OMNITRONIC FAS headset-microfoon voor zakzender (niere) 13063462

With a maximum SPL of 130 dB, the OMNITRONIC FAS headset microphone handles even the most dynamic performances without distortion. This electret condenser microphone features a cardioid polar pattern, focusing on the speaker's voice while reducing ambient noise—ideal for presentations, fitness instruction, and stage use.

Overview

The OMNITRONIC FAS is a lightweight headset microphone designed for use with bodypack transmitters. Its cardioid pickup pattern effectively isolates the voice from background sounds, ensuring clear and intelligible speech in noisy environments. The microphone connects via a 3.5 mm jack with a screw-lock mechanism for a secure fit, and its flexible boom allows precise positioning. Powered by the transmitter (1.5–10 V DC), it requires no additional batteries. The 1.2 m cable provides ample length for freedom of movement, and the black finish blends discreetly with any attire.

What stands out

• Cardioid polar pattern for focused voice capture and feedback rejection
• High maximum SPL of 130 dB for loud vocal performances
• Secure screw-lock 3.5 mm connector prevents accidental disconnection
• Ultra-lightweight design (20 g) for comfort during extended wear
• Compatible with OMNITRONIC bodypack transmitters and Sennheiser SK series
• Powered directly by the transmitter—no battery needed

Technical details

• Microphone type: Electret condenser
• Polar pattern: Cardioid (unidirectional)
• Frequency response: 50 Hz – 18 kHz
• Sensitivity: -47 dB (±3 dB) at 1 kHz
• Impedance: 680 Ohm (±30%)
• Maximum SPL: 130 dB
• Connector: 3.5 mm jack (screw-lock)
• Cable length: 1.2 m
• Power supply: 1.5–10 V DC (via bodypack transmitter)
• Housing material: Plastic / metal
• Weight: 20 g
• Colour: Black

Our verdict

The OMNITRONIC FAS headset microphone delivers professional-grade audio in a discreet and comfortable package. Its cardioid pattern and high SPL handling make it a reliable choice for presenters, instructors, and performers who demand clarity and durability.