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Details on the UPQ-1P's AC input and loop output connectors (PowerCon).
Instructions on how to wire AC power cables, including color codes and grounding.
Information on the UPQ-1P's operating voltage range and how it handles variations.
Details on various current draw types and their implications for circuit breakers and cables.
Essential electrical and safety precautions for operating the UPQ-1P loudspeaker.
How to connect subwoofers to UPQ-1P loudspeakers using daisy-chaining via loop connectors.
Essential safety precautions that must be observed when installing Meyer Sound loudspeakers.
Detailed instructions on using M10 eyebolts for suspending UPQ-1P loudspeakers.
Overview of the RMS software for monitoring system status and performance data of loudspeakers.
Introduction to MAPP Online Pro, a tool for acoustical prediction and system design.
Details on using, installing, and registering the MAPP Online Pro software.
Specifications related to the UPQ-1P's acoustic performance, including frequency range and coverage.
Details on the low and high frequency transducers used in the UPQ-1P loudspeaker.
Specifications for the UPQ-1P's integrated two-channel amplifier, including output power and cooling.
Specifications related to the UPQ-1P's AC power connectors, voltage selection, and current draw.
Details on the UPQ-1P's AC input and loop output connectors (PowerCon).
Instructions on how to wire AC power cables, including color codes and grounding.
Information on the UPQ-1P's operating voltage range and how it handles variations.
Details on various current draw types and their implications for circuit breakers and cables.
Essential electrical and safety precautions for operating the UPQ-1P loudspeaker.
How to connect subwoofers to UPQ-1P loudspeakers using daisy-chaining via loop connectors.
Essential safety precautions that must be observed when installing Meyer Sound loudspeakers.
Detailed instructions on using M10 eyebolts for suspending UPQ-1P loudspeakers.
Overview of the RMS software for monitoring system status and performance data of loudspeakers.
Introduction to MAPP Online Pro, a tool for acoustical prediction and system design.
Details on using, installing, and registering the MAPP Online Pro software.
Specifications related to the UPQ-1P's acoustic performance, including frequency range and coverage.
Details on the low and high frequency transducers used in the UPQ-1P loudspeaker.
Specifications for the UPQ-1P's integrated two-channel amplifier, including output power and cooling.
Specifications related to the UPQ-1P's AC power connectors, voltage selection, and current draw.
General| Frequency Response Accuracy | ±3 dB |
|---|---|
| Amplifier Type | Class D |
| Nominal Impedance | 8 Ω |
| Type | Wide Coverage Loudspeaker |
| Coverage Angle | 50° V |
| Dimensions | 394 mm |
| Low Frequency Transducer | 12 in |
| High Frequency Transducer | 3 in (75 mm) neodymium |
| Audio Input Type | Balanced |
| Audio Input Connector | XLR |
| Audio Input Impedance | 20 kΩ |
| AC Power Connector | Neutrik PowerCon |
| Voltage Selection | 100-240 VAC |
| Enclosure Finish | Black textured paint |
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