Daktronics Bb-2101 User manual

201 Daktronics Drive

Brookings, SD 57006-5128

www.daktronics.com/support

800.325.8766

TUFF SPORT®& COLORSMART®

INDOOR LED SCOREBOARDS

INSTALLATION MANUAL

P1749/1763

DD2481645

Rev 07

30 August 2019

Models

BB-2101 BB-2131 BB-3125* SD-2106

BB-2103 BB-2132 BB-3142* SD-3101*

BB-2105 BB-2142 CU-2001 SD-3102*

BB-2107 BB-2143 H-2101 SD-3103*

BB-2109 BB-2144 H-2102 SD-3106*

BB-2111 BB-2152 H-2103 SQ-2001

BB-2114 BB-2153 H-2104 TI-2030

BB-2115 BB-2155 H-2106 TI-2101

BB-2116 BB-3101* H-2108 TI-2102

BB-2117 BB-3103* H-2111 TI-2103

BB-2119 BB-3105* H-2114 TI-2200

BB-2121 BB-3107* H-2115 TI-3103*

BB-2122 BB-3114* SD-2101 VB-2101

BB-2123 BB-3115* SD-2102

BB-2125 BB-3121* SD-2103

BB-2130 BB-3123* SD-2104

*ColorSmart or compatible model

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

Resources ..............................................................................................................................................1

Troubleshooting ....................................................................................................................................2

Display Controllers ................................................................................................................................2

Sport Codes��3

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

2 Mechanical Installation ��4

Lifting......................................................................................................................................................4

Wall Mounting .......................................................................................................................................5

Single-Section Displays��5

Suspension Mounting ��5

Corner Mounting��5

Multi-Section Displays��6

Shot Clock Mounting............................................................................................................................7

Hockey Scoring Modules .....................................................................................................................7

Ad Panel Mounting ..............................................................................................................................7

3 Electrical Installation ��8

Installation Overview............................................................................................................................8

Power .....................................................................................................................................................9

Grounding ��9

Lightning Protection��10

Power-On Self-Test (POST)..................................................................................................................10

Wired Signal Connection...................................................................................................................10

BB-2117 & BB-2119 Power/Signal Connection��11

Wireless Signal Connection ...............................................................................................................11

All Sport Control��11

RC-100/RC-200 Control��11

Radio Settings ��11

Statistics Display & Hockey Module Signal Connection ................................................................12

H-2103 Connection ��13

Shot Clock Power/Signal Connection..............................................................................................13

4 Scoreboard Options ��14

Time of Day Mode..............................................................................................................................14

Team Name Message Centers & Electronic Captions ..................................................................15

Horns.....................................................................................................................................................15

Adjusting Horn Volume ��15

Visual Horn Indicator (VHI).................................................................................................................15

Light Strips ............................................................................................................................................15

Double Bonus Indicators....................................................................................................................15

Time Outs Left (TOL) Digits..................................................................................................................16

– ii –

Table of Contents

Changeable Caption Kits..................................................................................................................16

Goal Lights...........................................................................................................................................16

Protective Devices .............................................................................................................................16

5 Daktronics Exchange and Repair & Return Programs ��17

Exchange Program ............................................................................................................................17

Repair & Return Program...................................................................................................................18

Daktronics Warranty & Limitation of Liability ...................................................................................18

A Specications��19

B Reference Drawings ��21

C Daktronics Warranty & Limitation of Liability��37

Introduction

1

1 Introduction

This manual explains the installation of Daktronics Tuff Sport®and ColorSmart®Indoor LED

Scoreboards, Game/Shot Clocks, Statistics Panels, and Timing Displays. For additional

information regarding safety, installation, operation, or service, refer to the telephone

numbers listed in Section 5: Daktronics Exchange and Repair & Return Programs (p�17).

This manual is not specic to a particular installation.

Important Safeguards

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

• 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 afxed to the top of the display, similar to the one shown in Figure 1.

Note: If something mounted above the display obscures this label, a copy of this label

can be found behind the PRIMARY DRIVER access panel.

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

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

CONFORMS TO

UL STD 48

CERTIFIED TO CSA

STD C22.2 NO. 207

17800

BB-2101-AR-UV-120

RMN: DAKT-0405-00

120 V ~: "50/60Hz

MAX AMPS AC: V ~: 2A

MAX WATTS AC: 150W

0A-1749-0017 HRev: 00

SN: 1001

05/22/19

3219728 0001

Product Number Model Number

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. Note that the

Product Number(s) are sometimes used to distinguish different generations of displays

that have the same model number.

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.

Drawing Number

Figure 2: Drawing Label

Introduction

2

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 display component locations and

detailed product appearance with part numbers and quantities

Ensure all applicable materials have been gathered before beginning the installation.

Contact a Daktronics sales coordinator or project manager.

Troubleshooting

For an extensive troubleshooting guide, instructions on how to replace display

components, and detailed schematic drawings, refer to the following manuals, available

online at www.daktronics.com/manuals:

• Tuff Sport Indoor LED Scoreboards Service Manual (DD2481648)

• ColorSmart Indoor LED Scoreboards Service Manual (DD2507404)

Display Controllers

Daktronics Tuff Sport scoreboards are designed for use with the All Sport®1600 and 5000

series control consoles, and certain models may also be operated with the hand-held

RC-100/RC-200 wireless controller. The consoles use keyboard overlays (sport inserts)

to control numerous sports and scoreboard models. Refer to the manuals below for

operating instructions. They are provided on a CD with the control console, and they are

also available online at www.daktronics.com/manuals.

• All Sport 1600 Series Control Console Operation Manual (ED-12462)

• All Sport 5000 Series Control Console Operation Manual (ED-11976)

• Remote Control System RC-100 All Sport Operation Manual (ED-15133)

• Remote Control System RC-200 All Sport Operation Manual (DD3572889)

Daktronics ColorSmart scoreboards are only compatible with the All Sport 5500 series

control console. Refer to the manual below:

• All Sport 5500 Series Control Console Operation Manual (ED-16809)

Introduction

3

Sport Codes

The following table lists common All Sport and RC-100/RC-200 sport codes. Note that

many scoreboards are capable of scoring multiple sports. Refer to the appropriate

controller operation manual for a complete listing of sport codes.

Sport All Sport 5000/5500

Codes

All Sport 1600

Codes

RC-100/RC-200

Codes

Basketball 1101 (PLAYER-FOUL)

1105 (PLYR/FL/PTS) 21 10

Curling 4501 N/A N/A

Hockey 4401 (without SOG)

4402 (with SOG) 01 01

Volleyball 2101 (MATCH/GAME)

2105 (PLYR/FL/PTS) 01 01

Wrestling 3101 01 01

Squash N/A 16 N/A

Product Safety Approval

Daktronics indoor scoreboards are ETL-listed, tested to CSA standards, and CE-labeled for

indoor use. Contact Daktronics with any questions regarding testing procedures.

Mechanical Installation

4

2 Mechanical Installation

Mechanical installation consists of lifting and permanently mounting the display(s).

The product specication sheets listed in Appendix A include installation specication

drawings that show the recommended number and spacing of wall anchors for specic

scoreboard models. Be sure that the installation complies with local building codes.

Note: Daktronics assumes no liability for installations derived from the information

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

Lifting

Most displays and display sections ship equipped with at least one 1/2" shoulder-type

eyebolt located along the top of the cabinet for the purpose of lifting. Smaller game/

shot clocks do not require eyebolts and are not equipped with them.

Note: Daktronics assumes no liability for damages resulting from incorrect setup or lifting

methods. Eyebolts are intended for lifting only. Do not attempt to permanently

support the display by the eyebolts.

For displays with two eyebolts, use a spreader bar, or lifting bar, to lift the display�

Spreader bars ensure force on the eyebolts remains straight up, minimizing lifting stress.

Figure 3 illustrates the preferred lifting method on the

left and an acceptable alternative lifting method on

the right. When lifting the cabinet:

• Use a spreader bar if possible.

• Use every lifting point provided.

Avoid using other lifting methods. Cables and chains

attached to the eyebolts and directly to a center

lifting point, as shown in the “Acceptable” example

in Figure 3, can create a dangerous lateral force on

the eyebolts and may cause them to fail. The smaller

the angle between the cable and the top of the

cabinet, the lighter the cabinet must be to safely lift

it. If this method must be used, ensure a minimum

angle between the chain and cabinet of at least 45°.

Preferred

Lifting Bar 45° Minimum

Acceptable

Figure 3: Lifting Methods

Acceptable Unacceptable

Figure 4: Eyebolt Plane Load

Mechanical Installation

5

Do NOT attempt to lift the cabinet if the angle is less than 45°. Exceeding load angles or

weight limits could cause the bolts in the cabinet to buckle, resulting in serious damage

to the equipment or injury to personnel. Also, loads should be applied directly in the

plane of the eyebolt as shown in Figure 4.

Small displays that are not equipped with eyebolts instead use two lifting straps that

encircle the cabinet. The use of a spreader bar with the straps is recommended.

Wall Mounting

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.

Single-Section Displays

1� Use the eyebolt(s) at the top of the display

cabinet to lift it into position for mounting.

2� Secure the display to the wall by attaching

mounting hardware through all holes on the

top and bottom rear anges of the cabinet to

a pre-drilled hole in the wall (Figure 5).

Note: For basketball statistic displays or hockey scoring modules, verify the correct

HOME or GUEST display by looking at the label on top of the cabinet to determine

whether it should be mounted to the left or right of the main display.

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

mechanical specication drawings attached to the product specication sheets listed in

Appendix A.

Suspension Mounting

Reference Drawings:

Suspension Lift Eye Installation ........................................................................ DWG-1130959

Rather than being mounted to the wall or in a corner, a display may be suspended using

a special lift eye mounting kit. Refer to DWG-1130959 in Appendix B for more information.

Always contact Daktronics about any installation that involves permanently suspending

the scoreboard�

Corner Mounting

Reference Drawings:

Corner Mounting ................................................................................................ DWG-150831

Certain indoor displays may be mounted in a corner, rather than at against the wall,

using a special mounting bracket kit. For more information on the corner mounting

option, refer to DWG-150831 in Appendix B.

Washer

Pre-Drilled

Hole in Wall

Mounting Hole

Anchor

Figure 5: Wall Mounting

Mechanical Installation

6

Multi-Section Displays

In typical multi-section installations, the lowest

display section is installed rst, but be sure to verify

with the mounting drawing.

1� Use eyebolts to lift the lowest display section

into position on the wall.

2� Ensure the cabinet is level, and secure it to

the wall by attaching 1/2" mounting hardware

through all obround holes on the bottom rear

ange of the cabinet (Figure 6).

3� Mounting brackets must be used inside the

top cabinet channel as shown in Figure 7.

a� Line up the outer hole on the bracket with

the mounting hole in the top rear ange.

b� Using the bracket as a template, drill

another hole through the top rear ange.

c� Secure the top rear ange and bracket to

the wall with 1/2" hardware through the

existing and drilled holes.

d� Repeat Steps a–c for the other mounting

bracket(s).

4� Repeat Steps 1–3 for all other cabinets that

will be mounted to the left and right of the rst

installed section.

Note: Before upper cabinet sections are attached, it will be easier to make power

and signal connections between each bottom cabinet section. Refer to

Section 3: Electrical Installation (p�8) for more information on power/signal

installation.

5� Remove the eyebolts from the bottom

cabinets, and use them to lift the upper

cabinets into place. The bottom rear anges

of upper cabinets will not be mounted to

the wall; instead, they will rest inside the

mounting brackets of the cabinets in the row

below. Refer to Figure 8.

6� Secure the upper-most sections to the

wall by attaching 1/2" mounting hardware

through all obround holes on the top rear

ange of the cabinet (similar to the bottom

ange attachment shown in Figure 6).

Figure 6: Wall Mounting without Bracket

Figure 7: Wall Mounting with Bracket

Upper

Cabinet

Mounting

Bracket

Mounting

Hardware

in Wall

Lower

Cabinet

Figure 8: Upper Cabinet Placement

Mechanical Installation

7

Shot Clock Mounting

Reference Drawings:

Backstop Mounting Suggestions......................................................................... DWG-91230

Single-sided shot clocks may be mounted to a wall in the same manner as described in

Wall Mounting (p�5).

Multi-sided shot clocks are frequently mounted to vertical backstop supports. Refer to

DWG-91230 in Appendix B for shot clock mounting information.

Note: Daktronics does not supply the hardware or brackets to mount shot clocks to

backstops and is not responsible for the integrity or suitability of mounting systems

manufactured and installed by others.

Hockey Scoring Modules

Reference Drawings:

Hockey Scoreboard Congurations................................................................. DWG-169166

Hockey scoring modules are small sections that show additional game information, such

as penalty times or shots on goal. Modules can be combined with the main scoreboard

as well as other modules to form many unique arrangements. For more information on

modular scoring congurations, refer to DWG-169166 in Appendix B.

If any modules are to be mounted in a vertical arrangement, the signal cables for

the bottom displays must be installed and connected before the upper sections are

positioned and secured. Refer to Statistics Display & Hockey Module Signal Connection

(p�12).

Ad Panel Mounting

Reference Drawings:

ID or Ad Panel Mounting to Scoreboard ......................................................... DWG-156134

Ad panels may be mounted to a wall in the same manner as a display described in Wall

Mounting (p�5). If an ad panel is to be mounted directly to the top or bottom of a

scoreboard cabinet, refer to DWG-156134 in Appendix B.

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�

Installation Overview

Reference Drawings:

Block Diagram: AS5000 BB- VB and WR #1...................................................... DWG-124686

Block Diagram: AS5000 BB- VB and WR #3...................................................... DWG-124688

Block Diagram, A/S 3000 or 5000 Hockey........................................................ DWG-124689

Figure 9 illustrates a wired setup between a scoreboard and controller. Daktronics part

numbers are shown in parentheses. DWG-124686, DWG-124688, and DWG-124689 in

Appendix B also show power and signal layouts.

Control signal cable and some junction boxes are not provided as part of this system and

can be purchased locally or from Daktronics.

daktronics

PERIOD GUESTHOME

BB

Signal Cable:

10' (W-1340)

20' (W-1236)

30' (W-1238)

50' (W-1237)

J1, J2,

or J3

J31 -

SIGNAL IN

All Sport Controller

J-Box:

Dual 1/4" Phone

(0A-1196-0013)

Pin Color Function

tip red signal +

ring black signal -

J-Box:

(Not provided by

Daktronics)

To Main Power

Signal Cable:

1 Pair, 22 AWG

(W-1077)

in Conduit

Signal Cable:

1/4" Male Phone to Pigtail, 10'

(0L-40683)

[To Aux

Scoreboard]

Figure 9: Wired Installation

Electrical Installation

9

Figure 10 illustrates a wireless setup between a scoreboard and controller. Refer to

Wireless Signal Connection (p�11) for more information about the wireless radio option.

daktronics

PERIOD GUESTHOME

BB

All Sport

Controller

with Radio

Option

Radio Receiver OR

Base Station

OR

RC-100/

RC-200

Handheld

Controller*

*Not available for

all models

Up to 500' away with

direct line of sight

To Main Power

Figure 10: Wireless Installation

Power

Onlyqualiedindividualsshouldcompletetheelectricalinstallation;untrainedpersonnel

should not attempt to install these displays or any of the electrical components� Improper

installation can seriously damage the equipment and be hazardous to personnel�

Most displays feature a 120 VAC power cord with a three-prong plug. Install a grounded

receptacle nearby so that the power cord can easily reach it. The control console

requires a 120/240 VAC receptacle and uses less than 1 A of power.

Note: Several shot clock models do not include a power cord. Also, certain scoring

modules require connections to other scoreboards for power and signal. Refer

to Shot Clock Power/Signal Connection (p�13) and Statistics Display & Hockey

Module Signal Connection (p�12) for more information.

Displays operating on 240 VAC are also available (excluding ColorSmart models), and

they ship equipped with a universal power plug.

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.

Electrical Installation

10

Lightning Protection

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

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

codes also may 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 should also 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.

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 11 shows an example of the LED bar test

pattern that each digit performs.

Figure 11: Digit Segment POST

Wired Signal Connection

Reference Drawings:

Signal Connection; Installation ........................................................................... DWG-28124

Schematic; Dual 1/4" Phone J-box w/ Shunt Jack ......................................... DWG-125316

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

junction box (J-box) near the display. Refer to Figure 9 for typical signal layout. Refer also

to DWG-28124 and DWG-125316 in Appendix B for signal wire connection. At a minimum,

use a paired, 22 AWG shielded cable (Daktronics part # W-1077).

1� Connect the cable to a dual 1/4" J-box at the control console end.

Note: Using a dual J-box for separate Main and Auxiliary scoreboards lets operators

control several displays with one controller, and they can also switch jacks to

control individual displays using multiple controllers.

2� Route the cable in conduit from the J-box on the control console end to a J-box near

the display.

3� Install the 1/4" phone plug (part # 0L-40683) to the display end of the cable. Be sure

to connect the cable shielding only in the J-box on this end. DO NOT connect cable

shielding at the J-box near the control console.

4� Insert the plug into the J31 – SIGNAL IN jack located on the top of the display.

5� 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 All Sport 5000/5500 console (or J1/J2 on the All Sport 1600).

6� If using a Main Clock Start/Stop Switch (0A-1166-0003), connect it to the J4 jack on

the All Sport 5000/5500 console.

Electrical Installation

11

BB-2117 & BB-2119 Power/Signal Connection

Route the interconnect cable (P51) located in the left side of the BB-2117/BB-2119 up

through the hole in the top of the cabinet into the hole in the bottom of the BB-2116 and

connect to a mating interconnect cable (J51).

Wireless Signal Connection

All Sport Control

A wireless radio system requires an All Sport control console equipped with 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. 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.

RC-100/RC-200 Control

A hand-held RC-100/RC-200 wireless radio control system requires a base station receiver

plugged into the 6-pin J21 jack on the primary driver and mounted internally to the front

panel of the display. For more information, refer to the appropriate manual listed in

Display Controllers (p�2).

Note: If an All Sport radio receiver and an RC-100/

RC-200 base station are both installed in the

same display, the wireless device that takes

precedence is the one that the receiver

nds active rst; it will control the display until

the signal is no longer present.

Radio Settings

With an All Sport radio receiver or RC-200 base

station installed, watch for the radio Broadcast

settings (“b1”) and Channel settings (“C1”) in the

clock digits or Home and Guest scores during the

Power-On Self-Test (POST) (p�10). Displays with

an RC-100 base station will only show the channel

settings (“C01”). Refer to Figure 12.

These values must match the settings in the control

console. Refer to the controller screens below and

the manual listed in Display Controllers (p�2).

All Sport Radio Settings RC-100 Radio Settings RC-200 Radio Settings

If the radio receiver channel and broadcast settings match those set in the console but

the console does not control the display, there may be radio interference. This can occur

when a nearby display also uses radio control. In this case, change the settings of the

wireless radio receiver inside the display and in the console as described in the radio

control manuals.

daktronics

PERIOD GUESTHOME

BB

daktronics

PERIOD GUESTHOME

BB

All Sport / RC-200

RC-100

Figure 12: Radio Settings in Clock Digits

RADIO SETTINGS

BCAST 1 CHAN 01

RADIO CHANNEL

DEFAULT: 01

GROUP (1-8): 01

CHAN (1-8): 01

Electrical Installation

12

Statistics Display & Hockey Module Signal Connection

Reference Drawings:

Block Diagram: AS5000 BB- VB and WR #3...................................................... DWG-124688

Figure 13 shows the connections required between a scoreboard and two statistics

displays. The same signal cable routing applies to hockey scoring modules. Refer to

Figure 9 for more information about connecting the signal wiring that runs from the

scoreboard to the controller. Refer also to DWG-124688 in Appendix B.

1� For wired signal connection to the main scoreboard, rst follow Steps 1–6 in Wired

Signal Connection (p�10).

Note: For wireless setups, refer to Wireless Signal Connection (p�11).

2� Connect a 1/4" phone plug cable between the J32 – SIGNAL OUT jack on top of the

main scoreboard to the J31 – SIGNAL IN jack on top of the right (GUEST) stat panel or

scoring module.

3� Connect another 1/4" phone plug cable between the J32 – SIGNAL OUT jack on top

of the right (GUEST) stat panel or scoring module to the J31 – SIGNAL IN jack on top of

the left (HOME) stat panel or scoring module.

Note: If any scoring modules are to be mounted below the main scoreboard,

ensure the right (GUEST) scoring module has a signal cable connected to the

SIGNAL IN jack and another cable running from the SIGNAL OUT jack to the

SIGNAL IN jack of the left (HOME) scoring module prior to securing the upper

scoreboard cabinet(s).

daktronics

GUESTHOME

PLYR FLS PTS PLYR FLS PTS

PERIOD

FOULS PLAYER FOUL FOULS

SCORE SCORE

MATCH

BB

*Standard Cable Lengths:

10' (W-1340) 20' (W-1236)

30' (W-1238) 50' (W-1237)

J31 -

SIGNAL IN

J31 -

SIGNAL IN

J31 -

SIGNAL IN

J32 -

SIGNAL OUT

J32 -

SIGNAL OUT

Signal Cable*

[To Controller]

Wireless Control Also Available

Figure 13: Statistic Display Installation

Electrical Installation

13

H-2103 Connection

H-2103 hockey scoring modules must connect to an H-2102 or H-2115. H-2103 modules

may be placed above, below, or beside other scoreboard sections and are equipped

with digit jacks on both the top and the bottom of the cabinet. Connect the two DIGIT

INPUT jacks (J11 and J12) to the matching DIGIT OUTPUT jacks (J11 and J12) using the

included 9-pin to 9-pin cables.

Shot Clock Power/Signal Connection

Reference Drawings:

Wiring for Shot Clock on Portable Backstop...................................................... DWG-98293

Block Diagram: AS5000 BB- VB and WR #3...................................................... DWG-124688

For wiring of permanent or portable shot clocks, refer to DWG-124688 in Appendix B.

For a typical installation of a shot clock mounted to a portable backstop structure, refer

to DWG-98293.

Some shot clock models include a power cord while others include a twist-lock plug for

connection to the shot clock’s power inlet; the cord itself must be sourced locally and

terminated between the shot clock and grounded receptacle.

Shot clocks may be controlled via radio rather than wired signal connection. Refer to

Wireless Signal Connection (p�11).

Scoreboard Options

14

4 Scoreboard Options

Time of Day Mode

Time of Day (TOD) mode allows the scoreboard to function as a clock when no All Sport

signal is present. The instructions below DO NOT apply to ColorSmart models.

Note: TOD mode is available on scoreboards with driver rmware version 1.0 or higher.

Also, the scoreboard must have at least four clock digits.

To enable Time of Day mode:

1� Unplug the power cord from the scoreboard�

2� Access the scoreboard driver to which the clock digits are connected. Refer to the

component location drawings attached to the product specication sheets listed in

Appendix A.

3� At the bottom of the driver are two address

switches labeled “H” and “L.”

Record the position of both

switches here as they will need

to be returned to their exact

positions later:

4� Use a small athead screwdriver to move both

H and L address switches to the “F” position

(Figure 14). This will set the scoreboard driver to

Diagnostics Mode.

5� Reapply power to the scoreboard. If the driver

has successfully entered Diagnostics Mode,

the “RUN” LED (DS2) will be blinking at a fast

rate, about four times per second.

6� Rotate the L address switch to the “0” position

(Figure 15). The “232” LED (DS1) will blink to

show a change has been made:

• Three blinks = Time of Day Enabled

• Two blinks = Time of Day Disabled

7� To exit Diagnostics Mode, rotate the High

address switch (H) to any value other than “F.”

THIS STEP MUST BE PERFORMED TO SAVE THE TIME

OF DAY SETTING!

8� Set both address switches back to their original

positions as recorded in Step 3. Note that the

“RUN” LED (DS2) will now be blinking slower,

about once per second, and the scoreboard

will nish the power-up sequence to operate as normal.

To adjust the Time of Day settings, refer to the All Sport control console operation manual.

H

L

H

L

Figure 14: Address Switch Settings –

Diagnostic Mode

H

L

H

L

Figure 15: Address Switch Settings – Time

Of Day Mode Enable

H

L

Scoreboard Options

15

Team Name Message Centers & Electronic Captions

Team Name Message Centers (TNMCs) are programmable LED displays that allow

scoreboards to show custom Home and Guest names. Electronic captions, on the other

hand, are pre-programmed to only show specic labels to match the captions for a

particular sport mode, making it much simpler to switch between sports. TNMCs and

electronic captions are typically factory-installed, but they can also be added later, after

the scoreboard has been mounted. For more information about TNMCs or electronic

captions, contact a Daktronics representative or refer to the service manual listed in

Troubleshooting (p�2).

Horns

Reference Drawings:

12V DC Horn Option Installation ....................................................................... DWG-148960

Daktronics indoor scoreboards are equipped with a 120 VAC vibrating horn mounted

behind the cabinet face. The horn sounds automatically when the period clock counts

down to zero, or when manually triggered by the operator using the control console.

Installation of an optional 12 VDC horn is detailed in DWG-148960 in Appendix B. Louder

trumpet horns are also available. Contact Daktronics for information and pricing.

Adjusting Horn Volume

CAUTION: The horn is a 120 VAC device� Turn off power before adjusting the horn�

The volume for the electronic, buzzer-type horn is set at its maximum level at the factory.

If the horn is too loud, reduce its volume by adjusting the setscrew mounted in the front of

the horn. A plastic tip on the screw touches the horn’s diaphragm, reducing the volume.

Turn the screw clockwise and test the volume by operating the horn from the scoreboard

control console. Continue adjusting and testing until the desired volume level is obtained.

Note that with spectator noise, the horn will not seem as loud as when it is being tested in

an empty area. Be sure to set the volume according to the acoustics of the facility.

Visual Horn Indicator (VHI)

In addition to the horn, Daktronics offers a visual horn indicator (VHI) that lights up when

the buzzer sounds. To install a VHI, the existing horn wiring must be tapped into in order to

provide power and signal. For more information about installing the VHI option, including

details on the inputs, outputs, and switches of a shot clock relay board that controls

when the VHI should be turned on, refer to the VHI (ED-13397) or BB-2133 (ED-13806)

Installation Instructions.

Light Strips

LED light strips are a common option for backstops to indicate the end of the period or

to show that the shot clock time has expired. For installations that use backstop LED light

strips, refer to the LED End-of-Period Basketball Lighting Display Manual (ED-13652).

Double Bonus Indicators

All of the clock/score basketball scoreboards in this manual have the option to include

double-bonus indicators, which are factory installed. This option is illustrated in the

component location drawings attached to the product specication sheets listed in

Appendix A.

Scoreboard Options

16

Time Outs Left (TOL) Digits

Reference Drawings:

T.O.L. Option Installation .................................................................................... DWG-149030

Certain scoreboards have the option to add a time outs left (TOL) digit for both the

home and guest teams. These digits are installed by simply unscrewing the blank face

panel, connecting and securing the digit, and manually applying the “T.O.L.” caption.

Refer to DWG-149030 in Appendix B for more information.

Changeable Caption Kits

Reference Drawings:

Changeable Team Name Caption Installation............................................ DWG-1132576

Team name and statistics caption kits contain hardware for one caption only and consist

of an upper caption retainer, a lower caption retainer, a changeable caption panel

and screws. The standard HOME and GUEST captions are applied directly to the face of

the scoreboard. Team name captions are on changeable panels that t into retainers

mounted above and below the standard captions. If these retainers are not already

present, attach the retainers included with the caption kit. Caption kits are also available

for certain statistics display models to switch between basketball, volleyball, wrestling,

and hockey modes.

Refer to DWG-1132576 in Appendix B for changeable caption installation instructions.

Goal Lights

To install optional hockey goal lights, refer to the Indoor Hockey Goal Lights Manual (ED-

13358).

Protective Devices

Daktronics indoor displays have been designed so that indoor sports balls impact will

not damage the LEDs or display cabinet, reducing the need for protective devices.

However, Daktronics also makes optional protective devices, including screens and

netting, to help prevent damage to the display due to normal ball impacts. Refer to the

Protective Screen Installation Instructions (ED-5423) for more information about installing

protective devices.

Note: Some customers may choose to install devices to protect the display from

projectiles. Protective devices not provided by Daktronics must be approved by

Daktronics prior to installation. Failure to follow this approval procedure will void

the warranty.

Daktronics BB-2101 User manual

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