BENINCA ONE 2WB Receiver in UAE

BENINCA ONE 2WB Receiver in UAE Discover top-quality receivers in the UAE for unparalleled audio and video experiences. Browse a wide selection of receivers  ONE.2WB
433.92 MHz receiver with power supply 12÷28 Vdc / 21÷28 Vac

Technical Data:

• Power Supply: 12 ÷ 28 Vdc | 21 ÷ 28 Vac
• Channels: 2
• Frequency: 433.92 MHz
• Advanced Rolling Code (ARC): Yes
• Rolling Code: Yes
• Fixed Code: Yes
• Number of Memorised Codes: 512

Features:

1. Versatile Power Supply: Compatible with both 12÷28 Vdc and 21÷28 Vac power supplies, providing flexibility in installation and operation.
2. Dual Channels: Equipped with two channels, allowing control of multiple devices or functions within your automation system.
3. Triple Coding Options: Supports Advanced Rolling Code (ARC), Rolling Code, and Fixed Code, ensuring high security and compatibility with various transmitters.
4. High Capacity: Capable of storing up to 512 codes, making it ideal for environments requiring multiple users or devices.
5. Easy Learning: Encoding is learned automatically after the first transmission from the transmitter, simplifying the setup process.
6. Reliable Frequency: Operates at 433.92 MHz, a standard frequency for remote control systems, ensuring reliable and interference-free performance.
7. Secure and Advanced Technology: The Advanced Rolling Code technology provides enhanced security by generating a new code for each transmission, preventing unauthorized access.

Applications:

The BENINCA ONE 2WB receiver is perfect for various automated systems, including gates, garage doors, and other remote-controlled applications. Its high capacity and secure coding options make it an excellent choice for residential, commercial, and industrial settings.

Installation and Usage:

Installing the BENINCA ONE 2WB receiver is straightforward, thanks to its flexible power supply options and automatic code learning feature. Whether upgrading an existing system or setting up a new one, this receiver ensures smooth and reliable operation.