M&S Systems MNCS / MNCSB Unpacking Your Speakers, Speaker Placement, Speaker Connectons

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The subwoofer for the Mini-Cube Home Theater Package has an 8” active woofer. It is available in a black matte finish.

RMS Power Rating

100 Watts

 

 

Frequency Response

40 Hz to 350 Hz

 

Crossover

40 Hz to 180Hz (Adjustable)

Controls

Power,

Volume,

Crossover

 

Frequency, Phase

 

Connections

RCA Jacks and Spring Terminals

Height

13.3 “

 

 

Width

9.8 “

 

 

Depth

13.7 “

 

 

Weight

20 lbs.

 

 

UNPACKING YOUR SPEAKERS

After carefully unpacking your speakers, the carton and the packing material should be saved for possible use later. If any speaker appears to be damaged, do not attempt to repair or to connect the unit to the amplifier. Repack the speaker and notify your distributor or M&S Systems for replacement or repair.

SPEAKER PLACEMENT

The cube units can be mounted on the ceiling or walls of the room, therefore, many combinations are possible. The MNC or the front and rear cube speakers of the MNCS package should be separated by 6 to 8 feet for good stereo separation. They should not be any closer than 2 feet to any adjacent surface (wall or ceiling). The cube brackets should be attached to a stud or mounted anchor with bolts to provide secure mounting.

NEVER MOUNT THE BRACKETS TO SHEETROCK WITHOUT SOME TYPE OF ANCHOR. The placement of the center channel and the subwoofer (MNCS system only) are not as critical. The center channel is best located on top of the TV cabinet or on a shelf above the TV. The subwoofer should be placed near a corner at the front or rear of the room for best bass sound.

The MNC unit is designed with a swivel joint between the two speakers. Each speaker can be aimed individually. The unit also comes with a mounting bracket for attachment to a wall or ceiling. The bracket screws into the threaded socket on the bottom of the unit, and may be adjusted so that the speakers point in the desired direction. (See figure 1)

Note: When mounting speakers from wall surfaces additional tightening of the hex screw may be required.

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Figure 1

SPEAKER CONNECTONS

1.Turn off the receiver or amplifier and unplug it from the power outlet.

2.Use a 2-conductor 16-gauge speaker wire (M&S part number MS16X) for best results.

Note: Remove about 2 inches of the outside jacket from both ends of the

wire then strip approximately ½ inch of the insulation from each conductor at the speaker end. Use the recommended strip length as specified in the amplifier/receiver installation manual for the other end.

3.Proper connection of the speaker wire is very important to ensure full range sound. Most amplifiers and speakers use red (for +) and black

(for -) as the polarity markings. Using the MS16X wire makes connections easy. The red wire should be connected to the red terminal and the black wire to the black terminal at the speakers and the amplifier.

Note: When using another type of wire, such as a flat ribbon, you will need to determine how the wire denotes one lead from another. This usually takes the form of a rib or a color stripe in the insulation.

4.Repeat these steps for connection of all speakers to the system. Typical diagrams are shown for the MNC and MNCS systems. (See figures 2 through 4.)

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Contents Introduction DescriptionSpeaker Connectons Speaker PlacementUnpacking Your Speakers Setting UP the System AMPService & Troubleshooting Warranty

MNC / MNCB, MNCS / MNCSB specifications

M&S Systems MNC (Multi-Network Controller) and its variations such as MNCB, MNCS, and MNCSB represent cutting-edge solutions in the realm of network management and control. These systems are designed to handle the complexities of modern communication networks, ensuring efficient operation while providing a robust and scalable architecture.

The primary feature of M&S Systems MNC is its ability to manage multiple network interfaces simultaneously, providing seamless connectivity across various communication channels. This multi-network approach allows organizations to leverage diverse network technologies, enhancing resiliency and performance. The MNC architecture can support both wired and wireless technologies, ensuring compatibility with traditional telecommunication networks and emerging internet-based protocols.

In terms of technology, M&S Systems employs advanced algorithms for traffic management, prioritizing data packets based on real-time analysis of network conditions. This intelligent traffic shaping helps optimize bandwidth usage and minimizes latency, critical for applications that require high reliability and speed, such as video conferencing and real-time data processing.

Another noteworthy characteristic of M&S Systems MNC lies in its secure architecture. With the increasing threats posed by cyberattacks, these systems incorporate robust security protocols to safeguard data transmission. Encryption techniques, secure access controls, and continuous monitoring are integral components that protect sensitive information across multiple networks.

MNC variations like MNCB enable enhanced business continuity through failover solutions. Should one network experience failure, the system can dynamically reroute traffic to maintain service availability. Moreover, MNCS and MNCSB configurations introduce specialized capabilities for service providers, enabling them to manage customer networks efficiently while reducing operational overhead.

Furthermore, M&S Systems solutions are built with a user-friendly interface, allowing network administrators to monitor performance, manage resources, and configure settings with ease. The systems provide comprehensive reporting and analytics, helping organizations make informed decisions based on network performance metrics.

Overall, M&S Systems MNC, MNCB, MNCS, and MNCSB stand out as indispensable tools for modern network management. Their integration of advanced technologies, robust security measures, and user-friendly design positions them as the go-to solutions for organizations looking to enhance their network capabilities and ensure uninterrupted service delivery. As communication demands continue to evolve, these systems are set to become even more crucial in supporting the future of connectivity.