Renkus-Heinz IC Squared Manuale utente

INTRODUCTION

Congratulations on your purchase of a Renkus-Heinz RHAON Empowered digitally steered Iconyx ( IC Squared) loudspeaker system We hope

you enjoy it.

Your Iconyx IC Squared loudspeaker was carefully tested and inspected before leaving our

factory and should have arrived in perfect condition. Please carefully inspect the shipping

carton(s) and loudspeaker(s) for any noticeable damage, and if any damage is found, im-

mediately notify the shipping company. Only you, the consignee, may institute a claim with the

carrier for any damage incurred during shipping. Be sure to save the carton(s) and all packing

material for the carrier’s inspection. It is also a good idea to save the carton and packing mate-

rial even though the loudspeaker arrived in good condition. If you should ever need to ship the

loudspeaker, it should be shipped in its original factory packaging.

TECHNICAL SUPPORT

If you have any questions about IC Squared loudspeakers or encounter a problem designing,

installing, setting up or operating a RHAON system, please call our technical support staff at

949-588-9997 and ask the operator for technical support on RHAON. Call Monday through

Friday from 8:00AM to 5:00 PM Paciﬁc Time.

The latest information on RHAON Technical Support is always available online at

http://w

ww.renkus-heinz.com/support/software-support/rhaon/e-mail.html.

ww.renkus-heinz.com/support/software-support/rhaon/e-mail.html. You will also ﬁnd a support

request form at http://www.renkus-heinz.com/support/request-info/tech-info/index.html.

IC Squared Digitally Steerable Loudspeaker Systems

Your IC Squared loudspeaker system is a unique device that combines the advantages of point

source design with the control and ﬂexibility of digitally steerable line array technology.

Unlike traditional vertical line arrays that need to be curved to steer the sound, IC Squared ar-

rays use digital control to steer the sound while the array remains a straight vertical line.

Individual transducer control maximizes the acoustical advantages of the design and producing

unsurpassed vertical pattern control. Individual sonic beams can be shaped and steered up or

down and their acoustical center placed anywhere within the array.

IC Squared loudspeakers are powerful and versatile. They can be used as a stand alone high

performance loudspeaker, in a small stack when additional control and output are needed or

ﬂown in large multi cabinet arrays when even more p@ower is needed.

Matching IC212S-R and IC118-R subwoofers can be used as a base for the array modules or used as a

suspension platform when the array modules and subwoofers are ﬂown.

Installation.

Your IC Squared system was designed to be easy to ﬂoor stack or to be suspended from a ceiling. Note that it was not designed to be mounted

directly on a wall. The ampliﬁers are convection cooled and their heat sinks require at least several inches of separation from the nearest

surface.

The actual installation should be made either by or under the close supervision of someone experienced in installation techniques and rigging.

IC2 Users Manual

IC2Array

Users Manual

IC2-R Mobile Array Module Assembly

Floor Stacks

IC2-R mobile array modules and their matching subwoofers are often ﬂoor stacked

using the subwoofers as a mounting base for the array modules.

Typical ﬂoor stacks include two or three array modules plus one or two matching

subwoofers. Floor stacks can be built without the subwoofers, but the stack won’t bet

as stable as one built with one or two subwoofers as the base.

To assemble an IC2-R ﬂoor stack.

1. Remove the cabinet ( subwoofer or array module) that will be used as the base

for the array from its carton and place it into position.

2. Remove a second array module from its carton. Place it in position on top of the

ﬁrst cabinet making sure the steel channels on both ends of the cabinet are aligned

with the ones on the subwoofer.

3. Remove (pull out) the quick disconnect pins from the channels at the top

of the lower cabinet. Then use the knurled knobs on the top cabinet’s joining

bars to move the end of the bars down into the lower cabinet’s channels.

In other words, grab the knobs and one by one slide the joining bars in the

channels on the top cabinet down into the top of the channels on the lower

cabinet.

4.After the joining bars from the top cabinet are slipped into the top of the

channels on the lower cabinet, secure them in place with the lower cabinet’s

quick disconnect pins. The lower cabinet’s joining bars should be left in their

position at the bottom of their channels unless and until they are needed to

add another array module.

5. Repeat the procedure with each of the four joining bars until the cabinets

are isecurely fastened together. Note that if a second subwoofer had been

included to form base, the two subwoofers would have been joined together

in the same fashion

Flying Arrays

The procedure for assembling ﬂying arrays is similar to the one used to assemble

ground stacks, except that the order is reversed. Ground stacks are assembled from

the bottom up while ﬂown arrays are usually assembled from the top down using the

RHANG-IC2 Flybar assembly; see photo

To assemble an IC2-R ﬂying array using the RHANG-IC2 Flybar:

1. Insert the 2 heavy attachment arms into the top of the metal channels on the array

module and secure them in place with the quick disconnect pins.

2.Attach the lifting device (chain hoist, fork lift, etc) you will use to raise the array to

the ﬂybar. One commonly used arrangement is shackles and a sling.

3. Raise the array high enough to let you roll or slide the next cabinet into position

beneath it. Lower the array assembly into position on the second cabinet and secure

it into position with the joining bars and quick disconnect pins.

4. Repeat the procedure until the array is complete.

Typical Floor Stack

RHANG-IC2 Fly Bar

IC2

Knurled Knob

Quick

Discon-

nect

Side View Close up

IC2-FRAssembly (Fixed Installation)

IC Squared array modules and their matching subwoofers are often ﬂoor stacked using the subwoofers as a

mounting base for the array modules.

Typical ﬂoor stacks include two or three array modules plus one or two matching subwoofers. Floor stacks can

be built without the subwoofers, but the stack isn’t as stable as one built with one or two subwoofers as the

base.

To assemble an IC2-FR ﬂoor stack:

1. Remove the loudspeaker (subwoofer or array module) that will be used as the base and its associated

hardware (M10 bolts, joining biscuits and wrench) from their shipping carton. Place the loudspeaker in position.

2. Install the four joining biscuits in the metal channels on the ends of the cabinet using the M10 bolts with the

Nylon thread lock included in the hardware package and tighten with the tool provided. The circular hole on the

end of the biscuit marked “1” is the correct hole to use.

2. Remove another array module and its associated hardware from their carton. Place the array module in

position on top of the ﬁrst cabinet making sure the steel channels on both ends of the cabinet are aligned with

the joining biscuits on the lower cabinet.

3. Insert and tighten the M10 bolts with the Nylon thread lock using the tool provided

4 Repeat the procedure until all of the array modules are securely fastened together. Note that if a second

subwoofer had been included to form the base, the two subwoofers would have been joined together in the

same fashion

Flying Arrays

The procedure for assembling ﬂying IC2-FR arrays is similar to the one used to assemble ground stacks,

except that the order is reversed. Ground stacks are assembled from the bottom up while ﬂown arrays are

usually assembled from the top down using the RHANG-IC2 Flybar assembly to ﬂy the ﬁrst array module or

subwoofer.

To assemble an IC2-FR ﬂying array using the RHANG-IC2 Flybar

1. Insert the ﬂybar’s 2 heavy attachment arms into the metal channels on the top module and secure them in

place using the M10 bolts with the Nylon thread lock and the tool provided in the hardware package.

2.Attach the lifting device (chain hoist, fork lift, etc) you will use to raise the array to the ﬂybar. One commonly

used arrangement is shackles and a sling.

3. Raise the array high enough to let you roll or slide the next array module into position beneath it. Insert the

joining biscuits into the module being added and insert and tighten the M10 bolts with the Nylon thread lock

4. Lower the array array assembly into position on the array module being added and secure it into position by

inserting the and tightening the M10 bolts with the Nylon thread lock

5. Repeat the procedure until the array is complete. Then check to make sure all the M10 bolts are tight.

RHANG-IC2 Flybar

IC2 Users Manual

IC2-FR

Connecting Biscuit

IC2-FRArray Module

IC2-FR 4-stack array

Users Manual IC2

IC2-FR-WRAssembly (Weather Resistant Fixed Installation)

1) Unpack the individual enclosures and associated hardware.

2) Pre stage your array on a clean non-abrasive padded surface such as carpet by laying

the enclosures in position face down on the carpet.Asmall gap of less than 1/4” (6.35 mm)

between the enclosures is normal.

3) Unpack the metal hanging hardware/side straps, the “NEW” M10 x 50mm bolts the wrench

and the liquid thread lock

4) Remove and discard the eight M10 x 35mm bolts on from each end of the enclosure. Do

not remove the M10 bolts from the top and bottom of the enclosure.

5) Hold the hanging hardware in place against the side of the array,inserrt and ﬁnger tighten

the new M10 x 50mm bolts in place. Be certain to use the liquid tread locker to ensure the

bolts to not back out during operation and create a water tight seal.

6)Adjust the individual enclosures placement as necessary to ensure the bolts align properly.

If the enclosures are not aligned properly there is a risk of cross threading the bolts.

7) Repeat steps 5 & 6 for each side strap.

8) Tighten all M10 bolts to their ﬁnal tightness using the tool provided with them

9) Done.

Hang Points

Completed weather resistant array

with side straps and front grilles

in place

Pull back points

Hang points

Do not remove these bolts

Address Number Veriﬁcation

All that remains is to verify that the individual IC2-R modules are properly identiﬁed in the RHAON network.

IC Squared offers two methods of handling multi cabinet line arrays; the conventional Master/Slave arrangement and anAll Master

approach. For small systems having 4 or fewerArray modules, either method can be used.All arrays having 5 or more modules must

use theAll Master approach.

In the conventional approach one module serves as the Master and all the other modules are designated Slaves. The incoming signal

and power lines terminate in the Master module and are then linked to the Slave modules with jumper cables. The Master/Slave dip

switches located on each modules input panel are used to set up the assignment. See page 53 for a detailed view of the input panel.

Normally the bottom module will be the Master and the other modules will be the Slaves numbered 1, 2 & 3 in ascending order. How-

ever, as long as the switches are set properly any module can be designated as the Master.You may, for example, designate the top

module as the Master to allow you to bring the signal cables into the top of the array. Set the switches in accordance with the drawing

shown below.

In single cabinet usage and when using theAll Master method of control, the dip switches should always be set to the Master setting

(“00”).

Be aware that certain functions will be disabled on the Slave modules as their control has been turned over to the Master module.

Preset Up, Preset Down, Preset Enter , Input Pad, Volume Up & Volume Down,AES/EBU Input and Mute functions are all controlled

only by the controls on the Master module. Signal cables must be brought into the Master module. Jumper cable are then used to link

the modules together. AC power needs to be brought into each module.

Note that if you connected power to the modules before setting the dip switches, you will need to disconnect power and reconnect it

before the dip switch settings will take effect.

In theAll Master approach, all modules are treated as Masters and there are no Slaves. The dip switches are all set to the Master

setting and individual signal cables are brought into each module. More details on setting up and using the all Master approach are

provided in the Beam Steering section of this document.

134

Master

Setting

Slave #1

Setting

Slave #2

Setting

Slave #3

Setting

IC2 Users Manual

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