11
This test value is getting higher the more pedalling revolutions you have benn able to do
during the 7 second test period.
CALCULATION OF AVARAGE POWER.
Take the test value and multiply with the brake force used during the test.
Then you get a value that shows an avarage power in watts during the test period.
Exemple:
The display shows 100 as a test value. In the weight basket there is 4 weights of 1kg each.
The weight basket itself weighs 1 kg. This makes a total brake force of 5 kp(5kg of weight).
The avarage braking power is then 100 x 5 = 500 watts.
The test value stays on the display until the weight basket is returned to its upper start/locked position or until
the mains power to the unit is turned off.
As soon as the weight basket has come up in its upper start positrion again the computer sets up for a new test/
measuring period and the dispaly shows ”TEST 7s, Ready” after a few seconds,
according to fig. B.
The whole sequence can now be repeated again.
fig. D
Connector
AC/DC adapter
Fig. 11
