3. Both Timer 1 and Timer 2 can be reset to the de-
fault value at any time by moving the switch as-
signed in the RESET SW line in the Timer1 and
Timer2 displays:
BACK
MODE
RESET SW
TIMER2
00
SW 2
T.RES
LAP SW
012
LAP List
NULL
UP
ALARM
00
34
DEC
RES
INC
NEXT
>>
:
:
START SW
SW 6
LAP ALARM
OFF
Timer
The Timer 1 data stream to the SD memory card
will not be severed or influenced by the reset of
the Timer1.
START SW (Start Switch)
Use this line function to assign switches to Timer 1
or Timer 2 that start the selected timer. For more in-
formation on assigning switches, refer to the Control
and Switch Assignment section (page 26).
STOP SW (Stop Switch)
Use this line function to assign a switch to Timer 1
that stops the selected timer. For more information on
assigning switches, refer to the Control and Switch
Assignment section (page 26).
RESET SW (Reset Switch)
Use this line function to assign switches to Timer 1 or
Timer 2 that reset the selected timer to default values.
For more information on assigning switches, refer to
the Control and Switch Assignment section (page
26).
Tip
When the reset switch (or RES button) is activated, the
recorded time is automatically transferred to the TIMER
line.
LAP LIST
Press the >> button to switch to the list of lap times:
BACK
MODE
RESET SW
TIMER2
00
NULL
T.RES
LAP SW
012
LAP LIST
SW 2
UP
ALARM
00
34
DEC
RES
INC
NEXT
>>
:
:
START SW
SW 6
LAP ALARM
OFF
TIMER
Press
Up to 100 laps can be recorded and are displayed 20
to a screen. Scroll between screens using the NEXT
and PREV buttons (forward/back):
• If the lap counter starts at the same time that the
timer has been reset, the lap list will record times
individually, as shown below:
BACK
CLR
NEXT
PREV
No
10
1
2
3
4
5
6
7
8
9
LAP TIME
04: 32. 1
No LAP TIME
20
11
12
13
14
15
16
17
18
19
04: 31. 2
04: 33. 5
04: 31. 9
04: 32. 8
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
• Conversely, if the lap counter starts WITHOUT the
timer being reset, the lap list will record times cu-
mulatively, as shown below:
BACK
CLR
NEXT
PREV
No
10
1
2
3
4
5
6
7
8
9
LAP TIME
04: 32. 1
No LAP TIME
20
11
12
13
14
15
16
17
18
19
09: 03. 3
13: 36. 8
18: 08. 9
22: 41. 5
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
00: 00. 0
LAP SW (Lap Switch)
Use this line function to count ground laps by follow-
ing these steps:
1. Choose the forward or backward direction in either
Timer 1 or Timer 2.
2. Set the switches in the value fields of the line op-
tions: START SW, RESET SW and LAP SW, as
shown below:
BACK
MODE
RESET SW
TIMER2
00
SW 2
T.RES
LAP SW
012
LAP LIST
SW 2
UP
ALARM
00
34
DEC
RES
INC
NEXT
>>
:
:
START SW
SW 6
LAP ALARM
OFF
Timer
In this example above, by pushing SW6 (assigned
to START SW), Timer 2 will start and as soon as
SW6 is pushed again, the timer will stop.
SW2 is a 3-position intermittent switch. The first
flip of SW2, for example when marking a lap, will
reset Timer 2 to 000.00. At the same time the
chronometer for Lap 1 will start.
Subsequent pushes on SW2 will increase the lap
counter by one and will stop (and save) the cur-
rently running lap time. At the same time, SW2
starts the timer for the next round, etc.
3. The elapsed time will be saved as cumulative lap
times when SW2 is pushed if there is no switch as-
signed in the value field RESET SW, shown below
as NULL:
BACK
MODE
RESET SW
TIMER2
00
NULL
T.RES
LAP SW
012
LAP LIST
SW 2
UP
ALARM
00
34
DEC
RES
INC
NEXT
>>
:
:
START SW
SW 6
LAP ALARM
OFF
TIMER
76 Base menu - Timers
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