Page 3 - INTRODUCTION; The; IN
INTRODUCTION The RS5 series of weatherproof rock loudspeakers are designed to provide unparalleled listening satisfaction and GeoRealistic™ styling. The extraordinary sonic performance of the RS5 was achieved by harmonizing Niles’ unique and proprietary technology with advances in cabinet assembly t...
Page 4 - GeoRealisticTM Styling; to blend in with other landscaping and disappear. All that will be; Weather Proof Construction; has; /2” KaladexTM Tweeter; EA
FEATURES & BENEFITS GeoRealistic™ Styling Traditionally, rock speakers have looked like ornaments and not like rocks. Each RS5 style has unique textures and colors that are fashioned after natural rocks. Shaped grilles match the features on the front of the rock, making them blend into the cabin...
Page 6 - INSTALLATION CONSIDERATIONS; Tools and Materials Required; Figure 1; Stereo Coverage 4 speakers
INSTALLATION CONSIDERATIONS Tools and Materials Required • A wire stripper• 1/2” PVC conduit (optional)• PVC conduit glue and cleaner (optional)• PVC cutting tool• Trench digger or shovel• Tube of silicone sealant (optional)• Cable (length and type determined by installation site – see “ Choosing th...
Page 7 - shows how this would work for a square area of 28 feet by 20 feet and; Table 1; Figure 1; , however the number of speakers has; Table 1; Spacing Rules; Figure 2; Stereo Coverage 6 speakers
Figure 1 shows how this would work for a square area of 28 feet by 20 feet and using stereo signals. Using our spacing rules as shown in Table 1 , leads to the need for four speakers. The loudspeaker coverage pattern is shown in the diagram. Figure 2 shows the same area as Figure 1 , however the num...
Page 8 - impedance matching volume controls or equivalent, only two (2); Figure 3; Mono Coverage 4 speakers
Figure 3 shows the difference in coverage area using the spacing rules for mono signals. Using the same four speakers as we did in Figure 1, we can increase our coverage area from 560 square feet (52 sq. meters) to 960 square feet (88.3 sq. meters), simply by using a mono source. The trade off in so...
Page 9 - Incorporating a Volume Control; . It is usually desirable; Figure 5; Figure 4; One Zone Volume Control Wiring
• You will need 2-conductor speaker cable that clearly identifies each conductor in the cable. If burying your cable in the ground is required, use cable rated for direct burial or run cable through PVC pipe. Always use moisture resistant cable. • After calculating the length of cable needed for eac...
Page 10 - Recommended Amplifier Power; ’s on one channel and the amplifier is not rated; Figure 5; Two Zone Volume Control Wiring
Volume controls provide flexibility and customization to make the system reliable and easy to use. Consult your local Niles’ dealer for more information about using volume controls. Recommended Amplifier Power We recommend an amplifier with a power rating of ten to one hundred watts per channel for ...
Page 11 - INSTALLATION; Run the speaker cable; in; Figure 6; Perform steps 1 and 2 on the
INSTALLATION Run the speaker cable Determine the location of the amplifier that will power the loudspeakers. The amplifier should be located in an area that protects it from the weather. Refer to the amplifier installation instructions to ensure that the amplifier is not located in an area that does...
Page 12 - Speaker Phase; Speaker wire preparation
4. Connect one stripped end of the speaker cable coming from the amplifier to the RS5 connection cable’s red wire. To connect the two wires, twist the stripped ends of the wire together and screw down the wire nut on the twisted wires. The material inside the wire nut will protect the stripped ends ...
Page 13 - Verify System Operation and Loudspeaker Coverage
check to make sure that the conductors on each loudspeaker are attached the same on the loudspeaker and the amplifier. If you cannot see any markings or determine if they are all attached the same, try this simple test: 1. Point the speakers at each other, rather than at the area you want to cover. ...
Page 14 - Figure 7
4. If you used a volume control between the amplifier and the speakers, verify that it is controlling the volume of the loudspeakers in its zone. Repeat this for every volume control in the system. If it is not, correct the wiring. 5. Point the loudspeakers per the layout and verify that the sound i...
Page 16 - Screw the stainless steel eyebolt into the concrete anchor
5. Feed the Security Stake through the loops at the end of the security cable and insure that they are inserted into the cable holder provided at the top of the stake, as shown in Figure 12 . 6. Pick a spot in the ground which the loudspeaker will cover and drive the security stake all the way into ...
Page 17 - the eyelet in the bottom of the loudspeaker.; Final Adjustments; Cover any trenches or wires that are still open or exposed.; Upgraded Security Attachment; Concrete; Rock Speaker
7. Turn the loudspeaker over and feed the other end of the aircraft cable through the eyelet in the bottom of the loudspeaker. 8. Loop this end of the aircraft cable around the eyelet and back to the aircraft cable. Secure this end of the cable to the main aircraft cable with the wire rope clamp. Th...
Page 18 - OPERATION; Listening at Higher Volumes; with a dampened; PE
OPERATION Listening at Higher Volumes Outdoors there are no walls to reflect and contain the sound and typically the ambient noise level is louder. This causes the system to require more power to achieve a reasonable listening level than it does when you are listening indoors. In addition, you are f...
Page 19 - SPECIFICATIONS; Frequency Response; Wire Gauge; Temperature Extremes
S PE C IF IC A TIO N S 18 SPECIFICATIONS Recommended Amplifier Power 10 to 100 Watts Nominal Impedance 8 Ohms Frequency Response 70 Hz to 20 kHz Sensitivity 90 decibels for 2.83 Volts RMS of Pink Noise, measured at 1 Meter on Axis Wiring Requirements 2-conductor direct burial cable at the following ...