This HBU SpeakOn Male to XLR Female cable is designed for high-current audio applications, connecting amplifiers and loudspeakers. It features a 4-pole speakON plug and XLR 3-pin jacks.
Key Features:
* **Connector Type:** SpeakOn male to 3-pin XLR female, with 2-conductor wiring (+1, -1) for common speaker connection.
* **Durable Connectors:** Heavy-duty, sealed XLR connectors ensure secure connections in demanding environments, with a temperature tolerance of -30 °C to +80 °C.
* **High-Quality Conductor:** Made from 16 AWG oxygen-free copper (OFC) for lower resistance, reliable, interference-free audio transmission without signal loss or delay.
* **Flexible & Lightweight:** High-impact, UV-resistant PVC cable jacket withstands tugging, stepping, twisting, pulling, and dragging. Easy to coil and store.
* **Shielding:** Fully shielded connectors and inner copper spiral shielding reduce interference and excess noise.
* **Application:** Ideal for extending connections between microphones and speakers, amplifiers, and A/V electronic equipment. Commonly used between passive speakers and power amplifiers.
* **Compatibility:** Compatible with 3-pin XLR equipment such as KTV systems, conference rooms, microphones, studio harmonizers, mixing boards, patch bays, preamps, speaker systems, and stage lighting.
Material: Copper conductors, PVC jacket
Color: Black
Length: 20 feet
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the length of the HBU SpeakOn to XLR cable?A: The cable is twenty feet long, which allows for extended connections between audio equipment.
Q: What materials are used in this cable?A: The cable is made from stranded oxygen-free copper for reliable audio transmission and enhanced performance.
Q: What type of connectors does this cable have?A: It features a SpeakOn male connector and a three-pin XLR female connector, suitable for professional audio applications.
Q: How do I connect the SpeakOn to XLR cable?A: Simply plug the SpeakOn male end into your speaker and the XLR female end into your microphone or audio device.
Q: Is this cable suitable for outdoor use?A: Yes, the cable is made with heavy-duty materials and is UV resistant, making it suitable for outdoor environments.
Q: Can this cable be used with multiple devices?A: Yes, it is compatible with various devices, including microphones, amplifiers, and audio/video equipment.
Q: How should I store this cable when not in use?A: Coil the cable neatly and store it in a cool, dry place to prevent damage and tangling.
Q: What is the temperature tolerance of the connectors?A: The connectors can withstand temperatures ranging from minus thirty degrees Celsius to plus eighty degrees Celsius.
Q: How do I clean this SpeakOn to XLR cable?A: Wipe the connectors and cable with a dry cloth to remove dirt and moisture for maintenance.
Q: Is this cable suitable for live performances?A: Yes, this cable is designed for professional use, making it ideal for live performances in various settings.
Q: What is the warranty policy for this cable?A: The warranty policy typically covers defects in materials and workmanship; please check with the retailer for specific terms.
Q: Can this cable reduce audio interference?A: Yes, the fully shielded connectors and copper spiral shielding help reduce interference and excess noise.
Q: Is this cable good for home studio use?A: Absolutely, its durable build and high-quality materials make it perfect for home studio applications.
Q: What audio applications is this cable best suited for?A: It is best suited for connecting microphones, speakers, amplifiers, and other A/V equipment in professional settings.
Q: What if my cable arrives damaged?A: If your cable arrives damaged, contact the retailer for return or exchange options as per their policy.
Q: Does this cable support high-current audio applications?A: Yes, this cable is engineered for high-current audio applications, ensuring optimal performance in demanding environments.
