Power Transmission Route Table
1. Walking power transmission route: diesel engine - coupling - hydraulic pump (mechanical energy is converted into hydraulic energy) - distribution valve - central rotary joint - walking motor (hydraulic energy is converted into mechanical energy) - reduction box - driving wheel ——Rail chain crawler——to realize walking
2. Slewing motion transmission route: diesel engine - coupling - hydraulic pump (mechanical energy is converted into hydraulic energy) - distribution valve - slewing motor (hydraulic energy is converted into mechanical energy) - reduction box - slewing bearing - realize rotation
3. Boom movement transmission route: diesel engine - coupling - hydraulic pump (mechanical energy is converted into hydraulic energy) - distribution valve - boom cylinder (hydraulic energy is converted into mechanical energy) - realization of boom movement
4. Stick movement transmission route: diesel engine—coupling—hydraulic pump (mechanical energy is converted into hydraulic energy)—distribution valve—stick cylinder (hydraulic energy is converted into mechanical energy)—the stick movement is realized
5. Bucket movement transmission route: diesel engine - coupling - hydraulic pump (mechanical energy is converted into hydraulic energy) - distribution valve - bucket cylinder (hydraulic energy is converted into mechanical energy) - bucket movement is realized
The composition and function of the power system
·Intake system——net cover→hose→air filter→hose→supercharger→hose→intercooler→hose→engine
Exhaust system - supercharger → expansion joint → muffler → exhaust pipe
·Cooling system - water tank→hose→thermostat→water pump→diesel engine→hose→water tank
Throttle control system - stepper motor → reducer → worm gear drive → throttle cable → diesel throttle - high idle speed, low idle speed limit switch
·Fuel System--
Oil inlet system: fuel tank → hose → hand pump → coarse filter → fine filter → diesel engine
Oil return system: diesel engine → hose → fuel tank (the amount of oil returned is relatively large, and it is used for partial cooling)
