Workshop Manuals Factory service & repair Rover
01 Information02 General data03 Engine04 Engine management system – PGM-Fi05 Cooling system, manifold and exhaust06 Clutch07 Manual gearbox08 Automatic gearbox09 Drive shafts10 Differential – manual gearbox11 Differential – automatic gearbox12 Steering13 Suspension14 Brakes and ABS15 Brakes – ABS BY416 Body17 Heating and ventilation18 Electrical19 Supplementary restraint system (SRS)
Rover Rover 600 Repair Manual - Volumes 1 and 2 - 2nd Edition14 · Brakes and ABS
14 · Brakes

3. Responses when fluid is leaking

Make
Rover
Model
600 Rover 600 Repair Manual - Volumes 1 and 2 - 2nd Edition
Section
Brakes - ABS: operation › 3. Responses when fluid is leaking
Brakes and ABS3. Responses when fluid is leaking

3. Responses when fluid is leaking

Cross-section diagram of a dual-circuit brake master cylinder showing the primary piston, secondary piston, and fluid reservoirs labeled A, B, C with figure number 70M 0099
  • A Secondary piston
  • B Rear right
  • C Front left

(1) In case of leaking from the primary system:

Since the fluid pressure on the primary side does not rise, the primary piston is pushed by the fluid pressure of the secondary piston and the tension of the piston spring until the end hits on the cylinder. The braking is performed by the fluid pressure on the secondary side.

Cross-section diagram of a dual-circuit brake master cylinder showing the primary piston, secondary piston, and fluid reservoirs labeled A, B with figure number 70M 0100
  • A Rear left
  • B Front right

(2) In case of leaking from the secondary system:

The secondary piston does not produce fluid pressure, keeps moving forward until it contacts the end surface of the primary piston so that the primary piston is pushed under the same condition as an ordinary rod. Therefore, the braking is conducted by the fluid pressure on the primary side.

Parts & tools for this job For Rover 600

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