Updated: September 4th, 2008 12:15 PM GMT-05:00
Hydraulic Excavators
Construction Equipment
345D L Hydraulic Excavator
CX350B, CX470B & CX700B Excavators
D-Series Full-size Excavators
DX225 and DX255 Excavators
Expanded Tracked Excavator Range
Link-Belt Tier III Spin Ace Series
PC270LC-8 Hydraulic Excavator
Standard Demolition Excavators
345D L Hydraulic Excavator
The 345D L is equipped with a 380-hp Cat C13 engine with ACERT Technology that delivers 10% more power than the 345C L, yet uses about the same amount of fuel in tough digging, high duty cycle applications.
- 100,040- to 108,610-lb. operating weight
- Features a 26-ft. 11-in. maximum dig depth and 75,920-lb. drawbar pull
- Power management enables selection from alternative engine and hydraulic power settings without sacrificing breakout force or lift capacity
- 2% increase in hydraulic flow
- Optional Tool Control System for presetting flows and pressures for as many as 10 work tools using the in-cab monitor
CATERPILLAR
CX350B, CX470B & CX700B Excavators
Case expanded its CX B Series excavator line with the addition of the CX350B, CX470B, and CX700B. The three models feature electronically controlled, common rail Tier III-certified 7.8L Case engines that deliver 271 to 463 net hp. The new excavators also have a rail fuel injection system, a redesigned hydraulic system, and the ability to store up to 10 auxiliary hydraulic flow patterns for quick adaptation to different attachments. The new CX B excavators offer 20% increased fuel efficiency, improved operator comfort and ease of maintenance.
The CX350B, CX470B and CX700B range in operating weight from 79,065 to 153,400 lbs., with bucket digging force from 51,436 to 65,194 lbs. and maximum dig depths from 24 ft. 1 in. to 27 ft. 7 in.
- Electronically controlled Tier III-certified Case 7.8L engines rated from 271 to 463 net hp
- Common rail fuel injection system and redesigned hydraulic system deliver up to 7% better fuel efficiency
- Low-noise, isolation-mounted cab
- Store up to 10 auxiliary hydraulic flow patterns for quick adaptation to different attachments
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