WARNING
The capsule is the heart of your condenser microphone. If it become dirty or wet , the sound will be degraded. Never spray any liquid on the microphone head. Always use a foam windscreen if you talk or sing close to the microphone grill screen.
USING THE OPTIONAL MICROPHONE SHOCK MOUNT
Your SCM Series microphone can be used with the optional Nady SSM-3 spider shock mount (or equivalent), which uses an elastic suspension to isolate the microphone from vibration, thereby lowering noise transmitted to the microphone from the stand. This is a useful tool in many situations, such as when the performer is tapping his or her feet, or when there is noise pickup from the rumbling of traffic outside of the building. The disadvantage of using the shock mount is that the weight of the microphone may make it drift in the elastic suspension, so mic placement may take a little longer. To insert your SCM Series microphone into the SSM-3 shock mount, pinch close the levers on the sides of the mount to the open position, then slide the microphone into place.
USING THE FOAM WINDSCREEN
The FW-2 optional foam windscreen can also be used with your SCM 900/910/920. This windscreen fits over the grill portion of the microphone and is designed primarily to decrease bass rumble (from wind noise pickup during outdoor live or recording use. It is also useful in keeping mouth spray out of the microphone head. The FW-2 or some other windscreen should be used whenever someone is close miked to both protect the microphone and to also eliminate "popping" from percussive breath sounds. (Note: Be aware that the foam windscreen will slightly attenuate the high frequency response of the microphone.)
CONNECTING THE SCM 900/910/920
The SCM 900/910/920 can be used in live sound reinforcement and broadcasting and in studio or live recording. It must be powered by 48V phantom power (such as supplied by the optional Nady SMPS-1 phantom power supply or a mixing console with phantom powering), and amplified by a microphone pre-amp (such as built into a mixer, or a stand-alone unit). (Note: Make sure to set the pre-amp to the proper gain level�too much gain may distort subsequent amplifiers and too little may result in a noisy signal) The SCM 900/910/920 can be connected to your mixer or phantom power supply using a standard balanced 3-pin XLR microphone cable. Before connecting to a mixer directly, turn the channel to which you�re connecting to its lowest gain setting. If you are using the Nady SMPS-1 Phantom Power Supply, connect in the following order: 1. Connect the SCM 900/910/920 to the SMPS-1 2. Connect the SMPS-1 Signal Output to your mixer 3. Connect the SMPS-1 to the AC power supply (115�230VAC) 4. Turn on the SMPS-1 Power ON/OFF switch 5. Slowly turn up the channel gain in your mixer to the desired level
SERVICE
(U.S.) Should your Nady microphone require service, please contact the Nady Service Department via phone at (510) 6522411 or e-mail at
[email protected] (INTERNATIONAL) For service, please contact the Nady distributor in your country through the dealer from whom you purchased this product. Do not attempt to service this unit yourself as it will void your warranty SCM 900/910/920 SPECIFICATIONS
Type: True condenser pressure-gradient microphone with1.0 inch diaphragm (SCM 920: dual diaphragm) and FET preamplifier. SCM 900/910: Cardioid SCM 920: Selectable cardioid, & omnidirectional SCM 910: Selectable low-cut filter and 10 dB pad SCM 920: Selectable low-cut filter and pattern SCM 900/910: 12mV/Pa=-38dB (0dB=1V/Pa) SCM 910:-10att. (External) SCM 920:10mV/Pa =-40dBV (0dBV=1V/Pa) 30 to 16,000Hz 100Hz, -6dB < 200 Ohms Recommended load impedance: Max. SPL (1% THD @1000Hz): Equivalent noise level to IEC 268-4(A weighted): S/N ratio re 1Pa: Power requirement: Current consumption: Connector: Mic cable: Size: Net weight: �1000 Ohms 125dB 20dB-A 76dB +48VDC phantom power <3mA 3-pin XLR (gold plated) 3-pin XLR standard cable (not supplied) Diameter: 2.0" (50.5mm), Length: 7.5" (190mm) 17.8oz (500g)
Polar pattern: Controls: Sensitivity: Frequency range: Low cut: Impedance:
Specifications subject to change for improvement purposes
12/22/00
