Lectrosonics DCR12/A4U Power Supply for R400 Receiver

Essential Power Solution for R400 Receiver
The Lectrosonics DCR12/A4U is specifically designed to power the R400 receiver, offering a reliable and consistent power source for professionals in broadcast and audio production. This power supply operates seamlessly with an input range of 90-240 VAC, making it adaptable for international use. Its efficient conversion to a stable 12 VDC output ensures your equipment operates flawlessly without risking damage due to power fluctuations.

Worldwide Compatibility
Suitable for global use, the DCR12/A4U handles a wide range of voltages from 90 to 240 VAC and supports both 50 and 60 Hz electrical systems. This versatility makes it an ideal choice for professionals traveling or working in various geographical locations. You can trust this power supply to keep your R400 receiver operational, no matter where your work takes you.

Robust and Regulated Output
With a maximum output of 400 mA, the DCR12/A4U provides a regulated 12 VDC power that helps maintain the integrity of your audio output. This regulation is crucial for avoiding voltage irregularities that can affect performance or damage sensitive broadcast equipment. The assurance of stable power helps in achieving high-quality audio recordings.

Compact and Durable Design
The DCR12/A4U is built to last with a focus on durability and ease of transport. Its compact size allows for easy integration into any setup without occupying excessive space, making it perfect for on-the-go setups. The robust casing ensures it withstands the rigors of field use, protecting it against the wear and tear of frequent travel and outdoor environments.

Easy Integration with Existing Setups
This power supply is designed for straightforward integration with your existing equipment. The standard connectors and compatibility with the R400 receiver mean that setting up is quick and hassle-free. You can set up your audio system with confidence, knowing that power delivery will be smooth and uninterrupted.