TeeJet SENTRY 6510 Manuel utilisateur

SENTRY 6510

CAPACITY MONITOR

OPERATORS MANUAL &

FITTING INSTRUCTIONS

Firmware version 1.10

Copyrights

copied, photocopied, translated, or reduced in any form or by any means, electronic or machine readable, recording or otherwise, without

prior written consent from TeeJet Technologies.

Trademarks

Unless otherwise noted, all other brand or product names are trademarks or registered trademarks of their respective companies or

organizations.

Limitation of Liability

TEEJET TECHNOLOGIES PROVIDES THIS MATERIAL “AS IS” WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR

IMPLIED. NO COPYRIGHT LIABILITY OR PATENT IS ASSUMED. IN NO EVENT SHALL TEEJET TECHNOLOGIES BE LIABLE FOR ANY

LOSS OF BUSINESS, LOSS OF PROFIT, LOSS OF USE OR DATA, INTERRUPTION OF BUSINESS, OR FOR INDIRECT, SPECIAL,

INCIDENTAL, OR CONSEQUENTIAL DAMAGES OF ANY KIND, EVEN IF TEEJET TECHNOLOGIES HAS BEEN ADVISED OF SUCH

DAMAGES ARISING FROM TEEJET TECHNOLOGIES SOFTWARE.

990-630-EN R0

Sentry 6510 Capacity Monitor

Table of contents

INSTALLATION 2

General overview.................................................................................................................................................................................................. 2

Electrical connections......................................................................................................................................................................................... 4

Fitting the monitor............................................................................................................................................................................................... 5

Fitting the junction box...................................................................................................................................................................................... 5

Connecting the power supply ......................................................................................................................................................................... 5

Mounting the wheel sensor.............................................................................................................................................................................. 6

Fitting the walker pads....................................................................................................................................................................................... 7

Connecting the walker pad cables.................................................................................................................................................7

Fitting the sieve sensor....................................................................................................................................................................................... 8

Position..........................................................................................................................................................................................8

Shortening the sensor....................................................................................................................................................................9

Connecting the sieve sensor cables............................................................................................................................................10

OPERATION 11

User interface.......................................................................................................................................................................................................11

Calculation of grain loss...................................................................................................................................................................................12

Grain loss calculation examples ..................................................................................................................................................12

Example 1............................................................................................................................................................................12

Example 2............................................................................................................................................................................12

Example 3............................................................................................................................................................................12

Rule of thumb ......................................................................................................................................................................................................12

Rule of thumb example................................................................................................................................................................12

Setting up the capacity monitor...................................................................................................................................................................13

Display indications.............................................................................................................................................................................................14

Storage of values ................................................................................................................................................................................................15

Supply voltage monitoring.............................................................................................................................................................................15

Speed compensation ........................................................................................................................................................................................15

Sensor sensitivity, position and cleaning...................................................................................................................................................15

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Sentry 6510 Capacity Monitor

INSTALLATION

General overview

Figure 1: System diagram

08 09

06, 07

04 05

1003

990-630-EN R0

Sentry 6510 Capacity Monitor

Item Part number Description

01 902-630 TeeJet Sentry 6510 Capacity Monitor

02 198-716 Main cable

03 907-012 Straw walker sensor

04 841-521 Sieve sensor bracket

05 198-312 Sieve sensor cable

06 866-012 Junction box

07 900-013 Circuit board

08 901-982 Speed sensor

09 775-803 Magnet

10 842-546 Speed sensor bracket

11 927-021 Sieve sensor

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Sentry 6510 Capacity Monitor

Electrical connections

Figure 2: Close-up of electrical wiring

14 3

+12V

990-630-EN R0

Sentry 6510 Capacity Monitor

Fitting the monitor

Place the monitor inside the driver’s cab in a position where it is easy for the operator to read the display.

1. Mark the mounting position and the location for screw holes as shown in Figure 3.

Figure 3: Monitor mounting bracket position

2. Drill the screw holes and mount the bracket.

3. Attach the monitor to the bracket as shown in Figure 3.

NOTE: The Sentry 6510 Capacity Monitor uses the same connection as the LH500C Combine Computer. If the combine harvester already

has an LH500C installed, simply connect the cable from the monitor to the port on the main cable.

Fitting the junction box

Mount the junction box at the rear of the combine harvester on the right side where it will be well-protected and accessible for connecting

cabling (the main cable, shown in Figure 1, is 10 m long).

1. Lead the cable from the monitor along existing supply mains and hydraulic tubes through the hole in the junction box.

NOTE: Beware of rotating parts, sharp edges and high temperatures (such as from exhaust).

2. Connect the cable to the circuit board as shown in Figure 2.

Connecting the power supply

The supply voltage is 12 Volt.

1. Connect the supply cable to 12 V such that when the combine harvest ignition is turned off, power to the monitor is also turned off.

2. Connect the red cable to the +12 V and the black cable to the ground (0V).

55 mm

5.0

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Sentry 6510 Capacity Monitor

Mounting the wheel sensor

Mount the wheel sensor to the frame on the inside one of the steering wheels.

Mount the magnet to the wheel hub or rim using the 20 mm support collar.

1. Screw or weld the sensor bracket.

2. Place the sensor in the bracket.

3. Turn the wheel and ensure that the distance between the sensor and the magnet is 5-8 mm.

Figure 4: Wheel sensor and magnet placement

4. Put the sensor cable to the junction box and connect to the circuit board as shown in Figure 2.

5. Use cable ties to x the cable so it will not be pinched or worn during operation.

5-8 mm

Magnet can be painted

Washer

990-630-EN R0

Sentry 6510 Capacity Monitor

Fitting the walker pads

Mount the two walker pads at the rear of the two outside straw walkers.

NOTE: Account for any reinforcements and walker extensions when positioning the walker pads.

1. Stick the supplied adhesive templates on the underside of the walkers with the arrow pointing to the rear of the walkers.

2. Drill the holes as shown on the templates.

Figure 5: Walker pad placement

Connecting the walker pad cables

The straw walker cable must contain a loop between the walker and the combine harvester body. The loop must be large enough to “capture”

the circular movement of the straw walkers without stressing the cable.

Figure 6: Walker pad cable loop

1. Attach the cable to the underside of the straw walker approximately 20 cm from the point at which the cable comes through the walker.

Attach the fastener carefully to preserve cable life.

Figure 7: Walker pad cable attachment

20 cm

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Sentry 6510 Capacity Monitor

2. Turn the straw walker to its lowest position and mark the side of the combine harvester (position A in Figure 9) at a right angle to the cable

fastener.

Figure 8: Straw walker mark angle

3. Turn the straw walker to the highest position and mark the side of the combine harvester (B).

4. To determine the length of cable needed to make the loop, measure the distance (L) between marks (A) and (B) and multiply by three.

Figure 9: Straw walker loop length calculation

5. Make a loop of from the calculated length of cable and attach the cable fastener 20 mm under the lower mark.

6. Repeat for both walker pads.

7. Connect the cables to the junction box, avoiding any sharp edges, pinch points or other sources of cable damage, and fasten to the

combine harvester using supplied cable ties.

8. Connect the cables to the circuit board as shown in Figure 2.

Fitting the sieve sensor

Position

The sieve sensor must be tted so it can measure the grain loss behind the sieves across the entire width of the sieves. The best sieve

sensor position for normal grain types is 120 mm behind the rear edge of the sieves and 50 mm under the sieves (measured from the centre

of the tube).

Figure 10: Sieve sensor bracket placement

The supplied brackets have three slits. When tting, measure from the middle slit to allow the sensor to be moved depending on crop type.

For example, the sensor can be moved closer when harvesting a crop where little air is blown under the sieves, such as oilseed rape, or the

sensor can be moved further away when harvesting a crop that requires more air to be blown under the sieves.

120 mm

50 mm

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