Acts as reference on the stages of the world. For demanding singers, the microphone for a lifetime!
The KMS series has become the internationally acknowledged standard for first-class stage microphones.
The high acoustic resolution and smooth frequency response of the microphones ensure that the musician has optimal control of the stage performance at all times.
Especially due to their low self-noise and crosstalk behavior which is free of coloration, the KMS microphones are ideal for use with in-ear monitoring systems.
The KMS 104 and the KMS 104 plus have a condenser microphone capsule with a cardioid directional characteristic which provides the best possible suppression of sounds originating from behind the microphone. In contrast, with its supercardioid characteristic the KMS 105 is particularly good at suppressing sounds originating from the entire 180° hemisphere behind the microphone. The KMS 104 plus features, compared to KMS 104, a more extended bass frequency response. In close cooperation with professional musicians, with the aid of extensive practical tests, the KMS 104 plus has been especially optimized for the requirements of female voices in the rock and pop field.
The user can thus select the version that is optimally suited to the specific application.
In KMS microphones, carefully adjusted acoustic filters and transformerless impedance converters that can handle very high sound pressure levels prevent the microphones from being overloaded even by strong plosive sounds.
In spite of excellent pop protection, sibilants and “S” sounds are transmitted with their natural accentuation, as is possible only with condenser microphones. Furthermore, the above-mentioned acoustic filters are designed so that the distinctive directional characteristics of the capsules are preserved even in the bass range. The filters thus ensure a very high level of feedback protection for the KMS 104/104 plus and KMS 105 vocal microphones when they are used with a stage sound system.
In addition, the microphone has an invariable, built-in high-pass filter with a cutoff frequency of 120 Hz (–3 dB, measured in a free sound field). The maximum sound pressure level of the KMS microphones is 150 dB.
The low self-noise level of only 18 dB A permits the microphones to be used at high gain levels without the risk of additional noise. Even at large distances, the microphones thus operate with a high signal-to-noise ratio, facilitating the freedom of movement and creativity that are important to the artist.
Due to the transformerless output circuit, the microphone signals can be transmitted even through long cables without loss of sound.
The microphone headgrilles are made of hardened steel. If required, they can easily be unscrewed to permit cleaning of the interior acoustic filters.
- Neumann sound on stage
- Excellent transparency for vocals/speech
- Cardioid/Supercardioid polar pattern with excellent feedback rejection
- Without off-axis coloration
- Transformerless output
- Effective pop shielding without any side effects
- Set includes stand clamp
These are just some of the most common applications. We recommend additional experimentation to gain maximum use from this microphone.
- Vocals and speech on stage
- Announcer’s mic for broadcasting/dubbing
- Especially suited for in-ear-monitoring
- For feedback-prone environment
|Acoustical operating principle||Pressure gradient transducer|
|Frequency range||20 Hz ... 20 kHz|
|Sensitivity at 1 kHz into 1 kohm||4.5 mV/Pa|
|Rated impedance||50 ohms|
|Rated load impedance||1 kohms|
|Equivalent noise level, CCIR1)||28 dB|
|Equivalent noise level, A-weighted1)||18 dB-A|
|Signal-to-noise ratio, CCIR1) (rel. 94 dB SPL)||66 dB|
|Signal-to-noise ratio, A-weighted1) (rel. 94 dB SPL)||76 dB|
|Maximum SPL for THD 0.5%2)||150 dB|
|Maximum output voltage||12 dBu|
|Supply voltage (P48, IEC 1938)||48 V ± 4 V|
|Current consumption (P48, IEC 1938)||3.5 mA|
|Weight||approx. 300 g|
1) according to IEC 60268-1; CCIR-weighting acccording to CCIR 468-3, quasi peak; A-weighting according to IEC 61672-1, RMS
2) measured as equivalent el. input signal