Equipment Setup GCS 300 GCS 900 Components Presented

  • Slides: 18
Download presentation
Equipment Setup GCS 300 – GCS 900 Components Presented By:

Equipment Setup GCS 300 – GCS 900 Components Presented By:

Grade Control Systems Common Platform • The GCS product family is built on a

Grade Control Systems Common Platform • The GCS product family is built on a common architecture / platform Ø Ø Ø CAN based communications Common harnesses Common sensors Common components Common hydraulic valves Harness Power module Valve module

Grade Control Systems Product Line Levels • Two distinct functionality levels Ø Each with

Grade Control Systems Product Line Levels • Two distinct functionality levels Ø Each with a different operator interface • Conventional • 3 D ü Slope sensors ü Angle sensors ü Sonic tracers ü Laser receivers Trimble CB 420 Trimble ü Slope Sensors CB 410 ü Angle Sensors ü Sonic Tracers ü Laser Receivers ü ATS Targets ü GPS+GLONASS Receivers ü Laser Augmentation Trimble CB 430

Trimble GCS 300: Conventional Dozer – Elevation or Blade-slope Trimble CB 420 Laser Slope

Trimble GCS 300: Conventional Dozer – Elevation or Blade-slope Trimble CB 420 Laser Slope or or Harness Power module Valve module

Trimble GCS 400: Conventional Dozer – Elevation & Blade-slope Trimble CB 420 Dual Laser

Trimble GCS 400: Conventional Dozer – Elevation & Blade-slope Trimble CB 420 Dual Laser & Slope or or Harness Power module Valve module

Trimble GCS 500: Conventional Grader - Cross-slope only Trimble CB 420 Harness Power module

Trimble GCS 500: Conventional Grader - Cross-slope only Trimble CB 420 Harness Power module Valve module Mainfall sensor Blade-Slope sensor Rotation sensor

Trimble GCS 900: Elevation & Blade-slope Trimble CB 430 Light bars Dual Laser &

Trimble GCS 900: Elevation & Blade-slope Trimble CB 430 Light bars Dual Laser & Slope or or Harness Power module Valve module

Trimble GCS 900: 3 D ATS & Blade-slope Trimble CB 430 Light bars ATS

Trimble GCS 900: 3 D ATS & Blade-slope Trimble CB 430 Light bars ATS Target Radio Harness Power module Valve module Blade-slope sensor Mainfall sensor Rotation sensor

Trimble GCS 900: 3 D GPS & Cross-slope Trimble CB 430 Light GPS+GLONASS Radio

Trimble GCS 900: 3 D GPS & Cross-slope Trimble CB 430 Light GPS+GLONASS Radio bars Sonic (opt) Harness Power module Valve module Mainfall sensor Blade-slope sensor Rotation sensor

Trimble GCS 900: 3 D Dozer - Dual GPS Trimble CB 430 Light bars

Trimble GCS 900: 3 D Dozer - Dual GPS Trimble CB 430 Light bars Harness Power module Valve module Dual GPS +GLONASS Radio

Trimble GCS 600: Conventional Excavator – Depth & Slope Trimble CB 410 Laser (opt)

Trimble GCS 600: Conventional Excavator – Depth & Slope Trimble CB 410 Laser (opt) (Replaces stick sensor) Harness Platform AS 460 Boom AS 450 Stick AS 450 LC 450 (opt) Bucket AS 450 Tilt-bucket AS 450 (optional) VA Boom AS 450 (optional)

Trimble GCS 900: 3 D Excavator - Dual GPS Trimble CB 430 Light bars

Trimble GCS 900: 3 D Excavator - Dual GPS Trimble CB 430 Light bars Dual GPS +GLONASS Harness Platform AS 460 Boom AS 450 Stick AS 450 Bucket AS 450 Tilt-bucket AS 450 (optional) Radio

Do’s and Don’ts

Do’s and Don’ts

Measure Up

Measure Up

What’s involved? ? • Measure Up Tools • Machine Settings • Machine Dimensions –

What’s involved? ? • Measure Up Tools • Machine Settings • Machine Dimensions – Blade Height – Blade Width between Tips – Machine Body Dimensions • Mast Measurements – In from Blade Tip – Back from Cutting Edge Bolts – Above Cutting Edge Bolts

Why is it important? ? • Measurements are from Receiver • Measurements are Machine

Why is it important? ? • Measurements are from Receiver • Measurements are Machine specific • Allows for Proper Tip Measurements – Correct Grade – Correct Location

Blade Wear

Blade Wear

Blade Wear • Why it Important? ? – Affects the Measure Up – Grade

Blade Wear • Why it Important? ? – Affects the Measure Up – Grade Accuracy of Machine • What is Blade Wear? ? – Cutting edge of blade being worn down • When Should it be Measured? ? – Dependent on material – Minimum - 1 month – Max - As the operator deems necessary • How do I measure it? ?