Brunswick Sync Service Manual

Sync Scorer Service Manual © December 2017 by the Brunswick Bowling Products. All rights reserved. Sync is a registered trademark of the Brunswick Bowling Products. Reorder Part No. 57-900452-000 Notice: If available, updates to this manual can be found on-line at www.brunswickbowling.com. Confidential proprietary information. All information contained in this document is subject to change without notice. Brunswick Bowling Products Corporation 525 West Laketon Avenue Muskegon, MI 49441-2601 U.S.A. 231.725.3300

3 Section 1: SAFETY! NOTES & WARNINGS Throughout this publication, “Warnings”, and “Cautions” (accompanied by one of the International HAZARD Symbols) are used to alert the mechanic to special instructions concerning a particular service or operation that may be hazardous if performed incorrectly or carelessly. They are defined below. OBSERVE AND READ THEM CAREFULLY! These “Safety Alerts” alone cannot eliminate the hazards that they signal. Strict compliance to these special instructions when performing the service, plus training and “Common Sense” operation are major accident prevention measures. � NOTE�or�IMPORTANT!:�Will�designate�significant�informational�notes.� WARNING! Will designate a mechanical or nonelectrical alert which could potentially cause personal injury or death. WARNING! Will designate electrical alerts which could potentially cause personal injury or death. CAUTION! Will designate an alert which could potentially cause product damage. Will designate grounding alerts.

SAFETY NOTICE TO USERS OF THIS MANUAL This manual has been written and published by the Service Department of Brunswick Bowling and Billiards to aid the reader when servicing or installing the products described. It is assumed that these personnel are familiar with, and have been trained in, the servicing or installation procedures of these products, which includes the use of common mechanic’s hand tools and any special Brunswick or recommended tools from other suppliers. We could not possibly know of and advise the reader of all conceivable procedures by which a service might be performed and of the possible hazards and/or results of each method. We have not attempted any such wide evaluation. Therefore, anyone who uses a service procedure and/ or tool, which is not recommended by Brunswick, must first completely satisfy himself that neither his nor the product’s safety will be endangered by the service procedure selected. All information, illustrations and specifications contained in this manual are based on the latest product information available at the time of publication. It should be kept in mind, while working on the product, that the electrical system is capable of violent and damaging short circuits or severe electrical shocks. When performing any work where electrical terminals could possibly be grounded or touched by the mechanic, the power to the product should be disconnected prior to servicing and remain disconnected until servicing is complete.

CONTENTS System Overview ..............................................................................................................................3 Glossary of Terms .............................................................................................................................4 Control Desk Equipment ...................................................................................................................5 Display Controller ........................................................................................................................12 Peripheral Controller ....................................................................................................................12 Bowler Consoles ..........................................................................................................................12 Bowler’s Area ..................................................................................................................................22 Overhead Monitors .......................................................................................................................22 Vector Keypads ............................................................................................................................22 Sync Consoles ..............................................................................................................................22 Display Controllers ......................................................................................................................22 Ethernet Switch(es) ......................................................................................................................22 Pinsetter Area ..................................................................................................................................23 Ethernet Switch ...........................................................................................................................23 Peripheral Controller ....................................................................................................................23 Pin Cameras .................................................................................................................................23 GS Interface .................................................................................................................................23 Control Desk/Office Area ................................................................................................................24 Computer(s) ..................................................................................................................................24 Cash Drawer .................................................................................................................................24 Audio Control Unit ......................................................................................................................24 Scoresheet Printer .........................................................................................................................24 Receipt Printer ..............................................................................................................................24 Bar Code Reader ..........................................................................................................................24 System Signals ................................................................................................................................25 Communication/Control ...............................................................................................................25 Video ............................................................................................................................................28

SYSTEM OVERVIEW The Brunswick Sync scoring system consists of several pieces of equipment that can be divided into two subsystems; the Scoring System and the Control System. The scoring system includes the electronic assemblies located in the bowler and pinsetter areas. These assemblies control the pinsetter, perform automatic scoring functions, provide the bowler with input capabilities, and display information about the game in progress. The scoring system is available with keypad or full display touchscreens and overhead screens equipped with Display Controllers that provide a high definition (HD) scorer display. Peripheral Controller boxes connect to lane pair components such as the pinsetters, pin cameras, Vector keypads, and automated bumpers as needed. For centers that are not running a Kiosk mode, the control system consists of one or more computers located at the control desk and as needed various other locations around the bowling center. The main function of the control system is to provide the bowling center personnel convenient control of the scoring system and lanes from the control desk as well as point-of-sale (POS) terminals for other areas of the center. For centers running Kiosk mode, additional control desk computers and POS equipment are not used. Limited control functions are available through the touchscreens at the lanes. An optional video distribution system delivers multiple high definition and/or standard definition video channels to the overhead monitors.

GLOSSARY OF TERMS The following terms are used in this manual. To better understand the information presented in the manual you should familiarize yourself with these terms. CAT5e (Category 5e) - A twisted pair cable used for carrying signals. Cat5e is an enhanced version of Category 5 that adheres to more stringent standards. It is capable of transmitting data at speeds of up to 1000 Mbps (1 Gigabit per second). In the Sync system it is used in an Ethernet network to interconnect the Control desk computer(s), Peripheral Controller boxes, overhead Display Controllers and the bowler’s input consoles. Comport - Connectors on a computer that allow it to communicate with other devices using serial communication. These connections are also referred to as serial ports or RS-232 ports. Multiple comports in a computer are referred to by number such as com1 or com2. Also refer to Serial Communication. Peripheral Controller - A box located near the pinsetter on each lane pair that provides multiple functions for the lane pair. It is responsible for interfacing pin cameras, controlling machine functions such as on/off and reset, and handling signals needed for scoring such as foul, sweep switch, and ball detector signals. It can control AMF short cycle and automated bumpers as needed. It also provides power and communication to optional Vector keypads. Ethernet - A protocol that specifies how computers send information to one another in a network. Ethernet Switch - Device that is the central point of connection that allows network devices to communicate with each other. In the Sync scoring system multiple switches are used to connect the Peripheral Controllers, Display Controllers, Sync consoles and the Control system computer(s). Also refer to Cat5. RS-232 - The most popular type of serial communication used by computers. This type of communication allows a computer to talk to a single specific device through a 9-pin connector called a comport. Each device that the computer “talks” to will have its own dedicated comport. RS-485 - A type of serial communication that allows a computer to talk to multiple devices using one “shared” comport. Also refer to Serial Communication. Serial Communication - A popular means of transmitting data between a computer and another device. In the Sync system two types of serial communication are used; RS-232 and RS-485. Also refer to RS-232 and RS-485.

CONTROL DESK EQUIPMENT The Sync control system for non-Kiosk systems consists of one or more computers and POS assemblies located at the control desk, and in some cases, a computer in the office. Sync also provides the bowling center personnel convenient control of the scoring system while keeping track of the financial transactions and bowling activity in the center. In addition, it allows the center additional security control for the system, additional reporting of bowling activity, and an integrated league record and tournament program . Refer to figures titled: Sync Configuration 1, Sync Configuration 2, Sync Configuration 3, Sync Configuration 4 and Sync Configuration with Sync Touchpads or Vector Keypads. For centers running Kiosk mode, control desk computers and POS equipment are not used. Limited control functions are available through the touchscreens at the lanes. Refer to figures titled: Sync Configuration Kiosk (5) PRINTER (8) MOUSE (6) SYNC SERVER (10) KEYBOARD (11) CAT5E CABLE (11) CAT5E CABLE (3) BOWLER'S AREA (2) PINSETTER AREA (7) ETHERNET SWITCH (24 PORT) (1) CONTROL DESK AREA NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (11) CAT5E CABLE (27) PERIPHERAL CONTROLLER (4) PER LANE PAIR (26) PINSETTERS (25) BUMPERS (4) PER LANE PAIR (11) CAT5E CABLE LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES (20) TV VIDEO (21) A/V SOURCES (22) AUDIO (23) VIDEO (19) TV DISTRIBUTION CENTER HD HD HD NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (7) ETHERNET SWITCH (24 PORT) (18) OVERHEAD DISPLAYS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (24) DISPLAY CONTROLLER (11) CAT5E CABLE (16) CASH DRAWER (13) TOUCHSCREEN MONITOR (15) RECEIPT PRINTER (14) POLE DISPLAY (OPTIONAL) (17) BAR CODE SCANNER (OPTIONAL) (9) ETHERNET SWITCH (16 PORT) (12) SYNC TABLET (11) CAT5E CABLE (11) CAT5E CABLE NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power 1 2 ABC 3 DEF 4 GHI JKL5 MNO 6 7 PQRS TUV WXYZ 8 9 0 * # (28) INTERCOM 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (29) CREDIT CARD TERMINAL (11) CAT5E CABLE Sync Configuration 1

(1) CONTROL DESK AREA (2) PINSETTER AREA (3) BOWLER’S AREA (4) PER LANE PAIR (5) PRINTER (6) SYNC SERVER (7) ETHERNET SWITCH (24 PORT) (8) MOUSE (9) ETHERNET SWITCH (16 PORT) (10) KEYBOARD (11) CAT5E CABLE (12) SYNC TABLET (13) TOUCHSCREEN MONITOR (14) POLE DISPLAY (OPTIONAL) (15) RECEIPT PRINTER (16) CASH DRAWER (17) BAR CODE READER (OPTIONAL) (18) OVERHEAD DISPLAYS (19) TV DISTRIBUTION CENTER (20) TV VIDEO (21) A/V SOURCE(S) (22) AUDIO (23) VIDEO (24) DISPLAY CONTROLLER (25) BUMPERS (26) PINSETTERS (27) PERIPHERAL CONTROLLER (28) INTERCOM (29) CREDIT CARD TERMINAL

(5) PRINTER (8) MOUSE (6) SYNC SERVER (10) KEYBOARD (11) CAT5E CABLE (9) ETHERNET SWITCH (16-PORT) (1) CONTROL DESK AREA (17) SCORESHEET PRINTER (16) CASH DRAWER (13) TOUCHSCREEN MONITOR (8) MOUSE (12) SYNC CLIENT (10) KEYBOARD (15) RECEIPT PRINTER (18) BAR CODE SCANNER (OPTIONAL) (14) POLE DISPLAY (OPTIONAL) (16) CASH DRAWER (13) TOUCHSCREEN MONITOR (15) RECEIPT PRINTER (14) POLE DISPLAY (OPTIONAL) (18) BAR CODE SCANNER (OPTIONAL) (11) CAT5E CABLE (3) BOWLER'S AREA (2) PINSETTER AREA (7) ETHERNET SWITCH (24 PORT) NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (11) CAT5E CABLE (27) PERIPHERAL CONTROLLER (4) PER LANE PAIR (26) PINSETTERS (28) BUMPERS (11) CAT5E CABLE LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES (20) TV VIDEO (21) A/V SOURCES (22) AUDIO (23) VIDEO (19) TV DISTRIBUTION CENTER HD HD HD NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (7) ETHERNET SWITCH (24 PORT) (25) OVERHEAD DISPLAYS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (30) DISPLAY CONTROLLER (11) CAT5E CABLE (9) ETHERNET SWITCH (16 PORT) (29) SYNC TABLET (4) PER LANE PAIR (11) CAT5E CABLE (11) CAT5E CABLE NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power 1 2 ABC 3 DEF 4 GHI JKL5 MNO 6 7 PQRS TUV WXYZ 8 9 0 * # 1 2 ABC 3 DEF 4 GHI JKL5 MNO 6 7 PQRS TUV WXYZ 8 9 0 * # (31) INTERCOM 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (32) CREDIT CARD TERMINAL (11) CAT5E CABLE (11) CAT5E CABLE (31) INTERCOM 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (32) CREDIT CARD TERMINAL (11) CAT5E CABLE Sync Configuration 2 (1) CONTROL DESK AREA (2) PINSETTER AREA (3) BOWLER’S AREA (4) PER LANE PAIR (5) PRINTER (6) SYNC SERVER (7) MONITOR (8) MOUSE (9) ETHERNET SWITCH (16 PORT) (10) KEYBOARD (11) CAT5E CABLE (12) SYNC CLIENT (13) TOUCHSCREEN MONITOR (14) POLE DISPLAY (OPTIONAL) (15) RECEIPT PRINTER (16) CASH DRAWER (17) SCORESHEET PRINTER (18) BAR CODE READER (OPTIONAL) (19) TV DISTRIBUTION CENTER (20) TV VIDEO (21) A/V SOURCE(S) (22) AUDIO (23) VIDEO (24) ETHERNET SWITCH (24 PORT) (25) OVERHEAD DISPLAYS (26) PINSETTERS (27) PERIPHERAL CONTROLLER (28) BUMPERS (29) SYNC TABLET (30) DISPLAY CONTROLLER (31) INTERCOM (32) CREDIT CARD TERMINAL

(5) PRINTER (7) MONITOR (8) MOUSE (6) SYNC SERVER (10) KEYBOARD (11) CAT5E CABLE (1) OFFICE AREA (9) ETHERNET SWITCH (16-PORT) (4) CONTROL DESK AREA (17) SCORESHEET PRINTER (16) CASH DRAWER (13) TOUCHSCREEN MONITOR (8) MOUSE (12) SYNC CLIENT (10) KEYBOARD (15) RECEIPT PRINTER (18) BAR CODE SCANNER (OPTIONAL) (14) POLE DISPLAY (OPTIONAL) (11) CAT5E CABLE (3) BOWLER'S AREA (2) PINSETTER AREA (24) ETHERNET SWITCH (24 PORT) NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (11) CAT5E CABLE (27) PERIPHERAL CONTROLLER (25) PER LANE PAIR (26) PINSETTERS (28) BUMPERS (25) PER LANE PAIR (11) CAT5E CABLE LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES (20) TV VIDEO (21) A/V SOURCES (22) AUDIO (23) VIDEO (19) TV DISTRIBUTION CENTER HD HD HD NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (24) ETHERNET SWITCH (24 PORT) (31) OVERHEAD DISPLAYS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (30) DISPLAY CONTROLLER (11) CAT5E CABLE (9) ETHERNET SWITCH (16 PORT) (29) SYNC TABLET (11) CAT5E CABLE (11) CAT5E CABLE NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power 1 2 ABC 3 DEF 4 GHI JKL5 MNO 6 7 PQRS TUV WXYZ 8 9 0 * # (32) INTERCOM (11) CAT5E CABLE 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (33) CREDIT CARD TERMINAL (11) CAT5E CABLE Sync Configuration 3 (1) OFFICE AREA (2) PINSETTER AREA (3) BOWLER’S AREA (4) CONTROL DESK AREA (5) PRINTER (6) SYNC SERVER (7) MONITOR (8) MOUSE (9) ETHERNET SWITCH (16-PORT) (10) KEYBOARD (11) CAT5E CABLE (12) SYNC CLIENT (13) TOUCHSCREEN MONITOR (14) POLE DISPLAY (OPTIONAL) (15) RECEIPT PRINTER (16) CASH DRAWER (17) SCORESHEET PRINTER (18) BAR CODE READER (OPTIONAL) (19) TV DISTRIBUTION CENTER (20) TV VIDEO (21) A/V SOURCE(S) (22) AUDIO (23) VIDEO (24) ETHERNET SWITCH (24 PORT) (25) PER LANE PAIR (26) PINSETTERS (27) PERIPHERAL CONTROLLER (28) BUMPERS (29) SYNC TABLET (30) DISPLAY CONTROLLER (31) OVERHEAD DISPLAYS (32) INTERCOM (33) CREDIT CARD TERMINAL

(5) PRINTER (7) MONITOR (8) MOUSE (6) SYNC SERVER (10) KEYBOARD (11) CAT5E CABLE (11) CAT5E CABLE (1) OFFICE AREA (4) CONTROL DESK AREA (17) SCORESHEET PRINTER (16) CASH DRAWER (16) CASH DRAWER (13) TOUCHSCREEN MONITOR (13) TOUCHSCREEN MONITOR (8) MOUSE (8) MOUSE (12) SYNC CLIENT (12) SYNC CLIENT (10) KEYBOARD (10) KEYBOARD (15) RECEIPT PRINTER (15) RECEIPT PRINTER (18) BAR CODE SCANNER (OPTIONAL) (18) BAR CODE SCANNER (OPTIONAL) (14) POLE DISPLAY (OPTIONAL) (14) POLE DISPLAY (OPTIONAL) (20) TV VIDEO (21) A/V SOURCES (22) AUDIO (23) VIDEO (19) TV DISTRIBUTION CENTER HD HD HD (11) CAT5E CABLE (3) BOWLER'S AREA (2) PINSETTER AREA (24) ETHERNET SWITCH (24 PORT) NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (11) CAT5E CABLE (27) PERIPHERAL CONTROLLER (25) PER LANE PAIR (26) PINSETTERS (28) BUMPERS (11) CAT5E CABLE LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (24) ETHERNET SWITCH (24 PORT) (31) OVERHEAD DISPLAYS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (30) DISPLAY CONTROLLER (11) CAT5E CABLE (9) ETHERNET SWITCH (16-PORT) (29) SYNC TABLET (25) PER LANE PAIR (11) CAT5E CABLE (11) CAT5E CABLE NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power (9) ETHERNET SWITCH (16 PORT) NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power (31) OVERHEAD DISPLAYS NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power 1 2 ABC 3 DEF 4 GHI JKL5 MNO6 7 PQRS TUV WXYZ 8 9 0 * # (32) INTERCOM (11) CAT5E CABLE 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’” ’ - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (33) CREDIT CARD TERMINAL 1 2 ABC 3 DEF 4 GHI JKL5 MNO6 7 PQRS TUV WXYZ 8 9 0 * # (32) INTERCOM LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (33) CREDIT CARD TERMINAL 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’” ’ - SP VX 805 (11) CAT5E CABLE (11) CAT5E CABLE Sync Configuration 4 (1) OFFICE AREA (2) PINSETTER AREA (3) BOWLER’S AREA (4) CONTROL DESK AREA (5) PRINTER (6) SYNC SERVER (7) MONITOR (8) MOUSE (9) ETHERNET SWITCH (16-PORT) (10) KEYBOARD (11) CAT5E CABLE (12) SYNC CLIENT (13) TOUCHSCREEN MONITOR (14) POLE DISPLAY (OPTIONAL) (15) RECEIPT PRINTER (16) CASH DRAWER (17) SCORESHEET PRINTER (18) BAR CODE READER OPTIONAL (19) TV DISTRIBUTION CENTER (20) TV VIDEO (21) A/V SOURCE(S) (22) AUDIO (23) VIDEO (24) ETHERNET SWITCH (24 PORT) (25) PER LANE PAIR (26) PINSETTERS (27) PERIPHERAL CONTROLLER (28) BUMPERS (29) SYNC TABLET (30) DISPLAY CONTROLLER (31) OVERHEAD DISPLAYS (32) INTERCOM (33) CREDIT CARD TERMINAL

(5) PRINTER (7) MONITOR (8) MOUSE (6) SYNC SERVER (10) KEYBOARD (11) CAT5E CABLE (1) OFFICE AREA (4) CONTROL DESK AREA (17) SCORESHEET PRINTER (16) CASH DRAWER (16) CASH DRAWER (13) TOUCHSCREEN MONITOR (13) TOUCHSCREEN MONITOR (8) MOUSE (8) MOUSE (12) SYNC CLIENT (12) SYNC CLIENT (10) KEYBOARD (10) KEYBOARD (15) RECEIPT PRINTER (15) RECEIPT PRINTER (18) BAR CODE SCANNER (OPTIONAL) (18) BAR CODE SCANNER (OPTIONAL) (14) POLE DISPLAY (OPTIONAL) (14) POLE DISPLAY (OPTIONAL) (20) TV VIDEO (21) A/V SOURCES (22) AUDIO (23) VIDEO (19) TV DISTRIBUTION CENTER HD HD HD (11) CAT5E CABLE (3) BOWLER'S AREA (2) PINSETTER AREA (24) ETHERNET SWITCH (24 PORT) NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (24) ETHERNET SWITCH (24 PORT) (11) CAT5E CABLE (27) PERIPHERAL CONTROLLER (40) SYNC TOUCHPAD (25) PER LANE PAIR (26) PINSETTERS (28) BUMPERS (25) PER LANE PAIR (11) CAT5E CABLE (31) OVERHEAD DISPLAYS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (30) DISPLAY CONTROLLER LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES (11) CAT5E CABLE (9) ETHERNET SWITCH (16-PORT) NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power (32) POWER/ COMMUNICATION (33) AUDIO CONTROL UNIT ® (34) INTERCOM AUDIO (38) 6 CONDUCTOR CABLE (35) RS-232 COMMUNICATION (37) INTERCOM HANDSET HI LO (37) INTERCOM HANDSET (36) BEEPER BOX HI LO (36) BEEPER BOX 1 2 3 4 5 6 7 8 9 0 Q W E R T Y U I O P A S D F G H J K L ? Z X C V B N M . ! + space / O OK - X cancel service 1 2 3 4 5 6 7 8 9 0 Q W E R T Y U I O P A S D F G H J K L ? Z X C V B N M . ! + space / O OK - X cancel service OR (39) CREDIT CARD TERMINAL 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’” ’ - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’” ’ - SP VX 805 (39) CREDIT CARD TERMINAL LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (11) CAT5E CABLE (11) CAT5E CABLE (29) VECTOR KEPAD Sync Configuration with Sync Touchpads or Vector Keypads (1) OFFICE AREA (2) PINSETTER AREA (3) BOWLER’S AREA (4) CONTROL DESK AREA (5) PRINTER (6) SYNC SERVER (7) MONITOR (8) MOUSE (9) ETHERNET SWITCH (16-PORT) (10) KEYBOARD (11) CAT5E CABLE (12) SYNC CLIENT (13) TOUCHSCREEN MONITOR (14) POLE DISPLAY (OPTIONAL) (15) RECEIPT PRINTER (16) CASH DRAWER (17) SCORESHEET PRINTER (18) BAR CODE READER (OPTIONAL) (19) TV DISTRIBUTION CENTER (20) TV VIDEO (21) A/V SOURCE(S) (22) AUDIO (23) VIDEO (24) ETHERNET SWITCH (24 PORT) (25) PER LANE PAIR (26) PINSETTERS (27) PERIPHERAL CONTROLLER (28) BUMPERS (29) VECTOR KEYPAD (30) DISPLAY CONTROLLER (31) OVERHEAD DISPLAYS (32) POWER/COMMUNICATION (33) AUDIO CONTROL UNIT (34) INTERCOM AUDIO (35) RS-232 COMMUNICATION (36) BEEPER BOX (37) INTERCOM HANDSET (38) 6 CONDUCTOR CABLE (39) CREDIT CARD TERMINAL (40) SYNC TOUCHPAD

(11) CAT5E CABLE (2) BOWLER'S AREA (1) PINSETTER AREA (7) ETHERNET SWITCH (24 PORT) NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (11) CAT5E CABLE (6) PERIPHERAL CONTROLLER (4) PER LANE PAIR (5) PINSETTERS (8) BUMPERS (4) PER LANE PAIR (11) CAT5E CABLE LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset (7) ETHERNET SWITCH (24 PORT) (13) OVERHEAD DISPLAYS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (10) DISPLAY CONTROLLER (11) CAT5E CABLE (9) ETHERNET SWITCH (16 PORT) (12) SYNC TABLET (11) CAT5E CABLE (11) CAT5E CABLE NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power (3) ACTIVE INTERNET CONNECTION Sync Configuration Kiosk (1) PINSETTER AREA (2) BOWLER’S AREA (3) ACTIVE INTERNET CONNECTION (4) PER LANE PAIR (5) PINSETTERS (6) PERIPHERAL CONTROLLER (7) ETHERNET SWITCH (24 PORT) (8) BUMPERS (9) ETHERNET SWITCH (16 PORT) (10) DISPLAY CONTROLLER (11) CAT5E CABLE (12) SYNC TABLET (13) OVERHEAD DISPLAYS

Sync Scorer System The Brunswick Sync scoring system consists of several pieces of equipment. The main components in the scoring system include: • Display Controllers • Peripheral Controller Boxes • Bowlers Consoles Display Controller Each Display Controller is capable of providing HD scoring video to the overhead monitors on a lane pair. Peripheral Controller The Peripheral Controller handles multiple functions for a lane pair such as interfacing the pin camera, controlling machine functions such as on/off and reset, and connecting signals needed for scoring such as foul, sweep switch, and ball detector signals. It can control AMF short cycle and automated bumpers as needed. It also provides power and communication to optional Vector keypads. Bowler Consoles The Sync bowler’s consoles can be equipped with standard membrane keypads, touchscreen keypads, or full touchscreens capable of displaying the bowling scoresheet. Centers upgrading from Vector scoring have the option of re-using their Vector keypads instead of Sync bowler’s consoles. Reference the Sync Scoring System figures on the following pages.

Sync Scoring System With Sync Tablets and All Pinsetters Except GS-Series (1) A/C POWER (2) D/C POWER (3) SYNC CONSOLES (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) TO ADDITIONAL (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS CONSOLES INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) PIN CAMERA (24) PINSETTER CONTROL (25) PINSETTER (26) CAMERA VIDEO/POWER (27) ETHERNET SWITCH (24 PORT) (28) ETHERNET SWITCH (16 PORT)

Sync Scoring System With Sync Tablets and GS-Series Direct Connect Pinsetters (1) A/C POWER (2) D/C POWER (3) SYNC CONSOLES (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) TO ADDITIONAL (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS CONSOLES INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) 3-PHASE POWER (24) GS-PINSETTER ELECTRICAL BOX (25) GS PINSETTER (26) ETHERNET SWITCH (27) ETHERNET SWITCH (16 PORT) (24 PORT)

Sync Scoring System With Sync Tablets and GS-Series Non-Direct Connect Pinsetters (1) A/C POWER (2) D/C POWER (3) SYNC CONSOLES (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) TO ADDITIONAL (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS CONSOLES INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) 3-PHASE POWER (24) GS-PINSETTER ELECTRICAL BOX (25) GS PINSETTER (27) POWER TRANSFORMER (28) ETHERNET SWITCH (24 PORT) (29) ONLY INSTALLED FOR (30) ETHERNET SWITCH (16 PORT) NON-DIRECT CONNECT GS-98, GS-96, GS-92 OR GS-10

Sync Scoring System with Sync Touchpads and All Pinsetters Except GS-Series Pinsetters (1) A/C POWER (2) D/C POWER (3) SINGLE MOUNT TOUCHPADS (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) INTERCOM (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) PIN CAMERA (24) PINSETTER CONTROL (25) PINSETTER (26) CAMERA VIDEO/POWER (27) ETHERNET SWITCH (24 PORT) (28) COMMUNICATION / POWER (29) DUAL PEDESTAL (30) TOUCHPAD CABLE INTERFACE

Sync Scoring System with Sync Touchpads and GS-Series Direct Connect Pinsetters (1) A/C POWER (2) D/C POWER (3) SINGLE MOUNT TOUCHPADS (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) INTERCOM (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) 3-PHASE POWER (24) GS-PINSETTER ELECTRICAL BOX (25) GS PINSETTER (26) COMMUNICATION/POWER (27) ETHERNET SWITCH (24 PORT) (28) DUAL PEDESTAL (29) TOUCHPAD CABLE INTERFACE

Sync Scoring System with Sync Touchpads and GS-Series Non-Direct Connect Pinsetters (1) A/C POWER (2) D/C POWER (3) SINGLE MOUNT TOUCHPADS (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) INTERCOM (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) 3-PHASE POWER (24) GS-PINSETTER ELECTRICAL BOX (25) GS PINSETTER (27) POWER TRANSFORMER (28) ETHERNET SWITCH (24 PORT) (29) ONLY INSTALLED FOR (30) COMMUNICATION/POWER (31) DUAL PEDESTAL NON-DIRECT CONNECT GS-98, (32) TOUCHPAD CABLE INTERFACE GS-96, GS-92 OR GS-10

Sync Scoring System with Vector Type Keyboards and All Pinsetters Except GS-Series Pinsetters (1) A/C POWER (2) D/C POWER (3) VECTOR KEYPADS (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) INTERCOM (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) PIN CAMERA (24) PINSETTER CONTROL (25) PINSETTER (26) CAMERA VIDEO/POWER (27) ETHERNET SWITCH (24 PORT) (28) COMMUNICATION / POWER

Sync Scoring System with Vector Type Keyboards and GS-Series Direct Connect Pinsetters (1) A/C POWER (2) D/C POWER (3) VECTOR KEYPADS (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) INTERCOM (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) 3-PHASE POWER (24) GS-PINSETTER ELECTRICAL BOX (25) GS PINSETTER (26) COMMUNICATION/POWER (27) ETHERNET SWITCH (24 PORT)

Sync Scoring System with Vector Type Keyboards and GS-Series Non-Direct Connect Pinsetters (1) A/C POWER (2) D/C POWER (3) VECTOR KEYPADS (4) CAT5E CABLE (5) DISPLAY CONTROLLER (6) POWER SUPPLY (7) SCORER VIDEO (8) WIDE SCREEN OVERHEAD (9) WIDE SCREEN TV-ONLY MONITOR MONITOR (10) OVERHEAD CONTROL (11) TV VIDEO (OPTIONAL) (12) TO ADDITIONAL MONITORS (13) TO ADDITIONAL DISPLAY (14) INTERCOM (15) TO ADDITIONAL DISTRIBUTION CONTROLLERS INTERFACES (16) FROM CONTROL DESK (17) PERIPHERAL CONTROLLER (18) AUTOMATED BUMPERS (19) BOWLER’S AREA (20) PINSETTER AREA (21) FOUL UNIT (22) BALL DETECT (23) 3-PHASE POWER (24) GS-PINSETTER ELECTRICAL BOX (25) GS PINSETTER (27) POWER TRANSFORMER (28) ETHERNET SWITCH (24 PORT) (29) ONLY INSTALLED FOR (30) COMMUNICATION/POWER NON-DIRECT CONNECT GS-98, GS-96, GS-92 OR GS-10

BOWLER’S AREA The bowler’s area contains all of the components that allow the bowlers to interface with the scoring system. Components that are found in the bowler’s area include: • Overhead Monitors • Vector Keypads or Sync Consoles • Display Controllers • Ethernet Switch(es) Overhead Monitors The overhead monitors provided by Brunswick are individual wide screen Samsung LED Monitors equipped with tuners. The monitors display the high definition scorer video produced by the Display Controllers. The monitors can also display video originating from the optional TV Distribution Center. A TV-Only version of the monitor that displays only the video from the Distribution Center is also available. Vector Keypads The system is designed to allow the re-use of Vector keypads if they were previously installed in a bowling center. The keypad is a full function keyboard that allows the bowler to enter all information needed to begin bowling or change/correct information once bowling has begun. The use of a keypad gives the bowler complete control over bowling functions without the cost of a lower display. Sync Consoles The Sync Consoles are available as a Touchpad (keyboard) or full screen tablet interface. The Touchpad allows the bowler to enter all information needed to begin bowling or change/correct information once bowling has begun from a touch-sensitive membrane type keypad. The full screen tablet interface is equipped with a touch-sensitive LCD screen that allows the bowler to interact with the scoring system and provides a lower screen that displays the scorer video. Display Controllers The Display Controllers are behind the left lane overhead monitors. The controller produces high definition scorer video and controls the on/off and video input selection for the overhead monitors of a lane pair. Ethernet Switch(es) The Ethernet Switch(es) in the bowlers area allow communication to branch to Display Controllers and Sync Consoles.

PINSETTER AREA The pinsetter area contains equipment used to interface the pinsetter and office computer to the lane pair. This equipment is typically mounted on a panel attached to the curtain wall. Equipment may include: • Ethernet Switch • Peripheral Controller • Pin Cameras • GS Interface Ethernet Switch The Ethernet Switch allows communication from the control desk computer(s) to branch to the individual Peripheral Controller boxes and to other switches. The switch splits communication into 24 branches allowing one switch to receive communication from the control system, provide communication for up to 21 Peripheral Controller boxes, and pass the communication to the switches for the Display Controller and Sync Consoles. The switch is located on the curtain wall. Peripheral Controller The Peripheral Controller boxes are mounted on the curtain wall at each lane pair and provide connections and control of a variety of lane pair components. For A-2 and AMF pinsetters installations, it interfaces pin cameras, foul units, and other pinsetter signals needed for scoring. For GS installations it communicates directly with the pinsetters to obtain scoring information and provide pinsetter control. The Peripheral Controller is also capable of controlling automated bumpers for a lane pair as well as connecting to Vector Keypads. Pin Cameras The Pin cameras are mounted, one per lane pair, to the ball return lane foundation. They are used to obtain images of standing pins for non-GS series pinsetters installations. The images are used by the Peripheral Controller to determine the scores for the lane pair. GS Interface The GS Interface box converts RS-485 communication protocol to HDLC (High Level Data Link Control). HDLC was the communication protocol used by Gamesetter box in GS-10, GS92 and GS-96 pinsetters, and the Consolidated Low Voltage box in non-direct connect GS-98 pinsetters.

CONTROL DESK/OFFICE AREA The control desk/office area contains the equipment needed to remotely control the Sync scoring system, provide point of sale (POS) capability, keep track of financial data, and interface leagues and tournaments to the scorers. It may consist of: • Computers complete with Monitor, Keyboard, and Mouse • Cash Drawer • Audio Control Unit • Scoresheet Printer(s) • Receipt Printer • Bar Code Reader Computer(s) The Sync control system consisting of one or more computer (PC) located at the control desk running the Windows 7 or 2012 Server operating system and Sync control software. The PC has a keyboard, monitor, and mouse connected to it. Additional equipment attached to the computer can include a receipt printer, cash drawer, customer pole display, and bar code reader. Cash Drawer The cash drawer opens automatically at the proper time giving the control desk operator a convenient place to put money received during transaction. The drawer gets power to open from the receipt printer. Audio Control Unit The audio control unit is used in centers equipped with Sync Touchpads or Vector Keypads to adapt the intercom to consoles The intercom handset that connects to the unit provides a convenient “telephone” style communication. Two intercom lines are provided allowing the control desk to talk to two different lanes at the same time. It is not used in centers equipped with Sync Tablet Consoles. Scoresheet Printer The scoresheet printer allows the control desk operator to obtain a hard copy of a bowler’s scores. Scoresheets can be printed for the current game as well previous games. Receipt Printer The receipt printer allows the control desk operator to obtain a print out of a financial transaction. It also supplies voltage to cash drawer so that it automatically opens at the conclusion of a financial transaction. Bar Code Reader The bar code reader allows the use of bowler cards to simplify the tracking of frequent open play bowlers. When a bowler’s card is scanned their information is retrieved from the Sync computer. The bowler’s name is automatically sent to the console when they are assigned to a lane and their scores will transfer back to the computer at the end of each game. It can also be used to scan an item’s barcode to automatically obtain pricing as part of a sales transaction or coupons.

SYSTEM SIGNALS The signals used in the Sync scoring system can be divided into 2 types; Communication / Control and Video. Communication/Control Communication between components in the Sync system is handled using either an Ethernet network or a serial communication. Ethernet provides communication between the control desk computer(s), the Sync consoles, the Display Controllers and the Peripheral Controller boxes. Refer to the figures titled Sync Ethernet Cabling. Serial communication allows a Peripheral Controller to communicate with components within the lane pair. It is equipped with an RS-232 port to allow it to talk to Vector Keypads and RS-485 serial communication ports to allow it to “talk” GS pinsetters and Brunswick Automated Bumpers. The Display Controllers use RS-232 to turn the overhead monitors on/off and to switch video inputs. Refer to the figure titled Sync Lane Pair Communication Cabling.

(1) SYNC SERVER (2) SYNC CLIENT (2) SYNC CLIENT LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES LAN BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES (2) SYNC CLIENT (7) ETHERNET SWITCH (24 PORT) (8) ALL CABLING - CAT5 E (9) TO ADDITIONAL PERIPHERAL CONTROLLERS NETGEAR PROSAFE JFS524 Green Link at 100M Off = Link at 10M 1 3 5 7 2 4 6 8 9 11 13 10 15 17 19 21 23 12 14 16 18 20 22 24 1 3 5 7 9 13 11 15 17 19 21 23 2 4 6 8 14 12 16 18 20 22 24 10 Link/Act Green Link at 100M Off = Link at 10M Link/Act Power Reset VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (5) DISPLAY CONTROLLERS VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 VGA HDMI 1 HDMI 2 COM 2 COM 4 COM 3 DC IN 12V SYS HDD USB KB/MS USB USB LAN LAN LINE IN LINE OUT MIC IN COM 1 (7) ETHERNET SWITCH (24 PORT) (10) TO ADDITIONAL DISPLAY CONTROLLERS (12) TO ADDITIONAL CLIENTS (6) PERIPHERAL CONTROLLERS NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power (4) SYNC TABLETS (11) TO ADDITIONAL TABLETS NETGEAR ProSafe GS116E 1 8 6 5 4 3 2 7 Both=1000M 100M 10M On = Link, Blink= ACT 9 16 14 12 11 10 15 13 Factory Defaults Power (3) ETHERNET SWITCH (16 PORT) (3) ETHERNET SWITCH (16 PORT) (14) SYNC TABLETS ONLY 1 2 ABC 3 DEF 4 GHI JKL5 MNO 6 7 PQRS TUV WXYZ 8 9 0 * # (15) INTERCOM (13) CREDIT CARD TERMINAL 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC 1 2 ABC 3 DEF 4 GHI JKL5 MNO 6 7 PQRS TUV WXYZ 8 9 0 * # LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 1 2 3 4 5 6 7 8 9 0 * # x QZ ABC DEF GHI JKL MNO PRS TUV WXY ’’” - SP VX 805 LAN ECR/ MSR/ RESET AUX PIN PAD PARAMS ON USB 5VDC (15) INTERCOM (15) INTERCOM (13) CREDIT CARD TERMINAL (13) CREDIT CARD TERMINAL Sync Ethernet Cabling (1) SYNC SERVER (2) SYNC CLIENT (3) ETHERNET SWITCH (8-PORT) (4) SYNC TABLETS (5) DISPLAY CONTROLLER (6) PERIPHERAL CONTROLLER (7) ETHERNET SWITCH (24 PORT) (8) ALL CABLING - CAT5E (9) TO ADDITIONAL PERIPHERAL CONTROLLERS (10) TO ADDITIONAL DISPLAY (11) TO ADDITIONAL TABLETS (12) TO ADDITIONAL CLIENTS CONTROLLERS (13) CREDIT CARD TERMINAL (14) SYNC TABLETS ONLY (15) INTERCOM

Sync Lane Pair Communication Cabling (One Lane Pair Shown) (1) VECTOR KEYPADS (2) RS-485 (3) RS-232 (4) PERIPHERAL CONTROLLER (5) AUTOMATED BUMPERS (6) WIDE SCREEN OVERHEAD CONTROL (7) LCD WIDE SCREEN TV-ONLY MONITOR (8) LCD WIDE SCREEN MONITOR (9) DISPLAY CONTROLLER (10) GS-INTERFACE (11) ONLY INSTALLED FOR (12) GS-PINSETTER ELECTICAL BOX NON-DIRECT CONNECT GS-98,GS-96, GS-92 OR GS-10 (13) GS PINSETTERS ONLY (14) SINGLE MOUNT TOUCHPADS (15) TOUCHPAD CABLE INTERFACE (16) DUAL PEDESTAL TOUCHPADS

Video Two types of video are used in the Sync system: Scoresheet - Scorer video for the overhead displays is generated by the Display Controller and connected to the displays through an HDMI cable. TV - The TV signal originates at the control desk and is daisy chained to each overhead in the system. Refer to the figure titled Sync System - Video Cabling. (1) TV DISTRIBUTION CENTER (OPTIONAL) (2) TV VIDEO CABLE (3) CONTROL DESK (6) WIDE SCREEN TV-ONLY� OVERHEAD MONITOR (2) TV VIDEO CABLE (9) TO ADDITIONAL OVERHEADS (5) WIDE SCREEN OVERHEAD MONITORS (5) WIDE SCREEN OVERHEAD MONITORS (2) TV VIDEO CABLE (2) TV VIDEO CABLE (9) TO ADDITIONAL OVERHEADS (4) DISPLAY CONTROLLER (4) DISPLAY CONTROLLER (11) SCORESHEET VIDEO LANE 2 (10) SCORESHEET VIDEO LANE 1 (12) SCORESHEET VIDEO LANE 3 (13) SCORESHEET VIDEO LANE 4 (7) SPLITTER (8) TAP Sync System - Video Cabling (1) TV DISTRIBUTION CENTER (2) TV VIDEO CABLES (3) CONTROL DESK (4) DISPLAY CONTROLLER (5) WIDE SCREEN OVERHEAD (6) WIDE SCREEN TV-ONLY MONITORS OVERHEAD MONITORS (7) SPLITTER (8) TAP (9) TO ADDITIONAL OVERHEADS (10) SCORESHEET VIDEO LANE 1 (11) SCORESHEET VIDEO LANE 2 (12) SCORESHEET VIDEO LANE 3 (13) SCORESHEET VIDEO LANE 4

CONTENTS Glossary of Terms .............................................................................................................................3 Sync Scoring Overview.....................................................................................................................4 Peripheral Controller .........................................................................................................................6 Distribution Board 7 .......................................................................................................................8 Connections and Components ..................................................................................................8 Status LEDs ............................................................................................................................11 Jumpers and Settings ..............................................................................................................14 Peripheral Controller Configuration Settings ...............................................................................18 Console Electronics .........................................................................................................................20 Sync Tablets .................................................................................................................................20 Dual Pedestal ..........................................................................................................................20 Sync Interface - Dual Pedestal Tablets ...................................................................................21 Single Pedestal / Table Mount ................................................................................................25 Sync Interface - Single Pedestal / Table Mount Tablet .........................................................26 Tablet Cleaning .......................................................................................................................27 Sync Scorer Power Supply .....................................................................................................28 Sync Touchpads ............................................................................................................................30 Dual Pedestal ........................................................................................................................30 Touchpad Interface - Dual Pedestal ........................................................................................31 Touchpad Cable Interface PCB - Dual Pedestal Touchpads ...................................................33 Sync Keyboard Controller .....................................................................................................35 Vector Keypads ............................................................................................................................37 Display Controller ...........................................................................................................................40 Connections ..................................................................................................................................40 Display Controller Configuration Settings ...................................................................................41 Lane Tab - Display Controller ................................................................................................41 Admin Tab - System Control ..................................................................................................44 Power Supply ...............................................................................................................................46 gs And stringPin pinsetter interface ................................................................................................47 Connections ..................................................................................................................................47 GS-X, GS-98 Direct Connect, Brunswick StringPin Pinsetters .............................................47 GS-98 Non-Direct Connect, GS-96, GS-92 and GS-10 Pinsetters ........................................48 Pinsetter HDLC Interface .............................................................................................................49 Pinsetter HDLC Power Supply ....................................................................................................51 Selecting Input Voltage for Auxiliary or Secondary Transformers ........................................52 Circuit Board and Component Replacement...................................................................................53 Display Controller Replacement ..................................................................................................54 Tablet Replacement ......................................................................................................................63 Peripheral Controller Replacement ..............................................................................................67 Cabling Overview ...........................................................................................................................72 Cable Diagrams ...............................................................................................................................83

GLOSSARY OF TERMS The following terms are used in this section. To better understand the information presented in the section you should familiarize yourself with these terms. CAT5e (Category 5e) - A twisted pair cable used for carrying signals. CAT5e is an enhanced version of Category 5 that adheres to more stringent standards. It is capable of transmitting data at speeds of up to 1000 Mbps (1 Gigabit per second). In the Sync system it is used in an Ethernet network to interconnect the Control Desk computer(s), Peripheral Controller boxes, overhead Display Controllers and the bowler’s input consoles. Peripheral Controller - A box located near the pinsetter on each lane pair that provides multiple functions for the lane pair. It is responsible for interfacing pin cameras, controlling machine functions such as on/off and reset, and handling signals needed for scoring such as foul, sweep switch, and ball detector signals. It can control AMF short cycle and automated bumpers, as needed. It also provides power and communication to optional Vector keypads. Ethernet - A protocol that specifies how computers send information to one another. Ethernet Switch - Device that is the central point of connection that enable network devices to communicate with each other. In the Sync scoring system multiple switches are used to connect the Peripheral Controllers, Display Controllers, Sync consoles and the Control system computer(s). Also refer to CAT5e. IP Address - A unique number assigned to a computer or device to identify it on a network. The number can be assigned to the device as needed from a central point called a DHCP server (dynamic) or set at the device itself (static). Port - A port can be described as a physical connection on a computer, ethernet switch or other electronic component that allows information to be sent or received from another computer or electronic device. In networking a port describes one of the 65,535 “channels” available within a IP address that allow a device to send and receive information. RS-232 - The most popular type of serial communication used by computers. This type of communication allows a computer to talk to a single specific device through a 9-pin connector called a comport. Each device that the computer “talks” to will have its own dedicated comport. RS-485 - A type of serial communication that allows a computer to talk to a multiple devices using one “shared” comport. Also refer to Serial Communication. Serial Communication - A popular means of transmitting data between a computer and another device. In the Sync system two types of serial communication are used; RS-232 and RS-485. Also refer to RS-232 and RS-485.

SYNC SCORING OVERVIEW The Sync scoring system includes electronic components located in the bowler and pinsetter areas. Together, these assemblies perform automatic scoring functions, provide the bowler with input capabilities, control the pinsetter, and display information about the game in progress. Refer to figures titled Sync Configuration Overview and Vector Keypad Configuration Overview. The system is available with Touchpads (keypads) or with full display touchscreen bowler’s consoles. Both types of consoles allow the bowler to enter all information needed to begin bowling, change or correct information once bowling has begun and access special features of the scoring system. The full display touchscreen console is also capable of showing the bowler’s scoresheet screen. Centers upgrading from Vector scoring have the option of re-using their Vector keypads instead of Sync bowler’s consoles. Overhead monitors for each lane pair are equipped with a computer called a Display Controller. This controller provides scoring functionality and produces a high definition (HD) scorer display for the screens. Peripheral Controller boxes mounted on the curtain wall connect to lane pair components such as the pinsetters, pin cameras, Vector keypads or Sync Touchpads (keypads), and automated bumpers as needed. Sync Configuration Overview (1) PERIPHERAL CONTROLLER (2) LEFT SYNC CONSOLE (3) RIGHT SYNC CONSOLE (TABLE MOUNTED) (TABLE MOUNTED) (4) LEFT SYNC CONSOLE (5) RIGHT SYNC CONSOLE (6) CURTAIN WALL (FLOOR MOUNT) (FLOOR MOUNTED) (7) DISPLAY CONTROLLER (8) WIDESCREEN OVERHEAD MONITORS

Vector Keypad Configuration Overview (1) PERIPHERAL CONTROLLER (2) LEFT VECTOR KEYPAD (3) RIGHT VECTOR KEYPAD (TABLE MOUNTED) (TABLE MOUNTED) (4) LEFT VECTOR KEYPAD (5) RIGHT VECTOR KEYPAD (6) CURTAIN WALL (FLOOR MOUNTED) (FLOOR MOUNTED) (7) DISPLAY CONTROLLER (8) WIDESCREEN OVERHEAD MONITORS

PERIPHERAL CONTROLLER The Peripheral Controller provides multiple functions for a lane pair dependent on the pinsetter in use and optional devices that may be installed on the lane pair. The board contains circuits to allow communication to GS series pinsetters, Brunswick automated bumpers and Sync Touchpad (keypad) or optional Vector keyboard. For non GS pinsetter installations it supplies power to the pin camera and processes the camera’s video, turns the pinsetters on/off, cycles the pinsetters as needed, interfaces the ball detectors and foul unit to the scoring system. The board also has the capability to control AMF automated bumpers and provide signals for AMF pinspotter chassis equipped with the short cycle functionality. Version 7 also contains circuitry and connectors on the circuit board to expand functionality in the future. Refer to figure titled: Peripheral Controller Box, Distribution Board 7 Connectors and Components, Distribution Board 7 LEDs, and Distribution Board 7 Jumpers. (11) POWER SUPPLY (2) FUSES (1) POWER SWITCH (4) CABLE FEED THROUGH HOLE (10) DISTRIBUTION BOARD 7 (8) CAMERA (7) GS PINSETTER (6) KEYPADS (9) BUMPERS (5) NETWORK CONNECTION (3) POWER IN (4) CABLE FEED THROUGH HOLE Peripheral Controller Box , Distribution Board 7 Connectors and Components, Distribution Board 7 LEDs, and Distribution Board 7 Jumpers

The function of the circuit boards, and external connections for the Peripheral Controller include: (1) Power Switch - Power switch for the Peripheral Controller box. Pressing this button turns the Peripheral Controller On/Off . (2) Fuses - Protection for the main input power. Rating = 2.0Amp 250V, Slow Blow. (3) Power In - 120VAC or 240VAC main input power for the Interface box. (4) Cable Feed Through Hole - Access holes for the cables that connect directly to the Distribution board. For non-GS pinsetters the cables that typically route through these holes include those for the pin camera’s video and ball detector signals, AMF bumper control, and switches and controls for the pinsetters. For GS pinsetters the ball detector signal used to determine ball speed is routed through the holes. (5) Network Connection - The connection point for the Cat5e cable from the Ethernet Switch located on the curtain wall. (6) Keypads - Connection that provides +12VDC power and RS-232 communication for Sync Touchpads and Vector Keypads. (7) GS Pinsetter - Connection that provides RS-485 communication for GS Series pinsetters. (8) Camera - Connection that provides +12VDC power to the pin camera used for non-GS pinsetter installations. (9) Bumpers - Connection that provides RS-485 communication for Brunswick automated bumpers. (10) Distribution Board 7 - The main circuit board inside the Peripheral Controller. (11) Power Supply - This board converts the incoming A/C power to supply 12 VDC. This voltage is used to generate additional voltage levels used by the Distribution PCBs, Pin Camera and Sync Touchpads or optional Vector Keypads. Input to the power supply can be 120 VAC or 240 VAC.

Distribution Board 7 Connections and Components J5 R_BUMPER_L D3 TX4 TX5 D2 RX4 RX5 D7 D8 PWR/RES_LEFT PWR/RES_RIGHT J3 J17 J30 D34 BUMP_LEFT CAM_1-3 BUMP_RIGHT D41 SW1 J33 FOUL_RT D75 SWP_RT THR_RT D84 OPEN SW2 8 7 6 5 4 3 2 1 J35 D61 SWP_LT SWP/THR_RT SP_OUT3 D97 D98 SP_OUT4 D69 J20 J34 K1 0DEG_RT D47 D57 JP8 SPARE OUT FOUL_LT J29 CAMERA_EN JP2 PWR_DN D95 SP_OUT1 D96 SP_OUT2 CAM_IN2 1 JP14 SPARE_IN J28 JP9 1 JP18 WD_EN RESET JP11 1 A21 JP13 1 A20 JP4 1 +5V +3.3V BYTE A19 +12Vdc SP_IN1 D53 D55 SP_IN3 D33 RST_LEFT +12V D100 D54 SP_IN2 SP_IN4 D56 J36 APS_LEFT D36 BEAT BOARD_ADR1 +12Vdc JP16 PWR_LEFT FOUL_IN K3 K4 LAN1 OUT D40 RST_RT D39 PWR_RT SWP/THR_LT THR_LT D62 1 JP3 T U D94 J13 PE4 PE5 PE3 D81 +12V +5V 1 Jp17 D50 F1 JP1 ALSB LAN1 IN J8 JP12 1 BOOT0 BOOT1 JP5 D32 J9 K2 D60 CAM_IN1 J12 NPS_LT 0DEG_LT D48 1 CE2 JP15 +12Vdc 44/NPS_LEFT 44/NPS_RIGHT SPEED 44DEG_LT D49 44DEG_RT D46 D58 NPS_RT PH_LEFT D73 PH_RIGHT J32 D102 PH_RIGHT PH_LEFT J27 APS_RIGHT D64 APS_RIGHT J37 APS_LEFT D59 LAN2 OUT J16 J15 LAN2 IN T U JP6 1 J19 LAN3 OUT LAN3 IN J18 T U 1 JP7 ISP LCD1 RS232 J6 RS232_L&R PT1 J21 16 1 BOARD_ADR2 OPEN SW3 JP10 +12Viso J1 FS_ERR D16 USB_PWR D17 J31 J14 D27 TX6 D23 RX1 D22 DIR1 TX1 D24 D25 DIR6 D26 RX6 DIR3 D28 TX3 D30 RX3 D29 +12V 1 JP19 +5V RS485 JP20 1 RS232 J7 J26 J25 J23 J24 J22 (15) BRUNSWICK BUMPER COMMUNICATION (19) KEYPADS (18) PIN CAMERA RS-232 (20) USB CONNECTORS (21) PROGRAMMING PORTS (25) LCD DISPLAY (23) PIN CAMERA VIDEO (24) LCD CONTRAST CONTROL (2) ETHERNET (5) SWITCH CLUSTER / NEW PIN SOLENOID (3) BALL DETECT (4) SWEEP / THROW SWITCH (7) AMF SHORT CYCLE (6) FOUL (11) EVEN LANE CONTROL (12) ODD LANE CONTROL (10) AMF BUMPER CONTROL (1) POWER IN (9) SPARE OUTPUT (8) SPARE INPUT (22) VIDEO OUT (13) ISP (16) GS PINSETTER COMMUNICATION DEBUG JTAG (17) RS-485 CONNECTORS (14) SPARE RS-485 CONNECTORS 8 7 6 5 4 3 2 1 Distribution Board 7 Connectors and Components The function of the connectors and components on the Distribution Board 7 are: (1) Power In - (J30) Board power connector. Input for +12VDC originating at the power supply. (2) Ethernet - (J31) Internal connection point for the Cat5e cable that attaches to the external “Ethernet” connector located on the bottom of the Peripheral Controller. The Distribution board communicates with the Sync control system, Display Controllers, and Sync Touchscreen consoles through this connection.

(3) Ball Detect - (J27,J32) Connections for the ball detector signals. When used in a system with pin cameras, these connections provide power for the ball detectors and an input for the signal that starts the scoring process and is used to determine ball speed. They are also used in GS pinsetters to monitor the GS pinsetter’s ball detectors so that ball speed can be calculated. Also refer to Ball Detect Jumper (JP17) and Ball Detect LEDs (D73,D102). J27 - Odd (left) lane J32 - Even (right) lane (4) Sweep / Throw Switch - (J33,J34) Connections for the signal from the sweep/rake switch installed on the pinsetter when pin cameras are used for scoring. These connections are not used with GS pinsetter installations. Also refer to Sweep Switch / Throw LEDs (D61,D62, D75,D84). J33 - Odd (left) lane J34 - Even (right) lane (5) Switch Cluster / New Pins Solenoid - (J22,J24) Connections for the signals from the 0 degree and 44 degree switches and the New Pin Solenoids (NPS) that may be installed as an option for A-2 pinsetters. Also refer to Switch Cluster LEDs (D46-D49) and NPS LEDs (D50,D58). J22 - Odd (left) lane J24 - Even (right) lane (6) Foul - (J35) Input for the signals from the foul units for both the left and right lanes. Also refer to Foul Jumper (JP18) and Foul LEDs (D69,D94). (7) AMF Short Cycle - (J36,J37) Connection to the AMF 8270MP pinspotter to allow the machines to perform a short cycle when needed. Also refer to AMF Short Cycle LEDs (D59,D64). J36 - Odd (left) lane J37 - Even (right) lane (8) Spare Input - (J28) Reserved for future use. (9) Spare Output - (J29) Reserved for future use. (10) AMF Bumper Control - (J26) Connection to AMF automated bumpers. Also refer to AMF Bumper Control LEDs (D34,D41). (11) Even Lane Control - (J25) Connection to the even (right) lane pinsetter. The distribution PCB turns the even lane pinsetter on/off by energizing relay K3 and resets (cycle) the pinsetter by energizing relay K4. LED D19 turns “on” when the pinsetter power relay (K1) energizes. LED D23 turns “on” when the pinsetter reset relay (K2) energizes. This connector is not used for installations with GS Series pinsetters. (12) Odd Lane Control - (J23) Connection to the odd (left) lane pinsetter. The distribution PCB turns the even lane pinsetter on/off by energizing relay K1 and resets (cycle) the pinsetter by energizing relay K2. LED D27 turns “on” when the pinsetter power relay (K1) energizes. LED D33 turns “on” when the pinsetter reset relay (K4) energizes. This connector is not used for installations with GS Series pinsetters.

(13) ISP - (J20) In system programming connector for manufacturer’s use only. (14) Spare RS-232 /RS-485 Connectors - (J18,J19) Normally theses connection are not used. For centers equipped with an Intellishield ball lift safety device, J18 is used for communication to the Intellishield Controller. Jumper JP20 is used to select RS-232 or RS-485 communication. (15) Brunswick Bumper Communication - (J15,J16) Internal connection point for the cable that attaches to the external “Bumper” connector located on the bottom of the Peripheral Controller. This connector is used to communicate to optional Brunswick automated bumpers. The output connection (J16) is not used. (16) GS Pinsetter Communication - (J8,J9) Internal connection point for the cable that attaches to the external “GS Pinsetter” connector located on the bottom of the Peripheral Controller. Connection that provides RS-485 communication for GS series Pinsetters. The output connection (J9) is not used. (17) RS-485 Connections - (J8,J9,J15,J16,J18,J19) Connections that provides RS-485 communication for GS series Pinsetters (J8) and optional Brunswick automated bumpers (J15). The output connections (J9,J16) and the spare Connectors (J18,J19) are not used. (18) Pin Camera RS-232 - (J7) Internal connection point for the cable that attaches to the external “Camera” connector located on the bottom of the Peripheral Controller. This connection provides +12VDC power for the pin camera. (19) Keypads - (J6) Internal connection point for the cable that attaches to the external “Keypad” connector located on the bottom of the Peripheral Controller. This connection provides +12VDC power and RS-232 communication for the Sync Touchpad and Vector Keypads. (20) USB Connectors - (J1,J5) Not Used. For manufacturer’s use only. (21) Programming Ports - (J13,J14) For factory use only. (22) Video Out - (LCD1) For factory use only. (23) Pin Camera Video - (J3) Connection for the video originating at the pin camera. (24) LCD Contrast Control - (PT1) For factory use only. (25) LCD Display - (J21) For factory use only

Status LEDs J5 R_BUMPER_L D3 TX4 TX5 D2 RX4 RX5 D7 D8 PWR/RES_LEFT PWR/RES_RIGHT J3 J17 J30 D34 BUMP_LEFT CAM_1-3 BUMP_RIGHT D41 SW1 J33 FOUL_RT D75 SWP_RT THR_RT D84 J35 D61 SWP_LT SWP/THR_RT SP_OUT3 D97 D98 SP_OUT4 D69 J20 J34 K1 0DEG_RT D47 D57 JP8 SPARE OUT FOUL_LT J29 CAMERA_EN JP2 PWR_DN D95 SP_OUT1 D96 SP_OUT2 CAM_IN2 1 JP14 SPARE_IN J28 JP9 1 JP18 WD_EN RESET JP11 1 A21 JP13 1 A20 JP4 1 +5V +3.3V BYTE A19 +12Vdc SP_IN1 D53 D55 SP_IN3 D33 RST_LEFT +12V D100 D54 SP_IN2 SP_IN4 D56 J36 APS_LEFT D36 BEAT +12Vdc JP16 PWR_LEFT FOUL_IN K3 K4 LAN1 OUT D40 RST_RT D39 PWR_RT SWP/THR_LT THR_LT D62 1 JP3 T U D94 1 J13 PE4 PE5 PE3 D81 +12V +5V 1 JP17 D50 F1 JP1 ALSB LAN1 IN J8 JP12 1 BOOT0 BOOT1 JP5 D32 J9 K2 D60 CAM_IN1 J12 NPS_LT 0DEG_LT D48 1 CE2 JP15 +12Vdc 44/NPS_LEFT 44/NPS_RIGHT SPEED 44DEG_LT D49 44DEG_RT D46 D58 NPS_RT PH_LEFT D73 PH_RIGHT J32 D102 PH_RIGHT PH_LEFT J27 APS_RIGHT D64 APS_RIGHT J37 APS_LEFT D59 LAN2 OUT J16 J15 LAN2 IN T U JP6 1 J19 LAN3 OUT LAN3 IN J18 T U 1 JP7 ISP LCD1 RS232 J6 RS232_L&R PT1 J21 16 1 JP10 +12Viso J1 FS_ERR D16 USB_PWR D17 J31 J14 20 19 2 1 D27 TX6 D23 RX1 D22 DIR1 TX1 D24 D25 DIR6 D26 RX6 DIR3 D28 TX3 D30 RX3 D29 +12V 1 JP19 +5V RS485 JP20 1 RS232 J7 J26 J25 J23 J24 J22 (13) RS-485 (LAN3) COMMUNICATION (16) KEYPAD (EVEN) (11) AMF BUMPER CONTROL (2) NETWORK SPEED (4) SWITCH CLUSTER SWITCHES (3) DIAGNOSTIC (6) SWEEP SWITCH/ THROW SIGNAL (8) AMF SHORT CYCLE (7) FOUL (1) POWER (9) SPARE INPUT (5) BALL DETECT (10) SPARE OUTPUT (12) LANE CONTROL (17) KEYPAD (ODD) (18) USB (15) RS-485 (LAN1) COMMUNICATION (14) RS-485 (LAN2) COMMUNICATION (19) NPS OPEN SW2 8 7 6 5 4 3 2 1 BOARD_ADR1 BOARD_ADR2 OPEN SW3 8 7 6 5 4 3 2 1 Distribution Board 7 LEDs The function of the LEDs on the Distribution Board 7 are: (1) Power - (D57,D81,D100) Power indicator LEDs D57 (red) - +3.3VDC D81 (red) - +5VDC D100 (green) - +12VDC (2) Network Speed - (D60) LED D60 (green) indicates the status of the Ethernet network connections. ON - Network cable is connected FLASHING - Network activity (3) Diagnostics - (D36) LED D36 (green) flashes when the Distribution PCB is working properly.

(4) Switch Cluster Switches - (D46 - D49) These LEDs light to indicate when the zero degree and 44 degree switches that are available as an option on A-2 pinsetters are “closed”. D46 (red) - Right Lane 44 degree switch D47 (red) - Right Lane 0 degree switch D48 (green) - Left Lane 0 degree switch D49 (green) - Left Lane 44 degree switch (5) Ball Detect - (D73,D102) These LEDs turn “ON” when a ball detect signal occurs. D73 (green) - Left lane ball detect D102 (red) - Right lane ball detect (6) Sweep Switch / Throw - (D61,D62,D75,D84) These LEDs turn “ON” when the sweep switch on the pinsetter is actuated and when the pinsetter is on first ball. These LEDs are only used for installations equipped with pin cameras. D61 (green) - Left lane sweep switch D62 (green) - Left lane 1st ball D75 (red) - Right lane sweep switch D84 (red) - Left lane 1st ball (7) Foul - (D69,D94) These LED turn “ON” when the board is receiving a foul signal. These LEDs are not used for GS Series pinsetters installations. D69 (green) - Left lane foul signal D94 (red) - Right lane foul signal (8) AMF Short Cycle - (D59,D64) These LED turn “ON” when the short cycle signal is sent to the AMF pinspotter. D59 (green) - Left lane short cycle D64 (red) - Right lane short cycle (9) Spare Input - (D53-D56) Not Used. (10) Spare Output - (D95-D98) Not Used. (11) AMF Bumper - (D34, D41) These LEDs turn “ON” when a signal (voltage) is sent to the AMF automated bumpers. D34 (green) - Left lane bumpers D41 (red) - Right lane bumpers (12) Lane Control - (D32,D33,D39,D40) These LEDs turn “ON” when the relays to turn on or reset the pinsetters are energized. These LEDs are not used for GS Series pinsetters installations. D32 (green) - Left lane power (K1 energized) D33 (green) - Left lane reset (K2 energized) D39 (red) - Right lane power (K3 energized) D40 (red) - Right lane reset (K4 energized)

(13) RS-485 (LAN3) Communication - (D28-D30) Not Used. LED D28 (blue) - Direction LED D29 (red) - Receive LED D30 (green) - Transmit (14) RS-485 (LAN2) Communication - (D25-D27) These LEDs turn “ON” when information is being transmitted or received from the Brunswick bumpers. LED D25 (blue) - Direction LED D26 (red) - Receive LED D27 (green) - Transmit (15) RS-485 (LAN1) Communication - (D22-D24) These LEDs turn “ON” when information is being transmitted or received from the GS Series pinsetter. LED D22 (blue) - Direction LED D23 (red) - Receive LED D24 (green) - Transmit (16) Keypad Even - (D7,D8) These LEDs turn “ON” when information is being transmitted or received from the even (right) lane Sync Touchpad or Vector Keypad. LED D7 (red) - Receive LED D8 (green) - Transmit (17) Keypad Odd - (D2,D3) These LEDs turn “ON” when information is being transmitted or received from the odd (left) lane Sync Touchpad or Vector Keypad. LED D2 (red) - Receive LED D3 (green) - Transmit (18) USB - (D16, D17) Not Used. LED D16 (red) - USB error LED D17 (green) - USB power (19) NPS - (D50,D58) These LED turn “ON” when a 12VDC signal is sent to the New Pin Solenoid that is available as an option on A-2 pinsetters. LED D50 (green) - Left lane NPS LED D58 (red) - Right lane NPS

The function of the jumpers on the Distribution Board 7 are: (1) Programming Jumpers - (JP4,JP5,JP9,JP11,JP13) For factory use only JP4,JP5 - Install jumper at pins 2-3 (Gnd) (Default) JP9,JP11,JP13 - Install jumper at pins 1-2 (Default) (2) Ball Detect - (JP17) Jumper used to configure the Distribution PCB to power the ball detectors used in installations equipped with pin camera with 5VDC or 12VDC. This setting is only impacts installations that use cameras for scoring (Centers without GS-Series pinsetters and StringPin pinsetters). For square type ball detectors, set the jumper to 5VDC. For the round ball detectors, set the jumper to 12VDC. CAUTION! The ball detect jumper on the Distribution board MUST be set to the proper voltage. Failure to do so can cause permanent damage to the ball detector. Square Ball Detector - Install jumper at pins 1-2 (5V) Round Ball Detector - Install jumper at pins 2-3 (12V) (3) Watchdog Enable - (JP12) For factory use only. JP12 - Remove jumper (Default) (4) Foul - (JP18) Jumper used to configure the distribution so that is can properly handle the foul input signal. When using Brunswick foul units or foul units that use a relay type (switch) output, install a jumper to short the pins. If using a foul unit that supplies +12VDC as an output (AMF) remove the jumper. Brunswick Foul Unit - Install jumper (Default) AMF Foul Unit - Remove Jumper (5) Spare Power - (JP16) Reserved for future use. JP16 - Remove Jumper (Default) (6) +12V Isolation - (JP10) Factory use only. JP10 - Install Jumper (Default) (7) RS-485 (LAN) Termination - (JP3,JP6,JP7) Jumpers used to terminate the RS-485 communication. JP3 - GS pinsetter communication. Install jumper at pins 2-3 (Terminate) (Default) JP6 - Brunswick automated bumpers. Install jumper at pins 2-3 (Terminate) (Default) JP7 - Spare. Install jumper at pins 2-3 (Terminate) (Default)

(8) Camera Port Power (JP19) - Selects voltage level used for the cameras. Install jumpers at pins 2-3 (+12V). (9) LAN3 Communication Type (JP20) - Determines the communication protocol used for LAN3 (J18). Default - Install jumper at pins 2-3 (RS232) Intellishield controller connected to LAN3 - Install jumper at pins 1-2 (RS485) (10) Reset - (SW1) Push button used to restart the Distribution board. (11) Digital Camera Enable - (JP8) Factory use only. JP8 - Install Jumper (Default) � (12)� Memory�Configuration - (JP14,JP15) Factory use only. JP14 - Install jumper at pins 1-2 (Default) JP15 - Install jumper at pins 1-2 (Default) (13) Board Address 2 - Factory use only. Always set switch 8 to the ON position. Setting the switch to the OFF position will place the board into a factory test mode and cause diagnostics LED, D36 to flash rapidly.

(14) Board Address 1 - Bank of 8 switches used to assign the lane ID. Refer to figure titled Distribution Board Lane Assignment (Board Address 1). Distribution Board Lane Assignment (Board Address 1)

Peripheral Controller Configuration Settings Settings for the Peripheral Controller can be found in the Sync office program under the Lanes tab, Distribution Board selection. These setting are configured at installation and typically do not need to be altered when replacing the Peripheral Controller. They are provided here for reference purposes only. Refer to figures titled Distribution Setup 1, Distribution Setup 2 and Distribution Properties. 1 2 Distribution Setup 1 Distribution Setup 2

Distribution Properties (1) Switch Setting - The decimal value of the address of the Board Address 1 switches. (2) Lane Assignment - From the drop down box, select the left and right lane numbers where the Distribution Board is connected. (3) Display Controller - From the drop down box, select the Display Controller that is associated with the lane pair where the Peripheral Controller is connected. (4) Host - The IP address assigned to the Peripheral Controller. (For informational use only) (5) Port - The network port assigned to the Peripheral Controller. (For informational use only)

CONSOLE ELECTRONICS The bowler’s console allows the bowler to enter all information needed to begin bowling, change or correct information once bowling has begun and access special features of the scoring system. Sync bowler’s consoles can be equipped with a standard keypads (Touchpads) or full touchscreens (Tablets) capable of displaying the bowling scoresheet. Centers upgrading from Vector scoring have the option of re-using their Vector keypads instead of Sync bowler’s consoles. The consoles can be mounted to tables or pedestal mounted to the floor. The type bowler’s console and the mounting method determines the interface board needed to connect the console to the rest of the system. Sync Tablets Dual Pedestal (1) SYNC INTERFACE (2) TABLET (3) BACK VIEW (4) FRONT VIEW J5 J4 J1 J3 J10 + - + - - + - + Sync Tablet - Dual Pedestal (1) SYNC INTERFACE (2) TABLET (3) BACK VIEW (4) FRONT VIEW

Sync Interface - Dual Pedestal Tablets The interface board located in dual tablet pedestals connects two touchscreen tablets to the pedestal’s speakers and microphones and provides 12VDC to power the tablets. Two similar interface boards are available with the difference being the addition of RJ-45 connectors used for routing the ethernet cat5e network cables. This board with the added connectors provide a simple pass-through for the network signal allowing centers that upgrade their tablets to the most recent model to use their existing network cabling. Refer to the figures titled Sync Interface - Dual Pedestal Tablets (Non Upgrade Version) and Sync Interface - Dual Pedestal Tablets (Tablet Upgrade Version) (10) SPEAKERS (9) ETHERNET CABLES (57-501416-XXX) (8) POWER CABLE (57-501320-000) J4 J5 - 2 1 + JPR1 SP_G SP_G JPR3 JPR2 Vin1/Vin2 JPR5 1 MN ST (5) POWER LED (1) TO TOUCHSCREEN (2) POWER INPUT (2) POWER INPUT (1) TO TOUCHSCREEN (5) POWER LED (6) SPEAKER CONFIGURATION JUMPERS (7) POWER JUMPER (4) SPEAKER CONNECTION JPR4 1 MN ST (6) SPEAKER CONFIGURATION JUMPERS - PWR1 2 L12 L1 PWR2 D7 +12V C1 C2 C6 C9 L2 L5 J3 +12V C3 L7 L4 D6 TP3 C10 C12 L9 J1 J2 1 C5 L11 L6 L10 L16 J10 C7 D10 1 J4 D5 D9 D1 D8 C4 C8 D2 D3 D4 MIC1 MIC2 C11 + L13 L3 +12V L17 L15 L8 SPEAKERS RS-232 L14 U1 J5 (3) ETHERNET CONNECTION (3) ETHERNET CONNECTION - + - + L R J1 J3 J10 + - RED BLACK GREEN WHITE + - TESTED DATE INITIALS TESTED DATE INITIALS Sync Interface - Dual Pedestal S5 Tablets (Non Upgrade Version)

The function of the components and connectors on the pedestal mounted Sync Interface are: (1) To Touchscreen - (J1,J3) Connection to the tablet for the speaker and microphone signals and 12VDC power. J1 - Right (even) lane J3 - Left (odd) lane (2) Power Input - (J4,J5) Input for 12 VDC originating at the Sync console power supply located on the curtain wall. J4 - Right (even) lane J5 - Left (odd) lane (3) Ethernet Connection - Connection for the Cat5e cabling from the Sync system network. The tablet communicates with the Sync control system, Display Controllers, and Peripheral Controller through this connection. (4) Speakers - (J7) Connection for the speakers located in the pedestal. (5) Power Led - (D6,D7) These LEDs turn “ON” when 12 VDC power is received at the board. Refer to (2) Power Input. D6 - 12 VDC input power at J4 is present. D7 - 12 VDC input power at J5 is present. � (6)� Speaker�Configuration�Jumpers - (JPR1,JPR3, JPR4,JPR5) Jumpers used to select which audio signal routes to the speaker and the grounding method of the speakers. JPR1,JPR3 - Ground Method. Remove Jumper (Default) JPR4 - Audio Channel Select for the even lane (right) tablet. Install jumper at pins 1-2 (Default) to route the tablet’s right channel audio to the speakers. JPR5 - Audio Channel Select for the odd lane (left) tablet. Install jumper at pins 1-2 (Default) to route the tablet’s right channel audio to the speakers. (7) Power Jumper - (JPR2) Jumper that connects the inputs of J4 and J5 together. This allows the both tablets to be powered through either power input connector in the event that power is not available at the other connector. JPR2 - Remove Jumper - DO NOT Install (Default) (8) Power Cable - Power input cables originating from the table power supply located on the curtain wall. (9) Ethernet Cables - Cables to the Sync Network Switch (10) Speakers - Speakers for intercom and exciter audio WARNING! Do not install a jumper on Power Jumper (JPR2) when power is applied to connector Power Input (J5). Damage to the Sync Console Power Supply may result.

(10) SPEAKERS (9) ETHERNET CABLES (57-501416-XXX) (8) POWER CABLE (57-501320-000) J4 J5 - 2 1 + JPR1 SP_G SP_G JPR3 JPR2 Vin1/Vin2 JPR5 1 MN ST (5) POWER LED (1) TO TOUCHSCREEN (2) POWER INPUT (2) POWER INPUT (1) TO TOUCHSCREEN (5) POWER LED (6) SPEAKER CONFIGURATION JUMPERS (7) POWER JUMPER (4) SPEAKER CONNECTION JPR4 1 MN ST (6) SPEAKER CONFIGURATION JUMPERS - PWR1 2 L12 L1 PWR2 D7 +12V C1 C2 C6 C9 L2 L5 J3 +12V C3 L7 L4 D6 TP3 C10 C12 J7 L9 J1 J8 J6 J2 1 C5 L11 L6 L10 L16 J10 C7 D10 1 J4 D5 D9 D1 D8 C4 C8 D2 D3 D4 MIC1 MIC2 C11 + J9 L13 L3 +12V L17 L15 L8 SPEAKERS RS-232 L14 U1 J5 (3) ETHERNET CONNECTION (3) ETHERNET CONNECTION (3) ETHERNET CONNECTION (3) ETHERNET CONNECTION (3) ETHERNET CONNECTION (3) ETHERNET CONNECTION J6 R J8 L J7 J9 (3) ETHERNET CONNECTION - + - + L R J1 J3 J10 + - RED BLACK GREEN WHITE + - TESTED DATE INITIALS TESTED DATE INITIALS Sync Interface - Dual Pedestal Tablets (Tablet Upgrade Version) The function of the components and connectors on the pedestal mounted Sync Interface are: (1) To Touchscreen - (J1,J3) Connection to the tablet for the speaker and microphone signals and 12VDC power. J1 - Right (even) lane J3 - Left (odd) lane (2) Power Input - (J4,J5) Input for 12 VDC originating at the Sync console power supply located on the curtain wall. J4 - Right (even) lane J5 - Left (odd) lane

(3) Ethernet Connection - Connections for the Cat5e cabling from the Sync system network. These connections provide a pass-though for the network signal to allow the use of existing network cables when upgrading to the latest tablet model. The tablet communication to the Sync control system, Display Controllers, and Peripheral Controller route through these connections. J6 - Right (even) lane input (from switch) J7 - Right (even) lane output (to tablet) J8 - Left (odd) lane input (from switch) J9 - Left (odd) lane output (to tablet) (4) Speakers - (J7) Connection for the speakers located in the pedestal. (5) Power Led - (D6,D7) These LEDs turn “ON” when 12 VDC power is received at the board. Refer to (2) Power Input. D6 - 12 VDC input power at J4 is present. D7 - 12 VDC input power at J5 is present. � (6)� Speaker�Configuration�Jumpers - (JPR1,JPR3, JPR4,JPR5) Jumpers used to select which audio signal routes to the speaker and the grounding method of the speakers. JPR1,JPR3 - Ground Method. Remove Jumper (Default) JPR4 - Audio Channel Select for the even lane (right) tablet. Install jumper at pins 1-2 (Default) to route the tablet’s right channel audio to the speakers. JPR5 - Audio Channel Select for the odd lane (left) tablet. Install jumper at pins 1-2 (Default) to route the tablet’s right channel audio to the speakers. (7) Power Jumper - (JPR2) Jumper that connects the inputs of J4 and J5 together. This allows the both tablets to be powered through either power input connector in the event that power is not available at the other connector. JPR2 - Remove Jumper - DO NOT Install (Default) (8) Power Cable - Power input cables originating from the table power supply located on the curtain wall. (9) Ethernet Cables - Cables to the Sync Network Switch (10) Speakers - Speakers for intercom and exciter audio WARNING! Do not install a jumper on Power Jumper (JPR2) when power is applied to connector Power Input (J5). Damage to the Sync Console Power Supply may result.

Single Pedestal / Table Mount (1) SYNC INTERFACE (2) TABLET (3) BACK VIEW (4) FRONT VIEW Sync Tablet - Table / Single Pedestal Mounted (1) SYNC INTERFACE (2) TABLET (3) BACK VIEW (4) FRONT VIEW

Sync Interface - Single Pedestal / Table Mount Tablet The interface board for single pedestal or table mounted tablets connects the tablet to the internal speakers and microphone and provides 12VDC to power the tablet. Refer to the figures titled Sync Interface - Table / Single Pedestal. J1 RED BLACK + - VIEW FROM BACK - + (1) J4 TO TOUCHSCREEN (2) J3 POWER INPUT (5) D1 POWER LED (6) JPR1 SPEAKER CONFIGURATION JUMPER (2) J3 POWER INPUT (1) J4 TO TOUCHSCREEN (3) ETHERNET CONNECTION (4) J1 TO SPEAKERS / MICROPHONE (4) J1 TO SPEAKERS MICROPHONE J4 L10 R1 C6 C5 C2 C1 L6 J1 D5 D3 U1 JPR1 1 J3 2 57-501295-000 +12V BRUNSWICK BP TP1 TP3 L3 J4 C9 C3 L1 L2 L8 L9 INTERFACE TM SP_G C4 RS-232 POWER IN + D4 - D2 SP & MIC C7 D1 +12V GND L5 L7 C8 L4 (8) SPEAKER (8) SPEAKER (7) TABLET PCB Sync Interface - Single Pedestal / Table Mounted Tablets (Non Upgrade Version) The function of the components and connectors on the table/single pedestal mounted Sync Interface are: 1) To Touchscreen - (J4) Connection to the tablet for the speaker and microphone signals and 12VDC power. (2) Power Input - (J3) Input for 12 VDC originating at the Sync console power supply located on the curtain wall. (3) Ethernet Connection - Connection for the Cat5e cabling from the Sync system network. The Sync tablet communicates with the control system, Display Controllers, and Peripheral Controller box through this connection. (4) Speakers / Microphone - (J1) Connection for the speakers and micophones located in the console. (5) Power Led - (D1) This LED turns “ON” when 12 VDC power is received at the board. Refer to (2) Power Input. � (6)� Speaker�Configuration�Jumpers - (JPR1) Jumper used to select the grounding method of the speakers. JPR1 - Ground Method. Remove Jumper (Default)

Tablet Cleaning The tablet surface should be kept free of dirt, dust, finger prints, or other materials that could lower the screen visibility. For fingerprint smudges, dust, and lint, wipe the screen gently using a dry microfiber cloth. Never use a paper towel or other paper-based towels as they can leave scratches on the screen. For dirtier screens, use a small amount of water (don’t add soap or anything else to the water) to make a corner of the cloth slightly damp. IMPORTANT: DO NOT use harsh chemicals, including Windex, anything with ammonia, or alcohol-based cleaners. If a liquid is necessary, you should only use a small amount of water on the cloth. NEVER use abrasive cloths, paper towels, or tissue paper, which can scratch the touchscreen. The scratches will be small and build up over time, damaging and dulling the screen. Instead, use microfiber cloths, which are specially designed to clean sensitive surfaces.

Sync Scorer Power Supply The Sync power supply is mounted on the curtain wall of a lane pair for installations equipped with Sync touchscreens. The unit accepts a universal input of 120 VAC - 240 VAC. Outputs include 12VDC connectors to supply the touchscreen tablets for a lane pair as well as the tablet Ethernet switch located under the ball rack on select lane pairs and a main power output connection that can be used to power the Peripheral Controller. Fuses located inside the power input connector protects the unit from power surges. Refer to the figure titled Sync Scorer Power Supply - Tablet Installations. 2X 5.0 AMP SLOW BLOW FUSES ONLY RIGHT LANE LEFT LANE NETWORK SWITCH (5) TO LEFT LANE SYNC CONSOLE (4) TO RIGHT LANE SYNC CONSOLE (6) TO CONSOLE NETWORK SWITCH POWER IN (1) AC POWER IN (3) AC POWER OUT (2) POWER FUSES (5A SB) POWER OUT POWER IN 2X 5.0 AMP SLOW BLOW FUSES ONLY Sync Scorer Power Supply - Tablet Installations

The function of the connectors and components on the touchscreen transformer are: (1) AC Power In - A/C power input. (2) Power Fuses - Fuses used for the incoming A/C power. INPUT VOLTAGE FUSE RATING 110 VAC - 120 VAC 5.0 AMP 250V Slow Blow 220 VAC -240 VAC 5.0 AMP 250V Slow Blow (3) AC Power Out - A/C power connection used to power the Peripheral Interface. (4) To Right Lane Sync Console - Output for 12 VDC for the right (even) lane Sync Tablet console. (5) To Left Lane Sync Console - Output for 12 VDC for the left (odd) lane Sync Tablet console. (6) To Console Network Switch - Output for 12 VDC used to power the Sync Tablet Ethernet switch as needed on select lane pairs.

Sync Touchpads The Sync Touchpads are full function keyboards that allows the bowler to enter all information needed to begin bowling or change/correct information once bowling has begun. The use of a keypad gives the bowler complete control over bowling functions without the added cost of a lower display. The Touchpads are available in floor-mounted dual or single pedestal configurations or can be mounted individually to the table tops of certain Brunswick designed furniture. For dual pedestal installations, a Touchpad Interface PCB, mounted inside the pedestal, along with the Touchpad Cable Interface board, located under the lanes near the ball lift, provide a convenient and flexible way to route cabling. Because of this cable routing method, only a couple of connectors on the Controller board are used for dual pedestals. When the touchpad is individually mounted the connections on the Controller board are used to route the cables lane to lane. Because of this, most of the connections are needed when the touchpad are mounted individually using a single pedestal or table mount. Dual Pedestal (1) TOUCHPAD INTERFACE (2) TOUCHPAD (3) BACK VIEW (4) FRONT VIEW 1 2 3 4 5 6 7 8 9 0 Q W E R T Y U I O P A S D F G H J K L ? Z X C V B N M . ! + space / O OK - X cancel service 1 2 3 4 5 6 7 8 9 0 Q W E R T Y U I O P A S D F G H J K L ? Z X C V B N M . ! + space / O OK - X cancel service J1 J3 AUDIO AUDIO LAN IN SPEAKER J5 J6 J2 J4 IN OUT Sync Tablet - Dual Pedestal (1) TOUCHPAD INTERFACE (2) TOUCHPAD (3) BACK VIEW (4) FRONT VIEW

Touchpad Interface - Dual Pedestal The Touchpad Interface PCB for dual pedestal consoles contains the circuitry to connect two touchpad keyboards to the Sync scoring system. The Touchpad Interface PCB along with the Touchpad Cable Interface board located under the lanes near the ball lift provide a convenient and flexible way to route cabling to the touchpads inside a dual pedestal. AUDIO IN AUDIO OUT SPEAKERS LAN IN LAN OUT INTERFACE PCB MIC/ AUDIO IN AUDIO OUT SPEAKERS LAN IN LAN OUT INTERFACE PCB MIC/ J1 J3 AUDIO AUDIO LAN IN SPEAKER J5 J6 J2 J4 IN OUT 57-501284-000 57-501281-000 (1) TO SYNC KEYBOARD CONTROLLER J8 (2) INTERCOM AUDIO CONNECTIONS (3) COMMUNICATION / POWER CONNECTION (8) SPEAKERS (5) POWER LED (6) INTERCOM AUDIO CABLE (4) SPEAKER CONNECTION (9) BACK VIEW OF CONSOLE JPR1 1 U T MIC1 D2 L3 MIC2 R1 R2 C1 C2 C6 C9 L2 L1 L4 C10 +12V TP2 L8 C3 TP1 C4 D3 +12V L5 GND L7 J1 J3 D1 C5 L6 J2 SPEAKERS J5 J4 C7 C8 LAN_IN AUDIO_IN AUDIO_OUT J6 L9 (7) COMMUNICATION / POWER CABLE (10) TO TOUCHPAD CABLE INTERFACE (11) SYNC KEYBOARD CONTROLLER (1) TO SYNC KEYBOARD CONTROLLER J8 (11) SYNC KEYBOARD CONTROLLER Touchpad Interface - Dual Pedestal

The function of the components and connectors on the pedestal mounted Sync Interface are: (1) To Sync Keyboard Controller J8 - (J1,J3) Connection for communication, power and audio that is sent to the J8 connector on the Sync Keypad Controller PCB. J1 - Left (odd) lane J3 - Right (even) lane (2) Intercom Audio Connections- (J5,J6) Connections for the intercom audio originating from the Audio Control Unit located at the control desk. J5 - Audio In (For Both Lanes) J6 - Audio Out (Not Used) (3) Communication / Power Connection - (J2) Connection for the power, communication and audio exciter signals that originate at the Peripheral Controller. This connection handles the signals for both lanes. Refer to (7) Communication / Power Cable. (4) Speakers - (J4) Connection for the speakers located in the pedestal. (5) Power Led - (D3) This LED turns “ON” when 12 VDC power is received at the board. Refer to (3) Communication / Power Connection and (7) Communication / Power Cable. (6) Intercom Audio Cable - Cable for the intercom audio(s) originating at the control desk Audio Control box. The cable attaches to the Touchpad Cable Interface PCB located under the lanes, behind the ball lift. (7) Communication / Power Cable - Cable that delivers power, communication and audio exciter signals that originate at the Peripheral Controller. The cable attaches to the Touchpad Cable Interface PCB located under the lanes, behind the ball lift. (8) Speakers - Speakers used for the exciter and intercom audios as well as the keyboard beep that occurs when the bowler presses a button on the touchpad. (9) Back View of Console - A rear view of the pedestal with all covers removed. (10) To Touchpad Cable Interface - To simplify cable routing and connections, the cables used for the Sync Touchpad first connect to a circuit board called a Touchpad Cable Interface. This board is located under the lanes, near the ball lift. (11) Sync Keyboard Controller - A circuit board responsible for interfacing the keyboard and intercom and exciter audios in the Touchpad. The connections on the board allow for flexibility in routing cables to the Touchpad. The actual connections used on the board is dependent on whether the Touchpad is installed in a dual pedestal or in mounted individually.

Touchpad Cable Interface PCB - Dual Pedestal Touchpads To conveniently connect cables to a dual pedestal Touchpad as well as route the cables lane to lane, a connection board called a Touchpad Cable Interface is used. The board is located under the lanes, near the ball lift. (4) INTERCOM AUDIO OUT (2) COMMUNICATION / POWER / EXICTER AUDIO IN (3) INTERCOM AUDIO IN (1) POWER LED (5) COMMUNICATION / POWER / EXICTER AUDIO OUT R1 J1 J3 J2 J4 +12V TP2 TP1 LAN_IN AUDIO_IN AUDIO_OUT J5 D1 +12V GND L1 Cable Interface - Dual Pedestal Touchpads The function of the components and connectors on the Cable Interface for dual pedestal touchpads are: (1) Power LED (D1) - This LED turns “ON” when 12 VDC power is received at the board. Refer to (2) Communication / Power / Exciter Audio In (J1). (2) Communication /Power/Exciter Audio In (J1) - Connection for the power, communication and audio exciter signals that originate at the Peripheral Controller. The signals that enter the board at this connection pass through the board and directly connect to output connector J2. This connection handles the signals for both lanes. Refer to (5) Communication/Power/Exciter Audio Out (J2). (3) Intercom Audio In (J3) - Input of the intercom audio(s) originating at the control desk Audio Control box. If the board is located at the first lane pair, the cable comes from the control desk Audio Control box. For the reset of the lanes, the cable comes from the Cable Interface PCB for the previous lane pair. Refer to (4) Intercom Audio Out (J4,J5). (4) Intercom Audio Out (J4,J5) - Output connectors for the intercom audio that entered the board at J3. The J5 connection allows the continuation of the intercom audio(s) to the Cable Interface board for the next lane pair. Connection J4 connects the intercom audio to J5 on the Touchpad Interface board inside the dual pedestal. (5) Communication/Power/Exciter Audio Out (J2) - Output for the power, communication and audio exciter signals that originated at the Peripheral Controller and entered the board at connection J1. These signals are routed to J2 on the Touchpad Interface board inside the dual pedestal. This connection handles the signals for both lanes. Refer to (2) Communication/ Power/Exciter Audio In (J1).

Single Pedestal / Table Mount (1) SYNC KEYBOARD CONTROLLER (3) TOUCHPAD (4) BACK VIEW (5) FRONT VIEW 1 2 3 4 5 6 7 8 9 0 Q W E R T Y U I O P A S D F G H J K L ? Z X C V B N M . ! + space / O OK - X cancel service AUDIO IN AUDIO OUT SPEAKERS LAN IN LAN OUT INTERFACE PCB MIC/ Sync Touchpad- Table / Single Pedestal Mount (1) SYNC KEYBOARD (2) TOUCHPAD (3) BACK VIEW CONTROLLER (4) FRONT VIEW

Sync Keyboard Controller The Sync Keyboard Controller contains the circuitry to interface the keyboard and intercom and exciter audios in the Touchpad. The connections on the board allow for flexibility in routing cables to the Touchpad. The actual connections used on the board is dependent on whether the touchpad is installed in a dual pedestal or in mounted individually. Refer to the figure titled Sync Keyboard Controller - Single Pedestal / Table Mount. Sync Keyboard Controller - Single Pedestal / Table Mount

The function of the components and connectors on the table or single pedestal mounted Sync Interface are: (1) Speaker (J2) - Connection to the speaker. Connection that can be used as an alternative way to connect the internal speakers. Currently this connection is not used. Refer to (4) Speaker / Microphone (J9). (2) Intercom Audio In (J5) - Input of the intercom audio(s) originating at the control desk Audio Control box. If the board is located in the first console, the cable comes from the control desk Audio Control box. For the reset of the lanes, the cable comes from the Sync Interface PCB for the previous lane. Refer to (3) Intercom Audio Out (J6). (3) Intercom Audio Out (J6) - Output of the intercom audio for the next console. This connection allows the continuation of the intercom audio(s) to the next lane. If the board is installed in the last console and the signals do not continue, they are terminated using the termination jumper JP4. Refer to (8) Audio Terminator (JP4). (4) Speaker / Microphone (J9) - Connection for the microphone that is used for the intercom system and the speakers used for the intercom, exciter audio, and keyboard beep. (5) Comm/Power/Exciter Audio In (J3) - Connection for the power, communication and audio exciter signals. When the board is located in left console (odd lane), signals for both the left and right lane coming from the Primary Patch Panel of the Scorer Computer enter the board at J3. If the board is located as the second keypad of the lane pair (even lane), the signals route through the odd lane keypad then to this connector. Refer to (7) Comm/Power/Exciter Audio Out (J4). (6) Comm/Power/Exciter Audio Out (J4) - Connection for the communication, power and audio exciter going to the second keypad for the lane pair. This connection is only used on the left (odd) lane keypad. (7) To Sync Interface (J8) - Connection used only in dual pedestal installations that connects the intercom, exciter audio, and communication signals to the Touchpad Interface PCB. This connection is not used in table mounted or single pedestal touchpad installations. (8) Audio Terminator (JP4) - Jumper used to terminate the intercom audio signal. If the intercom audio cable does not continue to another console from J6, terminate the signal by placing a jumper between pins 2 and 3 (T). Otherwise place a jumper between pins 1 and 2 (U). (9) Microphone (J7) - Connection that can be used as an alternative way to connect the microphone used for the intercom system. Currently this connection is not used. Refer to (4) Speaker / Microphone (J9). (10) Diagnostic LED (D3) - This light flashes to indicate that the PCB is functioning properly. (11) To Touchpad (J1) - Connection to the keyboard in the console. (12) Speaker/Microphone Assembly - The microphone that is used for the intercom system and the speakers used for the intercom, exciter audio, and keyboard beep.

Vector Keypads Instead of using Sync consoles for the bowler entries, a center can opt to use their existing Vector keypads. These keypads are identical lane to lane and contain circuit boards that are interchangeable. The Keypad Interface PCB located in the keypad housing handles the bowler input, sound selection and communication for the console. Refer to the figures titled Vector Keypads and Keypad Interface PCB. (2) KEYPAD INTERFACE PCB (3) MICROPHONE (4) SPEAKER (1) KEYBOARD Vector Keypads (1) KEYBOARD (2) KEYPAD INTERFACE PRINTED (3) MICROPHONE CIRCUIT BOARD (4) SPEAKER

Keypad Interface PCB The function of the connectors and components on the Keypad Interface are: (1) Diagnostic LED (D3) - This light flashes to indicate that the PCB is functioning. (2) Audio In (J5) - Input of the intercom audio(s) originating at the control desk Audio Control box. If the board is located in the first console, the cable comes from the control desk Audio Control box. For the reset of the lanes, the cable comes from the Keypad Interface PCB for the previous lane. Refer to (3) Audio Out (J6). (3) Audio Out (J6) - Output of the intercom audio for the next console. This connection allows the continuation of the intercom audio(s) to the next lane. If the board is installed in the last console and the signals do not continue, they are terminated using the termination jumper JP4. Refer to (4) Audio Terminator (JP4). (4) Audio Terminator (JP4) - Jumper used to terminate the intercom audio signal. If the intercom audio cable does not continue to another console from J6, terminate the signal by placing a jumper between pins 2 and 3 (T). Otherwise place a jumper between pins 1 and 2 (U).

(5) Keyboard (J1) - Connection to the keyboard in the console. (6) Comm/Power/Exciter Audio In (J3) - Connection for the power, communication and audio exciter signals. When the board is located in left console (odd lane), signals for both the left and right lane coming from the Peripheral Controller enter the board at J3. If the board is located as the second keypad of the lane pair (even lane), the signals route through the odd lane keypad then to this connector. Refer to (7) Comm/Power/Exciter Audio Out (J4). (7) Comm/Power/Exciter Audio Out (J4) - Connection for the communication, power and audio exciter going to the second keypad for the lane pair. This connection is only used on the left (odd) lane keypad. (8) Microphone (J7) - Connection to the microphone used for the intercom system. (9) Speaker (J2) - Connection to the speaker. The circuit board applies the selected audio to the speaker through this connection. This audio includes the intercom, exciter audio, and keyboard beep.

DISPLAY CONTROLLER Connections The Display Controller receives scoring information from the Peripheral Controller through a network connection. Using this information it provides the high definition scorer video to the monitor for a lane pair using HDMI cables. It also can provide on/off and video input control for the monitors thorough serial ports (Com1, Com2, Com3). Refer to the figure titled Display Controller. Display Controller The function of the connections on the Display Controller are: (1) Overhead Control - (Com 1, Com 2, Com 3) RS232 serial ports that provide On/Off and video input control for the overheads. (2) Scorer Video - (HDMI 1 / HDMI 2) HD Output connection to the LCD monitor for the scorer video. HDMI 1 - Left (odd) lane video. HDMI 2 - Right (even) lane video. (3) Network - (LAN) Connection for the ethernet network. The Display Controller communicates with the other devices in the system through this connection. (4) Network 2 (Not Used) - Disabled network port. Do NOT USE. (5) Power In - (DC In 12v) Input for power coming from the power supply unit located behind the left lane overhead monitor. (6) Status LEDs - (HDD/SYS) The HDD LED flashes to indicate when the hard drive inside the Display Controller is being accessed. The system LED lights when the Display Controller is “ON” (7) Power Switch - This switch turns the Display Controller ON/OFF.

Display Controller Configuration Settings Settings and assignments for the Display Controller can be found in the Sync office program under the Lanes tab, Display Controller selection and under the Administrator tab, System Control selection. These setting located under the Lane tab are configured at installation and typically do not need to be altered when replacing the Display Controller. They are provided here as reference only. The Display Controller settings located under the Admin / System Control are also configured at installation but should be verified whenever the Display Controller is replaced. Refer to figures titled Lane Tab - Display Controller Setup 1, Lane Tab - Display Controller Setup 2, Lane Tab - Display Controller Properties and Admin Tab / System Control - Display Controller Setup. Lane Tab - Display Controller 1 2 Lane Tab - Display Controller Setup 1 Lane Tab - Display Controller Setup 2

( ) 6 CENTER TV NAME (2) LANE ASSIGNMENT (3) MONITOR (5) MONITOR ID (4) PORT (1) NAME (3) MONITOR (4) PORT (5) MONITOR ID 3 Lane Tab - Display Controller Properties (1) Name - The name assigned to the Display Controller to identify it from the other controllers in the system. (2) Lane Assignment - Drop down boxes used to assign lane numbers to the Display Controller. Set the Lane Assignment as follows: Left Lane - The left lane number of the lane pair on which the Display Controller is installed. Right Lane - The right lane number of the lane pair on which the Display Controller is installed. (3) Monitor - From the drop down boxes, select the model of the monitors used on the left and right lane of the lane pair. This selection determines the “remote control” codes used to control the monitor. (4) Port - From the drop down boxes, select the comport the Display Controller uses to control the monitors. The setting will depend on how the overhead monitor control cables are wired. For monitors that have control cables that are daisy-chained between monitors all should be set to the same comport number since both lanes are controlled through a common connection. For monitors that have dedicated cables from the display controller, the setting should match the comport used for the monitor. In most centers these will be set as follows: Lane Daisy-Chained Cables Dedicated Cables Left Com1 Com1 Right Com1 Com2 Center TVs Com1 Com3

(5) Monitor ID - These settings correspond to the ID number assigned inside the monitor. Also refer to the procedure Configuring Samsung Overhead Monitors. For all Display Controllers set the IDs as follows: Left Lane - 1 Right Lane - 2 Center TVs - 3 (6) Center TV Name - The names assigned to the additional TV monitor located at the lanes to identify them from one another.

Admin Tab - System Control (7) NAME (5) CONFIGURE (1) DEVICE LIST (2) IP ADDRESS (3) REBOOT (4) BROADCAST (8) IDENTIFY (6) LOGS 1 2 ( ) 9 DVR Admin Tab / System Control - Display Controller Setup

(1) Device List - A list of all devices on the Sync network. (2) IP Address- The network IP address assigned to the selected device. (3) Reboot - Master system reboot. This selection causes all devices on the network to reboot. (4) Broadcast - Sends the configuration information to all devices on the network. � (5)� Configure� - Sends the configuration information to the selected device. (6) Logs - Used by technical support to gather log files if logging has been enabeled. Logging must be turned in the office program on the Home tab, System Analysis screen. (7) Name - The name assigned to the devices within the system. (8) Identify - Forces the selected device to display its configuration settings on its display monitor. (9) DVR - Used by technical support to enable recording of activity for a device for a specified period of time.

Power Supply (4) POWER SWITCH POWER SWITCH POWER IN POWER OUT (1) AC POWER IN (3) AC POWER OUT (2) POWER FUSES (5A SLOW BLOW) (5) DISPLAY CONTROLLER POWER POWER IN POWER OUT POWER IN Display Controller Power Supply (1) AC Power In - AC power input. (2) Power Fuses - 5 amp, slo blo fuses used for the incoming power. (3) AC Power Out - AC power connection that can be used to power a monitor. (4) Power Switch - Push button used to power the unit On/Off. (5) Display Controller Power - 12V DC power output for the Display Controller.

GS AND STRINGPIN PINSETTER INTERFACE Connections GS-X, GS-98 Direct Connect, Brunswick StringPin Pinsetters Brunswick’s GS-X, GS-98 Direct Connect, and StringPin pinsetters are designed to directly communicate with the Sync scoring system. Connection to the scoring system consists of a cable connected between the pinsetter and the Sync Peripheral Controller. Refer to figures titled Cabling - Direct Connect Pinsetters. BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES ETHERNET (2) GS NEXGEN ELECTRONICS (1) PINSETTER DATA CABLE LEFT MACHINE P1 P3 REAR BOX CONTROL RIGHT SIDE FUNCTION SWITCHES, TROUBLE LIGHT, AND BALL DOOR L.H. FUNCTION SOLENOIDS & SWITCHES PIN SOLENOIDS FX COMLINE IN TABLE POWER PIN LIGHT SW2 MAIN POWER POWER IN DISTRIBUTOR POWER SWEEP POWER FX COMLINE OUT CLASS 2 CIRCUITS HAZARDOUS VOLTAGE PIN SWITCHES BALL DETECT & FOUL P4 P5 P6 P8 P10 P12 P13 P14 OFF ON P11 P9 P7 MASKING UNIT P2 P8 (3) PERIPHERAL CONTROLLER (5) STRINGPIN CONTROLLER (BOTTOM VIEW) BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES ETHERNET (1) PINSETTER DATA CABLE (3) PERIPHERAL CONTROLLER P1 LEFT SIDE FUNCTION SWITCHES & SOLENOIDS RIGHT SIDE FUNCTION SWITCHES TROUBLE LIGHT & BALL DOOR TABLE SWITCH & SOLENOIDS MASKING CONTROL UNIT COMLINE "IN" COMLINE "OUT" OVERHEAD CONTROL MGR'S LANE CONTROL REAR BOX CONTROL BALL BACK RESET BALL LIFT MICRO PROCESSOR CONTROL P2 P3 P4 P6 P8 P9 P10 P11 P12 P7 P5 (4) CONSOLDATED ELECTRONICS (LEFT SIDE) P6 BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES ETHERNET (1) PINSETTER DATA CABLE (3) PERIPHERAL CONTROLLER Cabling - Direct Connect Pinsetters (1) PINSETTER DATA CABLE (2) GS NEXGEN ELECTRONICS (3) PERIPHERAL CONTROLLER (4) CONSOLIDATED ELECTRONICS (5) STRINGPIN CONTROLLER (LEFT SIDE) (BOTTOM VIEW)

GS-98 Non-Direct Connect, GS-96, GS-92 and GS-10 Pinsetters Brunswick’s GS-98 Non-Direct Connect, GS-96, GS-92, and GS-10 pinsetters require an interface box between the pinsetter and the Peripheral Controller. The purpose of this box is to translate communication to format format that can be used by the GS machine. Refer to figures titled Cabling - Non Direct Connect Pinsetters. P1 LEFT SIDE FUNCTION SWITCHES & SOLENOIDS RIGHT SIDE FUNCTION SWITCHES TROUBLE LIGHT & BALL DOOR TABLE SWITCH & SOLENOIDS MASKING CONTROL UNIT COMLINE "IN" COMLINE "OUT" OVERHEAD CONTROL MGR'S LANE CONTROL REAR BOX CONTROL BALL BACK RESET BALL LIFT MICRO PROCESSOR CONTROL P2 P3 P4 P6 P8 P9 P10 P11 P12 P7 P5 (4) CONSOLDATED ELECTRONICS (LEFT SIDE) P6 BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES ETHERNET (1) PINSETTER DATA CABLE (3) PERIPHERAL CONTROLLER INTERFACE CONTROLLER HDLC/ GS PINSETTER 57-300565 R SERIAL NO. MODEL NO. 28 VAC, 50/60 Hz, 2A ALL OUTPUTS CLASS II OUTPUT: INPUT: (2) PINSETTER HDLC INTERFACE P1 P1 BUMPER CAMERA KEYPAD GS PINSETTER 2X 2.0 AMP, 250V SLOW BLOW FUSES ETHERNET (1) PINSETTER DATA CABLE (3) PERIPHERAL CONTROLLER INTERFACE CONTROLLER HDLC/ GS PINSETTER 57-300565 R SERIAL NO. MODEL NO. 28 VAC, 50/60 Hz, 2A ALL OUTPUTS CLASS II OUTPUT: INPUT: (5) GAMESETTER ELECTRONICS (LEFT SIDE) (2) PINSETTER HDLC INTERFACE Cabling - Non Direct Connect Pinsetters (1) PINSETTER DATA CABLE (2) PINSETTER HDLC INTERFACE (3) PERIPHERAL CONTROLLER (4) CONSOLIDATED ELECTRONICS (5) GAMESETTER ELECTRONICS (LEFT SIDE) (LEFT SIDE)

Pinsetter HDLC Interface (4) J2 TO PINSETTER (7) J6 TO PERIPHERAL CONTROLLER (6) J7 NOT USED T U (5) J8 JUMPER (8) HEARTBEAT LED (1) J3 28 VAC POWER IN (2) J4 28 VAC POWER OUT (3) J5 9.5 VAC POWER IN 3 1 X1 X2 "LO" "LO" +5V JPR1 D1 J2 J5 J4 J3 U13 U12 U14 J8 J6 J7 9.5VAC 28VAC HDLC Interface Board (1) J3 28VAC POWER IN (2) J4 28VAC POWER OUT (3) J5 9.5VAC POWER IN (4) J2 TO PINSETTER (5) J8 JUMPER (6) J7 NOT USED (7) J6 TO PERIPHERAL (8) HEARTBEAT LED CONTROLLER

The functions of the connections on the HDLC Interface Board are: (1) 28 VAC Power In (J3) - Input for the voltage originating at the HDLC Power Supply located on the curtain wall, next to the Interface Box. (2) 28 VAC Power Out (J4) - Output for the voltage going to the step-down transformer located inside the Interface Box. (3) 9.5 VAC Power In (J5) - Input for the voltage returning for the step down transformer. This voltage is then changed to +5 VDC on the board. (4) J2 To Pinsetter (J2) - Connection for communication to P1 connection of the Gamesetter Box on GS-10, GS-92 or GS-96 or P8 on the Consolidated Low Voltage Box of GS-98 pinsetters. Information handled by this communication includes pinsetter on/off, frame count monitoring, scores, and special cycle information. (5) Termination Jumper (J8) - Jumper used to terminate the communication signal coming from the Peripheral Controller if it does not continue to additional devices. Set the jumper as follows: Configuration Jumper Placement No additional devices connected to J7 (Terminated) Short Pins 1 and 2 (T) Additional devices connected to J7 (Not terminated) Short Pins 2 and 3 (U) (6) Peripheral Communication Out (J7) - Connection to allow the communication signal from the Peripheral Controller to route to additional devices on a lane pair. Currently this connection is not used. . Refer to (5) Termination Jumper (J8). (7) To Peripheral Controller (J6) - Connection for the communication signal coming from the Peripheral Controller. All information needed by the Interface to control the machine and obtain scoring information, are handled through this cable. (8) Heartbeat LED - The Heartbeat LED allows the user to monitor the communication between the board and the pinsetter. The LED can have the following flash rates. Refer to (4) J2 To Pinsetter. Flash Rate Meaning Flash, Flash, Pause Normal Communication to Gamesetter Fast Flashing No Communication to Gamesetter

Pinsetter HDLC Power Supply The HDLC Power Supply is a transformer that supplies 28 VAC to the Pinsetter HDLC Interface. Input voltage for the power supply can be either 110 VAC or 230 VAC as selected by a voltage selector PCB located in the power input receptacle. 110-120 (1) 28 VAC CIRCUIT BREAKER (2) 28 VAC OUTPUT (4) POWER IN (3) FUSES/ VOLTAGE SELECTOR HDLC Power Supply The functions of the connections on the HDLC Power Supply are: (1) 28 VAC Circuit Breaker - Protection for the 28 VAC used to power the Pinsetter HDLC Interface Box. (2) 28 VAC Output - Power output for the Pinsetter HDLC Interface Box. (3) Fuses/Voltage Selector - Slide out panel that allows a user to select either 120 VAC or 220 VAC as the input voltage. Also, the fuses protecting the interal transformer are located here. Refer to Selecting Input Voltage for HDLC Power Supply. (4) Power In - 120 VAC or 240 VAC enters here.

Selecting Input Voltage for Auxiliary or Secondary Transformers 1. Disconnect the power cord from the HDLC Power Supply. 2. Using a flat head screwdriver, remove the fuse holder from the power receptacle. Refer to figure titled Selecting Input Voltage for HDLC Power Supply. 3. Remove the Voltage Selector PCB from the holder assembly. 4. Insert the Voltage Selector PCB so the desired voltage rating can be seen through the opening in the holder. Refer to the figure titled Selecting Input Voltage for HDLC Power Supply. (1) REMOVE FUSE HOLDER FROM POWER RECEPTACLE (2) FLAT HEAD SCREWDRIVER (3) VOLTAGE SELECTOR PCB (4) OPENING IN HOLDER (5) FUSES 220-240V 110-120V 110-120 Selecting Input Voltage for HDLC Power Supply (1) REMOVE FUSE HOLDER (2) FLAT HEAD SCREWDRIVER (3) VOLTAGE SELECTOR PCB FROM POWER RECEPTACLE (4) OPENING IN HOLDER (5) FUSES 5. Examine the fuses in the holder to verify the proper fuse rating according to the charts below: Input Voltage Fuse Ratings 110 VAC - 120 VAC 2 AMP 250V 220 VAC - 240 VAC 1 AMP 250V 6. Replace the fuse holder in the power receptacle. 7. Connect the power cord to the HDLC Power Supply.

CIRCUIT BOARD AND COMPONENT REPLACEMENT CAUTION: Some circuits and circuit boards may be static sensitive and can be damaged due to improper handling. You should follow the suggested guidelines to avoid problems. NOTE: Failure to use proper handling techniques for the circuit board may void the warranty. 1. Before working on or removing any board you MUST discharge any static within your body by touching the metal chassis of the component. 2. Always keep static sensitive boards and components in their protective wrapping when not in use. 3. Handle the boards by the edges only to avoid damaging the board. 4. Avoid touching the gold plated edge terminals. Before replacing any component, you must determine if it requires any initial setup. Refer to the chart titled Configuration Chart. Component Setup Required Setup/Comments Display Controller Yes 1. Verify the cabling to the Display Controller is connected properly. 2. Set the IP address for the Display Controller in the office program to match the address assigned to the new Display Controller. 3. Updated setting from the Office Program as needed. 4. Assign 2 bowlers to the lane pair using Lite League to test. Display Controller Power Supply No Check power fuses Peripheral Controller Yes 1. Set Board Address dip switches to the left lane number of the lane pair. 2. Verify the jumper settings on the board. Pin Camera Yes 1. Connect cables as needed. Make sure power cable is connected properly. 2. Calibrate the Camera for the lanes associated with the cameras. Ethernet Switch No Connect cables as needed. Make sure power cable is connected properly. Sync Interface (Single Mounted Tablet) Yes 1. Connect cables as needed. Make sure power cable is connected properly. 2. Verify the jumper settings on the board. Sync Interface (Pedestal Mounted Tablet) Yes 1. Connect cables as needed. Make sure power cables are connected properly. 2. Verify the jumper settings on the board. Sync Console Power Supply No Check power fuses Vector Keypad Interface PCB Yes Set jumper on JP4 At 2 and 3(T) if the audio cable does not continue from J6 At pins 1 and 2 (U) if the audio cable continues from J6 Sync Tablet Yes 1. Connect cables as needed. Make sure power cable is connected properly. 2. Set the IP address for the tablet in the office program to match the address assigned to the new tablet. 3. Assign 2 bowlers to the lane pair using Lite League to test. Touchpad Interface (Pedestal Mounted Touchpads) Yes 1. Connect cables as needed. Make sure power cables are connected properly. 2. Verify the jumper settings on the board. Sync Keyboard Controller (Single Mounted Touchpad) Yes 1. Connect cables as needed. Make sure power cables are connected properly. 2. Verify the jumper settings on the board. Configuration Chart.

Display Controller Replacement NOTE: The screen shots in this procedure may vary slightly from what is displayed on your system. Although the graphics might differ, the content and the procedure is the same regardless of the system version. NOTE: Before disconnecting any cables from the original Display Controller, take note of where each cable is connected so that they are attached to the replacement Display Controller properly. It is strongly recommended to mark each cable with a marker to designate its connection before disconnecting the cables. 1. Turn “OFF” the display controller using the power switch located at the back of the Display Controller. 2. Take note of where each cable connects to the original Display Controller, then disconnect all cables from the Controller. 3. Remove the knob and strap clamp from the hanging strap and lift the original Display Controller up and off of the overhead structure. Retain the knob and clamp for reinstallation with the new Display Controller. Refer to the figure titled Display Controller Clamp. (3) KNOB (2) HANGING STRAP CLAMP (1) DISPLAY CONTROLLER Display Controller Clamp (1) DISPLAY CONTROLLER (2) HANGING STRAP CLAMP (3) KNOB

4. If needed, transfer the hanging straps to the replacement Display Controller and attach it to the overhead structure in the same spot as the original controller. Refer to the figure titled Display Controller Hanging Straps. (2) HANGING STRAP (1) DISPLAY CONTROLLER (3) ROUND HEAD SCREW Display Controller Hanging Straps (1) DISPLAY CONTROLLER (2) HANGING STRAP (3) ROUND HEAD SCREW 5. Secure the controller onto the overhead structure using the knob and strap clamp removed in step 3.

6. Attach the network, video (HDMI), and communication cable to the replacement Display Controller exactly as they were on the original controller and as noted in step 2. Once verified, connect the and power cable to the unit. Refer to the figure titled Display Controller Connections. Display Controller Connections (1) TO ODD LANE OVERHEAD (2) TO DISPLAY CONTROLLER (3) TO ODD LANE OVERHEAD POWER SUPPLY (4) TO 24-PORT SWITCH (5) TO EVEN LANE OVERHEAD (6) DO NOT USE 7. If the replacement display controller did not automatically start booting up when the power cable was connected, press the power button on the controller. A beep will sound notifying that the controller is booting up. NOTE: The actual information and messages that appears on the configuration screen during and after rebooting is dependent on whether the unit is new from the factory or if it was previously installed. 8. Once the Display Controller has fully booted, the overhead display will show the IP address and a Device Name. For previously installed Display Controllers a screen indicating a “Duplicate Device Name” along with the name of an existing Display Controller may appear. For Display Controllers that have never been installed, a screen indicated an “Invalid Configuration” along with a temporary name. Take note of the IP address as it is needed for the next step. Refer to the figure titled Display Controller - IP Address.

(2) DISPLAY CONTROLLER TEMPORARY DEVICE NAME (1) DISPLAY CONTROLLER IP ADDRESS Duplicate Device Name DC1-2 192.168.1.14 Another device with this name is already running. One of them must be renamed. (1) DISPLAY CONTROLLER IP ADDRESS (3) DISPLAY CONTROLLER DEVICE NAME Display Controller - IP Address (1) DISPLAY CONTROLLER IP ADDRESS (2) DISPLAY CONTROLLER TEMPORARY DEVICE NAME (3) DISPLAY CONTROLLER DEVICE NAME 9. In the Sync Office program, navigate to the system control screen. Refer to the figure titled Admin - System Control. 1 2 Admin - System Control

10. Find the lane pair that the replacement display controller will be assigned to. Once selected, keep the Name the same but change the IP Address to the new IP address currently being displayed on the overhead monitor. Refer to the figure titled System Control - New IP Address. (1) FIND AND SELECT LANE PAIR (2) INPUT NEW IP ADDRESS System Control- New IP Address (1) FIND AND SELECT LANE PAIR (2) INPUT NEW IP ADDRESS 11. Select Configure to update the Display Controller with the new configuration information. The Display Controller will automatically reboot. 12. Once the controller has fully rebooted, select Broadcast to notify the other components in the system of the new controller change. Refer to the figure titled System Control - Configure and Broadcast. NOTE: The Configure button will “flash” when pressed. No additional notification will display after a broadcast.

13. Click OK at the bottom of the page when complete. Refer to the figure titled System Control - Configure and Broadcast. (1) CONFIGURE (2) BROADCAST (3) OK System Control - Configure and Broadcast (1) CONFIGURE (2) BROADCAST (3) OK 14. Select the Media tab and click Update Scorers. Refer to the figure titled Media - Update Scorers. 1 2 Media - Update Scorers

15. Select the check mark next to “Effects” to select all the Effects items. Refer to the figure titled Update Scorers - Select All Effects. (1) CLICK TO SELECT ALL EFFECTS Update Scorers - Select All Effects (1) CLICK TO SELECT ALL EFFECTS

16. Scroll down the Categories section as needed to display “Miscellaneous” subsection. Select the check mark next to “Miscellaneous” to select all the Miscellaneous items. Refer to the figure titled Update Scorers - Select All Miscellaneous. (2) CLICK TO SELECT ALL MISCELLANEOUS (1) SCROLL DOWN TO MISCELLANEOUS Update Scorers - Select All Miscellaneous (1) SCROLL DOWN TO MISCELLANEOUS (2) CLICK TO SELECT ALL MISCELLANEOUS

17. Under the Devices section, find the selection for the replacement Display Controller. Click the check mark next to that Display Controller to select it. Select Update to begin the update process. Refer to the figure titled Update Scorers - Select Display Controller and Update. (1) CLICK TO SELECT REPLACEMENT DISPLAY CONTROLLER (2) UPDATE Update Scorers - Select Display Controller and Update (1) CLICK TO SELECT REPLACEMENT DISPLAY CONTROLLER (2) UPDATE 18. To begin the Scorer Update process, click OK when prompted. Refer to the figure titled Update Scorers - Are you sure? (1) OK Update Scorers - Are you sure? (1) OK 19. IMPORTANT! Once the Display Controller has completely rebooted, assign 2 bowlers to the lane pair using “Lite League”. Bowl on the lanes to test for proper functionality.

Tablet Replacement NOTE: The screen shots in this procedure may vary slightly from what is displayed on your system. Although the graphics might differ, the content and the procedure is the same regardless of the system version. 1. Remove power from the tablet by disconnecting the power plug located on the Sync Scorer Power Supply. Refer to the figure titled Tablet Power Connections. RIGHT LANE LEFT LANE NETWORK SWITCH (2) TO LEFT LANE SYNC CONSOLE (1) TO RIGHT LANE SYNC CONSOLE Tablet Power Connections (1) TO RIGHT LANE SYNC CONSOLE (2) TO LEFT LANE SYNC CONSOLE 2. Unscrew the four screws on the back of the tablet pedestal. Save the screws for reassembly. 3. Gently lift the original tablet out from its encloser and disconnect the ribbon cable from the back of the tablet. 4. Remove any screen protection film from the replacement tablet. 5. Connect the ribbon cable removed in step 3 to the new tablet. 6. Gently put the replacement tablet into its enclosure. Secure the tablet with the four screws removed in step 2. DO NOT OVER TIGHTEN THE SCREWS. 7. Reapply power to the tablet by reconnecting the power plug removed in step 1. 8. Wait for tablet initial reboot. Once booted, the IP address of the tablet will be displayed. Note this number for the next step.

9. In the Sync Office program, navigate to the system control screen. Refer to the figure titled Admin - System Control. 1 2 Admin - System Control 10. Find the lane that the replacement tablet will be assigned to. The lane is the number after the word Tablet in the name column. Once selected, change the IP Address to the new IP address currently being displayed on the tablet and as noted in step 8. DO NOT CHANGE THE NAME OF THE TABLET. Refer to the figure titled System Control - New IP Address. (1) FIND AND SELECT TABLET LANE (2) INPUT NEW IP ADDRESS (3) DO NOT CHANGE NAME System Control- New IP Address (1) FIND AND SELECT TABLET LANE (2) INPUT NEW IP ADDRESS (3) DO NOT CHANGE NAME

11. Select Configure to send the new settings to the tablet. There will be no prompt or other confirmation after selecting configuration. Refer to the figure titled System Control - Configure and Broadcast. 12 Select Broadcast to send the new settings to the entire system. There will be no prompt or other confirmation after selecting broadcast. Refer to the figure titled System Control - Configure and Broadcast. (2) BROADCAST (1) CONFIGURE System Control- Configure and Broadcast (1) CONFIGURE (2) BROADCAST

13. Reboot the newly installed tablet as follows (Refer to figure titled Rebooting A Tablet): a. In the Sync Desk program, navigate to the Lane Sales page and select the the lane where the new tablet is installed. b. Select More, then select Display Power c. Uncheck the Display Controller option and check the Tablet option. d. Select Reboot. (1) MORE (2) DISPLAY POWER (3) SELECT TABLET (4) DE-SELECT DISPLAY CONTROLLER 5) SELECT REBOOT Rebooting A Tablet (1) MORE (2) DISPLAY POWER (3) SELECT TABLET (4) DE-SELECT DISPLAY (5) REBOOT CONTROLLER 14. IMPORTANT! Once the Display Controller has completely rebooted, assign 2 bowlers to the lane pair using “Lite League”. Bowl on the lanes to test for proper functionality.

Peripheral Controller Replacement NOTE: The screen shots in this procedure may vary slightly from what is displayed on your system. Although the graphics might differ, the content and the procedure is the same regardless of the system version. NOTE: Before disconnecting any cables from the original Peripheral Controller, take note of where each cable is connected so that they are attached to the replacement Peripheral Controller properly. It is strongly recommended to mark each cable with a marker to designate its connection before disconnecting the cables. 1. Remove power from the Peripheral Controller by turning off the power switch on the unit and disconnection the power cable. Refer to the figure titled Peripheral Controller Power and Connections. (2) COVER (1) POWER SWITCH (4) CABLE FEED THROUGH HOLE (5) EXTERNAL CONNECTORS (3) POWER IN (4) CABLE FEED THROUGH HOLE (6) SLIDE COVER TO REMOVE Peripheral Controller Power and Connections (1) POWER SWITCH (2) COVER (3) POWER IN (4) CABLE FEED THROUGH HOLE (5) EXTERNAL CONNECTORS 2. Take note of where each cable connects external connectors, then disconnect the external cables from the box. 3. Remove the cover screws and cover to gain access to the internal connectors. 4. Take note of where each cable enters the box through the “feed through” holes and where they attach to the board. Disconnect the cables from the board and carefully remove them from the box. 5. Loosen the screws that hold the Peripheral Controller to its mounting board. Lift and remove the Controller from the mounting board.

6. Remove the cover from the replacement Peripheral Controller to gain access to the Distribution Board. NOTE: The jumpers and switches on Distribution board in the Peripheral Controller must be set correctly to ensure the controller works properly for the lane pair. Verify the settings using the original board and the information below as a guide. 7. Verify the switches and jumpers on the Distribution Board are set as follows. Refer to the figure titled Distribution Board 7 Jumpers and Settings. Distribution Board 7 Jumpers and Settings (1) Programming Jumpers (JP4,JP5,JP9,JP11,JP13) JP4,JP5 - Install jumper at pins 2-3 JP9,JP11,JP13 - Install jumper at pins 1-2 (2) Watchdog Enable (JP12) - Remove jumper (3) Spare Power (JP16) - Remove Jumper