Meyer Sound UPQ-D Series Operating Instructions Manual Download Page 31

31

CHAPTER 6: RMS REMOTE MONITORING SYSTEM

The UPQ-D Series loudspeakers optionally include an RMS 
remote monitoring system module, allowing them to be 
connected to an RMS network. RMS reports, in real time, the 
status and power usage of multiple Meyer Sound 
loudspeakers from a Mac

®

 or Windows

®

-based computer. 

The RMServer

 communicates with Meyer Sound 

loudspeakers equipped with RMS modules. RMServer is a 
compact, Ethernet-based hardware unit with two FT-10 RMS 
data ports. RMServer stores system configurations internally, 
eliminating most manual data entry. Systems can be 
monitored from a computer at front-of-house or backstage, or 
from a laptop anywhere within the venue over WiFi.

NOTE: 

For the latest RMS system requirements, 

visit the Meyer Sound website 

(

http://www.meyersound.com

).

NOTE: 

 RMS does not control AC power.

COMPASS CONTROL SOFTWARE

Compass Control Software provides extensive system status 
and performance data for each loudspeaker via the RMServer 
tab including amplifier voltage, limiting activity, power output 
and driver status, as well as mute and solo capability. 
Loudspeakers are added to the RMS network and assigned a 
node name during a one-time discovery procedure. After 
loudspeakers are identified on the RMS network, they appear 
in Compass RMS as icons that can be customized to suit the 
needs of the application (Figure 27).

Individual loudspeakers can be physically identified with the 
Wink option in RMS which lights the Wink LED on the RMS 
module of that particular loudspeaker. Conversely, a 
loudspeaker can be identified in Compass by pressing the 
Identify button on the loudspeaker’s RMS module.

Loudspeaker icons can be arranged in Compass RMS and 
saved as pages to represent how the loudspeakers have been 
deployed in the system. Multiple pages can be saved and 
recalled for specific performances and venues.

RMS MODULE

The UPQ-D Series RMS user panel (Figure 28) includes an 
Identify button, Remote Mute switch, Wink/Activity LED, and 
two Network connectors.

NOTE: 

The Identify button and Wink/Activity LED 

on the RMS user panel are used exclusively by 

RMS and have no effect on the acoustical or electrical 
activity of the loudspeaker.

Identify Button

The Identify button serves the following functions:

If the loudspeaker has not yet been discovered on the RMS 
network (Wink/Activity LED not lit), press the Identify 
button to discover it.

To remove the loudspeaker from the RMS network, press 
and hold the Identify button during startup (see “Resetting 
the RMS Module” on page 32).

To 

wink

 a discovered loudspeaker, press the Identify 

button. The Wink LED on the loudspeaker icon in Compass 
RMS lights up and the Wink/Activity LED on the 
loudspeaker’s RMS user panel turns solid green. Press the 
Identify button again to unwink the loudspeaker.

Figure 27: Compass RMS Window

Figure 28: UPQ-D Series RMS Module

Summary of Contents for UPQ-D Series

Page 1: ...important operating instructions Check www meyersound com for updates OPERATING INSTRUCTIONS ULTRA UPQ D1 Wide Coverage Loudspeaker UPQ D2 Narrow Coverage Loudspeaker UPQ D3 Wide Symmetrical Coverage...

Page 2: ...e reproduced stored in a retrieval system or transmitted in any form or by any means electronic mechanical recording or otherwise without prior written permission from Meyer Sound CAL Compass Go by Me...

Page 3: ...apparatus during lightning storms or when unused for long periods of time 14 If equipped with an external fuse holder the replaceable fuse is the only user serviceable item When replacing the fuse onl...

Page 4: ...lie en des Produkts an eine anders ausgef hrte Stromversorgung kann gegen Vorschriften verstossen und zu Stromunf llen f hren Das Produkt nicht an einem Ort aufstellen an dem es direkter Wassereinwirk...

Page 5: ...corriente de dos polos y tres hilos con conexi n a tierra El recept culo debe estar conectado a un fusible o disyuntor La conexi n a cualquier otro tipo de recept culo representa un riesgo de descarg...

Page 6: ...IMPORTANT SAFETY INSTRUCTIONS vi...

Page 7: ...io Connectors 19 Audio Connectors 19 TruPower Limiting 20 On Status LED 21 Amplifier Cooling System 21 Chapter 4 Adding Low Frequency Control 23 Adding Subwoofers by Daisy Chaining 23 Using a Processo...

Page 8: ...ation Practices 36 IP Ratings 37 Appendix B Rain Hoods 39 Rigid Rain Hood 39 Foldable Rain Hood 40 Appendix C UPQ D Series Specifications 41 UPQ D Series Acoustical Electrical and Physical Specificati...

Page 9: ...overage and a Constant Q horn with 6 dB points at 50 x 50 10 dB points at 60 x 60 UPQ D3 which has a wide symmetrical coverage and a Constant Q horn with 6 dB points at 80 horizontal x 80 vertical 10...

Page 10: ...cle and versatile rigging end plates Made of heavy duty high strength corrosion resistant 6061T6 aluminum the end plates incorporate threaded M10 attachment points QuickFly rigging options include the...

Page 11: ...s MAPP acoustical prediction program and the Galileo GALAXY Network Platform loudspeaker management system After a Meyer Sound system is designed and installed its performance can be confirmed using a...

Page 12: ...CHAPTER 1 INTRODUCTION 12...

Page 13: ...e serious damage to the input and output stages of the system s electronic components 120 V AC 3 Phase Wye System Single Line Line Neutral Earth Ground Figure 3 illustrates a basic 120 V AC 3 phase Wy...

Page 14: ...5 A Consider the total current draw for all loudspeakers on the circuit including the first loudspeaker Table 1 AC Loop Output Gray The gray AC Loop Output connector allows multiple UPQ D Series louds...

Page 15: ...voltage drops due to cable runs will not cause the loudspeaker s amplifier to cycle on and off or cause damage to the power supply CURRENT REQUIREMENTS Current draw for loudspeakers is dynamic and flu...

Page 16: ...operating voltage allowing the loudspeaker to be used internationally without manually setting voltage switches eliminates high inrush currents with soft start power up suppresses high voltage transi...

Page 17: ...xceed the current capability of the 20 A AC Input connector for the loudspeaker When looping loudspeakers consider the total current draw for all loudspeakers on the circuit including the first loudsp...

Page 18: ...CHAPTER 2 POWER REQUIREMENTS 18...

Page 19: ...Q D Series loudspeakers are available with XLR 3 pin Figure 10 or 5 pin connectors Figure 11 for audio Input and audio Loop output XLR 5 pin connectors accommodate both balanced audio and RMS signals...

Page 20: ...10 k the input impedance for a single loudspeaker by the number of looped loudspeakers For example the load impedance for 10 UPQ D Series loudspeakers is 1000 10 k 10 To drive this number of looped lo...

Page 21: ...rdware fault or the unit begins to overheat the LED flashes red In some instances the loudspeaker will continue to output audio while the LED flashes red though with a reduction in the limiter thresho...

Page 22: ...CHAPTER 3 AMPLIFICATION AND AUDIO CONNECTORS 22...

Page 23: ...work well in the area of interaction and the result will be a fairly flat frequency response However the response will show an increase in the 60 200 Hz range where the response of the loudspeakers o...

Page 24: ...CHAPTER 4 ADDING LOW FREQUENCY CONTROL 24...

Page 25: ...uilding s structural components studs or joists and not just to the wall surface Verify that the building s structure and the anchors used for the installation will safely support the total weight of...

Page 26: ...quired to suspend the MYA UPQ mounting yoke NOTE The top bar of MYA UPQ mounting yoke accommodates hanging clamps with standard 1 2 inch or 12 mm bolts Table 4 ULTRA X40 42 Rigging Options Model Featu...

Page 27: ...attaching the array adapter plates to the top and bottom plates of the UPQ D Series loudspeakers and securing them with the included M10 knobs and washers CAUTION The MPA UPQ array adapter supports a...

Page 28: ...he tops and bottoms of the loudspeakers between each loudspeaker The adapter plates are oriented with the middle shackle row in NOTE For a list of available splay angles for arrayed UPQ D Series louds...

Page 29: ...justing the splay angle for arrayed UPQ D Series loudspeakers The following illustrations show the possible splay angles for arrayed loudspeakers Figure 22 MPA UPQ with Loudspeakers Arrayed at 50 Figu...

Page 30: ...CHAPTER 5 QUICKFLY RIGGING 30 Figure 26 MPA UPQ with Loudspeakers Arrayed at 34 34...

Page 31: ...eds of the application Figure 27 Individual loudspeakers can be physically identified with the Wink option in RMS which lights the Wink LED on the RMS module of that particular loudspeaker Conversely...

Page 32: ...ted and soloed from Compass RMS NOTE Compass RMS has a preference that can be set to disable Mute and Solo functions eliminating any possibility of accidentally muting loudspeakers RMS Network Connect...

Page 33: ...f Meyer Sound loudspeaker systems and definition of the environment in which they operate including air temperature pressure humidity and even the location and composition of surfaces Importation of C...

Page 34: ...See www meyersound com to locate their datasheets for more information SIM MEASUREMENT SYSTEM The SIM audio analyzer is a high resolution audio measurement system comprising software hardware micropho...

Page 35: ...aker in a similar installation that is shaded by trees and exposed only to rainfall The constant exposure to direct UV radiation and a salt air environment will cause a loudspeaker to wear more quickl...

Page 36: ...ormal and accepted installation practices are used when installing Meyer Sound Loudspeakers outdoors Deviation from such practices may cause weather protection to be ineffective and void the warranty...

Page 37: ...against solid objects Definition Second Digit Protection against liquids Definition X Characteristic numeral is not required to be specified X Characteristic numeral is not required to be specified 0...

Page 38: ...APPENDIX A MEYER SOUND WEATHER PROTECTION 38...

Page 39: ...anel and secure it to the center of the panel with its four 6 32 screws 4 Make sure to tighten the screws to create a good seal against the user panel The recommended torque value for the screws is 10...

Page 40: ...the connectors on the user panel 4 Secure the cable protector with the Velcro attachments 5 Secure the front flap Velcro edges 6 Secure the flap on the right top side of the speaker over the front fl...

Page 41: ...t factor indicates it may be higher depending on EQ and boundary loading Pink noise is a full bandwidth test signal with Peak to RMS ratio of 12 5 dB B noise is a Meyer Sound test signal used to ensur...

Page 42: ...V AC Burst Current 3 7 A rms 115 V AC 1 9 A rms 230 V AC 4 3 A rms 100 V AC 3 6 A rms 115 V AC 1 8 A rms 230 V AC 4 1 A rms 100 V AC 3 8 A rms 115 V AC 1 9 A rms 230 V AC 4 4 A rms 100 V AC Note AC po...

Page 43: ...0 C to 45 C Non Operating Temperature 40 C to 75 C Humidity To 95 at 45 C non condensing Operating Altitude To 5 000 m 16 404 ft Non Operating Altitude To 12 000 m 39 000 ft Shock 30 g 11 msec half si...

Page 44: ...PECIFICATIONS 44 UPQ D1 D2 D3 LOUDSPEAKER DIMENSIONS Figure 33 UPQ D1 D2 D3 Loudspeaker Dimensions 28 15 in 715 mm 19 00 in 483 mm 34 1 50 in 38 mm 7 88 in 200 mm 18 18 in 462 mm 14 75 in 375 mm 7 88...

Page 45: ...UPQ D1 D2 D3 WITH RAIN HOOD LOUDSPEAKER DIMENSIONS Figure 34 UPQ D1 D2 D3 Loudspeaker with Rain Hood Dimensions 28 15 in 715 mm 3 85 in 98 mm 21 27 in 540 mm 15 86 in 403 mm 4 96 in 126 mm 7 33 in 18...

Page 46: ...APPENDIX C UPQ D SERIES SPECIFICATIONS 46...

Page 47: ......

Page 48: ...ound Laboratories Inc 2832 San Pablo Avenue Berkeley CA 94702 www meyersound com T 1 510 486 1166 2019 Meyer Sound Laboratories Inc All rights reserved UPQ D1 D2 D3 Operating Instructions PN 05 291 00...

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