Technical Information & Support Documentation
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Case Study 001 In Paddock Blending using the CropScan 3000H On Combine Analyser
Case Study 003 Real Time Data from the CropScan 3000H On Combine Analyser
Case Study 007 Nitrogen Removal Maps help find the Sweet Spot in the Protein Yield Balance
Case Study 008 Strip Trial Evaluation
Case Study 009 Urea Strip Trial Evaluations using the CropScan 3000H On Combine Analyser
Case Study 011 In Field Blending using the Model 3000H On Combine Analyser
Case Study 012 Model 3000H On Combine Analyser Leeton Ryan VRT
Case Study 013 Model 3000H On Combine Analyser Broden Holland VRT
Case Study 014 In Field Blending increase revenues for South Australian farmer
Case Study 015 Finding the Sweet Spot between Protein and Yield for a Victorian wheat farmer
Case Study 018. Protein Yield Balance
Case Study 019 Urea Equalisation using the previous year’s Protein maps
Case Study 020 Evaluation of Economics of In Field Blending for a WA Farmer
Case Study 021 Variable Rate and the Holy Grail
Case Study 022 Return on Investment of using the CropScan 3300H On Combine Grain Analyser
Case Study 023 CropScanAg Solutions Return on Investment Analysis
Case Study 024 Protein Maps from 2013 to 2016
Case Study 025 How much Yield will you leave in the Field this harvest
Case Study 026 ROI using Variable Rate Nitrogen Fertilization across a 4500ha farm
- CropScan 3300H Installation Guide CaseIH Combines Rev XII
- CropScan 3300H Installation Guide New Holland Combines Rev XII
- CropScan 3300H Installation Guide Claas Combines Rev II
- CropScan 3300H Installation Guide John Deere Combines Rev XI
- CropScan 3300H Installation Guide Agco Ideal Combines Rev III
- CropScan 3300H User Guide(Ex Installation) – Rev XI
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Importance of NIR Grain Analyser, Ben BoekmanBenefits of using an On-Combine Analyser
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Return on Investment of Using the CropScan 3000H On-Combine Analyser
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On-Combine Sensing and Mapping of Wheat Protein Concentration
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Nitrogen Removal Maps Collected from Australian Paddocks during the 2015 and 2016 Grain Harvest
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Grain Journal Yearbook. In-field wheat segregation brings extra protein profits
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Measuring Nitrogen Uptake and Availability in the Field, Grains Journal May 2018
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Measuring Protein Directly on Combine, Milling and Grain, Nov 2018
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Variable rate and the ‘holy grail’
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Rapid Quality Measurements of Flour and Wheat in the Milling industry
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How much Yield will you leave in the Field this harvest (Milling and Grain)
- Closing the Yield Gap
- Make Your Variable Rate Technology Pay
- Protein Mapping Identifies Nitrogen Limited Zones within the Field
- Making Better Nitrogen Fertilizer Decisions
- UTILISING NEW TECHNOLOGIES TO BETTER MANAGE
WITHIN-PADDOCK NITROGEN VARIABILITY AND
SUSTAINABLY CLOSE THE YIELD GAP IN SOUTHERN NSW - Protein Maps Define Nitrogen Needs
- Research Supporting the Protein Yield Correlation Quadrant Map Theory
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What is the Cropscan 3300H On Combine Grain Analyzer?
The CropScan 3300H is a new tool that allows farmers to measure the quality of their crops and the Nitrogen availability and uptake by the crop.
As a dealer why should we be looking at providing the Cropscan 3300H grain analyzer to oUR customers?
“You can’t manage what you can’t measure.” Peter Druker, business guru. The CropScan analyzer provides a means of measuring the crop so that the Yield and Protein can be better managed.
What crop types can be used with the CropScan 3300H? How accurate are the grain quality readings?
The CropScan analyzer measures Protein, Moisture, Oil, Starch and Fiber in wheat, barley, oats, sorghum, corn, rice, soybeans, canola, peas, beans and others.
The accuracy differs from grain to grain, however a relative error of 2-3% of the average concentration is typical, ie, Protein and Moisture in wheat is 0.2%.
Who is using the Cropscan 3300H?
Cereal grain farmers who have available a premium for Protein. Farmers who are already using Variable Rate Nitrogen Prescriptions and farmers who are wanting to start VRF.
Can the data only be used in real time on the combine?
The CropScan analyzer stores data every 5-8 seconds as the grain is harvested. By combining the Protein, Moisture and Oil measured by the CropScan, with Yield and GPS from the combine, then a suite of proprietary field maps and field analytics are generated. These maps enable the farmer to develop Variable Rate Fertilization Applications that produce a Positive Yield Response to the application of Nitrogen fertilizer.
How long does it take to install a system on a combine?
Dealers should allow 4-6 hours to install the CropScan analyzer onto a combine.
What are the benefits for the CropScan 3300H?
There are several benefits for farmers to install the CropScan 3300H onto their combines;
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N-GAUGE Harvest App: Manage grain quantity and quality directly in the field from the CropScanAg N-GAUGE App.
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Harvest Efficiency: Accurate Moisture measurement enables farmers to “Start Earlier and Finish Later” with confidence.
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N-GAUGE Nutrient Manager App: Increase Yield and optimize Protein to achieve the “Sweet Spot” across the farm.