What does it mean if my Zoomlion Construction Equipment engine emits white smoke?
If your Zoomlion Construction Equipment engine is emitting white smoke, it suggests there's a leakage at the cylinder head or the cylinder-head gasket, allowing antifreeze coolant to enter the combustion chamber. To address this, use compressed pressure to test the cylinder.
Why is my Zoomlion Construction Equipment consuming so much engine oil?
If your Zoomlion Construction Equipment is consuming engine oil at a high rate, start by checking for any external leaks and repair them. Ensure that the engine oil is of the correct quality and not dirty; if it is, change both the oil and the oil filter. Also, inspect the turbocharger's oil seal for leaks, and have professionals repair the oil seal if necessary.
Why is the engine temperature too high in my Zoomlion ZCC1300 Construction Equipment?
If the engine temperature of your Zoomlion Construction Equipment is too high, there could be several reasons. One potential cause is a malfunctioning antifreeze coolant temperature sensor, which should be replaced. Another reason could be insufficient antifreeze coolant or air trapped in the cooling system; in this case, add antifreeze coolant and ensure the system is completely free of air. Finally, a damaged conveying belt can also cause overheating, so replace it if necessary.
What causes severe fuel consumption in Zoomlion ZCC1300 Construction Equipment?
If your Zoomlion Construction Equipment has severe fuel consumption, it might be due to a high fuel temperature or a failing temperature sensor; consider changing the fuel temperature sensor. Another potential cause is failing or leaking connecting points of the pump, pipeline, and nozzle; these can be detected by a test device.
Why is my Zoomlion ZCC1300 Construction Equipment engine emitting black smoke?
If your Zoomlion Construction Equipment engine is emitting black smoke, the charge-air sensor, antifreeze coolant sensor, or fuel temperature sensor may have failed. The injector could also be failing. Additionally, the exhaust turbocharger or air intake pipe might be failing, or the air filter may be dirty. The normally open throttle valve may also be failing.
Why does my Zoomlion Construction Equipment engine start with difficulty?
If your Zoomlion Construction Equipment engine is starting with difficulty, the fuel temperature might be too high, or the sensor might be failing; in this case, change the fuel temperature sensor. Another possibility is that the MR (engine control) is failing. Also, the fuel loop may be leaking oil, or the fuel loop pressure may be too low; check the fuel loop for leaks.
Why is my Zoomlion ZCC1300 making abnormal sounds?
If your Zoomlion Construction Equipment is making abnormal sounds, there could be leakage in the air intake pipe and exhaust pipe; repair the leaking points and change the sealing elements if necessary. Alternatively, the turbine or air compressor may be scraping against the cover, an object may have entered the turbine or air compressor, or the bearing may be stuck into the rotary components.
Why is the crawler slipping on my Zoomlion ZCC1300?
If the crawler of your Zoomlion Construction Equipment is slipping, it could be because the crawler is slack, so adjust the crawler tension. Alternatively, the track pad may be worn, so change the track pad.
Why is the engine output weak on my Zoomlion ZCC1300?
If your Zoomlion Construction Equipment engine outputs weakly, the charge-air pressure sensor may have failed. The temperature sensor may also have failed. If the fuel temperature is too low or the temperature of antifreeze coolant is too high, check the temperature sensor and change it if necessary and check the fan speed switch. The brake valve of the engine may also be failing; make a visual check or functional check. The fuel supply system may also be clogged or leaking oil; check the fuel supply system for oil leaks.
Why does my Zoomlion ZCC1300 crane deviate to one side?
If your Zoomlion Construction Equipment crane deviates to one side, it could be due to different crawler tensions on each side. In this case, adjust the crawler tension. Another reason might be a slack crawler, so adjust the crawler tension as well.
General| Model | ZCC1300 |
|---|---|
| Engine | Cummins QSL9 |
| Travel Speed | 1.3 km/h |
| Gradeability | 30% |
| Crane Type | Crawler Crane |
| Max Lifting Capacity | 130 t |
| Overall Dimensions Width | 3.0 m |
Provides an overview of the manual's purpose and scope, emphasizing understanding contents before maintenance.
Details how to identify the crane model and serial number, crucial for maintenance and service.
Explains the meaning of illustrations and symbols used throughout the manual for clarity.
Outlines essential safety rules and precautions for service technicians during maintenance and operation.
Details procedures for handling and disposing of harmful substances and waste materials responsibly.
Details crane components for various boom setup configurations, including main boom and jib options.
Identifies and describes the primary components of the crane's basic structure for different models.
Covers general aspects of maintenance, including inspections, equipment, and safety device handling.
Provides essential safety and operational precautions for maintenance tasks and general care.
Describes procedures for routine visual checks and professional inspections of the crane.
Defines how maintenance intervals are determined based on operating hours and calendar time.
Outlines the schedule for various maintenance activities and checks for different systems.
Details maintenance procedures for the engine, fuel, cooling, air intake, and exhaust systems.
Covers maintenance for hoisting and derricking winch systems, including oil level, gear oil, and brakes.
Details maintenance for the slewing mechanism, including oil level, gear oil, brake, and bolt inspections.
Covers maintenance for the crawler carrier, track pads, and traveling reducer systems.
Provides guidance on inspecting and maintaining the hydraulic system's components and fluids.
Details maintenance for the crane's electrical components, including illumination, battery, and circuit breakers.
Covers inspection and maintenance procedures for load hooks, pulleys, and their components.
Explains inspection, maintenance, and take-down criteria for hoisting and derricking wire ropes.
Provides daily maintenance and slack season procedures for the air conditioning system.
Covers inspection of wipers, sliding doors, and monitoring systems in the operator's cab.
Details lubrication intervals and procedures for various parts, including boom pins.
Outlines visual and periodic inspection procedures for critical structural components like booms and frames.
Addresses maintenance needs in challenging environments like mud, snow, dust, or extreme temperatures.
Provides solutions for common issues with the crane's mechanical drive system, including crawlers.
Offers guidance for diagnosing and resolving problems with the engine and power systems.
Details common hydraulic system issues, such as pilot pressure, pump, valve, and hose problems.
Covers troubleshooting for cab electrics, slewing table, boom electrics, and load moment limiter.
Provides solutions for common problems with the air conditioning system, like generating hot or cold air.
Specifies properties and usage guidelines for antifreeze coolant, including mixture proportions and volume.
Details recommended lubricating oils based on ambient temperature and viscosity grades.
Provides guidance on diesel oil types and usage based on temperature, and fuel tank capacity.
Lists properties and types of lubricating grease, including appearance, drop point, and work wimble degree.
Specifies hydraulic oil types and working temperatures for different conditions and brands.
Recommends gear oil types and explains selection based on temperature and performance.
Provides schedules and volumes for gear oil changes, hydraulic oil, fuel, coolant, and lubrication intervals.
Lists torque specifications (N•m) for various threaded fasteners based on diameter, pitch, and grade.
Provides torque values for pipe fittings and orifices for light and heavy pipe applications.
Lists the tools supplied with the crawler crane for maintenance and testing purposes.
Offers a template for conducting periodic crane inspections on various systems and components.
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