The TOA DM-1100 Dynamic Wired Microphone is designed for high-quality sound capture with excellent noise suppression. Featuring a unidirectional moving coil microphone, it delivers clear, focused audio ideal for presentations, performances, and other professional audio applications. The microphone has a frequency response of 100Hz to 12kHz, providing a wide range for speech and vocal applications.

With a rated impedance of 600Ω and unbalanced output, the TOA DM-1100 ensures reliable signal transmission and compatibility with most audio systems. The microphone includes a 7.5m single-core shielded cable with a phone plug terminal, offering flexibility and ease of use in various setups. The built-in short-off slide switch allows for convenient muting, making it perfect for live events and stage performances.

Constructed with a durable die-cast aluminum body and ABS resin head, the TOA DM-1100 is built to withstand the rigors of frequent use. It weighs 155g (without the cable) and comes with a microphone holder (U5/16, NS5/8) for added convenience.

Key Features:

• Type: Moving coil dynamic microphone with unidirectional pickup for clear sound capture

• Frequency Response: 100Hz – 12kHz for full-range sound suitable for vocals and speech

• Impedance: 600Ω unbalanced for reliable audio transmission

• Cable Length: 7.5m single-core shielded cable with phone plug for flexibility

• Noise Suppression: Reduces switching and handling noise for clean audio

• Switch: Short-off slide switch for easy muting during use

• Construction: Die-cast aluminum body with ABS resin head for durability

• Dimensions: φ55 × 178 mm, Weight: 155g (without cable)

• Accessory: Microphone holder (U5/16, NS5/8) included for secure mounting

The TOA DM-1100 Dynamic Wired Microphone offers excellent performance and durability, making it an ideal choice for professional sound reinforcement, stage performances, and conference applications. Its superior noise suppression, clear audio output, and long cable length ensure reliable and high-quality sound transmission.