Livestrong LS15.0T User manual

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LS15.0T and LS15.0E Service
Manual

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TABLE OF CONTENTS
CHAPTER 1: SERIAL NUMBER LOCATION
1.1 Serial Number Location – LS15.0T……………………………………………………………………..3
1.2 Serial Number Location – LS15.0E……………………………………………………………………..4
CHAPTER 2: ENGINEERING MODE
2.1 Engineering Mode Overview……………………………… ………………………………….….……..5
2.2 Engineering Mode – About Tab…………………………………………….……………………..…….6
2.3 Engineering Mode – Settings Tab………………………………………………………………….......7
2.4 Engineering Mode – Default Tab………………………………………………………………………..8
2.5 Engineering Mode – Region Tab………………………………………………………………………..9
2.6 Engineering Mode – Test Tab…………………………………………………………………………...10
2.7 Engineering Mode – Error Log Tab……………………………………………………………………..11
2.8 Engineering Mode – Service Log Tab…………………………………………………………………..12
CHAPTER 3: ELECTRICAL DIAGRAM
3.1 Electrical Diagram – LS15.0T………………………………………………………..…………………..14
3.2 Electrical Diagram – LS15.0E…………………………………………………………..………………..15
CHAPTER 4: TROUBLESHOOTING
4.1 Troubleshooting – No Power to the Console………………………………………………….……......16
4.2 Troubleshooting – System Will Not Boot……………………………….…………………….....………18
4.3 Troubleshooting – No Console Response….…………………………………………..………....……19
4.4 Troubleshooting – Touch Panel Issues..……………………………………………………....….…….20
4.5 Troubleshooting – Heart Rate Issues…………………………………………………………….……...21
4.6 Troubleshooting – Speaker/Audio Issues……………………………………...………………………..22
CHAPTER 5: SOFTWARE UPGRADE PROCEDURE
5.1 Software Update Instructions……………………………………………………………………………..23

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CHAPTER 1: SERIAL NUMBER LOCATION
1.1 Serial Number Location – LS15.0T

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CHAPTER 1: SERIAL NUMBER LOCATION
1.2 Serial Number Location – LS15.0E

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CHAPTER 2: ENGINEERING MODE
2.1 Engineering Mode Overview
To enter Engineering Mode, touch the four corners of the touch screen as shown from 1 to 4 or:
LS15.0T: press and hold the INCLINE UP and SPEED DOWN keys at the same time for 3-5 seconds.
LS15.0E: press and hold the RESISTANCE UP and DOWN keys at the same time for 3-5 seconds.
1) The Engineering Mode parameter list will be displayed on the screen.
2) Select the parameter by touching the parameter list.
3) Set all information by using the touch panel.
4) Press the Home key to save the change to the parameter and exit Engineering Mode.
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CHAPTER 2: ENGINEERING MODE
2.2 Engineering Mode – About Tab
The About Tab displays the basic parameters of the console, such as Accumulated Info, Software Versions, etc.
Engineer Mode
- About
Function and Default Descriptions Modified
Accumulated Data Accumulated Distance Total distance displayed in native units
(miles or kilometers), not
editable
Cannot be modified
Accumulated Time Total time, not editable Cannot be modified
GUI Board
Information
UI Software Version Application version, not editable Cannot be modified
IO version Sub UCB software version, not editable Cannot be modified
OS Version Operation system version, not editable Cannot be modified
MCB Information MCB Type The frame MCB type, for example: 2.75HP digital
MCB
Cannot be modified
MCB Software Version MCB Software Version Cannot be modified
About
Settin
g
Default
Re
g
ion
Test
Error lo
g
Service Lo
g

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CHAPTER 2: ENGINEERING MODE
2.3 Engineering Mode – Settings Tab
The Settings Tab Is used to set the Machine and Model Types and to set the Energy Saver to on or off.
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Engineer Mode
- Setting
Function and
Default
Descriptions Modified
Machine Type Select Model This option enables clubs to set the machine type. Cannot be modified
Model Type Select Model This option enables clubs to set the model type. Cannot be modified
Energy Saver Standby mode If on, the console will go into an Energy Saver mode after 15 minutes
of no activity. Press any key to bring the unit out of ES mode.
ON / OFF
Min Incline ADC The minimum ADC data
for the incline motor.
This is the minimum incline motor setting. Do not edit as it can
cause the incline motor to bind.
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Max Incline ADC The maximum ADC data
for the incline motor.
This is the maximum incline motor setting. Do not edit as it can
cause the incline motor to bind.
1150
Current Incline ADC Current ADC data for the
incline motor.
This is the current incline motor setting. Cannot be modified
FIRST BOOT Selects whether the First
Boot shows on power up.
This sets whether the First Boot shows up on power up. Should be
set for NO after customer first uses unit.
ON / OFF
PROGRAM SPEED Running speed of the
program
This is a factory setting that allows an engineer to quickly have the
unit complete a program for testing. Should always be set at 1.
Maximum:5
Minimum: 1
Press on, it will show menu, you can
choose any function you want.
Same as other operation.

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CHAPTER 2: ENGINEERING MODE
2.4 Engineering Mode – Default Tab
The Default Tab displays information about the console, such as Workout Time, Weight, Age, etc.
Pressing the data that needs to be set will bring up a slider; adjust the corresponding information using the slider.
Engineer Mode -
Default
Function and Default Descriptions Modified
Time Maximum Workout Time -
Default: 120 Minutes
This option enables you to set the maximum workout
duration limits.
Max: 120 Minutes
Min: 30 Minutes
Default Workout Time - Default:15
Min
This option enables you to set user default workout time. Max: 120 Minutes
Min: 5 Minutes
Pause Time - Default: 5 Minutes This option enables you to set workout pause time; the console
will be reset beyond this time.
Max: 5 Minutes
Min: 1 Minutes
Warm Up Time - Default: 1 Minute This option enables you to set user’s warm up time. Max: 5 Minutes
Min: 1 Minutes
Cool-Down Time - Default: 1
Minute
This option enables you to set user’s cool-down time. Max: 5 Minutes
Min: 1 Minutes
Age Default Age - Default: 30 This option enables you to set user’s age. Max:120 Min: 13
Weight Default Weight
Default:150LBS
This option enables you to set user’s weight. Max: 350LBS
Min: 50LBS
Go back to the factory settings

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CHAPTER 2: ENGINEERING MODE
2.4 Engineering Mode – Default Tab – Continued
Gender Default Gender - Default: Male This option enables you to set user’s gender. Male / Female
Volume Default Volume - Default: 100 This option enables you to set speaker or earphone volume. Max: 100 Min: 0
Heart Rate Default Target Heart Rate
Default: 85%
This option enables you to set target heart rate for some heart
rate programs.
Max: 90%
Min: 50%
Brightness Brightness - Default: 75% This option enables you to set the LCD panel brightness Max: 100% Min: 20%
2.5 Engineering Mode – Region Tab
The Region Tab sets the Date, Time, and Clock Version that will be displayed to a user.
Engineer
Mode -
Region
Function and Default Descriptions Modified
Date This is the current date setting.
Time This is the current time setting.
Units Sets the unit of measurement used. Miles / Kilometers
Altitude Sets the altitude used. Below 5000 / Above 5000
Time Format Sets the time format used. 24 / 12
HOME Icon
Number setting keypad

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CHAPTER 2: ENGINEERING MODE
2.6 Engineering Mode – Test Tab
The Test Tab is used to test the various hardware on the unit.
Display Test: To test the reliability of the TFT LCD and Touch panel.
Key Test: To test the function of the keypads.
Audio Test: To test the audio output.
Hardware Test: To test the heart rate, drive and incline motors.
Display Test – Cycles between red, green, and blue as you touch the screen.
Dis
p
la
y
Test
Ke
y
Tes
t
Audio Test
Hardware Test

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CHAPTER 2: ENGINEERING MODE
2.6 Engineering Mode – Test Tab – Continued
Display Test - Use your finger to draw a line following the instructions on the screen. If the test fails, press CONTINUE.
This brings you directly into the calibration screen.
Key Test - Press any key and the display will show the definition, the function, and the code of the key.

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CHAPTER 2: ENGINEERING MODE
2.6 Engineering Mode – Test Tab – Continued
Hardware Test – This tab allows a service technician to test the RPM sensor, the incline motor, and / or the heart rate.
Changing a setting should cause the belt, incline motor, or heart rate to operate.
2.7 Engineering Mode – Error Log Tab
Error Log – The console will automatically display a history of errors on the unit.

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CHAPTER 2: ENGINEERING MODE
2.8 Engineering Mode – Service Log Tab
Service Log -Allows the club / service provider to keep track of the service history

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CHAPTER 3: ELECTRICAL DIAGRAMS
3.1 Electrical Diagram – LS15.0T

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CHAPTER 3: ELECTRICAL DIAGRAMS
3.2 Electrical Diagram - LS15.0E

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CHAPTER 4: TROUBLESHOOTING
4.1 Troubleshooting – No Power to the Console
Symptom：The power switch is in the on position, but the console will not turn on.
Reason：
1. The outlet is not providing the correct power, or the power cord / switch is defective.
2. The power receptacle or power wiring to the MCB is defective.
3. The MCB is defective.
4. The console cable or console is defective.
Solution：
1. First check to see if the power switch is lit. If it is not, try a different outlet. If the power switch still does not
light up with a known good outlet, replace the power switch.
2. Check to see if the MCB has power. There is a red power LED on the MCB that should be lit.
3. If the MCB does not have power, check the connection of the power wiring from the power receptacle to the
MCB. Use a multi-meter to measure AC1 and AC2, AC voltage shall be same as local’s standard voltage
(110V-240V)
a. If AC voltage value is standard, replace the MCB as it is defective.
4. Make sure that the input to the console's power supply is a 12VDC, use a multi-meter to measure the voltage
of the four pins in the figure below, pins 1 and 2 should be 12VDC and pins 7 and 8 should be ground.

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CHAPTER 4: TROUBLESHOOTING
4.1 Troubleshooting – No Power to the Console – Continued
a. If there is not 12VDC power supplied, check if the console cable is in good condition (see some examples of
bad connections below). If it is, check the output of the MCB. If it is not 12VDC, replace the MCB.
OK UCB connection floating high cable connection not inserted fully
b. If the 12VDC power supply is ok, check the connection of the LVDS interface wire to the display. Check the
LVDS wire for any breaks or loose connections, if none found, replace the display.
12VDC
GND
LVDS 接口

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CHAPTER 4: TROUBLESHOOTING
4.2 Troubleshooting – System Will Not Boot
Symptom：The LCD has a back light, but the system does not boot up (does not display the LS logo).
Reason：
1. The system software has crashed.
Solution：
1. The system crashed, replace the UCB.

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CHAPTER 4: TROUBLESHOOTING
4.3 Troubleshooting – No Console Response
Symptom: The power is on and the console lights up, but the unit does not run when keys are pressed. .
Reason:
1. There is a MCB error present.
2. The console does not have the correct software.
3. The console is defective.
Solution:
1. Refer to the MCB error code chart below to troubleshoot.
LED Blinks Status The description of action Potential reason for this issue
1 Working normally Working normally Not MCB related. Replace console.
2 Optical Encoder Has
No Feedback
There is no feedback from the speed sensor for 3
seconds.
Check the connection of the speed sensor
(encoder) at the MCB, replace the speed sensor if
needed.
3 Motor Overload
The motor current is over rated current for more than
4 seconds. Motor power issue, replace the motor.
4 Rampage
The motor power components are damaged or
speed up too fast. Motor power issue, replace the motor.
5 Safety Key Not
Connected The safety key fell is not connected. Re-attach or replace the safety key.
6 Incline is Stuck There is no signal received during the working of
incline motor.
Lift relay defective or the temperature of incline
motor is too high, replace the incline motor.
7 Communication
Abnormal
No communication or abnormal communication
between the UCB and MCB.
Bad console cable connection, faulty UCB or
MCB.
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Bad Connection
Between the Incline
Motor and the MCB
The incline motor cannot go back to “0” degrees. Check the connection of the incline motor,
replace if needed.
2. If the MCB is operating normally, updated the console software (see Section 5.1), and retest.
3. If the issue is still not resolved, replace the console.

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CHAPTER 4: TROUBLESHOOTING
4.4 Troubleshooting – Touch Panel Issues
Symptom: The touch screen is not accurate or invalid.
Reason:
1. The screen needs to be calibrated.
2. The touch screen is damaged.
3. The FPC wire does not have a good connection to the GUI board.
Solution:
1. If the touch screen is not accurate or has a deviation, press the ENTER and STOP keys together for
3-5 seconds to enter the screen calibration mode. Follow the prompts to calibrate the touch screen.
2. Check the touch screen for visible damage, indentation, or deformation. If any damage is found,
replace the entire display.
3. Check the connection of the FPC wire at the GUI board. Even if well connected, disconnect and
reconnect and re-calibrate (see Step 1). If calibration still fails, replace the entire display.
FPC Wire
FPC connection on the GUI Board