Crest CRE57000 User Manual

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Page 1

CREST CRE57000

ON BOARD RADIO CONTROL SYSTEM

INSTALLATION

AND OPERATION MANUAL

This manual describes proper installation and operation of the following products:

CRE57001 REVOLUTION TRAIN ENGINEER 2.4 Ghz TRANSMITTER CRE57002 REVOLUTION TRAIN ENGINEER 2.4 Ghz RECEIVER

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INTRODUCTION

Congratulations on your purchase of the Crest Revolution Train Engineer wireless control system. This product has been manufactured to the highest standards using only quality components and, with proper care, will provide you with reliable service. The Revolution TE operates on the 2.4Ghz frequency band for ultimate stability and interference free operation.

The Revolution TE lets you walk around your model railroad layout and remotely control your locomotive speed, direction, lights, sounds, and smoke from up to 400 feet away. The Revolution TE was developed to provide the model train enthusiast with complete integrated control of their dream layout, without the need for complicated layout wiring or complex control panels.

The Revolution TE receiver is designed to operate between 12 to 24 volts applied either to the track or from on board batteries. The Receiver is designed for “plug and play” installation in any Aristo-Craft Locomotive with a DCC/RCC board. The receiver can also be installed in any large scale locomotive with the use of a supplied Adaptor Plug. General instructions for custom installations are included in this manual.

OPERATION OVERVIEW

Before you start working with the Revolution TE there are a few concepts that you need to understand.

The transmitter and the receivers in your locomotives are designed to communicate and exchange information about the way you want your trains to operate. In order to

establish a link between them you need to set up some basic parameters that dene

the locomotive for the Transmitter such as the locomotive’s name and road number. Once these parameters are set, the link between the transmitter and receiver is

nalized by a process called “Linking”. Once linked, the transmitter and receiver are

set to communicate and run your train. As you get comfortable with the Revolution

TE, you can start ne tuning the optional settings for each locomotive. These options

include setting the top speed that you want a locomotive to achieve, the rate at which you want it to accelerate, how long you want it to delay when the direction is changed, headlight operation and many more.

The second concept has to do with the Cab Assignment. Once you link a locomotive receiver to a transmitter you must set the Cab Number that the locomotive will run under. Cab Numbers range from CAB-0 through CAB49. This allows you to easily move between as many as 50 Single Unit locomotives and Multiple Unit Consists while operating your model railroad. CAB-0, CAB-1 and CAB-2 might be used to operate three different locomotives while CAB-3 can be used to operate those same three locomotives in a consist. Changing between Single Unit (SU) operation and Multiple Unit (MU) operation is as simple as selecting a Cab Number.

Once you have an opportunity to experience the process used to operate trains with

the Revolution TE you will nd that Aristo-Craft has found an elegant, easy to

understand solution, to what can be a complex problem.

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CONTENTS

Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

System Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Revolution TE Transmitter . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Revolution TE Receiver. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

BASIC OPERATIONS SECTION

Basic Receiver Installation (For Plug-N-Play Locomotives) . . . . . . . . . . . . 7

Link Switch Installation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Powering your Locomotives. . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Transmitter Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Basic Transmitter Programming. . . . . . . . . . . . . . . . . . . . . . . . . . 11

Key Functions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

LCD Screen - Basic Reference guide . . . . . . . . . . . . . . . . . . . . . 12

Programming a Locomotive . . . . . . . . . . . . . . . . . . . . . . . . . 13

Setting The Cab Number . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Operating Your Locomotive . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Basic Troubleshooting Direction . . . . . . . . . . . . . . . . . . . . . . . 17

Basic Troubleshooting Headlights . . . . . . . . . . . . . . . . . . . . . . 17

ADVANCED OPERATIONS SECTION

Advanced Installations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Auxiliary Control Harness . . . . . . . . . . . . . . . . . . . . . . . . . . 18

CRE57073 Smoke Control Board Installation . . . . . . . . . . . . . . . . 19

Advanced Programming And Functions . . . . . . . . . . . . . . . . . . . 20

Transmitter Operating Screen. . . . . . . . . . . . . . . . . . . . . . . . . 20

Menu Functions and Navigation . . . . . . . . . . . . . . . . . . . . . . . 23

1.ASSIGN FUNCTION . . . . . . . . . . . . . . . . . . . . . . . . . 23

2.USAGE OF CABS . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

3.ADD MU/SU CAB. . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Operating Multiple Locomotives In Consists (MUing). . . . . . . . . . . . 27

4. COPY LOCO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

5. SYSTEM CONFIGURE . . . . . . . . . . . . . . . . . . . . . . . 28

6. RADIO CONFIGURE. . . . . . . . . . . . . . . . . . . . . . . . . 29

7. MY MEMO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

8. RESET MEMORY . . . . . . . . . . . . . . . . . . . . . . . . . . 30

QUICK MENU LIST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

AUX FUNCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

STEP SPEED. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

A->Z NAME SEARCH . . . . . . . . . . . . . . . . . . . . . . . . . 31

ABOUT SYSTEM . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Custom Receiver Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Adaptor Plug Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Headlight Connections (Incandescent) . . . . . . . . . . . . . . . . . . . . 34

Headlight Connections (LED lamps) . . . . . . . . . . . . . . . . . . . . . 35

APPENDIX A - Text Entry Help . . . . . . . . . . . . . . . . . . . . . . . . . 36

APPENDIX B - Installation Records . . . . . . . . . . . . . . . . . . . . . . . 37

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REVOLUTION TRAIN ENGINEER FEATURES

SYSTEM FEATURES:

Spread spectrum radio transmission provides immunity from other radio sources• Range exceeds 400 feet outdoors and 300 feet indoors.• Continuous bidirectional 2.4Ghz communication between transmitter and • receiver for smooth operation and operator feedback.

The active locomotive is shown on a graphical, backlit, LCD display The receiver automatically shuts down if overload or overheating occurs -

The error that causes a locomotive shut down is displayed on LCD display Locomotives are identified by name and road number• Up to 6 locomotives can be linked together (MUed) into a consist• Up to 10 MU consists can be setup and controlled by one transmitter• Locomotives can be added or removed from an MU consist without relinking•

TRANSMITTER FEATURES:

Large LCD graphic screen, backlit for night operation• One handed operation• Intuitive, simple data input is entered using cell phone style texting techniques• Memory For Up To 50 Unique Locomotives On Each Transmitter• Multiple transmitters can operate without interference with one another• Simultaneous Single Unit ‘SU’ and Multiple Unit ‘MU’ operation• All Stop Key to provide an emergency stop for all trains on a transmitter•

RECEIVER FEATURES:

Plug and play installation in most Aristo-Craft locomotives• On-board battery or track power • Six auxiliary outputs on the receiver to control sound, smoke and lights• 5 Amps continuous power with peak loads up to 8 amps• Polarity protection• Overload protection•

INDIVIDUALIZED LOCOMOTIVE PROGRAMMABLE SETTINGS:

Programmable momentum control and forward & reverse delay• Adjustable start speed • Adjustable top speed• Direction control headlights• Direction control motor setting for MUing locomotives back-to-back.• Function key assignment for • six auxiliary outputs Copy locomotive settings for fast replication of similar locomotives•

ADDITIONAL EQUIPMENT AVAILABLE SEPARATELY:

CRE57001 Revolution TE Transmitter• CRE57002 Revolution TE Receiver• CRE57073 Smoke Control Board• CRE57076 Capacitor Board• CRE57080 TX Battery NI-Cd Battery & Charger• CRE57072 Transmitter Battery Charger (without batteries)•

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CRE57000 SYSTEM COMPONENTS

REMOTE LINK

SWITCH

CRE57002 RECEIVER

AUXILARY CONTROL

HARNESS

ADAPTER PLUG

(for custom Installations)

CRE57001 TRANSMITTER

CRE57073

SMOKE CONTROL

BOARD

The CRE57000 Crest Revolution TE Wireless Control System consists of the following components:

CRE57001 Transmitter•

CRE57002 Receiver which includes a Remote Link Switch, an Auxiliary • Control Harness and an Adaptor Plug

CRE57073 Smoke Control Board.•

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CAB NUMBER

SELECT DOWN

SPEED - FAST

ANTENNA

LCD SCREEN

SPEED - SLOW

NUMBER

LETTER

KEYS

VIEW MU

ENGINES

ALL STOP

CHARGING JACK

# KEY DELETE QUICK MENU

DIRECTION (REVERSE)

DIRECTION (FORWARD)

ON / OFF

STOP / ENTER

CAB NUMBER SELECT UP

RECEIVER

SIGNAL STRENGTH

ACTIVE CAB

PWC/LINEAR

POWER

SPEED STEP

SU/MU

LOCO NAME

LOCO ROAD NUMBER

DELAY SETTING

START SPEED

TOP SPEED

CURRENT SPEED

LOCO DIRECTION

TRANSMITTER BATTERY VOLTAGE

RECEIVER LINK

AUX FUNCTION

FEEDBACK

REVOLUTION TE TRANSMITTER

LCD SCREEN

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LINK SWITCH

ANTENNA

LINK SWITCH

HEAT SINK

AUXILARY

CONNECTOR

10 PIN SUPPORT

HEADER

12 PIN DCC/RCC

CONTROL HEADER

REMOTE LINK SWITCH

CONNECTOR

REMOTE LINK SWITCH

CONNECTOR

LINK LED

ANTENNA

LINK SWITCH

AUXILARY

CONNECTOR

HEAT SINK

REVOLUTION TE RECEIVER

BASIC RECEIVER INSTALLATION FOR PLUG-AND-PLAY DCC/RCC EQUIPPED LOCOMOTIVES

You will need the following items for installation:

CRE57002 Revolution TE 2.4 Ghz Receiver• REMOTE Link Switch • Phillips head screwdriver• A drill and drill bits to install the remote Link Switch (if desired)•

NOTE: If the locomotive does not have a DCC/RCC compatible main circuit

board, see the custom installation instructions beginning on page 31 of this manual.

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1) Remove the locomotive shell. Refer to the manual included with your locomotive

Engine Main Circuit Board

Jumper Plug

12 Pin DCC Socket

10 Pin Accessory

Socket

ENGINE MAIN CIRCUIT BOARD

12 PIN DCC/RCC SOCKET

10 PIN SUPPORT

SOCKET

TE REVOLUTION RECEIVER

to determine where the DCC/RCC socket is located. Turn the locomotive (or tender) over, and remove all screws that hold the shell to the frame. Depending on the model of the locomotive, the number of screws will vary.

2) Remove the jumper plug on the DCC/RCC socket and set it aside. You can restore the locomotive to its pre-installation state by reinstalling the jumper plug.

3) Install the receiver in the 12 pin DCC/RCC socket and the 10 pin support socket as shown making sure to match the 12 pin header to the 12 pin socket and the 10 pin header to the 10 pin socket.

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4) Install the Remote Link Switch

1/2"

9/32" DIA.5/16" DIA.

LINK SWITCH

REMOTE LINK SWITCH

CONNECTOR

REMOTE LINK SWITCH

CONNECTOR

LINK LED

LINK SWITCH

REMOTE LINK SWITCH

NOTE: There is a Link Switch on the receiver. If the Link Switch on the receiver

is accessible from outside the locomotive you may wish to skip this step

Locate a place to install the supplied Remote Link Switch where it will be

accessible from the outside of the locomotive, yet obscured from view. Under a removable hatch or through the bottom of the locomotive or tender are convenient locations, in most cases. The Remote Link Switch must not be mounted on a metal or conductive surface since this may cause a short circuit.

A typical installation in the Aristo-Craft SD45 is

shown below.

Drill a 5/16”(8MM) diameter hole in the selected

location. Install the Remote Link Switch through the hole from inside and secure it with hot melt glue or silicone adhesive.

5) Attach the remote link switch connector on the Remote Link Switch to the three pin header on the receiver as shown on the following page.

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Engine Main Circuit Board

Receiver

Remote Link Switch Connector

Link Switch Header

Antenna

(Fully Extended)

6) Reinstall the locomotive shell. Use care when reassembling the locomotive. Be careful that you do not pinch any wires between the shell and internal parts of the locomotive.

THIS COMPLETES BASIC INSTALLATION OF THE RECEIVER. After the Transmitter set-up is complete, you will have full remote control of your locomotive speed, direction and lights. If you wish to add advanced options such as remote operation of smoke and sound please refer to the advanced section later in this manual.

POWERING YOUR LOCOMOTIVES

TRACK POWER. The Revolution TE receiver will work on voltages ranging from 12 to 24 volts DC. When running from track power, connect DC power directly to the track and set your controller power to the highest setting, but not more than 24 volts. You can also connect a DC power supply of up to 24 volts, without any speed controller, directly to the track. Set the track/battery switch on your locomotive to ‘Track’.

BATTERY POWER. The Revolution TE receiver can also be powered from Li-Ion (Lithium Ion), Ni-MH (Nickel Metal Hydride), Ni-Cd (Nickel Cadmium) or Gel Cell batteries. The maximum voltage must not exceed 24 volts. Multiple batteries can be wired in series or parallel to increase voltage or run time. When operating from batteries, set the track/battery switch on your locomotive to ‘Battery’. The following batteries and cables are available from Aristo-Craft dealers.

PART NUMBER DESCRIPTION CHARGER

CRE55610 Li-Ion, 2 AMP - 21.5 Volts CRE55620 CRE55650 Ni-MH 2.8 AMP - 12 Volts CRE55660 CRE55653 Ni-MH 2.8 AMP - 19.2 Volts CRE55661 CRE57080 Ni-Cd 1.5 AMP - 12 Volts CRE55660 CRE55493 Gel Cell 3.2 AMP - 3 X 6V CRE55494 CRE55601 Auto Cutoff For Gell Cell Battery CRE55602 Wire Harness For Battery Set CRE55611 Y Plug In Parallel CRE55613 Y Plug in Series

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TRANSMITTER SETUP

ON/OFF

STOP

ENTER

1) REMOVE THE BATTERY COMPARTMENT COVER on the back of the transmitter case.

2) INSERT THREE “AA” BATTERIES The Revolution Transmitter will operate on your choice of three “AA” Alkaline, Ni-MH (Nickel Metal Hydride) or Ni-Cd (Nickel Cadmium) batteries of 1.2 to 1.5 volts each. All three batteries must be identical, do not mix battery types. Insert the batteries making sure that they face in the directions indicated in the battery compartment.

Crest Battery Charger CRE57072, is available for charging Ni-Cd batteries

through the charging port in the bottom of the transmitter.

3) REPLACE THE BATTERY COMPARTMENT COVER

BASIC TRANSMITTER PROGRAMMING PROCEDURE

The following section describes the basic programming necessary to begin running your trains with the Revolution TE system. Since the Revolution TE is an advanced and full featured system, you may wish to operate your trains at the basic level described here until you feel ready to take advantage of all of the features that the Revolution has available. The Revolution TE’s advanced functions are described in the advanced section of this manual.

Please take the time to familiarize yourself with the transmitter design, key and button layout as well as the transmitter’s LCD screen on the following pages.

ON/OFF - Press and hold the ON/OFF to turn the Transmitter on. Press and hold the ON/OFF to turn the Transmitter off.

MENU - Press MENU to select the Transmitter’s setup menus. While accessing menus, pressing MENU will move you back one level.

STOP/ENTER - When operating a locomotive the STOP/ ENTER key will STOP the active locomotive and set its

speed to zero. When accessing menu’s, the STOP/ENTER key will operate as an ENTER key to conrm a selection.

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ARROW Keys - When operating a locomotive the up and

<<T

T>>

all

stop

3 def

7 pqrs

8 tuv

9 wxyz

1 -&/*

4 ghi

5 jkl

6 mno

2 abc

all

stop

RECEIVER

SIGNAL STRENGTH

ACTIVE CAB

SU/MU

LOCO NAME

LOCO ROAD NUMBER

LOCO DIRECTION

(FORWARD SHOWN)

TRANSMITTER BATTERY VOLTAGE*

RECEIVER LINK

CURRENT SPEED

*NOTE: THE TRANSMITTER WILL SHUT OFF WHEN THE BATTERY VOLTAGE DROPS TO 3.4 VOLTS.

down arrows (p and q) increase or decrease speed and the left and right arrows (t and u) select direction. When accessing menu items the up and down arrows (p and q) scroll between items and the left and right arrows (t and u) change that item’s value.

<<T and T>> - Used to select the active locomotive Cab. Press

the <<T key to scroll down and the T>> to scroll up the list. The locomotive names and road numbers will be displayed on the main operation screen.

ALL STOP - PRESS AND HOLD the “0 all stop” key and this immediately stops all locomotives on the same transmitter and sets their speed to zero. This key is also used to reset a locomotive after an overload or overheat error occurs.

NUMBER / LETTER KEYS - Use when entering numeric or textual information the use of these keys is identical to those on a cell phone. When operating a locomotive, keys 1 through 6 are used to operate six auxiliary functions. For example, pressing key “1” might activate the horn sound. Programming these keys is covered in the advanced programming section of this manual.

# (POUND) - When the Operating screen is being

displayed pressing the # key accesses the Quick Menu. During text entry, this is the ‘space’ key

* (STAR) - When operating an MU consist, pressing this key

selects the locomotive in the consist whose auxiliary functions, such as smoke or sound, that you want to control.

LCD SCREEN - Basic Reference guide

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PROGRAMMING A LOCOMOTIVE

OPERATION NOTE: Use the p and q keys to highlight a menu option and

then press STOP/ENTER to select the item.

The transmitter and the receivers in your locomotives are designed to communicate and exchange information about the way you want your trains to operate. In order to

establish a link between them you need to set up some basic parameters that dene

the locomotive for the transmitter and for you, such as the locomotive’s name and road number. Once these parameters are set, the link between the transmitter and

receiver is nalized by a process called “Linking”. Once linked, the transmitter and

receiver are set to communicate. Finally you must assign a Cab Number to your locomotive and then you are ready run your train with the Revolution TE.

As you get comfortable with the Revolution TE, you can start ne tuning the optional

settings for each locomotive, as described, in the advanced section of this manual.

1) Turn on the transmitter by pressing On/

Off. The main “Operating” screen will be displayed.

2) Press MENU to access the MAIN SET

UP menu.

MAIN SET UP

1.ASSIGN FUNCTION ¤

3) Press the STOP/ENTER key (or the ‘1’

key) to select:

1.ASSIGN FUNCTION

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

4) a.LINK ADDR - The link address for the locomotive must be chosen.

This number is different for each locomotive and is a number from “00” to “49”. The default entry, when you access the Assign Functions menu, is ‘49’. Use

link address [00] for the rst locomotive.

Note that you can quickly move to link address [00] by pressing the STOP/ ENTER key. To select another address, use the t and u keys until the address you want is displayed. This is also the

method used to access previously dened

locomotives for editing.

1.ASSIGN FUNCTIONS

a.LINK ADDR [49] ¤

b.RxType [OnBoard] c.NAME [L49 ] d.ROAD No. [RdNo] e.MOMENTUM [ 10%]

Page 14

5) c.NAME - Use the p and q keys

move to NAME. Use the keypad to type letters or numbers to name the locomotive. Names may be up to 9 characters long. There is a guide to entering names in Appendix “A” on page 35 of this manual.

1.ASSIGN FUNCTION

a.LINK ADDR [00] b.RxType [OnBoard]

c.NAME [GN SD45 ] ¤

d.ROAD No. [RdNo] e.MOMENTUM [ 10%]

6) d.ROAD NO. - Use the p and

q keys move to ROAD No. Enter a

1.ASSIGN FUNCTION

road number of up to four characters using the number keypad.

7) Place the locomotive on the track.

a.LINK ADDR [00] b.RxType [OnBoard] c.NAME [GN SD45 ]

d.ROAD No. [400 ] ¤

e.MOMENTUM [ 10%]

8) Apply power. If running on batteries

make sure the locomotive’s battery is 12 to 24 volts and is fully charged. If using track power, apply 12 to 24 volts to the track.

9) m.LINKING - Use the p and

q keys move to LINKING. Press and hold the Link Switch on the locomotive. Release the Link Switch when the locomotive’s lights begin

ashing.

NOTE: There is an LED on the

1.ASSIGN FUNCTION

i.HD LIGHT [ ON] j.TOP SPEED [100%] k.START SPEED[ 0%] l.AUX FUNC. SETUP

m.LINKING £

Revolution TE Receiver that also

ashes during this linking process. See

the illustration of the receiver, on page 7, to locate the LED.

While the lights (and LED) are ashing

press the STOP/ENTER key on the transmitter.

In a moment the screen will show that

1.ASSIGN FUNCTION

i.HD LIGHT [ ON] j.TOP SPEED [100%] k.START SPEED[ 0%] l.AUX FUNC. SETUP

m.LINKING PASSED! £

the programming of the unit has been

successful and the ashing will stop.

11) Press the MENU key once to return to the Main Menu.

BASIC LOCOMOTIVE PROGRAMMING IS NOW COMPLETE.

Page 15

Setting the CAB number

Each locomotive must be assigned to a cab number. This provides a simple way to choose locomotives from the main operating screen.

MAIN SET UP

1) Press MENU to display the main set up

menu.

3) Press the 3 key to select:

3.ADD MU/SU

4) Use the p and q keys to select a CAB

number. CAB-0 is the rst available

active locomotive in the list so you want to start here.

5) Use the p and q keys to select

SU [49] L49

1.ASSIGN FUNCTION ¤

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

MAIN SET UP

1.ASSIGN FUNCTION

2.USAGE OF CAB

3.ADD MU/SU ¤

4.COPY LOCO

5.SYSTEM CONFIGURE

3.ADD MU/SU CAB

CAB NO: CAB-0 ¤

MU MODE: OFF SU [49] L49

6) Use the t and u keys to scroll thru

the locomotive listings until you nd

the locomotive (by Link Address) that you programmed previously. As shown in the example to the right for a GN

3.ADD MU/SU CAB

CAB NO: CAB-0

MU MODE: OFF

SU [00] GN SD45 ¤

SD45.

7) Press the MENU key to return to the

Main Menu

The transmitter and receiver are now linked an ready to operate your locomotive. When you feel ready to move into advanced features and programming

please turn to the advanced setup section in this manual.

Page 16

OPERATING YOUR LOCOMOTIVE

1) Use <<T and T>> keys to select the cab number that you assigned to the locomotive that you want to operate. The locomotive’s name & road number will be displayed on the top line along with SU-, indicating that this is operating as a single unit locomotive.

2) Use the up and down arrow keys (p and q) to increase and decrease the locomotive’s speed.

3) Use the Right Arrow key ( u) to go forward and the Left Arrow key (t) to run backwards.

While it is preferred that you stop you trains gradually by using the down arrow

(q) key you can stop the selected locomotive quickly by pressing STOP/ENTER.

You can now add additional locomotives following these same procedures but using a different Link Address for each new locomotive.

Controlling two locomotives (trains) independently, at the same time

1) Make sure that both locomotives have been identied in the transmitter, that

linking has been successful and that the locomotives have each been assigned a Cab Number.

2) Place each locomotive on the track, separated by some distance .

3) Use the <<T and T>> keys until the display shows cab number, name and road number for the locomotive that is in front.

4) Use the UP Arrow (p) key to start it running slowly in a forward direction.

5) Select the other locomotive with the <<T and T>> keys. Use the p and q keys to get it running.

Note that the displayed speed for both locomotives may not be the same when they are actually running at the same speed as it can vary from locomotive to locomotive.

You can continue to operate each locomotive independently by switching from one CAB to the other using the <<T and T>> keys and then make changes in speed or operate accessories.

That is all there is to get up and running. With practice you will become a master at controlling your trains. When you are ready to take the next step please read the advanced section of this manual to learn how to make the most of the Revolution TE.

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BASIC OPERATING TROUBLESHOOTING

“The engine runs backwards when the transmitter is set to forward”

1) Press MENU to display the MAIN SET

UP menu.

2) Press the STOP/ENTER key to select:

1.ASSIGN FUNCTION

3) Use the p and q keys to scroll down

the list of functions to:

g.MOTOR

4) Use the t and u keys to toggle motor direction between NORmal and

REVerse.

5) Press MENU to exit to the main menu screen.

6) Press MENU again to exit to the operating screen.

The locomotive will now respond to direction in the opposite way that it did initially and should now match the transmitter indication.

1.ASSIGN FUNCTIONS

c.NAME [L49 ] d.ROAD No. [RdNo] e.MOMENTUM [ 10%] f.DELAY [3.0s]

g.MOTOR [NOR] ¤

“My engine’s headlight does not match the direction of the locomotive”

1) Press MENU to display the main set up

menu.

2) Press the STOP/ENTER key to select:

1.ASSIGN FUNCTION

3) Use the p and q keys to scroll down

the list of functions to:

h.HD DIR

4) Use the t and u keys to toggle the headlight direction between NORmal and

REVerse.

5) Press MENU to exit to the main menu screen.

6) Press MENU again to exit to the operating screen.

The headlight will now match the direction of travel of your locomotive.

1.ASSIGN FUNCTIONS

d.ROAD No. [RdNo] e.MOMENTUM [ 10%] f.DELAY [3.0s] g.MOTOR [REV]

h.HD DIR [NOR] ¤

Page 18

ADVANCED OPERATIONS, INSTALLATIONS AND PROGRAMMING

Engine Main Circuit Board

Receiver

Auxiliary Control Harness

Remote Link Switch Harness

Black Wire

1 - Blue 2 - Green 3 - Yellow 4 - Orange 5 - Red 6 - Brown 7 - Black

Wire Color I.D.

AUXILIARY CONTROL HARNESS

An Auxiliary Control Harness is supplied with the Revolution TE Receiver. The Auxiliary Control Harness plugs into a seven pin auxiliary wiring connector at one end of the receiver circuit board. The wires, which correspond to keys 1 thru 6 on the transmitter, are connected to control functions of your choice.

NOTE: The functions listed in the table below represent how we envisioned the system to operate. This does not mean to say that this is the only way that you can use each of the six functions. More important is that you assign a purpose to each auxiliary function and stay consistent from one locomotive to the next so that you know which key does what on each of your locomotives.

The six switch positions will need to be connected to the accessory you wish to control with the Transmitter. Please refer to the manufacturer’s instructions for connecting sound triggers when using third party sound systems.

The six functions of the Auxiliary Control Harness are independently programmable and intended to operate as follows:

AUXILIARY CONTROL HARNESS

Wire #/Color Tx Key Typical Use Setting

1 Blue 1 Horn/Whistle sound Momentary 2 Green 2 Bell sound Latching 3 Yellow 3 Brake sound Momentary

Orange 4 Other sound Momentary

5 Red 5 Running/Cab/Ditch Lights Latching

Brown 6 Smoke

(use with CRE57073 Smoke Control Board) Latching

7 Black N/A Common (ground) for all functions

Page 19

CRE57073 SMOKE CONTROL BOARD

Plugs go to Smoke Unit(s)

Connect to Auxiliary Control Harness

Plug in Power for Smoke Unit(s)

Solder

Heat Shrink Tubing

Auxiliary Harness

Brown Wire

Black Wire

In order to control a smoke generator which has a relatively high power draw, a Smoke Control Board (Available separately CRE57073) has been designed to work with the Revolution TE Receiver. This Smoke Control Board has been designed to be used with the Auxiliary Control Harness to remotely operate smoke generators by acting as an electronic switch or relay. The Smoke Control Board has the ability to operate two smoke generators simultaneously.

1) If you use heat shrink tubing to insulate solder joints, place a short piece on the black wire and another on the brown wire of the Auxiliary Control Harness. Solder the black wire from the Smoke Control Board to the black wire in the Auxiliary Control Harness. Solder the white wire from the Smoke Control Board to the brown wire on the Auxiliary Control Harness. Carefully heat the heat shrink tubing (or use electrical tape) to insulate the solder joints.

2) Unplug the wire harness that is plugged into the smoke generator in your locomotive and plug this connector into the socket on the Smoke Control Board. If your locomotive has dual smoke generators, like the Aristo-Craft E8, unplug both smoke units and plug only one of these connectors into the Smoke Control Board.

3) Plug one of the connectors from the Smoke Control Board (either one will work) into the smoke generator, where the original connector was plugged in. If you have a second smoke generator in your locomotive, plug the other connector from the Smoke Control Board into the second smoke unit.

4) Use double sided foam tape to securely mount the Smoke Control Board to the interior of the locomotive using care that the circuit board does not come in contact with any metal inside of the locomotive.

5) Set the smoke switch (in the locomotive) to on. This switch should remain on.

6) Refer to the Advanced Programming section of this manual to program F6 to ‘LATCH’ under AUX FUNC. SETUP in the locomotive ASSIGN FUNCTIONS menu.

The onboard Revolution receiver now has control of the locomotive smoke generator. When you want to operate the smoke generator in your locomotive, add

smoke uid to the smoke generator and when operating the locomotive, simply press

key ‘6’ to turn the smoke on and press key ‘6’ again to turn the smoke off.

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ADVANCED PROGRAMMING AND FUNCTION INFORMATION

RECEIVER

SIGNAL STRENGTH

ACTIVE CAB

PWC/LINEAR

POWER

SPEED STEP

SU/MU

LOCO NAME

LOCO ROAD NUMBER

DELAY SETTING

START SPEED

TOP SPEED

CURRENT SPEED

LOCO DIRECTION

TRANSMITTER BATTERY VOLTAGE

RECEIVER LINK

AUX FUNCTION

FEEDBACK

The following section is a comprehensive list of functions, displays and descriptions of the options available under each menu item. Accessing and setting these functions uses exactly the same techniques described in the basic programming section of this manual.

The Transmitter Operating screen

OPERATING SCREEN - First Line

Receiver Signal Strength - The antenna symbol and signal bars, in the upper left

corner of the screen shows the strength of the radio signal between the transmitter and the locomotive’s receiver. This is reference information only and has no user setable function.

SU/MU - SU- indicates that the locomotive under control is a single independent

unit. MU2 or MU3 indicates that a Multiple Unit conguration of 2 or more

locomotives is being operated. This is also reference information and it indicates the selected CAB type.

Loco Name - The active locomotive’s name is programmed by the operator when

programming locomotives

Loco Road Number - The active locomotive’s road number is programmed by the

operator when programming locomotives

OPERATING SCREEN - Second Line

Cab # - The cab number is associated with the locomotive that is being controlled.

This number is programmed by the operator under item 3 of the main menu ADD MU/SU CAB which is used to assign either single locomotive or multiple locomotives to a CAB Number for operating purposes. This is what makes MUed locomotives work as a unit.

Page 21

Delay Setting - Is the number of seconds that the train will stay stopped when its

direction is changed. DL2.0s in this example means that the locomotive will pause for 2.0 seconds before it reverses direction. This setting is available for

programing by the operator when a locomotive is being dened under Item 1,

ASSIGN FUNCTIONS

Top Speed - The locomotive’s maximum speed is expressed as a percentage of the

maximum possible speed. This setting is available for programing by the operator

when a locomotive is being dened under Item 1, ASSIGN FUNCTIONS. TOP

SPEED is useful when the operator would like to limit the maximum speed of a locomotive to a scale speed for realistic operation. This item can also be useful if you wish to limit the speed at which children an operate a locomotive.

Start Speed - The locomotive’s start speed is expressed as a percentage of the

amount of power required for the locomotive to begin to move. This setting is

available for programing by the operator when a locomotive is being dened

under Item 1, ASSIGN FUNCTIONS. START SPEED is used to reduce the dead zone between speed setting 0 and the speed setting at which the locomotive begins to move.

OPERATING SCREEN - Current Speed Box

Current Speed - shows the locomotive’s current speed as a percentage of the

maximum possible speed. At the bottom of this box the speed of the locomotive is shown graphically in the form of a bar.

OPERATING SCREEN - Loco Direction Line

Loco Direction - shows the direction of travel for the active locomotive. Arrows

pointing to the right indicate forward while arrows pointing to the left indicate reverse

Aux Function Feedback - Flashes when an Auxiliary Function key is pressed.

OPERATING SCREEN - Bottom Line

PWC/Linear Power - The rst item on the bottom line shows that the system is

using PWC (Pulse Width Coding) speed control.

Speed Step - This shows the sensitivity level for speed of reaction after pressing

the t and u keys. This is an operator dened setting under the QUICK MENU LIST. For switching you might want a lower sensitivity and for big trains a faster key reaction. This setting is applied to all locomotives being controlled by the transmitter.

LinkOK or NOLink - tells whether the transmitter and receiver of the active

locomotive are communicating. This same area on the display will show error messages such as OVERLOAD or OVERHEAT. This is reference information only and has no user setable function.

Normally the transmitter’s main control display shows LinkOK on the bottom

line of the screen. This indicates that there is a good radio link between the transmitter and the receiver in the locomotive. If that link is lost due to an

Page 22

exhausted battery, excessive distance, a short circuit or open circuit on the track, a derailment or no power on the track the message will change to NOLink.

When the amperage drawn by a locomotive exceeds 8 amps, the capacity of the

onboard receiver, which can continuously supply 5 amps, the receiver will shut down and the transmitter will display OVERLOAD on the LCD.

The receiver will send an OVERHEAT signal to the transmitter if the receiver’s

temperature exceeds 175 degrees Fahrenheit. If the receiver overheats wait for 5 to minutes for the receiver to cool before continuing to operate it.

After you correct an overload or overheat condition press the zero key [0] on the

transmitter keypad to reset the error message.

Transmitter Battery Voltage - Shows the voltage level of the transmitter’s batteries.

Fresh alkaline batteries should show about 4.5 volts for example. The last item is a graphic of the transmitter’s battery level. These are for operator reference only and have no user setable function.

NOTE: The Transmitter will shut off when the battery voltage drops to 3.4 Volts

NOTES:_____________________________________________________________

____________________________________________________________________

Page 23

MENU FUNCTIONS AND NAVIGATION

In this section each menu item is shown along with comments about its use.

The MAIN SET UP menu is accessed by pressing MENU from the main control screen. To navigate this menu use the p and q keys to select the item that you wish to edit and press ENTER to access the item submenu.

1.ASSIGN FUNCTION - This Menu

is used to dene individual locomotives.

To navigate this menu use the p and q keys to select the function that you wish to change. To change a setting that has a pre-dened range, use the t and u keys. Under NAME and ROAD NO. Use the number and letter keys to add text and

MAIN SET UP

1.ASSIGN FUNCTION¤

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

numbers. When programming is complete, press Menu to return to the Main Menu.

After a new locomotive is dened in this Menu, you must then assign the new

locomotive a Cab Number in Menu 3.ADD MU/SU CAB, before you can control

your newly dened locomotive.

FUNCTION SETTINGS

a.LINK ADDR - The link address for the

locomotive must be chosen. This number is different for each locomotive and is a number from “00” to “49”. Use the t and u keys to select a Link Address. 00 is the

rst available address in the list and should be used for the rst locomotive. Note that

you can quickly move to address 00 by pressing the STOP/ENTER key.

b.RxType - This menu item tells the

transmitter which type of receiver is being

dened. OnBoard is the receiver type used

in locomotives while BASE RX is the

1.ASSIGN FUNCTIONS

a.LINK ADDR [49] b.RxType [OnBoard] c.NAME [L49 ] d.ROAD No. [RdNo] e.MOMENTUM [ 10%] f.DELAY [0.0s] g.MOTOR [NOR] h.HD DIR [NOR] i.HD LIGHT [ ON] j.TOP SPEED [100%] k.START SPEED[ 0%] l.AUX FUNC. SETUP m.LINKING

receiver type used for stationary functions such as remote switch control. Use the t and u keys to select the Receiver Type that you are dening. Once linked, the receiver type cannot be changed without relinking.

c.NAME - This is where you give your locomotive an easy to identify name.

Use the keypad to type letters or numbers to “Name” the locomotive. Names may be up to 9 characters long. Something like BNSF GP40 or UP -9 or some similar description is good. There is a guide to entering text in Appendix “A” (page35).

d.ROAD NO. - Enter the road number of the locomotive being dened. One to

four characters is allowed. This lets you distinguish between two locomotives that were both named BNSF GP40 for example.

Page 24

e.MOMENTUM - If momentum is set to 0 (zero) your locomotive will accelerate

rapidly if you press and hold the UP ARROW key. Its speed will instantly become what it is set to. As the momentum setting is increased the time that it takes the locomotive to catch up with the speed setting you set increases. This means that you can set the speed to 60% by holding the UP ARROW key for a few seconds but the locomotive may take several more seconds to actually make it to that speed. Use the t and u keys to select the amount of Momentum that

you want to apply to the locomotive you are dening.

Momentum And Step Speed (described later) both effect how quickly a

locomotive will reach its top speed.

f.DELAY - When the direction of the locomotive is reversed this setting

determines how long, in seconds, that the locomotive will be completely stopped before it starts up again in the other direction. The range is 0 to 5 seconds in 1/10th second increments. Use the t and u keys to select the amount of delay, in seconds, that you want your locomotive to wait before reversing direction.

g.MOTOR - This item sets the default direction of travel when the transmitter

says the locomotive is going forward. This can be set to NOR (normal) or REV (reverse). If set to NOR the locomotive will go forward when the transmitter shows that it is going forward. If set to REV the locomotive will go backwards when the transmitter shows that it is going forward. This is used primarily when you are operating multiple locomotives (MUing) and you want them to run backto-back. Use the t and u keys to select the Motor default direction.

h.HD DIR - This can be set to NOR (normal) or REV (reverse). If set to NOR

the headlight on the locomotive will come on when the locomotive is going forward. If set to REV the headlight will come on when the locomotive is going backwards. This is useful if your headlights do not match the direction of travel of the locomotive. Use the t and u keys to change the headlight direction.

i.HD LIGHT - This can be set to ON or OFF. If set to ON the headlight will

operate normally. If set to OFF the headlight will not function. This function is used when adding locomotives into a Multiple Unit consist. Typically only the lead locomotive has it’s headlight on when operating and all trailing units have their headlights off. Use the t and u keys to set the headlight to On of Off.

j.TOP SPEED - Sets the locomotives top speed as a percentage of its possible

top speed. This comes in handy if you have visitors who are operating your trains and have been known to run them at too high a speed. If you set this to 70% that is all the faster the locomotive will go, 70% of its possible top speed. Use the t and u keys to set the locomotives Top Speed.

k.START SPEED - Sets the speed at which acceleration of the locomotive

begins. If you have a large locomotive or one that is pulling a long, heavy train you can set the start speed so that the power level will jump to the set percentage as soon as you begin accelerating. For example, if you have a locomotive that doesn’t start moving till the throttle setting is at 25% you can set the start speed to that number and not have to wait for the speed to get to that level before the train moves. As soon as you press the UP ARROW key the speed will jump to 25%

Page 25

and increase from there as the UP ARROW key is held. Use the t and u keys to

set the Start Speed of the locomotive.

l.AUX FUNC. SETUP - This menu item is used to set each of the function

keys to operate either as momentary or latching. MOMENTARY means that the function being controlled is on while the Function key is pressed and turns off when the key is released. LATCHING means that the function being controlled is turned on when the Function key is pressed and remains on till the same Function key is pressed again.

AUX FUNC. SETUP

AUX MODE: BASIC F1: MOMENTARY F2: MOMENTARY F3: MOMENTARY F4: MOMENTARY F5: MOMENTARY F6: MOMENTARY

AUX MODE: BASIC vs. EXTEND

- Select either BASIC or EXTEND. In BASIC mode, you will be able to control function keys F1 thru F6. If your receiver supports more than six auxiliary functions then EXTEND mode is chosen so that you can control up to 16 auxiliary functions, F1 thru F16.

Use the t and u keys to set each Aux Function to either momentary or latching.

m.LINKING - This nal menu item is used to establish a Link between the

transmitter and the receiver that you just dened.

1) Press and hold the Link Switch on the receiver or locomotive until the LED

on the receiver, or lights on the locomotive, begin to ash.

2) While the LED/lights are ashing press the ENTER key on the transmitter.

In a moment the screen will show that the programming of the unit has been

successful and the ashing will stop. Once linked, the function settings are saved for

this locomotive. Press MENU to return to the Main Menu.

2.USAGE OF CABS

The Revolution transmitter can store up to as many as 50 locomotives. Since it is unlikely that each of us would have this number of locomotives active at one time you can use this menu item to limit the number of locomotives that show up when you press the <<T and T>> keys while viewing the control screen.

1) From the Main Menu screen use p and q to select 2.USAGE OF CABS and press ENTER

2) Use the t and u keys to increase or decrease this range from CAB-0 thru CAB49.

Press MENU to save this set-up and return to the Main Menu.

MAIN SET UP

1.ASSIGN FUNCTION

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

2.USAGE OF CABS

CONTROL CAB

CAB-0 TO CAB-5

Page 26

3.ADD MU/SU CAB

This Menu is used each time a new locomotive is added to the transmitter. Its purpose is to assign a Cab Number a locomotive so that it

can be quickly identied and selected from the

main operation screen. This is where you assign a locomotive it’s Single Unit (SU) Cab Number

MAIN SET UP

1.ASSIGN FUNCTION

2.USAGE OF CAB

3.ADD MU/SU ¤

4.COPY LOCO

5.SYSTEM CONFIGURE

and where you set up consists of up to six locomotives and assign them Multiple Unit (MU) Cab Numbers.

Single Unit (SU) Cab assignments

1) Use the t and u keys to choose a Cab Number to assign to a locomotive. This range is set by 2.USAGE OF CABS.

2) Make sure that MU MODE: is set to OFF for SU mode.

3.ADD MU/SU CAB

CAB NO: CAB-0

MU MODE: OFF

SU [49] L49

3) Use the t and u keys to select your locomotive, under SU by the Link Address assigned in 1.ASSIGN FUNCTIONS.

4) Press MENU to save this set-up and return to the Main Menu. Press MENU again to return to the operating screen.

Multiple Unit (MU) Cab assignments

1) From the Main Menu screen use p and q to select 3.ADD MU/SU CAB and press ENTER

2) Use the t and u keys to choose a Cab Number to assign to the Multiple Unit (MU) consist. This range is set by 2.USAGE OF CABS.

3) Use the t and u keys to change MU MODE to ON. The menu changes to allow you to

3.ADD MU/SU CAB

CAB NO: CAB-0

MU MODE: ON

MU1 [00] MU2 NOT SELECTED MU3 NOT SELECTED MU4 NOT SELECTED MU5 NOT SELECTED MU6 NOT SELECTED

enter a list of locomotives that are to be MUed.

4) Select the rst (lead) locomotive as MU1 by using t and u keys to select the Link Address assigned to it. Use the q key to move to the next locomotive.

5) Select the second locomotive in the consist as MU2 by using t and u keys to select the Link Address assigned to it. Use the q key again to move to the next locomotive.

6) Continue the MU assignments until all of the locomotives (up to a maximum of 6) that you want to MU in a single consist, are listed.

7) Press MENU to save this set-up and return to the Main Menu. Press MENU again to return to the operating screen.

Page 27

Operating multiple locomotives in consists (MUing)

Once the set-up is complete, operating MUed locomotives is quite simple.

THE MU SET UP:

For this example let’s say that you set up two locomotives are called LOCO1 and LOCO2 and that their Cab Addresses are set to CAB-0 and CAB-1 respectively (LOCO1 is CAB-0 and LOCO2 is CAB-1).

Since the two locomotives can operate independently as CAB-0 and CAB-1 you set up CAB-2 for them to operate together in an MU consist.

In order to make sure that both locomotives are going to work in harmony, place both locomotives on the track a few feet apart. On the operating screen, select the MU on CAB-2 with the <<T and T>> keys.

Speed up the locomotives and conrm that both are going in the same direction.

If you want one locomotive to run backwards you can make that change under

1.ASSIGN LOCOMOTIVE, a.MOTOR [REV].

THE OPERATION SCENARIO:

You want to make up an MU consist in order to haul the daily freight west.

First, you operate LOCO1 in SU mode (CAB-0) and spot it at the assigned location in the yard. Stop LOCO1 by bringing the speed down to 0%.

Next, Select CAB-1 (LOCO2) on the transmitter, and operate LOCO2 in SU mode to meet LOCO1. You then couple LOCO2 to LOCO1 automatically and stop it, bringing LOCO2’s speed to 0%.

You then select CAB-2 (MU LOCO1 & LOCO2) and now you operate the MU as a single unit. You pick up your assigned train in the yard and off you go to your assigned destination.

You now arrive at your destination and you bring your train to a full stop. You uncouple the lead locomotive (LOCO1), select CAB-0 and go off to the next assignment. Meanwhile LOCO2 is on yard duty to classify the cars it just delivered. You change to CAB-1 and work the yard with LOCO2 until all of the cars have been sorted.

NOTES:

For more than 2 locomotives in a consist just add additional locomotives to CAB-2 under 3.ADD MU/SU CAB. Up to six locomotives may be MUed together into a single consist.

You can use the number key labeled “*” (star) to select from the locomotive names in a consist so that you can access their accessory functions independently. For example, if you have a smoke unit in both LOCO1 and LOCO2 and each is attached to Auxiliary output #6 you could turn on the smoke in LOCO1 when the display shows LOCO1 at the top. To access the smoke unit on LOCO2 you would press the “*” (star) key and LOCO2 would be displayed. Now button 6 will activate LOCO2’s smoke unit.

Page 28

4.COPY LOCO

Once you set up a locomotive with a set of options you can copy that locomotive’s settings to use for another locomotive without having to re-enter all of the settings. For example, if you have set up an SD45 locomotive on link address 00 and want to copy the settings to link address 01 because you have another SD45 to set up:

MAIN SET UP

1.ASSIGN FUNCTION

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO ¤

5.SYSTEM CONFIGURE

1) From the Main Menu select 4.COPY LOCO and press ENTER

2) On the FROM: line use the t and u keys to

select Loco 00 (or any dened locomotive in

your transmitter)

4.COPY LOCO

FROM: [00] L00 TO: [01] L01 COPY: [00]->[01]

3) On the TO: line use the t and u keys to select Link Address 01 (or any other Link Address of your choice)

4) Scroll down to COPY: Conrm that the FROM and TO entries are correct and press ENTER to conrm the copy.

Press MENU to return to the Main Menu.

CAUTION: Copying a locomotive to a Link Address that has previously been

dened will overwrite all existing settings for that Link address.

5.SYSTEM CONFIGURE

This Menu gives you the ability to customize your transmitter to suit your preferences.

1) From the Main Menu screen select

5.SYSTEM CONFIGURE and press ENTER

2) Highlight POWER OFF and use the t and u keys to change the time, from 1 to 30

MAIN SET UP

1.ASSIGN FUNCTION

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

minutes, that you want the transmitter to stay on after the last key was used. This will help conserve transmitter battery power.

3) Scroll down to BRIGHTNESS and use the t and u keys to change the brightness of the LCD Screen backlight from 0 to 100%.

4) Scroll down to CONTRAST and use the t

5.SYSTEM CONFIGURE

a.POWER OFF [ 5min] b.BRIGHTNESS [ 50%] c.CONTRAST [50%] d.KEY SOUND [ON ]

and u keys to change the Contrast of the LCD Screen from 0 to 100%.

5) Scroll down to KEY SOUND and use the t and u keys to turn the key (chirp) sound ON or OFF.

Press MENU to return to the Main Menu.

Page 29

6.RADIO CONFIGURE

This menu has two settings available, RFCHANNEL and GROUP ID.

RF-CHANNEL - All Revolution transmitters are factory set to channel 16. In most cases this can be left as is but if you suspect that interference from a local source is effecting the range of

MAIN SET UP

2.USAGE OF CAB

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

6.RADIO CONFIGURE¤

YOUR system, you can choose a new channel to help eliminate the interference. Note that you must relink any locomotives that you have if you change the RF Channel number.

GROUP ID - If you have more than 50

6.RADIO CONFIGURE

a.RF-CHANNEL[CH:16] b.GROUP ID. [8455]

locomotives that you want to control or you have multiple areas that you want to control with separate transmitters, you can select a different Group ID for each transmitter and they will operate independently of one-another. It is also important that visitors who might bring their own Train Engineer Revolution and locomotives have a different group ID. Group ID numbers are set randomly at the factory so duplication should not be a problem and you may never have to change this setting. Note that you must relink any locomotives that you have if you change the Group ID number.

1) From the Main Menu screen select 6.RADIO CONFIGURE and press ENTER

2) When RF-CHANNEL is highlighted, use the t and u keys to change to the new RF-CHANNEL. Available Channels are channel 16 thru channel 26

3) Highlight GROUP ID and use the t and u keys to SELECT a new GROUP ID Number. The range for Group ID numbers is 0000 thru 9999

Press MENU to return to the Main Menu.

7.MY MEMO

This menu item is provided to allow you to personalize your transmitter so that the

owner can be identied if it gets mixed up

or left behind at a running session with other

Revolution TE owners. Each eld can contain up

to 20 letters and/or numbers.

1) From the Main Menu screen select 7.MY MEMO and press ENTER

2) Fill in your name and contact information.

Press MENU to return to the Main Menu.

MAIN SET UP

3.ADD MU/SU

4.COPY LOCO

5.SYSTEM CONFIGURE

6.RADIO CONFIGURE

7.MY MEMO ¤

7.MY MEMO

NAME: ___________________ INFO: ___________________

Page 30

8. RESET MEMORY

This last item on the Main Menu is used to

8.RESET MEMORY

revert the transmitter back to the original factory software settings.

ARE YOU SURE RESET ALL MEMORY?

You have two choices, Yes or No.

Yes No

WARNING: THERE IS NO “UNDO”, if you choose YES and then press STOP/ENTER, ALL user entered settings on the transmitter are erased.

QUICK MENU LIST

To access the QUICK MENU LIST, press the pound (#) key.

AUX FUNCTIONS

This menu item, under the Quick Menu List, shows each Auxiliary

Function and whether it is set to Latch or Momentary for the currently active locomotive. It also shows the current setting for each function. This is an easy way to see,

QUICK MENU LIST

AUX FUNCTIONS

STEP SPEED [ 3] A->Z NAME SEARCH ABOUT SYSTEM

for example, if your smoke unit is on or off.

You can also change the setting of each function (ON to OFF or OFF to ON) by highlighting the line and pressing ENTER

You cannot change the way that a key functions in this menu (momentary/latching), you must use the ASSIGN FUNCTIONS menu to make this change.

STEP SPEED

Under this menu item, in the Quick Menu List, you can set the Step Speed. Step Speed is the setting that determines how fast locomotives accelerate (and decelerate) based on the number of increments required to go from 0 to full speed. The range is from 1 to 5. When

QUICK MENU LIST

AUX FUNCTIONS

STEP SPEED [ 3]

A->Z NAME SEARCH ABOUT SYSTEM

set to 1 the rate at which the speed increases, when you hold the p key will be the slowest. A higher number will increase the rate of acceleration. For precise control of a locomotive, for switching operations, set the Step Speed to 1 or 2. To have your locomotives accelerate quickly, set it to 4 or 5.

When Step Speed is set to ‘1’ each time you press the p or q Keys the speed changes by 0.1 %. When set to ‘2’, the speed changes in increments of 0.5 %. A

Page 31

setting of ‘3’ changes the speed by 1.0% each time the p or q Keys are pressed. A setting of ‘4’ will increase speed by 2.5% and a setting of 5 jumps up or down by 5% each time the p or q Keys are pressed.

Step Speed

Setting

Number of steps to

go from 0 to 100%

Speed increment on

each key press

1 1000 1/10% Very delicate operations

2 200 1/2%

3 100 1% Normal operations

4 40 2.5%

5 20 5% Rapid speed changes

A->Z NAME SEARCH

This menu item is reference information only and shows an alphabetized list of all locomotives with road names and link

addresses. This is a fast way to nd the

locomotive you want to operate. Use the p and q Keys to scroll through the list

ABOUT SYSTEM

This nal item briey displays the system

frequency and software version number when you press STOP/ENTER.

A->Z NAME SEARCH

2-8-2 7631 [04] BNSF -9 1119 [02] BNSF -9 1072 [05] GN SD45 400 [06] L07 RdNo [07]

ABOUT SYSTEM

FRQ: 2.4GHz/US Ver 1.14

Hold STOP/ENTER key to keep showing information

Use

CUSTOM RECEIVER INSTALLATION

For custom installations, you will need the following items:

Phillips head screwdriver• 12 to 24 volt DC power source connected to the track or onboard batteries.• A drill and drill bits to install the remote Link Switch (if desired)• A soldering iron and solder • Wire cutter and wire stripper• Heat shrink tubing or electrical tape• Electronic components for headlights•

Many locomotives do not come equipped to accept the Revolution TE in a plug and

play installation. In this case, the wiring of the locomotive will require modication

Page 32

to accept the receiver. To facilitate custom installations, a Adaptor Plug is provided.

TR+ RIGHT SIDE TRACK PICK-UP

TRK- LEFT SIDE TRACK PICK-UP

HD1 REAR HEADLIGHT NEGATIVE

HD2 FRONT HEADLIGHT NEGATIVE

HD COM FRONT HEADLIGHT POSITIVE

MOT+ MOTOR POSITIVE POWER

MOT- MOTOR NEGATIVE POWER

TOP

BOTTOM

The Adaptor Plug has a 12 position socket. Wire the Adaptor Plug to your locomotive with the connections as shown below.

1) POWERING THE Revolution TE. The Revolution TE is designed to work

from either track power or on board battery power of at least 12 volts DC to a maximum of 24 volts DC. The receiver is self-protected for polarity and input current. However, if you use a battery, you should install a 3-amp fuse directly from the battery before any other wiring is connected. The fuse will protect your wiring and the battery from damage in case of an accidental short circuit.

2) ISOLATE THE MOTOR(S). The motor(s) MUST be isolated from ALL other

wiring before the Revolution TE can be installed in a locomotive. This is critically important. Failure to isolate the motors will cause the receiver to malfunction or possibly fail. After you have located and disconnected the motor wires from the locomotive, use an ohmmeter to check the resistance between the motor wires and

any other wires that you can nd in the locomotive. If any connection is indicated

at all, locate the connection and isolate the motor wires.

3) ADAPTOR PLUG CONNECTIONS. All wiring connections should be soldered

and insulated with heat shrink tubing or electrical tape.

I.D. USE TRADITIONAL WIRE COLOR

TR+ RIGHT SIDE TRACK PICK-UP Black (BLK)

MOT+ MOTOR POSITIVE POWER Gray (GRY)

HD1 REAR HEADLIGHT NEGATIVE Yellow (YEL)

HD COM FRONT HEADLIGHT POSITIVE Blue (BLU)

HD2 FRONT HEADLIGHT NEGATIVE White (WHT)

MOT- MOTOR NEGATIVE POWER Orange (ORG)

TRK- LEFT SIDE TRACK PICK-UP Red (RED)

Connect the motor wires: Solder the motor’s Right Side terminal to the Adaptor

Plug at MOT+. Solder the motor’s Left Side terminal to MOT-.

Connect the power wires: For track power installations, solder the Right Side

power pick-ups to TR+. Solder the Left Side power pick-ups to TRK-. For Battery Power installations, Battery installations should include a 3-amp fuse in

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line with the positive power connection to prevent damage to both the Revolution

Receiver

12 Pin Header

TE and the battery pack. Solder the Negative side of the battery pack to TRK-. Solder the Positive side of the battery pack to TR+.

Connecting the Headlights: The headlights will most likely require rewiring. All

of the wiring to the headlights MUST be isolated from all other wiring. See the following wiring diagrams to connect the headlights in your locomotive.

HD2 is soldered to the Front headlight and is the negative power lead for the front

headlight. HD1 is soldered to the rear headlight and is the negative power lead for the rear headlight. HD COM is soldered to both the Front and Rear Headlights and is the positive power lead for both front and rear headlights.

Remaining connections: You can now connect any remaining lights and smoke unit,

that you want to control manually, to the power source (track pickups or battery) and control switches. If you want to control these functions remotely please see the Auxiliary Wiring Harness instructions (page 18) and Smoke Control Board instructions (page 19) for guidance.

4) SECURING THE Revolution TE. The Revolution TE should be located so that it

is secure and insulated from any metal inside the locomotive. The Revolution TE

can be attached to the shell or interior oor of the locomotive with double stick

foam tape. Or the circuit board on the wire harness can be glued to the shell or

interior oor, using silicone adhesive or hot melt glue.

5) FINISHING THE INSTALLATION. Refer to Step 4 (beginning on page 9)

in the Receiver Installation instructions of this Manual to continue the receiver installation.

6) PROGRAMMING THE LOCOMOTIVE. Refer to Page 13 to program your

locomotive in the Revolution TE Transmitter.

Note: The Revolution TE Receiver antenna may be extended when installed in a locomotive which has an all metal body. Generally, the exposed portion of the antenna (outside of the metal body) should be equal in length to the antenna supplied on the receiver and located as high as possible on the locomotive. You may have to make adjustments to your antenna for best reception. DO NOT MODIFY THE ANTENNA WHEN INSTALLING THE TE RECEIVER IN PLASTIC BODY LOCOMOTIVES.

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Front Headlight

Front Headlights

Rear Headlight

Rear Headlights

Adaptor Plug

HD1

HD COM

HD2

Solder

Heat Shrink Tubing

WIRING DIAGRAM FOR INCANDESCENT HEADLIGHTS

Wiring For Dual Headlights

100 Ohm Resistors (Brown/Black/Brown)

HD1

HD COM

HD2

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1K Ohm Resistors (Brown/Black/Red)

Front LED Headlight

Rear LED Headlight

Rear LED Headlights

Short Lead (-)Short Lead (-)

Long Lead (+)

WIRING DIAGRAM FOR LED HEADLIGHTS

Typical Wiring For Dual Front and Rear LED Headlights

Single Headlight

Negative (-) Short Lead

Positive (+) Long Lead

1K Ohm Resistors (Brown/Black/Red)

Front LED Headlights

Heat Shrink Tubing

Heat Shrink

Tubing

Adaptor Plug

HD1

HD COM

HD2

Adaptor Plug

HD1

HD COM

HD2

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Appendix “A” – Text entry with the transmitter’s keypad

Each number on the transmitter’s keypad is accompanied by three or four letters or characters. This arrangement allows us to quickly and easily enter numeric and textual information into the controller.

The method of entry is identical to that used on most cell phones. If you can enter names and phone numbers into your cell phone’s address book you can use text entry on the transmitter.

When you want to enter text, a locomotive’s name, for example, you can press a number key once to enter a number or you can press that key two or more times to cycle through the other available characters. Once the character you want appears on the screen pause for a bit over a second and the cursor will automatically move to the right for the next character. You can back up to make corrections with the left arrow key. You can move to the right with right arrow key.

Here is a list of each key and the number of times you must press it to get each character.

Key Pad 1st press 2nd press 3rd press 4th press 1 -&/* - & / # 2 abc A B C 3 def D E F 4 ghi G H I 5 jkl J K L 6 mno M N O 7 pqrs P Q R S 8 tuv T U V 9 wxyz W X Y Z * no character 0 all stop # space

NOTES:_____________________________________________________________

____________________________________________________________________

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