Sennheiser e 602 II Instrument microphone (cardioid, dynamic) for bass drums with and 3-pin XLR-M and 3/8" tripod thread

Descriptions

Sennheiser e 602 II Instrument microphone (cardioid, dynamic) for bass drums with and 3-pin XLR-M and 3/8" tripod thread

The microphone that’s offering high SPL handling, fast transient response, and extended low-frequency capture of instruments such as bass guitar cabinets, bass drums, tuba and more in recording sessions and live stage applications is the Sennheiser e 602 II a cardioid dynamic instrument microphone.

This Sennheiser e 602 II features a dynamic element with a lightweight voice coil and a built-in-hum-compensating coil for picking up loud sources of noise and distortion. The cardioid polar pattern of this Sennheiser e 602 II minimizes off-axis noise and feedback that might occur near monitor speakers or other instruments, making it ideal for use on stage or in the studi.

The Sennheiser e 602 II has a frequency response of 20 Hz to 16 kHz, this Sennheiser e 602 II mic is capable of reproducing sub-bass tones without sacrificing high-end definition. Also the Sennheiser e 602 II has integrated stand mount enables easy placement of the rugged, lightweight aluminum body, and provides a pivoting angle for optimal positioning. The Sennheiser e 602 II includes a pouch for safe storage and for convenient transport.

The Sennheiser e 602 II Includes (1) MZQ 800 clip and (1) carrying pouch (11.6 oz)

Sennheiser e 602 II Product Highlights

• Rugged, lightweight aluminium body for stable positioning on long microphone boom arms

• Lightweight high-performance voice coil construction

• Fast transient response

• Low frequency extension

• Ideal for direct use on the most problematic bass signal

• Frequency-independent directivity provides isolation from other on-stage signals

• Humbucking coil

• Integral stand mount

• Dimensions - Ø 60 x 153 mm
• Connector - XLR-3
• Frequency response - 20 - 16000 Hz
• Weight - 318 g
• 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