Efficient 4 Way Coax Switch For Remote Antenna Control With 500W PEP Capability

Efficient 4 Way Coax Switch For Remote Antenna Control With 500W PEP Capability DESCRIPTION Features: 1. Simplified Remote Antenna Switching: This 4-way coaxial remote antenna switch supports +12V control voltage, allowing you to switch antennas remotely without manual intervention. It is for ideal for antennas mounted on rooftops or towers, allowing for easy long-distance operation. 2. Flexible Multi-Antenna Support: This antenna switch features four antenna inputs and 1 radio output for fast switching between multiple antennas. It meets the needs of multi-band, multi-directional communications, greatly improving the flexibility of amateur radio and broadcasting setups. 3. High Power Handling Capability: This antenna signal switch is designed to handle up to 500W of continuous power (PWP) for high-power transmission environments. It is for ideal for broadcast stations, amateur radio enthusiasts, and other demanding applications that require reliable performance. 4. Low-loss Signal Transmission: Using advanced low-loss technology, this antenna splitter switch maximizes signal efficiency and minimizes power loss. Enjoy higher communication quality and reduced signal attenuation, your transmissions are clear and powerful. 5. Premium Construction and Easy Installation: Made with premium materials and for engineering, this RF antenna switch ensures stable operation even during long periods of high-power use. Equipped with SO-239 RF connector, it is compatible with standard coaxial cable for quick and easy installation. Specifications: Part Name: 4-Way Coaxial Remote Control Antenna Switch Color: Black Number of Antenna Inputs: 4 Number of Outputs: 1 (Connect to Radio Device) Frequency Range: 1.8-60MHz Impedance: 50 Ohm Power: 500W PEP Control Voltage: +12V Connector Type: SO-239 Material: ABS+PC+Metal Size: 10*11.5*3.5CM Package Contents: 1 AT14 Switch. 1 Controller Kit. Note: The actual color of the item may vary slightly from the picture due to different monitor settings and lighting conditions. Thank you for your understanding! Please allow 1-2 cm difference due to manual measurement.