ETS SM1-WS Weather Resistant 1/2" Knock Out Microphone
SKU
SM1-WS
Model No
SM1-WS
$82.03
Product Highlights
- Low noise MOSFET pre-amplifier
- Tamper resistant microphone
- Weather proof microphone (IP55)
- 500Hz-16Khz Frequency response
- Switch selectable hi-cut/low-cut filters limit frequency response to 900-6khz significantly reducing background noise

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The ETS SM1-WS Weather Resistant 1/2" Knock Out Microphone is designed for durability and high performance in challenging environments. With a low noise MOSFET pre-amplifier and tamper resistance, this microphone ensures clear audio capture while effectively reducing background noise through switch-selectable filters. Its weather-proof design (IP55) makes it ideal for outdoor applications, while the impressive frequency response range enhances overall sound quality.
ETS SM1-WS Microphone Key Features
- Low Noise Pre-Amplifier: The low noise MOSFET pre-amplifier enhances audio clarity by minimizing interference and background noise, delivering superior sound quality for recordings.
- Tamper Resistant Design: This microphone is built with tamper resistance, safeguarding it against unauthorized access and ensuring reliable performance in secured settings.
- Weather Proof (IP55): The IP55 rating confirms its weather-resistant capabilities, making it suitable for various outdoor environments without compromising audio integrity.
- Wide Frequency Response: With a frequency response of 500Hz-16KHz, the microphone captures a broad range of sounds, catering to diverse audio capturing needs.
- Selectable Filters: The switch-selectable hi-cut/low-cut filters allow for tailored frequency response adjustments, effectively reducing background noise and enhancing voice clarity in various settings.
Detailed Specifications for ETS SM1-WS Microphone
| Microphone Type | Condenser |
| Pre-Amplifier | Low Noise MOSFET |
| Weather Resistance | IP55 |
| Frequency Response | 500Hz-16KHz |
| Filter Options | Switch selectable hi-cut/low-cut |
| Background Noise Reduction | Effective through frequency limiting |
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