Daktronics AF-3197-89-RGB User Manual

Page 1

Galaxy® Outdoor

Series AF-3197 - RGB

Display Manual

ED14037 Rev 2 22 December 2004

331 32nd Ave PO Box 5128 Brookings SD 57006 Tel 605-697-4034 or 877-605-1113 Fax 605-697-4444 www.daktronics.com e-mail: helpdesk@daktronics.com

Page 2

Rev 2 – 22 December 2004

ED14037

Product 1259

DAKTRONICS, INC.

All rights reserved. While every precaution has been taken in the preparation of this manual, the publisher assumes no 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.

is a trademark of Daktronics, Inc.

Galaxy

All others are trademarks of their respective companies.

Page 3

Table of Contents

Section 1: Introduction....................................................................................1-1

1.1 Safety Precautions.....................................................................................1-2

1.2 Network Concepts.....................................................................................1-2

RS232 Network.................................................................................. 1-3

RS422 Network.................................................................................. 1-3

Modem Network.................................................................................1-3

Fiber Optic Network........................................................................... 1-3

Radio Network ................................................................................... 1-4

1.3 Sign Overview...........................................................................................1-4

1.4 Component Identification..........................................................................1-5

1.5 Daktronics Nomenclature..........................................................................1-8

Section 2: Mechanical Installation.................................................................2-1

2.1 Mechanical Installation Overview.............................................................2-1

2.2 Support Structure Design...........................................................................2-1

2.3 Ventilation Requirements..........................................................................2-2

2.4 Lifting the Sign..........................................................................................2-2

2.5 Sign Mounting........................................................................................... 2-3

2.6 Optional Temperature Sensor.................................................................... 2-4

Section 3: Electrical Installation.....................................................................3-1

3.1 Common Connectors in the Sign...............................................................3-1

3.2 Control Cable Requirements......................................................................3-3

RS232................................................................................................. 3-3

RS422................................................................................................. 3-3

Modem ............................................................................................... 3-3

Fiber Optic.......................................................................................... 3-3

Radio .................................................................................................. 3-4

3.3 RJ Connector Cables .................................................................................3-4

3.4 Conduit......................................................................................................3-5

3.5 Preparing for Power/Signal Connection....................................................3-6

3.6 Power.........................................................................................................3-6

Grounding........................................................................................... 3-7

3.7 Main Disconnect........................................................................................3-8

3.8 Signal Termination from Computer to Sign..............................................3-9

RS232................................................................................................. 3-9

RS422............................................................................................... 3-11

Modem ............................................................................................. 3-13

Fiber Optic........................................................................................ 3-14

Venus® 1500 Radio Client................................................................3-15

RS422 Interconnection..................................................................... 3-16

3.9 Optional Temperature Sensor.................................................................. 3-20

3.10 First Time Operation ............................................................................... 3-20

Table of Contents i

Page 4

Section 4: Maintenance and Troubleshooting............................................. 4-1

4.1 Maintenance and Troubleshooting Overview............................................4-1

4.2 Recommended Tools List..........................................................................4-2

4.3 Signal Summary.........................................................................................4-2

4.4 Power Summary.........................................................................................4-3

4.5 Display Access...........................................................................................4-3

4.6 Service and Diagnostics.............................................................................4-4

Line Filter...........................................................................................4-4

Modules, Pixel Strips and Drivers...................................................... 4-4

Controller............................................................................................4-6

Modem................................................................................................4-9

Fiber Board.......................................................................................4-10

RS422 Surge Suppressor..................................................................4-11

Power Supplies.................................................................................4-14

4.7 Ventilation Systems.................................................................................4-14

4.8 Thermostats .............................................................................................4-15

4.9 Sign Maintenance....................................................................................4-15

4.10 Weather Stripping....................................................................................4-15

4.11 Troubleshooting.......................................................................................4-16

4.12 Initial Operation Information...................................................................4-17

4.13 Replacement Parts List............................................................................4-18

4.14 Daktronics Exchange and Repair and Return Programs..........................4-19

Appendix A: Reference Drawings .....................................................................A-1

Appendix B: Signal Converter ...........................................................................B-1

Appendix C: Optional Temperature Sensor .....................................................C-1

Table of Contents

Page 5

List of Figures

Figure 1: Drawing Label............................................................................................................ 1-1

Figure 2: Controller...................................................................................................................1-6

Figure 3: 8x8 Pixel Module (Front and Rear) ...............................................................................1-7

Figure 4: Signal Converter .........................................................................................................1-8

Figure 5: Module Numbering Example – 24x80 Front...................................................................1-8

Figure 6: Module Numbering .....................................................................................................1-8

Figure 7: Typical Label..............................................................................................................1-9

Figure 8: Lifting the Displays (left; correct) and (right; incorrect)...................................................2-2

Figure 9: Ribbon Cable Connector.............................................................................................. 3-1

Figure 10: Termination Block.....................................................................................................3-1

Figure 11: Phoenix Connector ....................................................................................................3-1

Figure 12: Mate-n-Loc Connector...............................................................................................3-2

Figure 13: Fiber Optic Cable......................................................................................................3-2

Figure 14: RJ11 Connector.........................................................................................................3-2

Figure 15: RS232/6-pin Quick Connect Jack................................................................................3-2

Figure 16: 6-Conductor RJ11 Connector and Cable.......................................................................3-4

Figure 17: Flipped Cable with RJ Connectors...............................................................................3-5

Figure 18: Opening the Display ..................................................................................................3-6

Figure 19: Display Grounding ....................................................................................................3-7

Figure 20: Signal Termination Locations.....................................................................................3-9

Figure 21: RS232 Display Layout............................................................................................. 3-10

Figure 22: RS232 Controller Board...........................................................................................3-10

Figure 23: RS422 Display Layout............................................................................................. 3-11

Figure 24: Signal Converter to Surge Board Connection..............................................................3-12

Figure 25: Modem Display Layout............................................................................................ 3-13

Figure 26: Modem Signal Termination Location.........................................................................3-13

Figure 27: Fiber Display Layout ...............................................................................................3-14

Figure 28: Fiber Signal Connections.....................................................................................3-15

Figure 29: Radio Display Controller..........................................................................................3-16

Figure 30: Client Radio connected to Display.............................................................................3-16

Figure 31: Ethernet Display Layout.......................................................................................... 3-17

Figure 32: Ethernet Signal Connection ......................................................................................3-17

Figure 33: Fiber Ethernet Layout ..............................................................................................3-18

Figure 34: Fiber Ethernet Signal Connections.............................................................................3-18

Figure 35: Display Interconnect Cable......................................................................................3-19

List of Figures iii

Page 6

Figure 36: RS422 Interconnection.............................................................................................3-19

Figure 37: AF-3197 Signal Flow Diagram ...................................................................................4-2

Figure 38: Opening Display........................................................................................................4-3

Figure 39: Driver Board.............................................................................................................4-5

Figure 40:Controller..................................................................................................................4-6

Figure 41: Modem Board ...........................................................................................................4-9

Figure 42: Modem Jumper Location..........................................................................................4-10

Figure 43: Fiber Optic Board....................................................................................................4-10

Figure 44: Surge Suppressor.....................................................................................................4-11

Figure 45: Ethernet Surge Card.................................................................................................4-11

Figure 46: Media Converter......................................................................................................4-12

Figure 47: Displays with No External Temperature Sensor..........................................................4-12

Figure 48: Termination Location for Displays with External Temperature Sensor..........................4-13

Figure 49: Location of CAN Temperature Sensor Termination Jumper.........................................4-13

List of Figures

Page 7

Section 1: Introduction

This manual explains the installation, maintenance, and troub leshooting of the 89 mm AF3197 RGB Galaxy

signs. For questions regarding the safety, installation, operation, or

service of this system, please refer to the telephone numbers listed on the cover page of this manual.

The manual contains seven sections: Introduction, Mechanical Installation, Electrical Installation, Maintenance and Troubleshooting, Appendix A, Appendix B and Appendix C.

• Introduction covers the basic information needed to make the most of the rest of

this manual. Take time to read the entire introduction as it defines terms and explains concepts used throughout the manual.

• Mechanical Installation provides general gu i dance o n di splay mounting.

• Electrical Installation gives general guidance on terminating power and signal

cable at the display.

• Maintenance and Troubleshooting addresses, such topics as removing basic

display components, troubleshooting the display, performing general maintenance, and exchanging display components.

• Appendix A lists the drawings included within the manual.

• Appendix B includes information about the signal converter.

• Appendix C includes information about the Optional Temperature Sensor.

Daktronics identifies manuals by an ED number located on the cover page of each manual. For example, Daktronics refers to this manual as ED-14037.

Daktronics, commonly uses a number of drawing types, along with the information that each provides. This manual might not contain all of these drawings:

• System Riser Diagrams: Overall system layout from control computer to display,

power, and phase requirements.

• Shop Drawings: Fan locations, mounting information, power and signal entrance

points, and access method (front and rear).

• Schematics: Power and signal wiring for various components.

• Display Assembly: Locations of critical internal display components, such as power

supply assemblies, controller boards, thermostats, and light detectors.

Figure 1 illustrates Daktronics drawing label. The lower-right corner of the drawing contains

the drawing number. The manual identifies the drawings by listing the last set of digits and the letter preceding them. In the example below, the manual refers to the drawing as Drawing B-206146. Reference drawings are inserted in Appendix A.

Introduction

Figure 1: Drawing Label

1-1

Page 8

This manual shows all references to drawing numbers, appendices, figures, or other manuals in bold typeface, as shown below:

“Refer to Drawing B-206146 in Appendix A for the power supply wiring.”

Additionally, the manual lists drawings referenced in a particular section at the beginning of that section as seen in the following example:

Reference Drawing:

Schem, Primary Signal, Internal, W/QC................................... Drawing B-206146

Daktronics builds displays for long life and that require little maintenance. However, from time to time, certain display components need replacing. The Replacement Parts List in Section 4.13 provides the names and numbers of components that may need to be replaced during the life of the display. Most display components have a white label that lists the part number. The component part number is in the following format: 0P-_ _ _ _-_ _ _ _ (circuit board) or 0A-_ _ _ _-_ _ _ _ (multi-component assembly).

Following the Replacement Parts List is the Exchange and Repair and Return Programs in Section 4.14. Refer to these instructions if any display component needs replacement or repair.

1.1 Safety Precautions

Important Safeguards:

1. Read an d understand these instructions before installing.

2. Be sure the display and radio enclosures are properly grounded with an earth ground electrode at the display.

3. Disconn ect power when servicing the display.

4. Do not modify the display structure or attach any panels or coverings to the display without the written consent of Daktronics, Inc.

1.2 Network Concepts

The concept of using LED displays as a cost effective, high impact method of communication is rapidly growing throughout many industries and businesses. The reasons for this growth are many, but the need for additional features and the complexity of multiple display installations has emerged. Daktronics display systems have been designed to meet those needs.

1-2

Introduction

Page 9

The common thread to most client requests is a means of programming and controlling a

oup of displays from a central control point. Daktronics responded by developing a

gr powerful system of interconnecting and controlling displays. Great care has been taken to design products that will satisfy a wide variety of installations. Some of the design goals of these systems include the following:

• Easy trans

• Th

e ability to tell a display or group of displays in the network which message

should run

• Th

e ability to determine the status of any display on the network

• Th

e ability to control multiple display technologies on the same network

Tools required for mounting the display depend on the location and size of the display. For

some installations, it may be possible to purchase pre-terminated telephone cables for

use with the displays.

There are six (6) network systems available: RS232, RS422, modem, fiber, radio and Eth

ernet. Up to 240 displays can exist on one network.

fer of messages

RS232 Network

RS232 (EIA/TIA-232-E) is a standard communication interface that employs a singleended serial transmission scheme that uses a maximum cable length of 7.6 meters (approximately 25 Feet). This interface was designed for computer communication at short distances. The computer used will require an RS232 communication port. Refer to Section 3 for additional information.

RS422 Network

RS422 (EIA/TIA-422-B) is a standard communication interface that utilizes a differential balanced transmission scheme that uses a typical maximum cable length of 1.2 km (approximately 4000 feet). The main advantage to RS422 over RS232 is the longer cable length that is possible. A signal converter is needed to convert the computer’s RS232 signal to RS422. Refer to Section 3 for additional information.

Modem Network

The modem is a standard communication interface that utilizes standard phone transmission lines. The phone company assigns each phone line a number that the modem uses to communicate between computer and display. Each modem network needs to have a dedicated phone line assigned to it. Refer to Section 3 for additional information.

Fiber Optic Network

A fiber optic network is a standard communication method transmitting light (signal) through a glass fiber. Fiber optic cable has a maximum length of 600 meters (approximately 2,000 feet). A signal converter is needed to convert the computer’s RS232 signal to fiber optic signal; a minimum of two fibers is required. Refer to Section 3 for additional information.

Introduction

1-3

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Radio Network

The radio network is a standard communication method that uses radio waves at high frequencies to transmit signal. The Venus distance of 450 meters (approximately 1500 feet) outdoor and 150 meters (approximately 500 feet) indoor. A nearly straight line-of-sight path must be maintained between the Server Radio connected to the computer and the Client Radio connected to the display. Refer to Section 3 and the Venus 1500 Radio Manual, ED-13932, for the additional information.

1500 Radio network has a maximum

Ethernet Network

Note: The use of a quick connect cable or interconnect wiring between display

controllers will not allow separate control of the second display if the input signal was Ethernet. Only separately wired primary displays are allowed when controlled by an Ethernet signal.

1. Th

e Ethernet network that uses fiber optic cable is a standard communication method transmitting light (signal) through a glass fiber. When used with the media converter the fiber optic cable has a maximum length of 2000 meters (approximately 1.2 miles). One media converter is needed to convert the Ethernet signal from the hub or switch to fiber optic signal and then a second media converter is located in the display that converts the fiber signal back to Ethernet. A minimum of two fibers is required. Refer to Section 3 for additional information.

2. Th

e Ethernet network that uses copper cable is a standard communication interface that utilizes a local area network (LAN). Utilizing Cat-5/Cat-5E cable, this transmission scheme has a typical maximum cable length of 100 meters (approximately 330 feet) from an Ethernet hub or switch. The cable will connect to a network hub and then to the Ethernet surge card in the display. Refer to Section 3 for more information.

1.3 Sign Overview

Reference Drawings:

Power Specs, AF-3197, RGB LEDs Component Layout, AF-3190-**x**-89mm

Shop Drawings ........................................................Ref

Daktronics designs and manufactures AF-3197 Galaxy reliability, easy maintenance, and long life. The pixels have an 89mm center-to-center spacing and LEDs (light emitting diodes). Each display section has a m

inimum of 24-inch character height. A light sensor on the front of the first display

is used for automatic dimming of the LEDs based on the ambient light levels.

Refer to D approximate size, weight, and power requirements for your model of display.

1-4

rawing A-183906, Drawing B-181666, and th e Shop Drawings for the

............................ Drawing A-183906

.................. Drawing B-181666

er to Appendix A

displays for performance,

Introduction

Page 11

The following describes the Galaxy

Outdoor 89mm Louvered RGB Galaxy Sign

Number of Rows High (8, 16, 24, 32, 40 and 48 are available)

AF-3197

model numbers: AF-3197-RRCCC-89-RGB

Number of Columns Long (32, 48, 64, 80, 96, and 112 are

available)

89mm center-to-center pixel spacing

LED Color (32,000 RGB)

CCC

RGB

A typical sign system consists of a Windows

Venus runs under Windows

1500 software and one or more displays. Venus® 1500 is a software package that

98, ME™, NT® 4.0, 2000, or XP Home/Professional operatin g

systems on an IBM-compatible computer. Refer to the Venus 1500 controller manual, ED13530, for installation and maintenance of the Ve nus 1500 editing station.

The displays are single-face units, which are si display is called the primary, and if mounted back-to-back with a second display; the second display is called the echo. If the second display will be mounted at a distance of more than ten feet from the primary, which is common with the 89mm displays, the quick connect interconnect cable cannot be used. Signal between controllers will need to be hardwired.

1.4 Component Identification

The following illustrations and definitions depict some of the more commonly accessed

Galaxy meet customer needs, the actual sign design may vary slightly from the illustrations below.

This is only a brief overview. Refer to Secti and troubleshooting various sign components.

Com Port: T controls the sign through either a 9 or a 25 pin serial connector.

Controller: Th receives, translates, and activates the signal information from the control computer to the appropriate pixels on the display accordingly.

sign components. Because Daktronics occasionally alters standard design to

on 4 for detailed information on maintaining

he serial connector on the back of the control computer. The COM port

e display’s controller is the “brains” of the display. The controller

based personal computer (PC) running

ngle-sided stand-alone displays. The first

Introduction

1-5

Page 12

Figure 2: Controller

Driver: Circuit board responsible for switching the intensity levels of the LEDs. The driver is located inside the driver box and mounts on the back of the module.

Fiber Optic: Technology that uses glass (or plastic) threads (fibers) to transmit data from the controller to the display. A fiber optic cable consists of a bundle of glass threads, each of which transmits messages modulated onto light waves.

Galaxy

: Daktronics trademarked name for LED monochrome, tri-colored, or RGB

matrix signs.

Latch Access Fastener: Device utilizing a rotating retainer bar to hold the module firmly to the display frame. There is one latch near the center of the module on the right side.

LED (light emitting diode): Low energy, high intensity lighting units.

Louver: Black shade positioned horizontally above each pixel row. The louvers

increase the level of contrast on the display face and direct LED light.

Module: 89mm Galaxy pixel strips, louvers, and a driver. Refer to

modules are 8 pixels high by 8 pixels wide. They consist of

Figure 3 for identification of parts.

Network: Consists of multiple signs connected to each other.

Pixel: Cluster of LEDs. The number and color of the LEDs depends on display

application.

1-6

Introduction

Page 13

Figure 3: 8x8 Pixel Module (Front and Rear)

Pixel Strip: Four LED pixels mount directly onto a pixel strip. Each pixel strip is removable from the module. There are 16 pixel strips per module.

Power Supply: Converts AC line voltage from the load center to low DC voltage for one or more module driver boards.

RS232: RS232 is a standard PC communication type with a maximum cable length of 25 feet (7.62 meters)

RS422: RS422 is a standard differential communication type with a maximum cable length of 4000 feet (1.2 kilometers).

Serial Port: An actual serial port is required for direct connections through the Jbox, signal converter or the radio J-box/signal converter from the computer. Certain USB adaptors create an “actual” serial port and others create “virtual” ports. Daktronics does not support the use of a USB adaptor. The Venus 1500 software will not recognize a virtual port.

Sign Address: The sign address is an identification number assigned to each display of a network. It is set by rotating the hex address switches on the controller. The control software uses the address to locate and communicate with each display. Displays that are on the same network cannot have the same address.

Introduction

1-7

Page 14

Signal Converter: The signal converter, shown in Figure 4, is a Daktronics supplied unit that converts

the data from RS232 to RS422. A similar looking device is used to convert RS232 to fiber optic signal. The signal converter is connected to the control PC via a straight through serial cable.

Venus

1500: Daktronics designed, Windows® based

software used to create and edit messages on the display. Refer to ED-13530 for more information.

1.5 Daktronics Nomenclature

Figure 4: Signal Converter

Figure 5: Module Numbering Example – 24x80 Front

To fully understand some Daktronics drawings, such as schematics, it is necessary to know how those drawings label various components. This information is also useful when trying to communicate maintenance or troubleshooting efforts.

A module is the building block of the sign. Each module measures 8 pixels high by 8 pixels wide. By placing modules side-by-side and on top of one another, Daktronics can design and build signs of any size. A person can easily remove individual modules from the sign if required. Daktronics numbers modules on a Galaxy sign.

Figure 6 breaks down the module

numbering method.

Figure 5 illustrates how

Figure 6: Module Numbering

1-8

Introduction

Page 15

In addition, various Daktronics drawings may contain the following labeling formats:

• “TB_ _” shows a termination block for power or signal cable.

• “F_ _” denotes a fuse.

• “E_ _” signifies a grounding point.

• “J_ _” stands for a power or signal jack.

• “P_ _” represents a power or signal plug for the opposi t e jack.

Finally, drawings commonly have Daktronics part numbers. You can use those part numbers when requesting replacement parts from Daktronics Customer Service. Take note of the following part number formats:

• “0P-_ _ _ _-_ _ _ _” gives the form of an individual circuit board, such as a

module driver.

• “0A-_ _ _ _-_ _ _ _” represents an assembly, such as a circuit board and the

plate or bracket to which it mounts. A collection of circuit boards working as a single unit may also carry an assembly label.

• “W-_ _ _ _” indicates a wire or cable. Cables may also carry the assembly

numbering format in certain circumstances. This is especially true of ribbon cables.

• “F-_ _ _ _” signifies a fuse.

Most circuit boards and components within this sign carry a label that lists the part number of the unit. If the Replacement Parts List in Section 4. 13 does not list a circuit board or assembly, use the label to order a replacement.

Figure 7 on the right

illustrates a typical label. The part number is in bold.

Figure 7: Typical Label

Introduction

1-9

Page 16

Page 17

Section 2: Mechanical Installation

Note: Daktronics does not guarantee the warranty in situations where the display is not constantly in a stable environment.

Daktronics engineering staff must approve an of the display. If you make any modifications, you must submit detailed drawings of the changes to Daktronics for evaluation and approval, or you may void the warranty.

Daktronics is not responsible for installations or the structural integrity of support struc

tures done by others. The customer is responsible to ensure a qualified structural

engineer approves the structure and any additional hardware.

2.1 Mechanical Installation Overview

y changes that may affect the weather-tightness

Because every installation site is unique, Daktronics has no single procedure for mounting Galaxy or may not be appropriate for your particular installation.

A qualified installer must make all decisions re display.

Read both the mechanical and electrical installati before beginning any installation procedures.

displays. This section contains general information only and may

2.2 Support Structure Design

Support structure design depends on the mounting methods, display size, and weight. Since the structure design is critical, only a qualified individual should mount the display. Display height and wind loading are also critical factors. It is the customer’s responsibility to ensure that the structure and mounting hardware are adequate.

Daktronics is not responsible for the installations or the structural inte gri t y of support structures done by others.

The installer is responsible to ensure the mounting capable of supporting the display and agrees with local codes.

Before beginning the installation proces s, verify the following:

• The mounting structure provides a straight and square frame for the display.

• The mounting structure supports the display without yielding at any

unsupported points after mounting.

• Clearance: 3" of unobstructed space is available below the display for

ventilation. 1¼" of unobstructed space is available above the top of the display.

Correct any deficiencies b

efore installation.

garding the mounting of this

on sections of this manual

structure and hardware are

Electrical Installation

2-1

Page 18

2.3 Ventilation Requirements

Reference Drawings:

Shop Drawings.........................................................Refer to Appendix A

Fans mounted in the backsheets toward the top of the display allow for ventilation. Maintain a minimum distance of 3" (7.62 cm) below the display to maintain proper airflow. Refer to the appropriate Shop Drawing for additional information.

If the display cabinet is completely enclosed:

• Provide 6 square inches of unobstructed ope ni n g per module to ensure

adequate cooling.

• Make allowances to compensate for the percentage of material covering the

openings in the structure.

• For adequate cooling, the cabinet may require forced ventilation. If the

enclosed cabinet must use forced ventilation, it must ventilate at a rate of 10 cubic feet per minute per module (28" x 28" active area).

Failure to comply with these requirements voids the Galaxy

2.4 Lifting the Display

display warranty.

The top of the display has eyebolts to lift the unit. Do not exceed the rated load of the eyebolts. Refer to the information at the end of this section labeled Eyebolts to determine the allowable load of the eyebolts shipped with the display.

Figure 8 illustrates both the correct (left example) and the incorrect (right example)

method of lifting a display. Lift the display as shown on the left, with the lifting bar. Use every lifting point provided.

Figure 8: Lifting the Displays (left; correct) and (right; incorrect)

Do not attempt to permanently support the display by the eyebolts.

If you remove the eyebolts, adequately seal the holes using 13 bolts and sealing washers, ½ inch in size. Silicone along the threads to ensure water does not enter the display.

2-2

Electrical Installation

Page 19

2.5 Display Mounting

Reference Drawings:

Assy, Grounding and Fan Harness ............................. Dra

Schematic, AF-3197-8-48x

Block Diagram, Power, AF-3197, 89mm .....................Dra

Shop Drawings......................................................... Ref

The method used to mount displays varies greatly from location to location. For this reason

, the manual covers only general mounting topics.

The installer is responsible to codes and standards. The installer is also responsible for the mounting method and hardware.

Before beginning the installation proces s, verify the following items:

• The mounting structure will provide a straight and square frame for the sign.

Height variation in any four-foot horizontal section may not exceed ¼- inch.

• The mounting structure will not give way at any unsupported points after the

sign is mounted.

The back of the display uses 3x2x Shop Drawings. These angles assist in mounting the display. Remember to have all mounted displays inspected by a qualified structural engineer.

The customer must ha attachment points needed and the wall structure to ensure both meet all nationa l and local codes. Daktronics recommends using all clip angles as attachment points.

1. Carefu

possible damage cased during shipping.

2. Fol

lowing the guidelines described in Section 2.4, lift the display into

position on the support structure using all provided eyebolts.

3. W

eld or use ½" Grade-5 bolts and hardware to secure the clip angles to the

support structure as shown in Top View in Shop Drawings. Refer to

Section 3 for information on routing power and sig nal .

4. (For Sectional Displays Only): Rem

Using all lift eyes provided, lift the top section over the bottom section. Align the holes as required for 5/8" hardware. Secure sections using 5/8" hardware, as shown in the Shop Drawings. Connect power and signal (refer to Drawings A-175194, A-184111, and B-184326). The sign is then ready for installation.

5. Upon

completing the installation, carefully inspect the display for any holes that may allow water to seep into the display. Seal any openings with silicone. If you remove the eyebolts on the top of the display, plug the holes with bolts and the rubber sealing washers that you removed with the eyebolts. Silicone the threads on the bolts.

ve a qualified structural engineer review the number of

lly uncrate the display. Look each side of the display over for

wing A-175194

32x***-89, RGB.................Drawing A-184111

wing B-184326

er to Appendix A

ensure the installation will adequately meet local

/8" steel clip angles at the locations shown in the

ove lift eyes from the bottom section.

Electrical Installation

2-3

Page 20

2.6 Optional Temperature Sensor

If you have an optional temperature sensor to be used with your display, see Appendix C for mounting and signal connections.

2-4

Electrical Installation

Page 21

Eyebolts

Almost every display that leav es D ak tronics is equipped w ith ey ebolts for lifting the display . There are two standard sizes of eyebolts: ½″ and A″.

Load Increase Factor: The load increases as the lift angle (θ) decreases. The allowable load on the eyebolts also decreases with the lift angle due the bending stress on the eyebolts. In sum, the smaller the angle between the cable and the top of the display, the lighter the sign must be to safely lift it. Do

NOT attempt to lift the display when the lift angle is less than 30 degrees.

Horizontal Load Angle

Angle Factor (L/H)

90 1.00 60 1.155 90 2600 2600 4000 4000 50 1.305 60 1500 1299 3300 2858 45 1.414 45 650 460 1000 707 30 2.00 30 520 260 800 400

θθθθ

½”

Line Weight/ Line Weight/

Load Anchor Load Anchor

A”

Page 22

Min.

A B C D E No.

Wx Wy Wz

1/4 1 3/4 1-3/16 25/32 21 600 2,000 Blank 1/4-20 7/8 400 100 80 3/8 1-1/4 1 1-21/32 1-3/16 23 2,100 5,000 Blank 3/8-16 1-1/8 1,400 350 250

1/2 1-1/2 1-3/16 2-1/16 1-13/32 25 3,900 9,200 Blank 1/2-13 1-11/32 2,600 650 520

9/16 1-5/8 1-9/32 2-13/16 1-17/32 26 4,500 11,830 Blank 9/16-12 1-3/8 3,000 750 600

5/8 1-3/4 1-3/8 2-1/2 1-11/16 27 6,000 14,700 Blank 5/8-11 1-9/16 4,000 1,000 800

3/4 2 1-1/2 2-13/16 1-13/16 28 9,000 21,700 Blank 3/4-10 1-5/8 6,000 1,500 1,200 7/8 2-1/4 1-11/16 3-1/4 2-1/16 29 10,000 30,000 Blank 7/8-9 1-13/16 6,600 1,670 1,330 1 2-1/2 1-13/16 3-9/16 2-5/16 30 12,000 39,400 Blank 1-8 2-1/16 8,000 2,000 1,600 1-1/2 3-1/2 2-9/16 5-1/2 3-5/32 34 27,000 91,300 Blank 1-1/2-6 3 17,800 4,500 3,600

Proof

Load (lbs.)

Min.

Break

Load (lbs.)

Stocked

Min.

Eff.

Thrd.

Length

Line Loads

A. Do not use eyebolts on angular lifts unless absolutely necessary. For angular lifts, the shoulder pattern

eyebolt is preferred.

B. Load should always be applied to eyebolts in the plane of the eye, not at some angle to this plane.

C. Shoulder eyebolts must be properly seated (should bear firmly against the mating part), otherwise the

working loads must be reduced to those indicated for regular eyebolts. A washer or spacer may be required to put the plane of the eye in the direction of the load when the shoulder is seated.

D. No load greater than the safe working load listed in the data table should be used.

E. To obtain the greatest strength from the eyebolt, it must fit reasonably tight in its mounting hole to prevent

accidental unscrewing due to twist of cable.

F. Eyebolts should never be painted or otherwise coated when used for lifting. Such coatings may cover

potential flaws in the eyebolt.

G. To attain the safe working loads listed for regular eyebolts, 90% of the thread length must be engaged.

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Section 3: Electrical Installation

Only a qualified individual should terminate the power and signal cable within this Daktronics display.

The Daktronics engineering staff must approve any changes made to the display. Before altering the display, submit detailed drawings for the proposed modifications to the Daktronics engineering staff for evaluation and approval or you will render the warranty null and void.

3.1 Common Connectors in the Display

The power and signal connections in the displays use many different types of connectors. Take special care when disengaging any connector, as not to damage the connector, the cable, or the circuit board. When pulling a connector plug from a jack, do not pull on the wire or cable; pull on the jack itself. Pulling on the wires may damage the connector.

The following information presents some common connectors encountered during sign installation and maintenance:

1. Ribbon Cable Connectors:

Figure 9 illustrates a typical ribbon connector. To disconnect the

ribbon cable, push the plastic clips on the sides to unlock and remove the jack.

Before replacing a ribbon cable connector, spray it with DeoxIT contact cleaner to remove any foreign matter that may cause signal problems. In addition, apply a generous amount of CaiLube

™

protector paste to the plug before inserting it into the jack. This paste protects both the plug and the jack from corrosion.

2. Termination Blocks:

Termination blocks connect internal power and signal wires to

wires of the same type coming into the sign from an external source. Most signal wires come with forked connectors crimped to the ends of the wire. Power wires need to have one-half inch of insulation stripped from the end of the wire prior to termination. Tighten all screws firmly to ensure a good electrical connection. Refer to

Figure 10.

3. Phoenix

™

-Style Connectors:

Phoenix-style connectors, usually green, allow for signal termination on circuit boards. Refer to

Figure 11. Strip one-quarter

inch of insulation from the wire prior to termination. To remove a wire, turn the above screw counter-clockwise to loosen the connectors grip on the wire. To insert a wire, push the bare wire into the connector and turn the above screw clockwise to lock the wire into place.

Figure 9: Ribbon Cable Connector

™

Figure 10: Termination Block

Figure 11: Phoenix Connector

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4. Mate-n-Lok

™

Connectors:

The white Mate-n-Lok connectors found in the signs come in

a variety of sizes.

Figure 12 illustrates a five-pin Mate-n-Lok

connector. To remove the plug from the jack, squeeze the plastic locking clasps on the side of the plug and pull it from the jack.

5. Fiber Optic Connectors:

A fiber optic cable has a “twist-on” connector at each end.

To remove the fiber plug, push it toward the board and twist it counter-clockwise until you can pull the plug from the jack.

Figure 13 shows this connector.

Figure 13: Fiber Optic Cable

6. Phone Jacks (RJ11 Connectors): RJ connectors, as seen in

Figure 14, are similar to the telephone

connectors found in homes. In order to remove this plug from the jack, depress the small clip on the underside of the plug.

Before replacing an RJ connector, spray it with DeoxIT

™

contact cleaner to remove any foreign matter that may cause signal problems. In addition, apply a generous amount of CaiLube

™

protector paste to the plug before inserting it into the jack. This paste will protect both the plug and the jack from corrosion.

7. Quick Connect Jack:

The display uses quick connect jacks for the connection of the signal termination enclosure, the temperature sensor and possible connection to an echo display. There are three input and one output quick connect jacks located on the back of the primary display, and when not used the attached dust cover should be kept closed.

To attach the cable to a jack, make sure to line up the plug to match the jack, push the plug in then turn the outer collar to lock in place.

Figure 15 illustrates the 6-pin quick connect jack.

Figure 12: Mate-n-

Loc Connector

Figure 14: RJ11 Connector

Figure 15: RS232/6-pin Quick Connect Jack

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3.2 Control Cable Requirements

RS232

This cable is a 2-conductor shielded cable used to transmit an RS232 signal (Daktronics part number W-1117). This shielded cable should not be subjected to mechanical flexing after installation. This cable is not for direct burial and should be routed in a dedicated, grounded, metallic conduit at the base of the display structure. This cable has a maximum length of 25 feet (approximately 7.6 meters).

RS422

This cable is a 4-conductor shielded cable used to transmit an RS422 signal (Daktronics part number W-1234, Manhattan number M4473.) This shielded cable consists of unpaired wires. They should not be subjected to mechanical flexing after installation. This cable is not for direct burial and should have one of the following routings:

• In d

• Insi

With interface signals (such as power conducto foot separation is required. The maximum length of an RS422 signal cable is 4,000 feet (approximately 1.22 km).

edicated metallic conduit

de buildings-if cable is not in conduit, keep away from interface signals

rs, intercom, etc.), typically a two-

Modem

The modem option will use standard telephone cable routed through conduit. The phone cable and power cannot be routed in the same conduit. The local

telephone company will need to assist in this installation. Ask the telephone company which color is used for the TIP wire and which for the RING wire for signal hook up to the display.

Note: T system.

he telephone line must be a dedicated line and not run through a switchboard

Fiber Optic

This cable is a 4-fiber cable (Daktronics part number W-1376). Two fibers are used for display communications and the other two are saved for spares. The cable may be either direct burial or routed in conduit, but should not be subjected to mechanical flexing. The maximum length of a fiber optic cable is 2,000 feet (approximately 600 meters) from the signal converter to the fiber optic board in the display.

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Radio

The server radio connected to the J-box requires an 18-gauge, six-conductor shielded cable (Daktronics part number W-1370). Four-conductors will be used for the signal and two for power. These wires need to be in conduit when exposed to outdoor conditions to the server radio. The maximum distance from the RS422 J-box to the server radio is 1000 feet (approximat e l y 330 me t ers).

The client radio at the display comes with a 25 foot quick connect cable that is rated for outdoor use and does not need to be in conduit. Any excess cable shoul d be secured to protect it from weather and vandalism.

Ethernet

Note: The use of a quick connect inter-connect cable or separately wired cable is not

allowed between two of more displays if the input to the first display is Ethernet.

Fiber Ethernet

This cable is a 4-fiber cable (Daktronics part number W-1376). Two fibers are used for display communications and the other two are saved for spares. The cable may be either direct burial or in conduit, but it should not be subjected to mechanical flexing. The maximum length of the fiber optic cable from one media converter connected to the network and the second media converter in the display is 1.2 miles (approximately 2000 meters).

Ethernet

This cable is an 8-conductor network cable (Daktronics part number W-1467 Cat-5, or W-1384 Cat-5E). The cable should not be subjected to mechanical flexing after installation. This cable is not for direct burial and should have one of the following routings:

• In dedicated metallic conduit, separate from the power.

• Inside buildings-if cable is not in conduit, keep away from interface signals

With interference signal, such as power conductors, intercom, etc., typically a twofoot separation is required. The maximum length of an Ethernet signal cable is 330 feet (approximately 100 meters) from the network hub or switch to the surge board in the display.

3.3 RJ Connector Cables

RJ connectors are of two basic types. They consist of the RJ11 connector that uses a six-conductor cable, and the RJ45 that uses an 8-conductor cable. This type of connector can be found on many telephones and LANs.

Both the RJ11 and RJ45 cables used inside the display are pinned as straight through cables. Exterior cables used for a network are often

Figure 16: 6-Conductor RJ11 Connector and Cable

3-4

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Page 27

flipped cables. This type of cable, as shown in image of the other end. When installing a network, to ensure correct cabling, always install the cable from the output jack of one display to the input jack of the next display.

Figure 17: Flipped Cable with RJ Connectors

3.4 Conduit

Reference Drawings:

Shop Drawings......................................................... Refer to Appendix A

Daktronics does not include the conduit. Refer to Shop Dra w i ngs for approximate locations of power and signal conduit. You must use separate conduit to route:

• Power

• Signal IN wires

• Signal OUT wires (if another sign requires si gnal)

Locate the conduit holes at the bottom right (rear view) of the back of the display (refer to Shop Drawings).

Punch or drill out the desired conduit openings. Be careful not to damage any internal components. Attach the conduit, and then route the power and signal cables.

For displays with more than one face, signal and temperature sensor wiring between displays can route through the same conduit.

Figure 17, has one end that is a mirror

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3.5 Preparing for Power/Signal Connection

Reference Drawings:

Shop Drawings.........................................................Refer to Appendix A

If the display needs openings for the power and sig nal, p unch out the knockouts in the lower right corner from the rear. Refer to Shop Drawings for more information.

1. With a 7/32" nutdriver, apply

pressure to latch and turn it a quarter-turn counter-clockwise. The module door will swing open to the left.

2. Route power to the display through

a fused disconnect switch capable of opening all ungrounded po w e r conductors. Locate this disconnect within the line of sight of any personnel performing mai nt enance on the display. If the disconnect is located out of sight of the display, it must be capable of being locked in the open position.

3. Power conductors from the

disconnect to the display must route through conduit in agreement with local codes.

4. You may also route the signal cable from the control computer to the sign at

this time. Run the power and signal cables in separate conduit.

Figure 18: Opening the Display

3.6 Power

Reference Drawings:

Power Specs, AF-3197, RGB LEDs............................ Drawing A-183906

Schematic, AF-3197-8-48x32x***-89, RGB................. Drawing A-184111

Layout, Pnl Bd, 8-48x32-112, 89mm, 1 Phase ........... Drawing A-184316

Layout, Pnl Bd, 8-48x32-112, 89mm, 3 Phase ........... Drawing A-184321

Refer to Drawing A-183906 for voltage and current requirements for your display size. Each uses a 120/240VAC single-phase or 120/208 three-phase power source.

Do not connect the displays to any voltage other than what is listed on the Daktronics product label.

Proper power installation is imperative for proper display operation. The following sub-sections give details of display power installation. Electrical installations must be performed by qualified personnel. Unqualified personnel should not attempt to install the electrical equipment. Serious danger to equipment and personnel could occur if equipment is improperly installed.

3-6

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Grounding

Displays must be grounded according to the provisions outlined in Article 250 of the National Electrical Code less. Verification of ground resistance can be performed by the electrical contractor who is performing the electrical installation. Daktronics Sales and Service personnel can also perform this service.

The display system must be connected to earth-ground. Proper grounding is necessary for reliable equipment operation. It also protects the equipment from damaging electrical disturbances and lightning. The display must be properly grounded or the warranty will be void.

. Daktronics requires a resistance to ground of 10 ohm s or

Figure 19: Display Grounding

A minimum of one grounding electrode must be installed for each display face. The grounding electrode is typically one grounding rod for each display face. Other grounding electrodes as described in Article 250 of the National Electric Code may be used. Daktronics requires that the resistance to ground be 10 ohms or less. If the resistance to ground is higher than 10 ohms, it will be necessary to install additional grounding electrodes to reduce the resistance. The grounding electrode should be installed within 25 feet of the base of the display. The grounding electrode must be connected to the ground terminal in the display panel board.

This grounding electrode must be installed in addition to the equipment-grounding conductor that should be part of the power installation. The material of an earthground electrode differs from region to region and from conditions present at the site. The support structure of the display cannot be used as an earth ground electrode. The support is generally embedded in concrete, and if in earth, the steel is either primed or it corrodes, making it a poor ground. The grounding system and grounding electrodes must be installed according to Article 250 of the National Electrical Code and any applicable local codes.

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Power Installation

There are two considerations for power installation: installation with ground and neutral conductors provided and installation with only a neutral conductor provided. For these displays, installation with ground and neutral conductors provided is used.

Installation with Ground and Neutral Conducto s Provided

For this type of installation, the power cable must contain an isolated earth-ground conductor. Under this circumstance, do not connect neutral to ground at the disconnect or at the display. This would violate electrical codes and void the warranty. Use a disconnect so that all hot lines and neutral can be disconnected. The National Electrical Code requires the use of a lockable power disconnect within sight of or at the display.

3.7 Main Disconnect

The National Electrical Code requires the use of a lockable power disconnect near the display. Provide a lockable disconnect switch (knife switch) at the display location so that all power lines can be completely disconnected. Use a 3-conductor disconnect to disconnect both the hot lines and the neutral. Mount the main disconnect at or near the point of power supply connection to the display. Provide a main disconnect for each supply circuit to the display.

You must locate the means of d or outline lighting that it controls. This requirement provides protection by enabling a worker to keep the disconnecting means within view while working on the d isplay.

Exception: locked in the open position elsewhere.

You may locate the disconnecting means that are capable of being

isconnection in a direct line-of-sight from the display

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3.8 Signal Termination from Computer to Sign

Note: The AF-3197 is designed for quicker con necti o n t o ot her displays and other additional equipment. Connection of the control computer to the first d isplay needs to be wired to the surge suppressor, modem, or fiber optic board in the display. Depending on the communication type ordered the following cables may be provided with the display:

1. Interconnect cable from primary to echo, length 10 feet

2. Temperature sensor with quick connect cable, length 10 feet

3. Client radio with quick connect cable, length 25 feet

Figure 20: Signal Termination Locations