Summary of the content on the page No. 1
Specifications
MVP64a 12 Channel Power Amplifier
Inputs: 4 pairs of gold RCA jacks
Input impedance: 24 k ohms
Outputs: Gold 5 way Binding posts
Output power: 50 watts RMS per channel (8 ohms)
Peak output power: 100 watts RMS per channel (8 ohms)
systems
Ideal impedance: 6-8 ohms
Freq. response: 10 Hz - 40 kHz +/- 1 dB (1w)
S/N ratio: over 105 dB A weighted 50 watts
THD distortion: <0.1% 20 Hz to 20 kHz
IMD distortion <0.01% 60 Hz 7 kHz 4:1 (SMPTE)
Trigger control: 12VDC output 60mA max
Summary of the content on the page No. 2
Troubleshooting Congratulations and thank you for choosing the Knöll MVP64a power If a problem is encountered with the MVP64a, the most expedient amplifier. The MVP64a is designed to meet the amplifier needs of procedure is to locate the problem and if possible repair it before custom installed multi-zone systems where high quality sound is a requesting service. Be sure to carefully check other system specific requirement as well as ease of installation and operation. components such as controll
Summary of the content on the page No. 3
System layout considerations possible in the sequence to give the components settling time. For The MVP64a is the heart of a whole home music system. A MVP64a example, sequence a power-on command: CD on, tuner on, and CD is designed to work with 1-6 rooms or zones. Up to three MVP64a's play rather than CD on, CD play, and tuner ON. can be ganged together to allow up to 18 rooms or zones each individually controlling one or two pairs of enclosure or inwall 7. Make sure the PROGRAM lamp is on. s
Summary of the content on the page No. 4
...System layout considerations continued in bank 1 positions 1 through 6). The 590-00 can learn up to 16 different commands on each of its In certain commercial applications a microphone paging override four banks. If more than 10 different IR commands are to be stored is required. Model MR171 paging and override module takes a use bank 2, 3, and 4 to store the sequence commands and bank one balanced or unbalanced mic, (with defeatable phantom power) or positions 1-6 to execute the sequences. a
Summary of the content on the page No. 5
Installation gather all the source remotes (with batteries inserted) near the 590- 00. Screw one end of a temporary wire to the 590-00 terminal It is very important to use a top quality RJ45 8/8 crimper marked +12VDC. Power up the 590-00 and the MVP64a. tool. We strongly suggest using a cat 5 / RJ45 electronic tester to verify the wire conductors. The 590-00 can learn up to 16 different commands on each of its four banks. If more than 10 different IR commands are being stored Installing
Summary of the content on the page No. 6
7. Install MR60 keypads (or infrared receivers) in the rooms with MVP64a Activation the speakers. Cat 3 or cat 5 wire can be home run to the MVP64a or The 590-00 generates infrared command sequences when a up to three rooms daisy chained on one wire. momentary pulse from any of the six MVP64a function outputs are ***Be sure to set the dip switch on the rear of the MR60*** activated. Source A is usually reserved for CD use. When the MVP64a See the dip switch adjustment below. Connect all eight
Summary of the content on the page No. 7
MVP64a to Xantech 590-00 8. Connect the emitters to the IR Emitter ports on the rear of the The Xantech 590-00 is an infrared learning "remote" capable of MVP64a. Single or dual emitters can be used. If a Xantech 590-00 is converting a dry contact closure of each of the MVP64a's four being installed do not connect emitters in the MVP64a IR Emitter #1. functions, power-on (TON) and power-off (TOFF) to an IR 9. When connecting two or more MVP64a's in the same home, macro sequence of up to 10 comma
Summary of the content on the page No. 8
Note 1: Ideal speaker impedance is 6-8 MVP64a Rear Panel ohms. When using 4 ohm speakers, AC120V individual channels may occasionally 8 amps shutdown due to protection system. Outputs Outputs Outputs Source Inputs 1 2 3 4 A2L+ B1L+ B2L+ A1L+ A1L- A2L- A3L+ A3L- B1L- B2L- B3L- B3L+ L A1R+ A1R- B2R- A2R- A2R+ A3R+ A3R- B1R- B1R+ B3R- B3R+ B2R+ R To Keypads IR Emitters Room A2Room A3 Room B1 Room B2 Room B3 Room A1 Room A2 Room A3 Room B1 Room A1 Room B2 Room B3 Data 4/in 3 2 1 Treble Ba
