Pro-700 manual

This single, customizable and easy-to-read display can be used with Case IH equipment and implements to control, monitor and manage key functions with the ability to record important information. Record important data and maps to use for future management decisions. Explore Features. Compatibility Functionality Design. Compatibility Seamless Integration Across Platforms. From your seat, with just a few touches, you can view up to six nameable run screens on a single monitor to fine-tune options such as remote valve timers and flow control, auto PTO, engine speed settings, the wheel slip alarm, calibrations and implement settings, as well as other key machine functions.

Let's get started! Espresso machines have specific requirements when it comes to water. There are two primary considerations: filtration and hardness. Filtration gets rid of tiny particles, such as sand or rust, in your water.

If these particles were allowed to enter your machine, they could cause all manner of trouble, particularly by clogging the precise valves and mechanisms in your espresso machine. Ensuring that this filter is replaced in proper time will be important to ensure machine health.

Water hardness is equally important. First, use the water hardness test strips included with your machine to test the water you plan to use. Ideally, we want a hardness of between ppm parts per million. Hardness refers to the dissolved solids in your water. Common dissolved solids are things like magnesium, calcium, and various forms of sodium. These dissolved solids are what make water, and therefore espresso, taste good. But too much will result in scale buildup in your machine.

Scale can cause irreparable damage to your machine by clogging and forming a mineralized layer over the surface of metal parts. The process of descaling is even more damaging, eating away at the machine's metal internals.

Luckily, scale can be entirely avoided by keeping your water hardness within the recommended TDS range of ppm. Taste aside, espresso machines require some mineral content to function properly. Their steam boiler fill probes, in particular, use the conductivity of water to detect the water level. You must add some mineral content back in. Our recommendation is Third Wave Water packets which are designed to offer ideal flavor and to be safe for your machine.

Our first recommendation is an in-reservoir water softening pouch. Using RO water purchased by the gallon in combination with Third Wave Water packets is another great option. For machines that are plumbed in, we recommend our Water Softening and Filtration kit. City water hardness changes seasonally, and softening systems wear out.

Routine testing will ensure you keep your machine safe. Remove the two wing nuts on the underside of the machine. These hold the pump in place during shipping but will merely amplify pump noise when the machine is in use. If you are using the machine with its internal reservoir, you may fill the reservoir with your filtered and softened water, leaving a few inches at the top to prevent spillage. The reservoir is removable. Remove the memory device from the display.

Take the memory device from the display to a computer. If a window does not launch when the memory device is installed, then click the "Start" button on the Windows task bar and select "My computer" from the pop-up menu. Right click on the folder that ends with. Note the location of the.

If required, transfer the. Attach the. When loaded with version When connected to a serial rate controller listed above, the Case IH display provides variable-rate and mapping functionality.

A JobCom box required for automatic section control with the Hardi controller. Contact your local Case IH dealer for more information on cabling, setup, and operation of the 3rd-party control interface.

Yes, Large Tractor software version If "EHR 1 Implement" is selected, the implement is considered to be "working" when the primary remote valve is retracted or in float, and the implement is considered to be "not working" when the primary remote valve is extended. NOTE: Updates to the Large Tractor display software may require updates to the software installed in other tractor controllers, to ensure that all features are available. The part number for this harness is This harness provides power and ground to the display.

Finally, it provides a diagnostic connector for use with your dealer's laptop service software. This harness is intended for use in generic installations including competitive vehicles and utility vehicles.

Note that when "Metric" is selected, user-defined windows Run screen windows displaying any bushel-related values "Bushels, Dry", "Bushels, Wet", "Flow, Dry bu", etc are not available, as the "bushel" is not a valid unit of measure in the Metric system of measurement. I have an offset header installed on my combine.

Header Center Offset is used for calculating autoguidance swaths and accurately mapping harvested regions. It is critical that this value be accurately entered in the combine display. The Header Center Offset is determined by measuring the horizontal distance parallel to the long axis of the front axle between the GPS receiver and the center of the header.

All directions are referenced while facing the normal direction of travel. The "Basic" Interface Level is intended for operators who require only basic machine-control functionality, and is NOT recommended for operators needing precision farming capabilities. The "Advanced" Interface Level is recommended for the majority of operators. Advanced mode enables all activated features in the display, and permits data to be recorded to the external datacard or USB flash drive.

All user-entered names in the display may consist of up to 18 characters. Any combination of upper-case, lower-case, numbers, or special characters may be used. If names longer than 18 characters are exported from the desktop software, the names will be truncated when imported into the display. Case IH recommends that you create Tasks as needed, rather than creating a large number of Tasks at once for future use.

Empty unused Tasks will become locked and unusable when you archive your data download data to your desktop software. I want to clear last year's data from my monitor and card. How do I do this? First, ensure that you have created a backup of all data, as there is no way to recover data after it has been deleted.

Then follow the steps below. CN1 folder from the data card or USB stick using your personal computer. Push the "Delete" button. You will be asked to confirm that you want to delete the selected data. Turn the power off to the display and allow it to power down completely.

You can now insert the blank data card or USB stick into the display. Your Grower, Farm, and Field names remain in the display, but all of your previous years' data will be deleted. The primary file format used by all Case IH color displays is called "Voyager 2". This file format creates a folder on the datacard or USB flash drive, with datestamped name ending in ". Inside this folder are a number of other folders, along with a file named "index.

Some desktop software application will require you to choose the index. Data not related to the Task Controller continues to be logged in the Voyager2 file format. Effective with Precision Farming v Contact your local Case IH dealer for details. This will happen automatically when the target display is powered up with the datacard or USB flash drive from the originating vehicle installed.

Note that Tasks are vehicle specific and cannot be transferred. The part number for a MB card and adapter is The part number for a 4GB card and adapter is This is the only supported flash drive for use in the AFS Pro This is especially common when exporting GPS to a secondary control or logging system on an AccuGuide-equipped vehicle.

Use cable , or, if the cable is completely inside the cab, use Customer Service. Which one should I use? Note that this calibration must be completed for each Crop Type. Failure to properly calibrate Maximum Working Height may result in unexpected data recording behavior.

Moisture Calibration 4. Weight Yield Calibration 5. Area Calibration optional, and can only be performed after harvest in a field is complete. I am going to calibrate my yield monitor and I remember from a clinic that there were several tips to successful calibrations. Can you tell me what those are? There are a number of tips that can improve the accuracy of your yield monitor calibrations. It is best to do this with the appropriate header installed on the machine.

However, Case IH recommends a travel distance of '. All distances should be measured with a tape, rather than a wheel.

The Distance Calibration or Tire Radius Calibration should be performed in field conditions, with the header installed, proper tire pressure, and approximately half a tank of grain. Ensure that the grain tank is empty before beginning harvest. Continue harvesting until the "Instant Moisture" and "Average Moisture" readings for the Task are very close. Take hand samples from the load and measure the actual moisture of each with an accurate, calibrated tester.

Take an average of all the samples and enter this into the display as the "actual" moisture. Each Task must be harvested at a consistent flow rate, but flow rate should be varied among different Tasks. To modify flow rate, adjust ground speed or your working width. Do not unload on the go during a grain weight calibration! By default, new calibrations only apply to the current harvest Task and future harvest Tasks. First, you need to verify that there is nothing mechanically wrong with your yield monitoring system.

Common sources of error include moisture in connectors often as a result of pressure-washing the vehicle , damaged wiring harnesses , and a deflector plate clearance if required that is not within spec. Contact your Case IH dealer for assistance identifying these or other issues that might be to blame.

An example: You have 6 grain weight calibration loads at varying levels of crop flow. Select all 6 loads and calibrate. Since the error is consistent, this set of loads should produce acceptable calibration results. My AFS Yield Monitor operator's manual says that I should use loads larger than 3, pounds for my grain weight calibrations on my yield monitor. Is it o. Just remember that you will need to complete loads Tasks at different flow rates and in some Crop Types is will take a long time to fill a semi trailer on low flow.

The recommended weight for calibration loads is 10,lbs. There always seems to be so much going on the first few days of harvest. Do I have to calibrate my yield monitor on the first day? You can calibrate your yield monitor at any time during harvest. Overlap Control refers to the ability of the AFS Pro or AFS Pro to automatically shut off seed drive motors or row clutches based on the position of a planter section relative to an already-applied area of the field. Overlap Control is based on the as-applied map created by the display.

Then set the desired Percent Overlap. A high percentage results in more overlap and very little skip; a lower percentage results in more skip and less overlap.

Boundary Control is based on boundaries, and is not related to the as-applied map. Then set the desired Percent Out Of Bounds. A low value will result in very little application outside the boundary. A higher value will result in more application outside the boundary, but will also make the system less susceptible to the effects of GPS drift.

It should be measured horizontally, on the ground, at the tractor centerline, with the planter in planting position.

This measurement is extremely important because it provides ground speed compensation for the rate or section control system. As travel speeds increase, the accuracy and precision of the Product Delay becomes even more critical to proper performance. Start Early Distance previously called Lead Distance is the distance used to start the planter when exiting an overlap area. This distance can be adjusted to ensure that the planter turns on at the appropriate time to prevent overlaps or skips when leaving a previously-planted area such as a headland.