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General| Brand | Meyer Sound |
|---|---|
| Model | 700-HP UltraHigh-Power Subwoofer |
| Category | Subwoofer |
| Language | English |
Overview of the manual's content, features, function, and specifications of the 700-HP subwoofer.
Guidance on navigating the manual, understanding icons, and accessing support resources for the 700-HP.
Key features and advantages of the 700-HP subwoofer, including its design and capabilities.
Common venues and scenarios where the 700-HP subwoofer is utilized for sound reinforcement.
Details on the 700-HP's AC power supply, voltage selection, and protective functions for reliable operation.
Specifies the safe operating voltage windows and potential damage from exceeding voltage limits for the 700-HP.
Guidelines for proper AC power distribution, grounding, and avoiding noise issues with the 700-HP.
Information on idle, continuous, burst, and peak current draw for selecting appropriate cables and breakers for the 700-HP.
Explains correct wiring for AC power connectors, including L6-20, IEC 309, and VEAM for the 700-HP.
Critical safety warnings regarding power adapters, grounding, and avoiding electrical hazards with the 700-HP.
Describes the 700-HP's balanced XLR input impedance, wiring, and signal characteristics for optimal audio connection.
Outlines the standard and VEAM cabling options for connecting the 700-HP, including strain relief.
Details on the 700-HP's internal drivers, amplifier specifications, and polarity considerations for system integration.
Explains Meyer Sound's TruPower® limiting and peak limiting features for protecting drivers and maintaining performance.
Describes the forced-air cooling system, fans, and airflow management for the 700-HP amplifier module.
Explains the function of LEDs and buttons on the RMS communication module's user panel for monitoring the 700-HP.
Overview of the RMS software's graphical user interface for monitoring and managing 700-HP loudspeakers.
Guidelines for augmenting systems with 700-HP subwoofers to enhance low-frequency energy and system headroom.
Basic connection options for integrating the 700-HP with Meyer Sound Concert or UltraSeries loudspeakers.
Describes daisy-chaining 700-HP subwoofers for a smooth frequency response and optimal system configurations.
Using line drivers to adjust gain and compensate for ratios when integrating 700-HP subwoofers with other loudspeakers.
Optimizing loudspeaker headroom and overlap by using the LD-1A/LD-2's Lo-Cut filter with the 700-HP.
Integrating 700-HP subwoofers with M Series linear and curvilinear arrays for ground-stack or flown configurations.
Using LD-3 line driver filters to easily integrate and optimize M Series arrays with 700-HP subwoofers.
Guidelines for combining 700-HP and 650-P subwoofers, noting identical phase response and optimal ratios.
Considerations for using DSPs with 700-HP subwoofers, including phase shifts, delay, and processor capabilities.
Introduction to MAPP Online, a tool for predicting loudspeaker system coverage, frequency response, and SPL.
Overview of the SIM audio analyzer system for acoustical measurements, system testing, and alignment of loudspeakers.
Explains the SIM audio analyzer's technique for accurate acoustical measurements using various excitation signals.
Details the MRK-700 rigging kit for attaching 700-HP subwoofers to the MTG-700 top grid for flown arrays.
Describes the MTG-700 top grid for flying 700-HP subwoofers in straight arrays, with multiple pickup points.
Information on the MCF-700 caster frame for transporting, ground-stacking, and supporting 700-HP subwoofer arrays.
Procedure for properly opening and securing the rain hood on weather-protected 700-HP loudspeakers.
Steps for safely removing the HP-2/700 amplifier module from the 700-HP loudspeaker cabinet.
Procedure for removing the amplifier from a 700-HP with a rain hood, including rain hood attachment.
Instructions for reinstalling the HP-2/700 amplifier and attaching the rain hood to the 700-HP loudspeaker.
Technical specifications for the 700-HP's acoustical performance, including frequency range, response, and SPL.
Details on the 700-HP's low-frequency drivers, including impedance, size, and power handling capabilities.
Electrical specifications for the 700-HP's audio input, including impedance, connectors, and sensitivity.
Technical specifications for the 700-HP's amplifier, including type, output power, and load capacity.
Electrical specifications related to the 700-HP's AC power connection, voltage selection, and current draw.
Specifications for the optional RMS network for remote monitoring of amplifier parameters on the 700-HP.
Physical characteristics of the 700-HP, including enclosure, finish, rigging options, dimensions, and weight.
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