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Yield Monitors and Their Applications to Todays Farmer

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Stop Height Calibration. Vibration Calibration (For Each Grain Type) Temperature Calibration ... weight for each. Harvest about the same amount of weight in ... – PowerPoint PPT presentation

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Title: Yield Monitors and Their Applications to Todays Farmer


1
Yield Monitors and Their Applications to Todays
Farmer
www.caterpillar.com
2
Introduction
  • Yield monitors have been used for a decade but
    now the applications are being utilized for
    farmers benefits.
  • Technology advancements and individual efforts to
    better yield are key to monitors unlimited future.

3
Outline
  • Yield monitor components
  • Yield monitor displays
  • Uses of the monitor
  • Key decisions made with collected data to better
    yield and increase profit.

4
Harvest Setup Calibration
5
Components of Yield Monitors
6
Flow Sensor
  • Measures grain flow coming off the paddles at top
    of clean grain elevator
  • Utilizes load cell technology
  • Polyurethane impact plate
  • Reduces buildup
  • Longer life

7
Flow Sensor Installation
  • 3\8 to 5\8 inch clearance
  • Once top shaft is adjusted, always adjust chain
    tension from the bottom!
  • Check for wear on paddles, impact plate, and
    deflector plate.

8
Clean Grain Elevator Adjustment
9
Clean Grain Elevator Adjustment
10
Elevator Mount Unit
  • Mounts on the side of clean grain elevator for
    all brands of combines
  • Quick and Easy installation
  • Gravity filled chamber through large inlet hole

11
Elevator Mount Unit
  • Proximity switch activates auger to exchange
    grain sample when chamber is full
  • Constant grain sampling at all flow rates
    provides an accurate moisture measurement

12
Moisture Sensor
  • Mounts on the side of the Elevator Mount
  • Sensor measures moisture and temperature
  • Easily calibrated at the monitor

13
Header Sensor
  • Turns area counting on and off
  • Mounts underneath cab
  • Arm attaches to the feederhouse
  • Stop Height is set from the cab

14
Pre-Harvest Checklist
  • Copy Data to Card and Make Backup
  • Upgrade Monitor/Modules
  • Clearing Data From Card
  • Clearing Loads/Create New Season
  • Change/Create Field Names
  • Change Grain Type For Each Field
  • Set Swath Width
  • Stop Height Calibration
  • Vibration Calibration (For Each Grain Type)
  • Temperature Calibration
  • Distance Calibration

15
Calibration Procedure
  • Use the same weigh scale each time
  • Harvest four to six loads
  • Record the actual weight for each
  • Harvest about the same amount of weight in each
    load
  • Best weight is between 3000 and 8000 lbs
  • Dont use Semi loads with smaller cal loads

16
Calibration
  • Proper calibration can actually be less time
    consuming than other brand monitors, and the
    results are typically more accurate

17
Yield Monitors
  • Utilizes technology to reach higher yields and
    lower growers cost
  • Increases crop uniformity, the key to higher
    yields
  • Helps predict production grades for targeted
    markets
  • Helps avoid repeated mistakes continuous
    improvement

18
John Deere Monitor
www.johndeere.com
19
Agleader Monitor
www.agleader.com
20
Higher Yields Lowers Costs
/Bu. To Produce a Bushel of Wheat
ag.systems, July, 2002
21
The Purpose
  • Allows the producer to analyze specific practices
    in a field and on his whole farm and compare it
    to a community of producers.
  • We boundary each field, in order to utilize the
    maps to record anything we do to the field, such
    as soil or tissue testing.
  • Capturing a specific set of input variables that
    are deemed critical by the growers is highly
    important. It is very important that these inputs
    be recorded consistently for each grower.

22
Agronomic Support
  • Constantly updating crop specific production
    systems based on the information we pull from the
    system.
  • Soil and Tissue Test

23
In just one year youll gain knowledge that
would have taken many years of trial and error,
and you can apply that knowledge to the next
planting season, year after year (Bodenstine).
24
We generate yield maps for those customers who
own yield monitors and GPS systems. The yield
maps give the customer a permanent record of
that fields performance for any given
year. Locate problem areas within your fields
and limiting quantify the affects of those areas
that may be production. .
25
The Process
Yield Monitor
Crop Variables
Grower Results
Analysis Interpretation
Harvest Data
26
Conclusion
  • Yield monitors will be essential to farmers in
    the futures market.
  • Analyzing yield and input data will give key
    points for next years production.
  • Using the most advanced technology on the market
    may be expensive but if used properly will gain a
    growers profits substantially.

27
Bibliography
  • AFS. 09 Oct. 2007 lthttp//www.johndeere.comgt.
  • Insight Monitor. 9 Oct. 2007 lthttp//www.agleader.
    comgt.
  • Bodenstine, Paul. Why DSS? Agsystems Consulting.
    Mechanicville Agsystems Consulting, 2003.
  • "Lexion." 9 Oct. 2007 lthttp//www.caterpillar.comgt
    .
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