GameTech 99-00002-0000 900 MHz transmitter User Manual The Title

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Document Type	User Manual
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Filesize	220.44kB (2755562 bits)
Date Submitted	2002-10-30 00:00:00
Date Available	2002-10-30 00:00:00
Creation Date	2002-10-29 15:06:17
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Document Lastmod	2002-10-30 10:37:25
Document Title	The Title
Document Creator	The Creator
Document Author:	RICOH Company Ltd.

Radio Frequency (RF) .
Installation and Support
Revised: 082902
GAMETEM i
The Binge Player's Choice
onpyngii 2001 GameTech lutemanoml. Inc All rights reserved, Unmlthonzed use oflhls mien-la! wimom the expressed wnnm mm! mm IS
prohibited. “Diamond, Diamond Pius Bingo, Diamond VLF, Diamond TED, Gamel'cch, SuperSize‘ Alrrmk, GI'L TED, TEDZC and Pay-N-Plny m eiiiiei
registered lmdmm’ks ufor manna owned by Gachech international, Inc." “Windows" is a regimmi nanemnik ofMlcrcsofi Corporation in the Uniua
Slam and/or DLhcl’ countries,
7 GameTech International, Inc.
GameTech International, Inc.
900 Sandhill Road
Reno, NV 89511
Welcome to GameTech international, Inc. (GTI)
Purpose of this Guide
This manual is designed to be used by GT I staff, It provides the instructions for using
TED® and TEDZCTM RF on the Diamond system.
611119155 filternafional, Inc.
iv
Table of Contents
Chapter 1: Radio Frequency (RF) 1
Overview 3
Modes of Operation 3
I) Fully Automatic 4
2) Manual Daub #l 4
3) Manual Daub #2 4
4) Manual Daub #3 4
5) Game Change Only 4
RF Signals 5
Operational Information 7
How it Works 7
Jurisdictional Restrictions 9
System Installation 11
Required Hardware 11
Base Station Controller (BSC) 11
Transmitters (XMTR) 12
TED® and TEDZCW Units 13
RF Test Tools 14
Signal Strength Meter (SSM) 15
Standalone Battery-Powered Transmitter 16
Paper Survey 17
Diagramming a Hall 18
Interference Signals 18
Coverage 19
MASTERINI Settings 19
Technician Questions 21
Conducting a Site Survey 23
Site Survey Form 23
Getting Started 24
gamefl'ecll lntgtnaflonglj lug;
vI
List Of Figures
Base Station Controller and Transmitter ................................................................................................... 12
RF Connectivity Diagram .......................................................................................................................... 13
Handheld Signal Strength Meter (SSM) .................................................................................................... 15
Stand-Alone Battery Powered Transmitter .16
Sample Hall Diagram llllllllllllllllllllllllllll 17
Sample Hall Diagram ................................................................................................................................. 27
1” = 50” Scale ............................................................................................................................................ 35
l” = 50‘ Scale .37
l"=100’ Scale. 39
vii
GamsTecxl Interpaglgnalj Ipc.
leI
CHAETER 1: RADIO FREQUENCY (RF)
Objectives
In this chapter:
- A11 Overview of RF
' Modes of Operation
- RF Signals
- Operational Information
- How it Works
- Jurisdictional Restrictions
' System Installation
' Hardware: Base Station Controllers and Transmitters
- RF Test Tools
' Signal Strength Meter (SSM)
- Standalone Battery Powered Transmitter
- Getting Started
- Paper Survey
' Questions and Answers
GAMETECH
The Bingo Player's choice
Radio Frequency (RF)
GameTech International, Inc.
Overview
Overview
With radio frequency (RF), TEDo and/or TEDZCm users can enjoy the advantages ofplay-
ing with wireless electronics Depending on the mode being used, users can enjoy from a
firlly automatic mode of play which does all the daubing, game and session changes to a
game change only mode which notifies the unit of game and session changes only and
requires the user to manually daub numbers.
Modes of Operation
There are five modes of operation available with an RF installation as listed below how-
ever, it is the responsibility of the technician to be aware of any jurisdictional or state laws
governing the use of RF and, which method is approved in their jurisdiction
The following information is the same or similar regardless of which mode of operation is
being used More specific information pertaining to the specific modes follow.
In all modes of operation,..(Exce77rion: Game Change Only.)
- the units will enter sleep mode when lefi inactive for a period of time,
(Exception: Fully Automatic model)
- players can CHOOSE to manually enter numbers in all modes of operation and they
will be accepted by the TEDm and/or TEDZCm units. (Tlis is enabled by the CUS<
tomer through a menu option.)
Note: Numbers MUST be entered manually if the RF signal has been lost.
- the unit displays “Bingo Pending” afier it has received the RF signal and will bingo
afier the customer has pressed enteri
' Exception: In the Fully Automatic mode this will be the case only if the cus-
tomer has chosen to enter numbers manually
- Exception: In the Manual Daub #3 Mode units can bingo on manually entered
numbers.
' if the TED” and/or the TEDZC'" unit is on the wrong game or session, it is corrected
automatically when the next RF signal is received.
' in addition to game information, the RF signal sends out session information. This
supports halls selling more than one session at a time.
~ the units will display “RF MODE,” ball-calls (in the order received), number of
cards and number away on the main screen,
Radlo Frequency (RF) 3
, ”Ganges“ ‘nternat'e'n'rlnc-,,
In the fully automatic: on do I atzcall without user intervention.
- Ball calls, game numbers, patterns and session information is sent and received
by the TEDQ and/or TEDZCm unit each time a signal is received.
- The TED“ and/or TEDZC'" units will not enter sleep mode or shut off when using
the fully automatic mode
2) Manual Daub #1
In the manual daub #1 mode, the enter button must be pressed to daub cards.
- Pressing enter will catch the player up to all ball calls, game, and session infor-
mation should the player not press enter each time
- Incorrect manual entries are corrected when the next RF signal is received.
3) Manual Daub #2
In the manual daub #2 mode, the enter button will daub QZXE ZXU'MEER at 4 time only.
- Pressing enter a second time will daub numbers in the order they were called,
' Ifthe customer misses the last five ball calls, enter would have to pressed five
times to catch up. The player will be able to see what numbers are missing by going
to the units’ flashboard,
' Incorrect manual entries are corrected when the next RF signal is received.
4) Manual Daub #3
In the manual daub #3 mode, the enter button wi_ll daub QEE [NUMBER 411 a time (MIK-
- Pressing enter a second time will daub numbers in the order they were called.
' If the customer misses the last five ball calls, enter would have to pressed five
times to catch up. The player will be able to see what numbers are missing by going
to the units” flashbeard.
- Units can bingo on manually entered numbers
5) Game Change Only
in the game change only mode, the only RF intorman'pn received is when the caller
changes the game or session.
4 Radio Frequency (RF)
,,,Eaf"eTe‘fh International, Int:Z 7
RF Signals
RF Signals 7
The following information pertains specifically to RF signals recelved by the TED® and/or
TEDZC’“ units,
The single frequency RF system utilizes frequencies at 915 MHz ISM (Instrumen-
tation, Scientific, Medical) band. The RF energy in this band acts more like light
instead of radio waves and this ultra high frequency RF energy will bounce off
walls and can be absorbed or blocked by human bodies or obstructions.
Attention: As a geneml rule, each RF TEDZ‘ and/or TED’C'" needs to be able to “see” at least two
transmitters to avoid dead spots.
Note: Dead Spas: In certain situations when RF energy bounces off objects, the two signals called
the incident and the reflected can reach a receiver at the same time. This phenomenon is
called “mum-path." When the reflected wave is 180 degrees out ofphnse with the incident
wave, the two signals can cancel and produce a "dead spot.” [t is for this reason that
multiple transmitters are used.
The TED® and/or TED’C'M imits play automatically as soon as the Caller advances
to game one.
Cell phones have no effect on GT I RF units.
Players are notified when the TED{0 and/or TED’C'“ unit receives a signal. This
assures the customer that the unit is receiving,
If a unit looses the RF signal (for 10 seconds (not adjustable» it has a visual flash-
ing message displaying “Manual Entry Required for Last Ball" and an audio alarm
requiring customer acknowledgement. “RF MODE” will not display.
~ If a unit alarms and then the alarm stops, it is again receiving a signal.
- If any key is pressed while the unit is alarming, it will go into manual mode
and ball calls can be entered manually Once the signal resumes, it will go back
into RF mode.
When a unit is voided, the RF signal ensures all cards are erased.
If the TEDE and/or the TEDZCm are missing, a locate feature on the POS will make
the unit beep until it has been located and a button on the unit is pressed.
The unit will display status information to the player such as cards getting close to a
bingo and how many numbers they are away from a bingo.
Radio Frequency (RF) 5
“ ‘RF Signfls A“ Genelech Intoxtnatiggal, Inc. A_~
E Radlo Frequency (RF)
WGameTech International Inc. 7 7 7 . Operatlonallnformation
Operational Information
The following list explains some of the additional features ofRF play.
- RF TED? and TEDZC” units are marked as RF capable on the case. In addition, RF
TEDQ units are two-tone colored and all TEDZCm units are marked as RF capable.
Note: Although TEDO and TEDZCm units are H capable, they may be used in a non—RF hall.
' Supported Games:
' Callers Choice
- Hard Luck (for progressive games).
' Play with Paper
- Speed Games (With two-second ball calls as required by some jurisdictions.)
- When games come up in a session that the player has not purchased cards for, the
electronics will display “No cards” or “No cards for this Game" depending on
whether the unit is a TED® or TEDZC, (Based on available display space)
How it Works
- The Diamond master provides information to the Base Station Controller (BSC) via
a 9-Pin RS-232 connection...(l'he master must have a working com port.)
' the Base Station Controller (BSC) provides information to the transmitters via a
CATS cable connection...
Note: The rxansrnitters also receive power from the Base Station Controller:
- the Transmitters (XMTR) (usually four) provide information to the TED8 and/or
TED2C’" units via an RF signal which loops three times per second.
Note: Currently this is a one- way communication. When two- -way has completed development, the
TED0 and/or TED’C unit will be able to communicate information back to the Diamond“
system via an RF signal. The CATS cable provides bidirectional communication and power
from the BSC to the XMTRs.
Radio Frequency (RF)
_Qggralional Informatlon 7 _ GameTeqmntgrgatigrpal,Inf;
“4,
a Radio Frequency (RF)
GameTach lmemzflonal, Inc. Jurisdictional Restrictions
Jurisdictional Restrictions
As with many aspects of bingo operations, RF may not be legal in some jurisdictions or, if
legal, may require setup variations to ensure the legality of the installation. The ball techni-
cian has the responsibility ofbeing knowledgeable and implemenu'ng RF to conform to
these jurisdictional guidelinesi For information on guidelines, (he technician should contact
their immediate supervisor,
FCC Compliance Statement
Unauthorized modifications or changes made to This device not expressly
approved by the party responsible for compliance could void the users
authority to operate the equipment.
Radlo Frequency (RF)
gyfisdlctiqqal Restrictions
GamgTech lnternatlonal, lnc.
10
Radlo Frequency (RF)
System Installation
Required Hardware
The GameTech 900 MHZ RF TED” and TEDZC'" system contains three basic components
as follows:
Base Station Controller (BSC)
The BSC should be installed within close proximity of the ball call PC (up to 25’) and
within 6’ of an AC power plug.
Note: The BSC should remain within easy access. Iftransmission problems occur, a reset may be
required.
Transmitters (XMTR)
- There are four transmitters that should be strategically placed around the hall to
ensure full line of sight coverage fi’om at least two transmitters to the TED“7 units
over the entire playing floor (Range: 100’ radius, 200‘ diameter)
- The XMT Rs can be placed right-side up or upside down but, the antenna must be
perpendicular to the floor for maximum coverage over the playing area,
- The CATS cables should be routed from each KMTR to the BSC and connected to
ensure a clean installation
Red: Signal
Base Station Controller (BSC) Green: Power
Transmitter (XMTR)
Figure 1. Base Station Controller and Transmitter
Note: The Transmitter and the Battery Powered Transmitter visually appear to be exactly
the same however, when the battery is plugged into each unit, they will respond differently
as follows:
- Transmitter - Green light will he on, red light will not
- Battery Powered Transmitter (used for site survey only) - Green Light will be on
indicating power, red light blinks at one second intervals
GameTech‘I‘ntemational, Inc.
, Sysszrninstaflafiom
TED® and TED’C“ Units
These units are standard GameTech products that have 900 MHz RF receivers installedi
Each unit has hardware modifications to accommodate the RF receivers and special soft-
ware for using the new source of data from the RF module. These units will be marked as
RF capable
X Z
k w
i Transmmer ~
4 ‘ RFXMTR
l L.
s-an Rs-232
(up to 25‘)
‘ Trensmrlter 1
‘ RFXMTR
u ‘ ,_* J
”we” Bassstatm :
Controller ‘
l l 7
_7. ‘ ifi VJ l A l 4
F tZVDCQQA ‘ i_
l Pawaswply f i—J—jfgnsmm; ‘
fl xw ‘
i ’ Transmitter
RF XMTR ,
4x CAT5 ‘
(up to 1000 each)
Figure 2. RF Connectivity Diagram
Note: Be aware that the GP I system cannot differentiate between RF and non~RF units which could
affect customer billing. RF units should be sold from a separate window to ensure players
are getting the type ofunit they desire.
Radio Frequency (RF) 13
iGramaTechlnternationgl,ln_ ,,
__ irsyetem Installation
RF Test Tools
Suitability of a hall is determined by two factors: Interference and Coverage, Engineering
has developed two tools to help in the evaluation of the hall, a Sigial Strength Meter
(SSM) and a Standalone Battery Powered Transmitter (Contact your supervisor to obtain
the RF testing tools if you are required to do a site survey, part numbers are listed below. )
' 99-90000-0001 SF RF Site Survey Kit (consisting of the following):
- 99-90000-0002 SF RF Survey Receiver
- 99-90000—0003 SF RF Survey Transmitter
' 99-56400-0001 SF RF Transmitter Battery Cable
14 Radlo Frequency (RF)
GameTechIntematiorrai,Inge” ,. ,,,, _ Systemlnstallatlon
Signal Strength Meter (SSM)
One tool is the handheld RF Signal Strength Meter (SSM) as pictured in Figure 34 The
SSM is battery powered (9V) and activated by a push button switch located on the side of
the unit and is tuned to the same frequency used by the system, The SSM uses the same
receiver that is used in the TED® and TED’C“ units to receive the RF signals and, has
seven light emitting diodes (LED) located on the front. The LED’s give a visual bar-graph
indication similar to that of a volume indicator on the front of a modern stereo to communi-
cate the strength of the signal to the user. There are four green, one yellow and two red
LED‘s located from top to bottom
Figure 3. Handheld Signal Strength Meter (SSM)
Radio Frequency (RF) 15
Eyeliemlnrstallariionr W > 7“ 77 777 .,,., ., gameTechinternationalJnic. 7
Standalone Battery-Powered Transmitter
The other tool is the standalone battery powered transmitter as shown in Figure 4. This tool
is used to generate an RF signal to help in the measurement of signal coverage in the hall.
The standalone transmitter also uses one external 9V battery (with a special hamess) and
will operate for several hours while the tests are conducted.
Figure 4. Stand-Alone Battery Powered Transmitter
Note: The Transmitter and the Battery Powered Transmitter visually appear to be exactly
the same however, when the batte
ry is plugged into each unit, they will respond differently
as follows:
Transmitter - Green light will be on, red light will not.
Battery Powered Transmitter (used for site survey only) - Green light will be on
indicating power, red light blinks at one second intervals.
16
Radio Frequency (RF)

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Create Date                     : 2002:10:29 15:06:17
Modify Date                     : 2002:10:30 10:37:25-08:00
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