Ski:
The e brake mechanism on the caliper should move "about 90 degrees or more" one stop is where the 10mm bolt enters the caliper body and holds the mechanism. The other stop is predicated on the pad thickness. Moving the mechanism towards the bolt makes the caliper piston retract, taking pressure off the pads and rotor, moving it in the opposite direction pushes the piston onto the pads and rotor.
Theres a spring attached to the mechanism to assist it in moving back and forth..without that spring, a properly functioning ebrake mechanism on a new or properly rebuilt caliper should also travel from the stop....Some folks have added stiffer granada springs to compensate for a sticky mechanism or cables.
I dont have a manual with me, but if the cables are free and the ebrake mechanism is working properly at the rear calipers, you will have to go the the lever/cable adjuster, which is likely located under the driveshaft and hard to access... :-(
-Peter
The e brake mechanism on the caliper should move "about 90 degrees or more" one stop is where the 10mm bolt enters the caliper body and holds the mechanism. The other stop is predicated on the pad thickness. Moving the mechanism towards the bolt makes the caliper piston retract, taking pressure off the pads and rotor, moving it in the opposite direction pushes the piston onto the pads and rotor.
Theres a spring attached to the mechanism to assist it in moving back and forth..without that spring, a properly functioning ebrake mechanism on a new or properly rebuilt caliper should also travel from the stop....Some folks have added stiffer granada springs to compensate for a sticky mechanism or cables.
I dont have a manual with me, but if the cables are free and the ebrake mechanism is working properly at the rear calipers, you will have to go the the lever/cable adjuster, which is likely located under the driveshaft and hard to access... :-(
-Peter

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