Amazon.com
The new SH-MZ1200 4 Channel Mixer is the ideal solution to the DJ using a pair of SLs and a pair or DZ1200 CD decks. It boasts 2 digital inputs, perfect for digital sources and a digital output to facilitate zero signal degradation from the source to the destination. It's cross and channel faders are optical for accuracy and durability and the 'fader-start' function will allow cross-fader movement to start the DZ1200 remotely.
Feature List
- 4 Channel Mixer
- Long Life Optical Cross and Channel Faders
- FX Send
- Fader Start for use with DZ1200
- 2 Digital In - 1 Digital Out
- 3 Band Channel EQ
Product Description
This compact digital mixer is a perfect match for the Technics SL-DZ1200 digital turntable or any analog model. It's loaded with features that make it ideal for the professional DJ, including an optical cross fader, a four-channel surround sound play mode, an effects loop and digital inputs/output.The unique four-channel play mode gives you complete control as you assign tracks to Right/Left Front/Rear.Reinforced joints help prevent breakage in folding parts.Connections include: Master1/FRONT x 2; Master2/REAR x 1; Headphone x 1; Monitor x 1; Recording x 1; Digital x 1Effects controls include level adjustment, send and return, a pre/post switch and individual effect on/off switches for each channel. These effects can be previewed via headphone cueing.Using stereo-mini-cord connections to digital turntables, you can trigger the decks to start and stop by operating the connected channel fader or cross fader.Each channel has its own 3-band equalizer with -24dB (12dB/oct) attenuation. Left/Right Split for independent fader and equalizer control over the left and right stereo channels. Separate output to send channel 1 or 2 to the front speakers, and channel 3 or 4 to rear speakers. Two digital inputs, one digital output, and reverse selectors for all faders. Yes Yes Yes Yes Yes Yes Yes Phono: 1.5 - 15mV / 47 ohms; Line, CD/Line: 100 - 1000mV / more than 10 kilo-ohms; Effect Return: 150mV / 47 ohms; Mic: 0.7mV...