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- The cable cars employ a series of mechanisms to assist in braking the car and regulating its speed. The three parts of this system are the wheel brakes, track brakes, and an emergency brake. Both front and rear wheels have metal brake shoes, which the gripman operated by means of a pedal located by the grip.
cablecarmuseum.org/the-brakes.html
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How do cable cars brake?
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How does a car pull a cable?
The cable cars employ a series of mechanisms to assist in braking the car and regulating its speed. The three parts of this system are the wheel brakes, track brakes, and an emergency brake. Both front and rear wheels have metal brake shoes, which the gripman operated by means of a pedal located by the grip.
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How Cable Cars Work Rebuilding the System Bell Ringing...
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After the California Street Cable R.R. Co. in collaboration...
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This type of car is a scaled down version of the large...
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Presenting cable car history, technology, information, and...
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Downstairs is a viewing area of the large sheaves and cable...
- How Cable Cars Work
Through a slot in the street the car grabs the cable with a...
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The grip is what makes the cable car move, as it is the link...
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At some terminals, you will notice the conductor pulling on a lever in the street. This lifts the cable upward so the grip can grasp it. At other terminals (and at other locations on the system), you will see a noticeable dip in the tracks. This lowers the car, and its grip, to the level of the cable underneath, allowing the grip to grasp the cable...
Cable cars have three kinds of brakes, all very simple: wheel brakes, track brakes, and an emergency brake. Each wheel has a soft steel shoe that can be pulled tight against the wheel to stop the car. These are crew-activated by foot pedals on both ends of the California cars, and on the front end of the Powell cars. A conductor’s lever on the rear...
When single-end Powell Street cable cars reach the ends of the line they are turned around on giant turntables. These are completely mechanical, relying on ball bearings and rollers to move. The cables under the street reverse separately, away from the turntable, wrapping around a large wheel in an underground bunker called a “sheave pit.” The turn...
The main components of cable car systems include the cable itself, grip mechanisms, tensioning systems, passenger cars, drive stations, and return stations. The cable is the central element, and grip mechanisms hold onto it to move the cable cars.
Brakes are a critical component of any vehicle. Cable cars use braking systems that were once common on many different types of transit vehicles, but have since become rare. Current San Francisco cable cars have three braking systems: Wheel brakes - The wheel brake is a metal shoe which presses against a wheel.
Through a slot in the street the car grabs the cable with a big vice-like lever mechanism called a grip. To start the car, the gripman pulls back on the lever which closes the grip around the cable. To stop the car, the gripman releases the grip and applies the brakes.
The grip is what makes the cable car move, as it is the link between the car itself and the moving cable under the street. The grip is attached to the floor of the car by a solid carry bar. The outer portions of the grip are composed of a center plate, crotch, and shank plates.
Before allowing the car to move, the gripman must drop cable and reverse the grip lever with cable out of grip and leave it in that position. Brakes will then be released and the car allowed to roll back into the yard.