Sennheiser E 600 SERIES DRUM CASE

Descriptions

Sennheiser E 600 SERIES DRUM CASE

All you need for a powerful drum performance is a heavy duty Sennheiser e 600 series drum case for optimal protection. It Includes 1x e 602-II, cardioid instrument microphone for bass drums, 4x e 604, cardioid microphone for snare and tom-tom, and 2x e 614, super-cardioid, permanently polarized condenser microphone for cymbal and overhead.

Sennheiser e 600 Series Drum Case Product Highlights

• e 614: for demanding instrument recordings, and performances that produce extended frequencies, high SPL handling and transient response. For woodwind, strings, and home recording

• e 604: for toms, snares, and percussion, clips-on quickly and easily wherever you choose. Tough, reinforced housing, and clamp

• 602-II: for bass drums, bass guitar cabs and tubas. Solid, lightweight, and easy to position. For studios, clubs, rehearsal rooms, smaller gigs, or for home recording.

For e 614

• Dimensions - Ø 20mm, L = 100mm
• Connector - XLR-3
• Frequency response - 40 - 20000 Hz
• Max. sound pressure level - 139 dB/SPL
• Transducer principle - pre-polarised condenser microphone
• Weight - 93 g
• Pick-up pattern - super-cardioid
• Sensitivity in free field, no load (1kHz) - 3 mV/Pa = - 50dB (0 dB = 1 V/Pa)
• Nominal impedance - 50 Ω
• Min. terminating impedance - 1000 Ω
• Phantom powering - 12 – 52 V / 3 mA
• Equivalent noise level - 24 dB(A)
• Equivalent noise level weighted as per CCIR 468-3 - 35 dB

For e 602 ii

• Dimensions - Ø 60 x 153 mm
• Connector - XLR-3
• Transducer principle (Microphone) - dynamic
• Frequency response - 20 - 16000 Hz
• Weight - 318 g
• Pick-up pattern - cardioid
• Sensitivity in free field, no load (1kHz) - 0,25 mV/Pa; (50 Hz) 0,9 mV/Pa
• Nominal impedance - 350 Ω
• Min. terminating impedance - 1000 Ω

For e 604

• Dimensions - Ø 33 x 59 mm
• Connector - XLR-3
• Frequency response (Microphone) - 40 - 18000 Hz
• Transducer principle (Microphone) - dynamic
• Weight - 60 g
• Pick-up pattern - cardioid
• Sensitivity in free field, no load (1kHz) - 1,8 mV/Pa
• Nominal impedance - 350 Ω
• Min. terminating impedance - 1000 Ω