Positioning the Microphone, Using the Clothing Clip

ELASTIC HEADBAND ADJUSTMENT

FIGURE 5

POSITIONING THE MICROPHONE

IMPORTANT: For maximum gain before feedback, position the gooseneck so that the microphone grille (silver side) is within 25 mm (1 inch) of the right corner of the mouth. Do NOT position it directly in front of the mouth (see Figure 3).

USING THE CLOTHING CLIP

The supplied spring-loaded clothing clip secures the microphone cable to the user's cloth- ing and keeps it from becoming entangled with the user's movements.

OPERATION

Connect the WH20 to the microphone input of a wireless microphone transmitter or a bal- anced wired microphone input.

NOTE: The WH20 is a dynamic microphone and has inherently lower output than condenser microphones. The transmitter gain may need to be increased to compensate for the WH20's lower output.

WINDSCREEN

If breath noise or “popping” is audible over the sound system, install the supplied windscreen.

WASHING THE FOAM WINDSCREEN

The foam windscreen protects the WH20's microphone-element from dirt and moisture. When necessary, it can be removed and cleaned in a mild soapy water solution.

IMPORTANT: Never clean the windscreen with any liquid solution without first removing the windscreen from the microphone boom.

1.Gently pull the windscreen away from microphone.

2.Immerse the windscreen in mild soapy water and gently squeeze it several times.

3.Rinse the windscreen in clean water and dry it with a clean cloth or paper towel. Allow it to air-dry thoroughly.

4.When the windscreen is dry, slide it over the WH20 microphone.

WH20 specifications

The Shure WH20 is a dynamic handheld microphone that has gained popularity among performers, speakers, and content creators due to its robust design and exceptional audio performance. Known for its versatility and reliable performance in various settings, the WH20 is an ideal choice for both live sound environments and studio recordings.

One of the key features of the Shure WH20 is its cardioid polar pattern. This design captures sound primarily from the front while minimizing unwanted noise from the sides and rear. This directional sensitivity allows performers to use the microphone in noisy environments without the risk of picking up extraneous sounds, ensuring that the vocals or instruments are the primary focus.

The WH20 is built with a durable construction that can withstand the rigors of frequent use. Its rugged metal body is designed to resist wear and tear, making it suitable for touring musicians or presenters who need a reliable mic that can endure the demands of live events. Moreover, the mic includes a built-in windscreen to help reduce plosive sounds and wind noise, ensuring clear audio transmission.

In terms of connectivity, the WH20 is equipped with a standard XLR connector, making it compatible with a wide range of audio equipment, including mixers, audio interfaces, and PA systems. This versatility allows users to integrate the microphone seamlessly into their existing setups.

The microphone's frequency response is optimized for vocal applications, featuring a range that captures the natural sound of the human voice while preventing feedback. The WH20's warm, clear sound signature enhances vocal performances, making it suitable for various styles, whether it’s singing, public speaking, or recording.

Additionally, the WH20 benefits from Shure’s decades of expertise in microphone technology. The microphone is engineered to provide consistent sound quality and reliability over time, even in challenging conditions. Users frequently praise its excellent feedback rejection, which further enhances its usability in live environments.

In summary, the Shure WH20 is an excellent choice for those in need of a high-quality handheld microphone. With its cardioid polar pattern, durability, ease of connectivity, and optimized frequency response, it stands out as a versatile tool for performers and presenters alike. Whether on stage or in the studio, the WH20 delivers professional-grade audio performance that meets the demands of various applications.