotes

Share

Share Pin E-mail
  • High-Power Conversion: This industry-grade 24V to 12V DC buck converter offers a 30A current and 360W output power. It steps down DC 24V to a stable DC 12V, making it a powerful solution for converting voltage.
  • Superior Efficiency: Featuring synchronization rectification technology and a built-in smart chip, this 30A 24V to 12V step-down converter achieves up to 96% power conversion efficiency, ensuring stable and efficient performance.
  • Comprehensive Safety: Our 24V to 12V buck converter is equipped with intelligent protection mechanisms, it safeguards against overvoltage, overload, undervoltage, overcurrent, overheating, and short circuits. It automatically protects and recovers, maintaining operational integrity.
  • Enhanced Cooling: An upgraded fin-type heat sink with a thick aluminum plate facilitates efficient heat dissipation, contributing to a longer lifespan and cooler operation.
  • Versatile Applications: With its 360W power capacity, this 30A 24V to 12V buck regulator is adaptable for use in a wide range of devices, including golf carts, motors, dashcams, cars, trucks, LED strip lights, electric fans, cameras, monitors, solar pads, and DIY projects.
  • Waterproof & Shockproof: Housed in an aluminum shell with silicone sealing, this buck converter is protected against moisture, dust, and shocks, making it suitable for use even in wet conditions.

Model: 24V down to 12V

Size: 2.9'' (L) x 1.2'' (W) x 2.9 (H)

Efficiency: 95%

Ripple: 100mVp

Input Voltage: 24V DC

Output Voltage: 12V DC

Line Output Current: 30A

No Load Current: 0.01A

Voltage Accuracy: ±1.5%

Load Regulation Rate: ±0.2%

Linear Adjustment Rate: ±0.2%

Waterproof Rating: IP68

Working Temperature: -40~85°C

Installation Line Length: 16.5cm

FAQs

Q1: How Efficient Should the Converter Be?

High efficiency means less power is wasted as heat, which is important for long-term reliability and energy savings. Our 24v to 12v step down converter's power conversion efficiency is up to 96%. It is adapted with synchronization rectification technology and built-in smart chip, high conversion efficiency and stability.

Q2: How do I Ensure the Converter is Compatible with My System?

Verify that the converter's input voltage range and output voltage match your system's requirements. Also, ensure the maximum current output is sufficient for your devices.

Q3: Is this 24 to 12V Buck Converter Safe for Use?

Our 24v to 12v step down converter has built-in intelligent protection, which can automatically protect and recover from overvoltage, overload, undervoltage, overcurrent, overheating, overvoltage, and short circuits. It can recover to the normal state during operation. These protections are crucial for safeguarding your devices and the converter itself from damage due to voltage spikes, excessive current draw, or electrical shorts.

Recommended for You