Daktronics Sw-2101 User manual

201 Daktronics Drive

Brookings, SD 57006-5128

www.daktronics.com/support

800.325.8766

AQUATICS/TRACK LED

SCOREBOARDS

DISPLAY MANUAL

P1153

DD3043167

Rev 03

24 February 2021

Models

SW-2101 SW-2216 SW-2008

SW-2106 SW-2118 SW-2009

SW-2108 SW-2220 SW-3104

SW-2110 SW-2001 SW-3108

SW-2116 SW-2002 SW-3118

SW-2118 SW-2003

SW-2120 SW-2004

SW-2206 SW-2005

SW-2208 SW-2006

SW-2210 SW-2007

responsibility for errors or omissions. No part of this book covered by the copyrights hereon may be reproduced or copied

in any form or by any means—graphic, electronic, or mechanical, including photocopying, taping, or information

storage and retrieval systems—without written permission of the publisher.

Daktronics trademarks are property of Daktronics, Inc. All other trademarks are property of their respective companies.

FCC Statement

Supplier Declaration of Conformity (SDoC)

This product complies with Part 15 of the FCC Rules.

Operation is subject to the following two conditions: (1)

This device may not cause harmful interference, and

(2) this device must accept any interference received,

including interference that may cause undesired

operation.

Note: This equipment has been tested and found to

comply with the limits for a Class A digital device,

pursuant to part 15 of the FCC Rules. These limits are

designed to provide reasonable protection against

harmful interference when the equipment is operated

in a commercial environment. This equipment

generates, uses, and can radiate radio frequency

energy and, if not installed and used in accordance

with the instruction manual, may cause harmful

interference to radio communications. Operation of

this equipment in a residential area is likely to cause

harmful interference in which case the user will be

required to correct the interference at their own

expense.

Warning: The user is cautioned that changes and

modications made to the equipment without the

approval of manufacturer could void the user’s

authority to operate this equipment.

Industry Canada Regulatory Information

This Class A digital apparatus complies with Canadian

ICES-003.

Cet appareil numérique de la classe A est conforme à

la norme NMB-003 du Canada.

Inquiries

Contact Daktronics with any questions regarding our

product compliance.

Mail:

Daktronics

201 Daktronics Dr.

Brookings, SD 57006 USA

Phone:

800-325-8766

Website:

www.daktronics.com

– i –

Table of Contents

1 Introduction��1

Important Safeguards ..........................................................................................................................1

Specications Label .............................................................................................................................1

Model Descriptions...............................................................................................................................1

Resources ..............................................................................................................................................2

Daktronics Nomenclature ...................................................................................................................2

Display Controllers ................................................................................................................................3

Product Safety Approval .....................................................................................................................3

2 Mechanical Installation ��4

Installing Caption Modules..................................................................................................................4

Wall Mounting Digit Modules ..............................................................................................................5

SW-3104��5

Vertical Wall Mounting (Indoor or Outdoor) ��5

Horizontal Wall Mounting (Indoor Only)��6

Corner-Mounting (Indoor Only) ��6

Beam Mounting (Outdoor)..................................................................................................................7

3 Electrical Installation ��8

Indoor Scoreboard Power ...................................................................................................................8

Grounding ��8

Power Connection��8

Outdoor Scoreboard Power ...............................................................................................................9

Grounding ��9

Installation with Ground and Neutral Conductors Provided ....................................................9

Installation with Only a Neutral Conductor Provided..............................................................10

Lightning Protection��10

Installing Load Centers ��10

Connection ��10

Power-On Self-Test (POST)..................................................................................................................11

Indoor Signal Connection .................................................................................................................12

Outdoor Signal Connection..............................................................................................................12

Wireless Signal Connection ...............................................................................................................13

Internal Cable Routing (Horizontal Models Only) ...........................................................................13

Setting the Driver Address..................................................................................................................13

4 Troubleshooting ��17

Troubleshooting Table........................................................................................................................17

Component Locations & Access......................................................................................................19

Replacing Digits..................................................................................................................................19

Segmentation & Digit Designation ...................................................................................................20

LED Drivers ...........................................................................................................................................20

Replacing a Driver��21

Radio Connections.............................................................................................................................21

Radio Interference��22

– ii –

Table of Contents

Schematics..........................................................................................................................................22

Replacement Parts.............................................................................................................................23

5 Daktronics Exchange and Repair & Return Programs ��24

Exchange Program ............................................................................................................................24

Repair & Return Program...................................................................................................................25

Daktronics Warranty & Limitation of Liability ...................................................................................25

A Mechanical Drawings ��27

B Electrical Drawings ��51

C Daktronics Warranty & Limitation of Liability��79

Introduction

1

1 Introduction

This manual explains the installation of Daktronics Aquatics/Track LED Scoreboards. For

additional information regarding the safety, installation, operation, or service of these

displays, refer to the telephone numbers listed in Section 5: Daktronics Exchange and

Repair & Return Programs (p�24). This manual is not specic to a particular installation.

Important Safeguards

• Read and understand all instructions before beginning the installation process�

• Properly ground the cabinet with a grounding electrode at the display location�

• Disconnect the display power when not in use or when servicing�

• Disconnect the display power before servicing power supplies to avoid electrical

shock� Power supplies run on high voltage and may cause physical injury if touched

while powered�

• Do not modify the structure or attach any panels or coverings to the display without

the express written consent of Daktronics�

• Do not disassemble control equipment or electronic controls of the display; failure to

follow this safeguard will make the warranty null and void�

• Do not drop the control equipment or allow it to get wet�

Specications Label

Power specications as well as serial and model number information can be found on an

ID label, similar to the one shown in Figure 1.

DAKTRONICS 201 DAKTRONICS DR. BROOKINGS, SD PHONE 800-325-8766

SUITABLE FOR SERVICING ONLY WHEN DE-ENERGIZED

PUET FAIRE L'OBJET D'UN ENTRETIEN UNIQUEMENT S'IL EST HORS TENSION

LL-4284957

THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES. OPERATION IS SUBJECT TO

THE FOLLOWING TWO CONDITIONS: (1) THIS DEVICE MAY NOT CAUSE HARMFUL

INTERFERENCE AND (2) THIS DEVICE MUST ACCEPT ANY INTERFERENCE RECEIVED,

INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION

Figure 1: Specications Label

Please have the assembly number, model number, and the date manufactured on hand

when calling Daktronics customer service to ensure the request is serviced as quickly as

possible. Knowing the facility name and/or job number will also be helpful.

Model Descriptions

Reference Drawings:

Module Model Descriptions .............................................................................. DWG-129639

Model Congurations, Swim / Track Timing..................................................... DWG-130101

Model Congurations, Aquatics Multisport ..................................................... DWG-130102

To determine which pieces make up what model and how they are arranged, refer to

DWG-130101 and DWG-130102 in Appendix A. Refer also to DWG-129639 for detailed

views of each display piece and add-on modules.

Introduction

2

Resources

Figure 2 illustrates a Daktronics drawing label.

This manual refers to drawings by listing the last

set of digits. In the example, the drawing would

be referred to as DWG-1007804. All references to

drawing numbers, appendices, gures, or other

manuals are presented in bold typeface. Any

drawings referenced in a section are listed at the

beginning of it as shown below:

Reference Drawings:

System Riser Diagram....................................................................................... DWG-1007804

Daktronics identies manuals by the DD or ED number located on the cover page.

Listed below are drawing types commonly used by Daktronics, along with the information

typically provided. All drawings referenced in this manual are found in the appendices.

• Schematic Drawings: describe internal power and signal wiring as well as

interconnections between display sections; they may also include digit designations

and driver addressing information

• Shop Drawings: describe mounting methods to structural elements, access method

(front or rear), and power and signal entrance points

• System Riser Diagrams: describe power/signal connections between components

and the control location; they may also include control room layout and schematic

• Final Assembly Drawings: describe internal component locations and detailed

product appearance with part numbers and quantities

Project-specic information takes precedence over any other general information found

in this manual. Ensure all applicable material has been gathered before beginning the

installation. Contact a Daktronics sales coordinator or project manager.

Daktronics Nomenclature

Most display components have a white label that lists the part

number (Figure 3). Part numbers will also appear on certain drawings.

If a component is not found in the Replacement Parts (p�23), use

the label to order a replacement. Refer to Section 5: Daktronics

Exchange and Repair & Return Programs (p�24) if replacing or

repairing any display component.

Main Component Labels

Part Type Part Number

Individual circuit board 0P-XXXX-XXXX

Assembly; a collection of

circuit boards 0A-XXXX-XXXX

Wire or cable W-XXXX

Fuse F-XXXX

Transformer T-XXXX

Metal part 0M-XXXXXXX

Fabricated metal assembly 0S-XXXXXX

Specially ordered part PR-XXXXX-X

Drawing Number

Figure 2: Drawing Label

0P-1127-0024

SN: 2465

02/19/12 Rev. 1

Figure 3: Part Label

Accessory Labels

Component Label

Termination block for

power or signal cable TBXX

Grounding point EXX

Power or signal jack JXX

Power or signal plug for

the opposite jack PXX

Introduction

3

Display Controllers

The OmniSport 2000 timing console uses keyboard overlays (sport inserts) to control

numerous sports and display models. Refer to the manual below for operating

instructions. The manual is provided on a CD with the control consoles, and also available

online at www.daktronics.com/manuals.

• OmniSport 2000 Timing Console Operation Manual (ED-13312)

It is also possible for these displays to be controlled via third-party timing consoles, such

as those produced by Omega and Colorado Timing Systems (CTS). In these cases, refer

to the documentation provided by the manufacturer.

Product Safety Approval

Daktronics outdoor displays are ETL-listed and tested to CSA standards for outdoor use.

Contact Daktronics with any questions regarding testing procedures.

Mechanical Installation

4

2 Mechanical Installation

Refer to the electrical installation drawing before beginning the mechanical installation

procedure� It is important to recognize where the electrical wires are located so

knockouts can be removed respectively before the display has been mounted� It will be

easier to install electrical hookup items, route conduits, and attach hookup boxes before

mechanical installation�

• For indoor scoreboards, mechanical installation typically consists of lifting and

permanently mounting the scoreboard to a wall. The mechanical specication

drawings listed in Appendix A show the recommended number and spacing of wall

anchors for indoor scoreboard models.

• For outdoor scoreboards, mechanical installation typically consists of installing

concrete footing and steel beams and mounting the scoreboard to the beams. The

columns, footings, and all connection details must be designed and certied by a

professional engineer licensed to practice in the state of the scoreboard installation.

Be sure that the installation complies with local building codes.

Note: Daktronics assumes no liability for any installation derived from the information

provided in this manual or installations designed and installed by others.

Installing Caption Modules

Reference Drawings:

Caption Layout- 6-Lane Multi-Sport Systems................................................... DWG-130319

Caption Layout- 8-Lane Multi-Sport Systems................................................... DWG-130321

Caption Layout- 10-Lane Multi-Sport Systems................................................. DWG-130801

Caption Module Detail ...................................................................................... DWG-130840

Note: Attach the caption module to the digit module before attaching the digit

module to the wall.

The caption modules are attached to the top or bottom of a digit module with #10

machine screws (refer to DWG-130840). Before attaching the caption module, note its

orientation. The top and bottom guides for holding the caption panel are different sizes.

Be sure the module is oriented so that the deeper guide is toward the top.

To insert a caption panel, t the top edge of the caption panel into the module's upper

guide, and then slide the bottom edge under the lower guide (refer to DWG-130840). The

construction of the guides allows the caption panels to be lifted out for changing, rather

than having to slide them out one end.

The caption panels must be properly positioned in relation to the scoreboard digits for

different activities. Refer to DWG-130319, DWG-130321, and DWG-130801 for caption

layouts. The drawings indicate the proper location of the digits and caption panels that

will be used for the various events and sports.

Mechanical Installation

5

Wall Mounting Digit Modules

Due to the variety of wall materials used in sports facilities, Daktronics cannot anticipate

a user’s individual installation needs or provide mounting hardware suitable for every

installation. Choose a method of installation that will safely support the weight of the

display.

Before installing any wall anchors or the mounting structure, determine where all of the

mounting holes will be located on the display modules. Holes provided on the modules

should be convenient for most installations.

For mounting locations, weights, and hardware suggestions, refer to the model-specic

mechanical specication drawings listed in Appendix A.

SW-3104

Reference Drawings:

SW-3104 Floor Stand Assy................................................................................... DWG-253540

The SW-2104 features carrying handles and may not need to be wall mounted. However,

it may be mounted to a oor stand for greater stability. Refer to DWG-253540.

Vertical Wall Mounting (Indoor or Outdoor)

Reference Drawings:

Vertical Wall Mount............................................................................................ DWG-130545

Use this method when the overall display has modules mounted on top of one another.

1� Before attaching the digit module to the wall, attach the caption module to the digit

module as described in Installing Caption Modules (p�4).

Note: Extra strut length is not required when caption modules are mounted at either

the top or bottom of the column.

2� Attach vertical mounting struts to the wall. Strut length will vary depending on the

total number of display modules. Center-to-center distance between vertical struts is

8'-10.5" (2705 mm) for 9' (2743 mm) wide modules.

3� Use 3/8" bolts to attach the modules to spring nuts in the struts (Figure 4). Mount the

lowest module rst, and then add modules working upward.

Figure 4: Spring Nut in Strut

Mechanical Installation

6

Horizontal Wall Mounting (Indoor Only)

Reference Drawings:

Strut Spacing, Horizontal Wall Mounting.......................................................... DWG-129905

End Bracket Attachment, Horizontal Wall Mounting...................................... DWG-129906

Horizontal Wall Mounting, Final Steps............................................................... DWG-129907

Use this method when the overall display has modules mounted side by side.

1� Before attaching the digit module to the wall, attach the caption module to the digit

module as described in Installing Caption Modules (p�4).

Note: Extra strut length is not required when caption modules are mounted at either

the top or bottom of the column.

2� Attach mounting struts to the wall. Strut length will vary depending on the total

number of display modules. Refer to DWG-129905 to determine strut length and the

center-to-center distance between the struts.

3� Attach the end brackets to the right end of all the modules in the left column. Next,

attach brackets to the left end of all the modules in the right column. Refer to DWG-

129906.

4� Use 3/8" bolts to attach the modules in the left column to spring nuts in the struts

(Figure 4). Mount the lowest module rst, and then add modules working upward.

5� Starting with the bottom-right module, insert the screw heads on the end brackets of

the left side of the cabinet into the keyholes on the mating bracket of the right side of

the left column cabinet, and press down on the right side until both cabinets are ush

and level horizontally. Refer to DWG-129907.

6� Once the right column cabinet is joined to the left column cabinet, use 3/8" bolts to

attach the right end of the right column module to spring nuts in the struts (Figure 4).

7� Repeat Steps 5–6 for all remaining right column modules, working upward.

Corner-Mounting (Indoor Only)

Reference Drawings:

Corner Mount...................................................................................................... DWG-130508

If the display is to be mounted across the corner of adjoining walls, corner-mounting

brackets may be ordered as an option. DWG-130508 details this type of mounting.

Multi-line display models that use a single vertical arrangement of modules may be

mounted with corner brackets. However, horizontal display congurations cannot be

mounted across a corner using the simple brackets. Such displays must be attached

to a structure or framework that spans across the corner and safely supports the entire

display. This type of mounting must be designed by a qualied engineer.

Mechanical Installation

7

Beam Mounting (Outdoor)

Reference Drawings:

Beam Mounting Procedure............................................................................... DWG-194664

Beam Mounting, Side View ............................................................................... DWG-194671

Beam Mounting, Top View ................................................................................ DWG-194674

Beam Mounting, Rear View, Vertical Display.................................................. DWG-194677

Beam Mounting, Rear View, Horizontal Display.............................................. DWG-194678

Daktronics outdoor scoreboards are typically mounted on steel beams. Such beam-

mounted installations require that a qualied engineer provide specications for both the

reinforced concrete footings and the steel support beams.

Two beams are required for each column of display modules. Beams must be set 4'-6"

(1372 mm) apart, center-to-center. Installations of vertical and horizontal displays are

shown in DWG-194677 and DWG-194678.

Note: Because every display is different in terms of module conguration, scoreboard

options, and environments, every installation will be unique.

Once the support beams are installed, refer to DWG-194664, DWG-194671, and DWG-

194674 along with the instructions below to mount the display modules to the beams.

1� Begin by attaching mounting brackets to the top and bottom of the lowest digit

module in the display. The brackets are fastened to the modules by inserting 10-

24 x 5/8" screws through the holes in each bracket and threading them into the

captivated nuts on the back of the module.

2� With the brackets attached, position the module against the beam and secure it with

the 1/2-13 x 15" threaded rods, lock washers, and nuts provided. The rods do not go

through the beam but pass along either side; no drilling is required. The square nuts

go inside the bracket, while the lock washers and hex nuts are used outside the rear

mounting angles that straddle the back of each beam. Tighten the assembly with a

3/4" socket.

Note: Do not over tighten the assembly as it may deform the brackets and angles.

3� Attach the upper mounting brackets to the next module and position it against the

beams, on top of the rst module.

4� Insert screws through the upper brackets of the lower module to secure the bottom

of the upper module. This secures the brackets to the back of both modules.

5� Secure the upper brackets of the upper module to the beams with bolts, washers,

and nuts as described in Step 2.

6� Join the modules together at both ends by inserting screws up through the holes

in the top of the lower module into the captivated nuts in the bottom of the upper

module.

7� The building process continues in the same manner for all remaining modules.

Caption modules are attached directly to their adjoining digit modules, similar to the

process outlined in Step 6; they do not accept beam mounting brackets.

Electrical Installation

8

3 Electrical Installation

CAUTION: Only qualied individuals should perform routing and termination to the

display� Electrical contractors are responsible for ensuring that all electrical work meets

or exceeds local and national codes� Daktronics engineering staff must approve all

changes or the warranty will be void�

Refer to the specication label (Figure 1) on the display to determine maximum power

requirements. Ensure all external overcurrent protection meets all local and national

electrical codes and is appropriately sized to the load it is terminating. Failure to meet

wiring and overcurrent protection device requirements will void the warranty.

Note: Ensure the display is on a dedicated circuit. This will prevent loss of critical game/

event information that may otherwise occur if another component on the same

circuit should fail.

Indoor Scoreboard Power

Grounding

All components of a display system – including but not limited to displays, control

equipment, and connected peripheral equipment – must be electrically grounded.

Only qualied individuals may perform electrical work, including verication of ground

resistance. Daktronics is not responsible for improper grounding or damage incurred as a

result of improper grounding.

Grounding methods must meet the provisions of all applicable local and national codes.

Inspect and verify all grounding methods meet the provisions of all applicable local and

national codes.

Proper grounding is necessary for reliable equipment operation and general electrical

safety. Failure to properly ground the display system may void the warranty, disrupt

operation, damage equipment, and cause bodily harm or death.

Power Connection

Reference Drawings:

Electrical Hookup- Indoor Display- 120 V......................................................... DWG-130661

Electrical Hookup- Indoor Display- 230 V......................................................... DWG-130676

Indoor scoreboards feature a 120 VAC power cord with a three-prong plug. Install a

grounded receptacle near the equipment so that the power cord can easily reach

it. Displays operating on 230 VAC are also available, and they ship equipped with a

universal power plug. The control console requires a 120 VAC receptacle and uses less

than 1 A of power.

Note: If the power cord is not already installed, refer to DWG-130661 for 120 VAC

displays or DWG-130676 for 230 VAC displays.

Electrical Installation

9

1� Open the bottom-left panel of the lowest digit module of the display.

2� Mount the power/signal plate in the left side of the lowest digit module of the display.

Remove both the 2" knockout and the upper 7/8" knockout from the left end of

the module. Route the power cord out of the module through the knockout and

position the plate inside, on the end. Secure the plate with two screws, inserting them

externally through the pre-drilled holes.

3� Route the cable from the power/signal plate into the driver enclosure and connect

the 5-pin J51 jack to the mating P51 plug.

4� Insert 2'' bushings into the holes between modules.

5� Pull the power/signal cable from the lower module through the 2" hole in the top of

the cabinet up into the next module and connect the 5-pin J51 jack to the mating

P51 plug in the driver enclosure.

6� Repeat the connection process in Step 5 with any other modules in the system.

7� Connect the power cord to a 120 VAC power outlet.

8� Replace the front panel. Insert a 2" plug in the bottom hole of the lowest module.

The hookup procedure for a 230 V display is identical; the only difference between the

two electrical systems is the power cord. Refer to DWG-130676.

Outdoor Scoreboard Power

Grounding

All components of a display system – including but not limited to displays, control

equipment, and connected peripheral equipment – must be electrically grounded.

Only qualied individuals may perform electrical work, including verication of ground

resistance. Daktronics is not responsible for improper grounding or damage incurred as a

result of improper grounding.

Grounding methods must meet the provisions of all applicable local and national codes.

Inspect and verify all grounding methods meet the provisions of all applicable local and

national codes.

Proper grounding is necessary for reliable equipment operation and general electrical

safety. Failure to properly ground the display system may void the warranty, disrupt

operation, damage equipment, and cause bodily harm or death.

There are two types of power installation: installation with ground and neutral conductors

provided, and installation with only a neutral conductor provided. These two power

installations differ slightly, as described in the following subsections:

Installation with Ground and Neutral Conductors Provided

For this type of installation, the power circuit must contain an isolated earth-ground

conductor. In this circumstance, do not connect neutral to ground at the disconnect or

at the display as this would violate electrical codes and void the warranty.

Use a disconnect so that all ungrounded lines can be disconnected. The local and

national electrical codes may require using a lockable power disconnect at or within

sight of the display.

Electrical Installation

10

Installation with Only a Neutral Conductor Provided

Installations where no grounding conductor is provided must comply with local and

national electrical codes. If the installation meets all requirements, observe the following

guidelines:

• Connect the grounding electrode cable at the local disconnect, never at the display

driver/power enclosure.

• Use a disconnect that opens all of the ungrounded phase conductors.

Lightning Protection

The use of a disconnect near the display location to completely cut all current-carrying

lines signicantly protects the circuits against lightning damage. Local and national

electrical codes may also require it. In order for this system to provide protection, the

power must be disconnected when the display is not in use.

The control console also should be disconnected from power and from the signal

junction box when the system is not in use. The same surges that may damage the

display components can also damage the console’s circuitry.

Installing Load Centers

Reference Drawings:

Electrical Hookup- Outdoor Display ................................................................. DWG-129998

Outdoor displays have a fully-enclosed load center that brings power and signal to

the scoreboard. The harsher environment and outdoor electrical hookup requirements

mandate the use of this component. Refer to DWG-129998 along with the instructions

below to mount the load center in the display during installation.

1� Remove the lower left panels from the lowest digit module in the display, and remove

the nuts from the three screws already installed in the cabinet.

2� If the load center cover is on, remove it. Position the load center on the back panel

screws, and complete the mounting by tightening the nuts.

3� Route the cable from the load center into the driver enclosure and connect the 5-pin

J51 jack to the mating P51 plug.

Connection

Power and signal cables are routed into the display from the rear via separate conduits.

All power and signal wiring terminates at the load center. Note that systems with radio

control typically only require signal wiring for backup purposes.

Refer to the electrical specication drawings listed in Appendix B to locate the front

access panel to the load center enclosure. Remove the screws to open the access

panel. Remove the metal cover of the load center to expose the components.

Connect the appropriate wires coming through the rear of the scoreboard to the load

center terminals, as described below and shown in Figure 5.

• live wire (black) to LINE 1

• neutral (white) wire to NEUT�

• ground wire (green/yellow) to the grounding buss bar

Electrical Installation

11

BLK

WHT

GND

Figure 5: Load Center Power Connections (Cover Removed)

Power-On Self-Test (POST)

The display performs a self-test each time that power is turned on and the control

console is powered off or not connected. If the control console is connected and

powered on, the self-test does not run, and data from the control console appears on

the display after a few seconds. Each self-test pattern will vary depending on the model,

the number of drivers, and types of digits. Figure 6 shows an example of the LED bar test

pattern that each digit performs.

Figure 6: Digit Segment POST

Electrical Installation

12

Indoor Signal Connection

Wired signal installation requires routing control cable from the control console to a signal

junction box (J-box) near the display. At a minimum, use a paired, 22 AWG shielded

cable (Daktronics part # W-1077).

1� Route signal cable in conduit from the display location to a signal junction box

(J-box) or wall plate near the control location.

2� Install the 1/4” phone plug (part # 0L-40683) to the display end of the cable.

3� Insert the plug into the SIGNAL IN jack located on the left side of the display.

Note: If the signal jack is not already installed, refer to Power Connection (p�8).

4� Connect a signal cable from the J-box or wall plate on the control console end to

the J1, J2, or J3 jack on the back of the OmniSport 2000 console.

• If using a Main Clock Start/Stop Switch (part # 0A-1166-0003), connect it to the J8

jack on the OmniSport 2000 console.

• If using a Shot Clock Start/Stop Switch (part # 0A-1196-0031), connect it to the J9

jack on the OmniSport 2000 console.

Outdoor Signal Connection

Route copper signal cable through the conduit knockout on the rear of the display to

the signal surge arrestor card (Figure 7), located in the load center.

At the SIGNAL IN terminal block, connect red

signal wire to positive (+) and black signal

wire to negative (–).

Note: Ensure shield (silver) wire is properly

connected to the SHIELD terminal.

At a minimum, single-pair, shielded cable, 22

AWG (part # W-1077) is recommended.

Install an indoor or outdoor 1/4" J-box as

needed at the control location, and connect

a signal cable from the J-box on the control

console end to the J1, J2, or J3 jack on the

back of the OmniSport 2000 console.

• If using a Main Clock Start/Stop Switch (part # 0A-1166-0003), connect it to the J8

jack on the OmniSport 2000 console.

• If using a Shot Clock Start/Stop Switch (part # 0A-1196-0031), connect it to the J9

jack on the OmniSport 2000 console.

BLK

WHT

GND

Figure 7: Signal Surge Arrester Card

Electrical Installation

13

Wireless Signal Connection

Reference Drawings:

Aquatics- Radio Hookup ................................................................................... DWG-305509

A wireless radio system requires an OmniSport 2000 control console equipped with

a radio transmitter as well as a radio receiver plugged into the 6-pin J21 jack on the

primary driver and mounted internally to the front panel of the display. Refer to DWG-

305509 in Appendix B for radio receiver installation instructions for both indoor and

outdoor scoreboard models. For more information, refer to the Gen VI Radio Installation

Manual (DD2362277), provided with the receiver unit and available online at www.

daktronics.com/manuals.

Internal Cable Routing (Horizontal Models Only)

Reference Drawings:

Internal Cable Routing....................................................................................... DWG-130679

Horizontal, or side-by-side, modules require installation of a power/signal interconnect

cable. Only one interconnect cable is needed for each installation. Refer to DWG-

130679.

Connect the modules by running the interconnect cable from the driver of the bottom

left module to the driver of the bottom right module. There are knockouts in the ends of

the modules through which the cable may be run. The cable is connected with mating

5-pin plugs in each module.

Setting the Driver Address

Each driver in a scoreboard module must be set

to receive the correct signal input, or address, for

the control system being used.

Addresses are set through the S2 (L) and S3 (H)

rotary switches on the driver (Figure 8) using a

small athead screwdriver.

Refer to the tables on the following pages to

determine the correct driver address settings

based on the control system in use.

H

L

Figure 8: Driver Address Dials

Electrical Installation

14

Daktronics OmniSport 2000

Function Address

1-Line Timing Display 40 (H = 2, L = 8)

Line 1 (or 1 and 2) 41 (H = 2, L = 9)

Line 2 (or 2 and 3) 42 (H = 2, L = A)

Line 3 (or 3 and 4) 43 (H = 2, L = B)

Line 4 (or 4 and 5) 44 (H = 2, L = C)

Line 5 (or 5 and 6) 45 (H = 2, L = D)

Line 6 (or 6 and 7) 46 (H = 2, L = E)

Line 7 (or 7 and 8) 47 (H = 2, L = F)

Line 8 (or 8 and 9) 48 (H = 3, L = 0)

Line 9 (or 9 and 10) 49 (H = 3, L = 1)

Line 10 50 (H = 3, L = 2)

Home, Guest 1,

Guest 2, Guest 3 31 (H = 1, L = F)

Event/Heat, Lengths,

Record Time 32 (H = 2, L = 0)

Omega OSM6 or Scan’O’Vision

Function Address

Line 1 (or 1 and 2) 1(H = 0, L = 1)

Line 2 (or 2 and 3) 2(H = 0, L = 2)

Line 3 (or 3 and 4) 3(H = 0, L = 3)

Line 4 (or 4 and 5) 4(H = 0, L = 4)

Line 5 (or 5 and 6) 5(H = 0, L = 5)

Line 6 (or 6 and 7) 6(H = 0, L = 6)

Line 7 (or 7 and 8) 7(H = 0, L = 7)

Line 8 (or 8 and 9) 8(H = 0, L = 8)

Line 9 (or 9 and 10) 9(H = 0, L = 9)

Line 10 10 (H = 0, L = A)

Line 4, MS w/ Horn 15 (H = 0, L = F)

Line 6, MS w/ Horn 16 (H = 1, L = 0)

Line 8, MS w/ Horn 17 (H = 1, L = 1)

Electrical Installation

15

Colorado Timing Systems (CTS)

Function Address Dene Module*

Line 1 (and 2) 1(H = 0, L = 1) 01 (02)

Line 2 (and 3) 2(H = 0, L = 2) 02 (03)

Line 3 (and 4) 3(H = 0, L = 3) 03 (04)

Line 4 (and 5) 4(H = 0, L = 4) 04 (05)

Line 5 (and 6) 5(H = 0, L = 5) 05 (06)

Line 6 (and 7) 6(H = 0, L = 6) 06 (07)

Line 7 (and 8) 7(H = 0, L = 7) 07 (08)

Line 8 (and 9) 8(H = 0, L = 8) 08 (09)

Line 9 (and 10) 9(H = 0, L = 9) 09 (0A)

Line 10 10 (H = 0, L = A) 0A

Lengths, Record Time

11 (H = 0, L = B)

0B

Event/Heat 0C

Home, Guest 13 (H = 0, L = D) 0D

1-Line Timing Display 15 (H = 0, L = F) 0F

Home, Guest 1

20 (H = 1, L = 4)

14

Guest 2, Guest 3 15

Time of Day 22 (H = 1, L = 6) 16

Line 1, MS w/ Horn 41 (H = 2, L = 9) 01

Line 2, MS w/ Horn 42 (H = 2, L = A) 02

Line 3, MS w/ Horn 43 (H = 2, L = B) 03

Line 4, MS w/ Horn 44 (H = 2, L = C) 04

Line 5, MS w/ Horn 45 (H = 2, L = D) 05

Line 6, MS w/ Horn 46 (H = 2, L = E) 06

Line 7, MS w/ Horn 47 (H = 2, L = F) 07

Line 8, MS w/ Horn 48 (H = 3, L = 0) 08

Line 9, MS w/ Horn 49 (H = 3, L = 1) 09

Line 10, MS w/ Horn 50 (H = 3, L = 2) 0A

* Swim Mode Scoreboard Settings in Colorado Timers

Electrical Installation

16

Omega Ares 21

Function Address

Line 1 (or 1 and 2) 1(H = 0, L = 1)

Line 2 (or 2 and 3) 2(H = 0, L = 2)

Line 3 (or 3 and 4) 3(H = 0, L = 3)

Line 4 (or 4 and 5) 4(H = 0, L = 4)

Line 5 (or 5 and 6) 5(H = 0, L = 5)

Line 6 (or 6 and 7) 6(H = 0, L = 6)

Line 7 (or 7 and 8) 7(H = 0, L = 7)

Line 8 (or 8 and 9) 8(H = 0, L = 8)

Line 9 (or 9 and 10) 9(H = 0, L = 9)

Line 10 10 (H = 0, L = A)

Event/Heat,

Record Time 11 (H = 0, L = B)

Home, Guest 1,

Guest 2, Guest 3 12 (H = 0, L = C)

Line 4, MS w/ Horn* 15 (H = 0, L = F)

Line 6, MS w/ Horn* 16 (H = 1, L = 0)

Line 8, MS w/ Horn* 17 (H = 1, L = 1)

* Operate in Swim Mode Only

FinishLynx

Function Address

Line 1 (or 1 and 2) 1(H = 0, L = 1)

Line 2 (or 2 and 3) 2(H = 0, L = 2)

Line 3 (or 3 and 4) 3(H = 0, L = 3)

Line 4 (or 4 and 5) 4(H = 0, L = 4)

Line 5 (or 5 and 6) 5(H = 0, L = 5)

Line 6 (or 6 and 7) 6(H = 0, L = 6)

Line 7 (or 7 and 8) 7(H = 0, L = 7)

Line 8 (or 8 and 9) 8(H = 0, L = 8)

Line 9 (or 9 and 10) 9(H = 0, L = 9)

Line 10 10 (H = 0, L = A)

Event/Heat 11 (H = 0, L = B)

Omega Quantum

Function Address

Line 1 (or 1 and 2) 1(H = 0, L = 1)

Line 2 (or 2 and 3) 2(H = 0, L = 2)

Line 3 (or 3 and 4) 3(H = 0, L = 3)

Line 4 (or 4 and 5) 4(H = 0, L = 4)

Line 5 (or 5 and 6) 5(H = 0, L = 5)

Line 6 (or 6 and 7) 6(H = 0, L = 6)

Line 7 (or 7 and 8) 7(H = 0, L = 7)

Line 8 (or 8 and 9) 8(H = 0, L = 8)

Line 9 (or 9 and 10) 9(H = 0, L = 9)

Line 10 10 (H = 0, L = A)

Event/Heat,

Record Time 18 (H = 1, L = 2)

Line 4, MS w/ Horn* 15 (H = 0, L = F)

Line 6, MS w/ Horn* 16 (H = 1, L = 0)

Line 8, MS w/ Horn* 17 (H = 1, L = 1)

* Operate in Swim Mode Only

Daktronics SW-2101 User manual

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