Sennheiser ME66 shotgun microphone kit

Sennheiser ME66 shotgun microphone kit
[me66 kit]

 Sennheiser ME66 shotgun microphone kit

In Stock

£15.00/day

Product Description

Sennheiser ME-66 (ME66) short gun microphone

The Sennheiser ME66 shogun microphone kit is made of the ME66 microphone head and the K6 power module - providing one the industries most used microphone systems for use either as a powered mic (AA battery) or with phantom power +48v

The ME 66 is a short gun microphone head designed for use with the K6 and K6P powering modules. It is especially suitable for reporting, film and broadcast location applications and for picking up quiet signals in noisy or acoustically live environments as it discriminates against sound not emanating from the main pick-up direction. Matt black, anodised, scratch-resistant finish.

The K6 powering module is the heart of this Sennheiser professional modular microphone system and can be powered either by its internal 'AA' size 1.5 V battery or by 12 - 48 V phantom power. The K6 can be combined with different condenser microphone heads to provide a wide variety of polar patterns. Matt black, anodised scratch-resistant finish with an on/off switch on the module and a red LED which lights briefly when you switch on.

This ME66 microphone kit includes:

  • ME66 microphone head
  • K6 powering module (attached)
  • mic stand hard mount
  • Sennheiser hard case with foam.

Optional microphone mounts and wind shields are available in our Audio Accessories section, including a Rode deadcat windshield, boom poles and shock mounts.

Dimensions Ø 22,5 x 221 mm
Frequency response (microphone) 40.....20000 Hz +- 2,5 dB
Transducer principle (Microphone) pre-polarised condenser microphone
Pick-up pattern super-cardioid/lobar
Sensitivity in free field, no load (1kHz) 50 mV/Pa +- 2,5 dB
Nominal impedance 200 Ohm (K6)
Min. terminating impedance 1000 Ohm ( K6)
Equivalent noise level 10 dB
Equivalent noise level weighted as per CCIR 468-3 21 dB
Maximum sound pressure level (passiv) 125 dB / 1 kHz (K = 1%)