User manual SENNHEISER HSP 2

[. . . ] Please take a few moments to read these instructions carefully, as we want you to enjoy your new Sennheiser products quickly and to the fullest. 1 Safety instructions · · · · Please read these instructions carefully and completely before using the device. Make these instructions easily accessible to all users at all times. Always include these instructions when passing the device on to third parties. [. . . ] To begin with, use the MZW 2 windshield » which reduces wind noise by a maximum of 20 dB. With the additional MZW 02 foam windshield ¿ you can reduce wind noise by a further 10 dB. The MZW 2 and MZW 02 are available as accessories. » ¿ 9 Treble boost using the frequency response caps Your HSP 2 headmic is supplied with two different frequency response caps. These caps allow you to adjust the microphone's sensitivity in the presence area (see "Frequency response curve HSP 2" on page 24): · Short cap: MZC 2-1 (treble boost of 2 dB) · Long cap: MZC 2-2 (treble boost of 4 dB) Use these caps if the microphone cannot be positioned close to the mouth. The further away the microphone is from the mouth, the less treble is picked up. In addition, you should use these caps if the sound is too muffled or if you want to increase the speech intelligibility. Slip the cap of your choice onto the microphone until it engages with the second notch. 10 HSP 2 cable variants The headmics are available in two sizes. The -M variants have smaller neckbands and shorter microphone booms. Connection cable with 3-pin lockable special connector Suitable for Sennheiser SK 50, SK 250, SK 5012 and SK 3063 bodypack transmitters. HSP 2 HSP 2-3 HSP 2-M HSP 2-3-M anthracite beige anthracite beige Cat. 500690 Steel wire cable with 3. 5 mm mini-jack Suitable for SK 100, SK 300 and SK 500 evolution wireless series bodypack transmitters. For wired applications, the headmic can be used with the intelligent MZA 900 P phantom power adapter. HSP 2-ew HSP 2-ew-3 HSP 2-ew-M HSP 2-ew-3-M anthracite beige anthracite beige Cat. 500692 Steel wire cable with open ends HSP 2-5 HSP 2-5-3 HSP 2-5-M HSP 2-3-5-M anthracite beige anthracite beige Cat. 500689 11 Putting the HSP 4 into operation The HSP 4 is ready for operation on delivery. The microphone can be worn on the left or right side of the mouth. If you do not want to change sides, continue on page 14. Attaching the microphone to the left or right side The neckband has as a clip which is designed so that the microphone boom can be worn on either side of the mouth. The microphone boom can break or be impaired in its function when you bend or turn it. Only adjust the microphone boom as described in this chapter. To remove the microphone boom: Open the clip on the neckband. Carefully remove the microphone boom and the neckband from the clip. 12 To reattach the microphone boom: ³ · R ³ · L ³ First press the microphone boom and then the neckband into the clip as shown. [. . . ] sound pressure level Equivalent noise level Supply current Power supply Operating temperature Cable length Diameter of boom arm Weight HSP 2/HSP 2-M Connector 20-20, 000 Hz ±3 dB omni-directional 1 k Min. terminating impedance 4. 7 k 2 mV/Pa ± 3 dB 4. 8 mm 150 dB 28 dB (A) approx. 250 A 4. 5 - 15 V ­10 °C to +50 °C 1. 6 m 1. 1 mm 2. 1 g/2. 0 g see "HSP 2 cable variants" on page 11 Neckband Width HSP 2/HSP 2-M Weight HSP 2/HSP 2-M 110 mm/80 mm 4. 4 g/4. 0 g 23 Polar diagram HSP 2 30° 0° 0 5 10 60° 15 20 25 90° dB 90° 60° 30° 120° 120° 150° 150° 180° 125 250 500 1000 Hz Hz Hz Hz 2000 4000 8000 16000 Hz Hz Hz Hz Frequency response curve HSP 2 dBv - 35 - 40 - 45 - 50 - 55 - 60 - 65 - 70 20 50 100 200 500 1000 2000 5000 10000 20000 Hz without cap with MZC 2-1 cap, short with MZC 2-2 cap, long 24 Specifications HSP 4/HSP 4-M Frequency response Pick-up pattern Nominal impedance (at 1 kHz) Sensitivity Diameter of mic capsule Max. sound pressure level Equivalent noise level Supply current Power supply Operating temperature Cable length Diameter of boom arm Weight HSP 4/HSP 4-M Connector 40-20, 000 Hz ±3 dB cardioid 1 k Min. [. . . ]