Date of last revision: 12.05
CALIBRATION GUIDES
TREADMILL.CALIB.REV2
1
T8900
Calibration Guide
STEP 1 ENTER ENGINEERING MODE
• With the power to the treadmill on, the display will show ““------””.
• Press and hold down the ▲
“UP”
elevation key & the ▼
“SLOW”
speed key for 5 seconds. Once in engineering mode the display
should read ““PP66””in the elevation window, ““UU11..0000””in the time
window, and ““BBRR11””in the speed window.
STEP 2 SET SPEED VALUES
NOTE:
Whenever setting speed values you must always enter all
three speeds, minimum, half, and maximum speed.
STEP 3 SET MINIMUM SPEED VALUE
• Use the ▼
“DOWN”
elevation key to reach the ““PP00””address. The
display should read ““PP00””in the elevation window, ““00..55””in the
calories window, and ““000000””in the speed window.
• The calorie window is showing what the predetermined speed
setting should be; this will not change. The time window will show the
value entered. The speed window will show current speed. At this
time, the belt will begin moving. The number in the time
window will flash to zero. The numbers in the time and speed
windows will then begin to raise to the proper numbers. This speed
reading is based off of a speed sensor so the actual speed in the
speed window will always be correct. If the number in the speed
window is not at ““00..55””, press the ▲
“FAST”
or ▼
“SLOW”
button to
adjust the values in the time window.
• Press the
“START”
key to store the data input. Key must BEEP.
STEP 4 SET HALF SPEED VALUE
• Press the ▲
“UP”
elevation key. The display should read ““PP22””in the
elevation window, ““66..00””in the calories window, and ““000000””in the
speed window.
• The belt will begin moving. The value in the time window will flash to
zero. The numbers in the time and speed windows will then begin to
raise to the proper numbers. If the number in the speed window does
not read ““66..00””, press the ▲
“FAST”
or ▼
“SLOW”
button to adjust
the values in the time window. Press the
“START”
key to store the
data input. Key must BEEP.
U 1.00
TIME
B R 1
SPEED
P 6
ELEVATION
0.5
CALORIES
000
SPEED
P 0
ELEVATION
6.0
CALORIES
000
SPEED
P 2
ELEVATION