4-46
Structure Function Principle
January 24, 2017
Brake system
CLG835H
Brake system
A: Overview-components and position
Brake system consists of service brake system,
emergency & parking brake system. Service
brake system is used in speed control and
parking in general traveling. Emergency &
parking brake system is used for brake after
parking, or emergency brake in case of service
brake system failure.
Service brake system consists of brake pump,
brake valve, charge valve, accumulator, wet
brake (in the axle), pressure switch and pipeline.
Emergency & parking brake system consists of
parking brake accumulator, brake cylinder, brake
valve block and pipeline.
This is a full-hydraulic brake system and its
features are as follows:
1. Using wet-type wheel brake: the system cir-
cuit is fully closed so as to avoid the influence
of external uncertain factors (for example:
sand invasion and oily friction disc) on brak-
ing performance. Using oil-immersed cooling
method by which the friction plate is
immersed in oil to avoid reduction of braking
performance caused by heat fading of friction
material due to high temperature of friction
plate, at the same time, to reduce the
requirement for brake oil.
2. Using full-hydraulic brake system: cancel air
line and simplify the system so as to avoid
the corrosion of pipeline and brake compo-
nents caused by water in the air line system,
and the reliability and response speed of the
system are improved.
3. Using dual-circuit brake: front and rear axle
brake lines are independent so as to make
them safer and more reliable
Component layout drawing of full-hydraulic brake
system CLG835H_T4f is as follows: refer to
attached drawing in Chapter 9 for schematic of
braking
Summary of Contents for CLG835H
Page 2: ......
Page 4: ...Contents January 24 2017 CLG835H...
Page 6: ...1 2 General Information January 24 2017 CLG835H...
Page 38: ...1 34 Machine Inspection Table January 24 2017 CLG835H...
Page 156: ...3 2 Power Train System January 24 2017 CLG835H...
Page 214: ...3 2 Power Train System January 24 2017 CLG835H...
Page 272: ...3 60 Testing and adjustment January 24 2017 Power Train Test CLG835H...
Page 276: ...4 4 Hydraulic System January 24 2017 CLG835H...
Page 552: ...6 2 Driver s Cab System January 24 2017 CLG835H...
Page 608: ...7 2 Structure January 24 2017 CLG835H...
Page 662: ...8 4 Electrical System January 24 2017 CLG835H...
Page 677: ...8 19 January 24 2017 Structure Function Principle CLG835H Power System P18E00014...