What makes a Caterpillar 345C L excavator so durable?
What makes a Caterpillar 345C L excavator so durable?
Caterpillar®design and manufacturing techniques assure outstanding durability and service life from these important components. The 345C L uses thicker plates at the boom foot area to improve rigidity.pg. 10 Undercarriage Cat designed excavator undercarriage is stable, durable and low maintenance.
Is the 345d / 345d a hydraulic excavator?
345D/345D L Hydraulic Excavator The 345D/345D L hydraulic excavator’s high performance and rugged durability combine to maximize your productivity. Outstanding performance. Excellent control, high stick and bucket forces, impressive lift capacity, simplified service and a comfortable operator station to increase your productivity
Is the 345C L hydraulic system pg.5 C13?
The 345C L hydraulic system has been re-designed to improve reliability and to add a new Tool Control System. pg. 5 C13 Engine with ACERT™ Technology ACERT Technology works at the point
Which is better 3176c or 345C L hydraulic excavator?
The C13 with ACERT™ Technology offers 21% greater displacement than the 3176C, and runs at 10% lower speeds for better fuel economy and reduced wear. The 345C L, equipped with the C13, provides 8% more horsepower compared to the 3176C in the 345B Series II. Fuel Consumption.
Caterpillar®design and manufacturing techniques assure outstanding durability and service life from these important components. The 345C L uses thicker plates at the boom foot area to improve rigidity.pg. 10 Undercarriage Cat designed excavator undercarriage is stable, durable and low maintenance.
What kind of undercarriage does a 345C L have?
The 345C L uses thicker plates at the boom foot area to improve rigidity.pg. 10 Undercarriage Cat designed excavator undercarriage is stable, durable and low maintenance. Available in Standard Fixed, Variable and Long Fixed gauge configurations to meet lift capacity and bucket size needs.
How does the 345C L hydraulic system work?
The 345C L hydraulic system and component locations have has been designed to provide a high level of overall system efficiency. Hydraulic Cross-Sensing System. The two main hydraulic pumps use 100 percent of available horsepower resulting in faster implement speeds and increased productivity.
How big is a 345C hydraulic excavator bucket?
Engine Engine Model Cat®C13 Net Flywheel Power 239 kW 321 hp Weights Operating Weight – 44 970 kg 99,150 lb Long Undercarriage • Reach Boom, R3.9 (12’10”) stick, 1219 mm (48″) GP-C Bucket and 750 mm (30″) shoes. 345C/345C L Hydraulic Excavator
The 345C L hydraulic system and component locations have has been designed to provide a high level of overall system efficiency. Hydraulic Cross-Sensing System. The two main hydraulic pumps use 100 percent of available horsepower resulting in faster implement speeds and increased productivity.
When to use a 345 GC hydraulic excavator?
• Recommended for use up to 3300 m (10,830 ft) altitude with engine power derate above 2300 m (7,550 ft). • Net power is tested per ISO 9249. Standards in effect at the time of manufacture. • Net power advertised is the power available at the flywheel when the engine is equipped with fan, air intake system, exhaust system and alternator.
The 345C L uses thicker plates at the boom foot area to improve rigidity.pg. 10 Undercarriage Cat designed excavator undercarriage is stable, durable and low maintenance. Available in Standard Fixed, Variable and Long Fixed gauge configurations to meet lift capacity and bucket size needs.
The 345C L hydraulic system has been re-designed to improve reliability and to add a new Tool Control System. pg. 5 C13 Engine with ACERT™ Technology ACERT Technology works at the point
The C13 with ACERT™ Technology offers 21% greater displacement than the 3176C, and runs at 10% lower speeds for better fuel economy and reduced wear. The 345C L, equipped with the C13, provides 8% more horsepower compared to the 3176C in the 345B Series II. Fuel Consumption.
How to troubleshoot a cat hydraulic excavator with low power?
When it comes to troubleshooting low power concerns on a Cat® Hydraulic Excavator, Caterpillar Maintenance Expert Jeff Payne says look at the simple things first, such as checking your machine air filters and fuel filters for restrictions – before looking at cycle times; swing, stick, bucket and boom times, or valve adjustments.
What kind of final drive does caterpillar use?
Cat® Final Drive components must endure incredible torque, high-impact loads, and frequent direction and gear changes. Caterpillar designs and manufactures its final drive components with these demands in mind, using testing processes that simulate real-world applications. Four Types of Final Drives used in Cat® machines:
What are the requirements of a cat final drive?
Cat® Final Drive components must endure incredible torque, high-impact loads, and frequent direction and gear changes. Caterpillar designs and manufactures its final drive components with these demands in mind, using testing processes that simulate real-world applications.
Why is cat 325C excavator 5500hrs slower than specifications?
When you are holding the lift at relief, the straight travel valve spool is shifted and one pump is for implement control and the other is for travel. This is why the machine slows when operating a function while traveling. How is the bucket cycle times? If it is slower than specifications, this would indicate the problem is in the right pump.
Can a overheating final drive cause a problem?
It could be that the hydraulic fluid is too hot. On the other hand, it could be something about to cause more damage, like a brake that won’t completely release, worn out bearings, or not enough gear oil. An overheating final drive can be a signal of impending problems and should not be ignored.
