Date of last revision: 2.06
ENGINEERING
GUIDES
TREADMILL.PREMIERENG.REV2
5
ENG 3: BURN IN MODE
The burn in mode can be used to run tests that require the treadmill to continually run. The program is based on the
5k program. Segment changes will occur, depending on the treadmill configuration. When the system reaches the last
segment, it loops to the first segment. Speed start is at half max. The user can adjust the speed and incline. The program
returns to the preset incline upon segment completion. Keyboard functions are the same as in normal operating mode.
ENG 4: AUTO-CALIBRATION
1. Check configuration in ENG 1 before auto-calibrating treadmill.
2. Press the
“SELECT”
key once.
““AAUUTTOO CCAALLIIBBRRAATTEE””
will scroll in the dot matrix.
3. Press
“START”
key once to begin auto-calibration
4. The treadmill software will look where the elevation stalls to determine the minimum elevation. The software
then automatically backs off to set 0% elevation.. The software will then look where the elevation stalls for the
highest point the treadmill elevation will go. The software will automatically back off and set the maximum
elevation, 12% or 15% depending on the treadmill model. Meanwhile the belt is being driven while the speed
is being monitored. As it reaches the minimum, speed 1, 1/2 max, speed 2 and max speed the PWM is
recorded for these targets. The Elevation window displays the Elevation A/D and the number to the left in the
message center displays the speed PWM.
6. To look at these numbers after calibration go into engineering mode and go to ENG1; press
“SELECT”
.
7. In P0, SP1, P1, SP2, P2 the speed will be displayed. Press
“SELECT”
to read the PWM value. P4 and P5 represent
the elevation values
ENG 5: SPEED SENSOR MODE
The PWM value is displayed in the upper left of the message center. The Dot Matrix displays a flashing row of lights
between 2 constant rows of lights. As the speed arrow UP is pressed the flashing row will flash quicker, indicating a
faster PWM.
ENG 6: RS232
Not active
Premier Upper Board: Engineering Guide
