Product name | used caterpillar 336D crawler digger excavator |
Operating weight | 35020kg |
Bucket capacity | 2.4m³ |
Machine weight | 36000kg |
Power | 208/1900kw/rpm |
Working hours | 1000 |
Hydraulic pump brand | original |
Moving type | hydraulic digger excavator machine |
Engine brand | original |
Video outgoing-inspection | provide |
Core components | pump, engine, pressure vessel,motor |
Maximum digging height | 10240mm |
Maximum digging depth | 7390mm |
Max digging radius | 10920mm |
Rated speed | 5km/h |
336D is a 33-ton used excavator from Caterpillar, mainly used for mining and stonework operations. used cat excavator performance is among the best in the same class of excavators. Its powerful performance and excellent reliability make it very popular in the second-hand market.
As a benchmark model of this level, "tough" and "durable" are the most common evaluations of users. It has superior performance, outstanding efficiency, and low failure rate, which are favored by users.
The spacious cab of used 336D excavator has a wide field of vision, and the suspended seat adopts ergonomic design; it can be adjusted at multiple angles to meet the needs of drivers of different statures. The automatic air conditioner has multiple air outlets to ensure the temperature is suitable. In harsh climates, the driver can still work comfortably and efficiently all day.
Secondhand CAT336D excavator uses Caterpillar's environmentally friendly turbocharged engine C9 ACERT, which can provide a powerful power of 268 horsepower. Cat C9 with ACERT technology has better fuel economy and lower wear. It works during combustion to optimize engine performance and reduce emissions.
The 336D excavator pilot pump is independent of the main pumps and controls the front linkage, swing and travel operations. The hydraulic cross-sensing system utilizes each of the two hydraulic pumps to 100 percent of the engine power under all operating conditions. This increases productivity with faster operating speeds and quicker, more powerful reversals. The boom and stick regeneration circuits save energy during boom-down and stick-in operations, increasing efficiency, reducing cycle times and pressure losses, resulting in higher productivity, lower operating costs, and improved fuel efficiency.