PowerWorks PW-XLR310BK - XLR Male to Female Cable (10M)
Overview:
The PowerWorks PW-XLR310BK 10M XLR Male to Female Cable provides dependable connectivity for professional audio equipment. Its 10-meter length offers extended reach for studio and live setups. The cable combines 99.99% Oxygen-Free Copper (OFC) with aluminium and braided shielding. A flexible PVC sheath supports easier handling, while durable connectors withstand over 1,200 mating cycles.
Key Features:
• 10-Metre Connection Length: The extended cable length provides greater flexibility when positioning connected audio equipment.
• 99.99% Oxygen-Free Copper: The OFC conductor supports strong conductivity for clear and consistent audio signal transmission.
• Shielded Cable Structure: Aluminium foil and braided shielding help protect signals from unwanted electromagnetic interference.
• Durable Connector Construction: Copper pins and zinc alloy connectors provide dependable performance through repeated connections.
• Low Contact Impedance: Contact impedance below 0.01Ω helps minimise signal loss for uninterrupted audio transmission.
• Flexible PVC Sheath: The high-flexibility PVC exterior supports easier coiling, handling, and setup while resisting wear.
• Wide Operating Temperature: The cable functions from -30℃ to +80℃ for reliable performance across varied conditions.
Specifications:
• Connector Type: 3-pin XLR male to female
• Length: 10 meters
• Pin Material: Copper
• Connector Material: Zinc alloy
• Insertion/Removal Times: Over 1,200 cycles
• Contact Impedance: <0.01Ω
• Insulation Impedance: >2,000Ω
• Resistance Pressure: AC250V 50Hz
• Lifetime: Over 1,200 mating cycles
• Working Temperature: -30℃ to +80℃
• Cable Structure: (20/0.1BC)*2 + AL + SD(64/0.1BC) + Cotton
• Outer Diameter: 6mm
• Conductor: 99.99% Oxygen-Free Copper (OFC)
• Sheath Material: High flexible PVC
Extended XLR Connectivity for Professional Audio:
The PowerWorks PW-XLR310BK suits professional studio and live audio environments. Its extended reach, durable construction, shielding, and flexible sheath support demanding setups.