D5CS

The AKG D5CS is a professional dynamic vocal microphone featuring a silent on/off switch and a cardioid polar pattern for reliable speech and vocal performance. Designed for live sound, presentations, houses of worship, and public address applications, it delivers clear, natural sound while reducing background noise and providing excellent durability for everyday professional use. From The Manufacturer: The AKG D5CS is a dynamic vocal microphone equipped with a patented Varimotion™ diaphragm for crisp, detailed sound reproduction. Its cardioid pickup pattern provides excellent isolation from ambient noise, while the integrated silent on/off switch offers convenient microphone control without unwanted switching noise. Built with a rugged die-cast metal body and hardened steel grille, the D5CS is designed to withstand demanding stage use. Key Features: Dynamic vocal microphone Cardioid polar pattern Patented Varimotion™ diaphragm Silent on/off switch Excellent speech intelligibility High gain before feedback Dual shock mount system reduces handling noise Hardened steel wire-mesh grille Rugged die-cast metal construction Gold-plated 3-pin XLR connector Specifications: Product Type: Dynamic Vocal Microphone Transducer Type: Dynamic Polar Pattern: Cardioid Frequency Response: 70 Hz – 20 kHz Sensitivity: 2.6 mV/Pa (-52 dBV) Impedance: 600 Ω Recommended Load Impedance: ≥2,000 Ω Connector: 3-pin XLR Male Switch: Silent On/Off Body Material: Die-cast Metal Finish: Dark Blue / Grey Included: AKG D5CS Microphone SA61 Stand Adapter Microphone Carrying Pouch User Documentation Applications: Live vocals Public speaking Houses of worship Conference venues Corporate presentations Education Event production PA systems Included Accessories: SA61 stand adapter Carrying pouch User documentation Accessories (Not Included): XLR microphone cable Microphone stand Pop filter Foam windscreen Flight case Size: Length: 185 mm Diameter: 51 mm Weight: 320 g Electrical/Thermal: Dynamic moving-coil transducer No external power required Passive microphone design