Specialized CR2032 User Manual
OPERATION AND
PROGRAMMING
When your SpeedZone® Pro has not
detected any speed input for 30 min-
utes, it will enter sleep-mode in order
to conserve battery power. During
sleep mode only the analog and digi-
tal clocks are displayed. You will need
to wake it up by pushing the "Mode",
"Set" or "Top" button once. In order to
operate your computer it must be
placed in various "modes" (i.e.
odometer mode, distance mode). The
computer can be cycled through these
modes by pressing the "MODE" but-
ton located on the right-hand side of
the housing. There are eight cycling
modes available: 1) Speed Mode, 2)
Distance Mode, 3) Auto-timer Mode,
4) Stopwatch Mode, 5) Cadence
PROGRAMMING
When your SpeedZone® Pro has not
detected any speed input for 30 min-
utes, it will enter sleep-mode in order
to conserve battery power. During
sleep mode only the analog and digi-
tal clocks are displayed. You will need
to wake it up by pushing the "Mode",
"Set" or "Top" button once. In order to
operate your computer it must be
placed in various "modes" (i.e.
odometer mode, distance mode). The
computer can be cycled through these
modes by pressing the "MODE" but-
ton located on the right-hand side of
the housing. There are eight cycling
modes available: 1) Speed Mode, 2)
Distance Mode, 3) Auto-timer Mode,
4) Stopwatch Mode, 5) Cadence
Mode, 6) Countdown Mode, 7)
Altitude Mode and 8) Temperature
Mode. Within each mode there is a
side-mode that will allow you to
access additional information such as
average and maximum speeds. Use
the "SET" button to cycle through the
side-modes. Once you familiarize
yourself with the mode/side-mode
operation you will find it very easy to
navigate. The following flowchart out-
Altitude Mode and 8) Temperature
Mode. Within each mode there is a
side-mode that will allow you to
access additional information such as
average and maximum speeds. Use
the "SET" button to cycle through the
side-modes. Once you familiarize
yourself with the mode/side-mode
operation you will find it very easy to
navigate. The following flowchart out-
11
10
K
m/h
1.
2.
3.
4.
5.
6.
7.
8.
vided screw. For the best signal
reception, adjust angle of the trans-
mitter so that it is vertical (See figure
7). It is not necessary, or desirable to
aim the transmitter at the computer.
Next, attach the cadence magnet to
the inside of your crank arm directly
across from the sensor. Use a tie-
wrap to fasten the magnet to the
crank arm. (See figure 8). Do not
tighten the tie-wrap until final place-
ment of the magnet is correct. The
clearance between the magnet and
the sensor should be approximately
1/32"-1/16" (1-2mm). (See figure
9). Tighten the magnet and transmit-
ter.Note: The maximum mounting dis-
tance from Transmitter to computer
should not exceed 59 inches
(1500mm).
reception, adjust angle of the trans-
mitter so that it is vertical (See figure
7). It is not necessary, or desirable to
aim the transmitter at the computer.
Next, attach the cadence magnet to
the inside of your crank arm directly
across from the sensor. Use a tie-
wrap to fasten the magnet to the
crank arm. (See figure 8). Do not
tighten the tie-wrap until final place-
ment of the magnet is correct. The
clearance between the magnet and
the sensor should be approximately
1/32"-1/16" (1-2mm). (See figure
9). Tighten the magnet and transmit-
ter.Note: The maximum mounting dis-
tance from Transmitter to computer
should not exceed 59 inches
(1500mm).