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8

Adjusting the Microphone Height

Once the RimMount™ is mounted securely on the drum rim with the DM20 
microphone housed in the rubber holder, the microphone body can be moved 
either up or down in the rubber holder to provide the desired height. Then 
the gooseneck will provide a good amount of latitude in positioning the mi-
crophone head from any microphone body height. Adjusting the height of the 
DM20 microphone body is indicated in Figure 7-A and 7-B.

Positioning the Microphone Head

Once the DM20 microphone height has been set, you can position the micro-
phone head. It is suggested that the microphone head be positioned between 
1.5 inches and 3 inches above the drumhead. The flexible gooseneck will allow 
you to move the microphone head either up or down above the drumhead 
as well as in and out from the drum rim.  You can also change the angle of 
the  microphone  head  as  shown  in  Figure  8-A.  Figure  8-B  shows  how  the 
microphone head can be aimed more toward the center of the drum head by 
changing the position of the gooseneck. Keep in mind that the microphone 
head should never be placed “parallel” to the drumhead, but should always 
be at “an angle” to the drumhead. This will prevent the microphone diaphragm 
being forced to its backplate which could cause an unwanted pop or thump in 
the live sound or recording system.  

Figure 7-A and 7-B  Adjusting the DM20 Microphone Height

A

B

Summary of Contents for CMK4 CloseMic Kit

Page 1: ...CMK4 CMK5 User s Guide CloseMic Kit...

Page 2: ......

Page 3: ...ead This The DM20 s High SPL Handling and Lower Output Level The DM20 has been designed for close miking toms and snares with high SPL handling of 150dB and a reduced output level In most cases the DM...

Page 4: ...uch as Jeff Campitelli with Joe Satriani Steve Gadd Keith Carlock Ronnie Vannucci Anton Fig Anthony King and many top FOH engi neers touring with major artists are using Earthworks High Definition Dru...

Page 5: ...d vantages and disadvantages of each Every engineer or producer uses their own methods to obtain the results they desire and that s what matters Multi microphone Method The objective in multi micropho...

Page 6: ...ing up the un wanted sound of other elements of the drum set from the rear of each micro phone Earthworks cardioid microphones have a very high rejection of sounds at the rear of the microphone This g...

Page 7: ...18dB of Rear Rejection Using Conventional Drum Mics Competitive Microphones Approx 18dB Rear Rejection Figure 4 32dB of Rear Rejection Using Earthworks Drum Mics Earthworks Microphones Approx 32dB Rea...

Page 8: ...hone up inside the rubber holder The fit will be firm so you will need to apply a little pressure to move the microphone body up into the rubber holder The suggested procedure is shown in Figure 5 Mou...

Page 9: ...r further from the drum shell One of the three positions A B or C previously mentioned will allow the RimMount bracket to be mounted par allel to the drum shell Position the rim guide so the bottom ed...

Page 10: ...the microphone head be positioned between 1 5 inches and 3 inches above the drumhead The flexible gooseneck will allow you to move the microphone head either up or down above the drumhead as well as i...

Page 11: ...ype LP20 LevelPad into the microphone cable will provide 20dB of attenuation to help prevent any distortion or overload For full information refer to pages 1 and 2 of this manual Close Miking Snare Dr...

Page 12: ...gure 10 A the microphone head is placed closer to the drum rim while in Figure 10 B the microphone head is aimed toward the center of the drumhead by changing the position of the gooseneck Experiment...

Page 13: ...tions or require any additional information feel free to contact Earthworks directly using the contact information on the back cover of this manual and don t forget to register your warranty informati...

Page 14: ...12 NOTES...

Page 15: ......

Page 16: ...3 Noise Weight 11 12 inches 282 44mm 55lb 25kg Frequency response Polar Pattern Cardioid Sensitivity 8mV Pa 42dBV Pa Power requirements 24 48V Phantom 10mA Peak acoustic input 150dB SPL 50Hz to 20kHz...

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