Description
CAD Audio 220VP Overview
Continuously Variable Polar Pattern
Condenser Boundary Microphone
CAD Audio 220VP Details
Miniature installation, continuously variable polar pattern, button-style,
condenser boundary microphone designed for surface installation. Special
attention has been given to design the 220VP to resist interference from cell
phones, two-way communication, and other RF devices. The integral 80Hz,
12dB/octave high-pass filter removes unwanted low-frequency energy to
improve intelligibility. The all metal, threaded body and shock-absorbing
bushings make for easy installation in surfaces up to 3” thick. For remote
polar control add the VPC-1 or a compatible DSP.
CAD Audio 220VP Specs
Miniature installation, continuously variable polar pattern, button-style,
condenser boundary microphone designed for surface installation. Special
attention has been given to design the 220VP to resist interference from cell
phones, two-way communication, and other RF devices. The integral 80Hz,
12dB/octave high-pass filter removes unwanted low-frequency energy to
improve intelligibility. The all metal, threaded body and shock-absorbing
bushings make for easy installation in surfaces up to 3” thick. For remote
polar control add the VPC-1 or a compatible DSP.
Delivery & Returns
At Gear Club Direct, we want you to be happy with your purchase. We understand that there are times when once a product is received, it may not be what you needed or wanted after all. So, we will gladly accept your qualifying return within 15 days of the delivery date. After 15 days of the delivery date, all sales are final.
The Return Process
Customers are required to obtain a Pre-Authorization to return any product. To submit a request for a return, simply log in to your account and request a return and one of our sales representatives will contact you within 24-48 business hours. If you do not have an account with us, please open a help ticket, providing as much detail as possible and whether you are requesting a refund or an exchange. READ MORE