Presentation is loading. Please wait.

Presentation is loading. Please wait.

2D vs. 3D Grade Control Systems

Similar presentations


Presentation on theme: "2D vs. 3D Grade Control Systems"— Presentation transcript:

1 2D vs. 3D Grade Control Systems
Presenters Name

2 2D vs. 3D Grade Control Systems
2D (Conventional) Laser / sonic / sensor guidance Program elevation/cross-slope from cab Manually adjust design elevation increments Simple designs 3D GPS or UTS guidance Design loaded into cab from site design Automatically adjusts to position of machine on site Capable of complex designs

3 Trimble GCS900 2D Contractors and owner operators with basic grade control needs Provides flexibility to grow Invest today in GCS900 2D Upgrade later to GCS900 3D

4 GCS900 2D - Applications A wide range of applications
Small to large pads Small to large commercial building sites Sports fields & tennis courts General site elevation control Rough grading to finish grading Road construction & maintenance Rail installation & maintenance

5 GCS900 3D - Applications A wide range of applications, including:
Road & highway building Large commercial Residential development Complex grading designs Land reclamation Landfill installation Rail installation & maintenance Airport construction

6 PCS - Applications A wide range of applications, including:
Projects with stringent compaction requirements Road & highway building Large Commercial & residential development Complex paving designs Landfill installation Rail installation & maintenance Airport construction

7 Trimble GCS Family Benefits
Get the job done right the first time Faster completion Less re-work Less staking Less checking Lower costs Improved material yields Faster job cycles and lower operating costs Improving productivity… adding up to a stronger bottom line for your company

8 GCS900 2D Dozer Components LB400 (3) LR410 1 or 2 AS400 VM4XX CB450
PM400

9 GCS900 3D Dozer Components MS992 1 or 2 MS992 SR300 LB400 x3 CB450
MT900 AS400 VM4xx SNRx10 - or - SNM930 - and / or- SNM940 PM400

10 GCS900 2D Grader Components
RS400 AS400 x2 LB400 x3 - or - - or - CB450 -or- CB460 LR410 1 or 2 SR300 1 or 2 ST400 1 or 2 PM400 VM4xx

11 GCS900 3D Grader Components
LB400 x3 AS400 x2 - or - - or - CB450 -or- CB460 - or - MT900 MS992 1 or 2 MS992 SR300 SNM930 - and / or- PM400 SNM940 ST400 Optional VM4xx

12 CCS900 Compactor Components
CB450 -or- MS992 1 on cab - or - 1 or 2 on drum - or - - or - - or - AS400 MT900 CM310 CB460 LB400 SNM930 - and / or- SNM940 Printer

13 Trimble 3D GCS900 Excavator
MS992 1 or 2 AS460 AS450 Tilt bucket (optional) CB CB460 LB400 x3 AS455 Roto-Tilt - or - SNRx10 SNM940 MT900 -or-

14 PCS400 Paver Components CS200 ST200 AS200 ST200 CS200 *Sonic Averaging
- or - - or - AS200 ST200 CS200 *Sonic Averaging Beam CB440 Single - or - Dual * Depicted is the European sonic averaging beam, the North American version has a different design

15 PCS900 Paver Components *AS200 and SNR2410 AS450 MT900 *ST200 CB460
**Sonic Averaging Beam *CB440 Single - or - Dual * The 2D Components (CB440, AS200 and ST200) can be replaced by a MOBA-Matic or Cat branded 2D system ** Depicted is the European sonic averaging beam, the North American version has a different design

16 GCS900 Milling Components
AS400 MT900 VM420 PM400 (optional) SNRx10 SNM940 - and / or- CB460 CB450 -or- Interface Box

17 Thank you


Download ppt "2D vs. 3D Grade Control Systems"

Similar presentations


Ads by Google