by bobbrown » Sun 10.10.2010, 23:05
Axle 1 (745 kg) weight on front axle
bind 21 kgf n/s, 9 kgf o/s Amount of drag on the front wheels not only brake related but also includes transmission
brake force 273 kgf n/s L 9% L 280 kgf o/s total 553 kgf amount of force on each wheel when the brakes were applied plus the total and is dependant on a number if factors including tyres and the state of the equipment the test was carried out on to name but two
Axle 2 (420 kg) Weight on rear axle
bind 10 kgf n/s, 9 kgf o/s As above but in our case no transmission may be just a little bit of brake drag
brake force 66 kgf n/s S 26% S 66 kgf o/s total 132 kgf amount of force on each wheel when the brakes were applied plus the total this figure may seem low when you compare it to the parking brake force but that is due to the line pressure being controled by the proportioning valves.
brake force (parking) 141 kgf n/s L L 128 kgf o/s parking brake figures
Service pass value 50%, test value 59% pass 685 kgf the pass value is the same across the board and the test value is obtained by taking the two totals front and read and dividing by the weight x 100 and expressed as a percentage.
Parking pass value 16%, test value 23% pass 269 kgf Similar to the above but only using the parking brake readings e.g. 269 divided by (745+420) x 100 = 23%
Over all it looks fine hope that helps.
Bob
Pacific Blue N/A
" When you’re up to your arse in alligators, it’s difficult to remember that the object of the exercise is to drain the swamp"
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