Operator and Parts manual

Verti-Drain®

Model 7516

Serial number:

Translation of the original operating instructions

NOTE:

IN ORDER TO ENSURE THE SAFE USE AND TO ACHIEVE THE BEST

PERFORMANCE, IT IS ESSENTIAL THAT THIS OPERATORS MANUAL

IS CAREFULLY READ BEFORE THE VERTI-DRAIN IS USED.

0948 English 911.120.451

FOREWORD

Congratulations on the purchase of your VERTI-DRAIN. To ensure the safe and lasting operations of this VERTI-DRAIN you (and anyone using the machine) should read and understand this user’s manual.

A complete knowledge of the contents of the manual is necessary in order to ensure the safe use of this machine.

The VERTI-DRAIN is not an independently operating machine. It is the responsibility of the user to use the correct tractor. The user will also need to check the tractor / VERTI-DRAIN combination on safety aspects, noise level, user instructions and risk analysis.

The VERTI-DRAIN is intended exclusively for grass fields or areas on which grass can grow.

On the following page, we will begin with the safety instructions. Every user must be familiar with these instructions and must follow them carefully. Below you will find a registration card, which should be returned to us so that we are able to process any future claims.

In this manual, many instructions are given which are stated in a number sequence. The user must follow the instructions according to this sequence. If the * appears this refers to safety instructions. If the @ is used, this refers to a tip and/ or note.

All information and technical specifications provided at the moment that this document is published are the most recent ones. Design specifications may be changed without prior notice.

This document is a translation of the original operating instructions.

Upon request, the original operating instructions are available in Dutch.

GUARANTEE CONDITIONS

THIS VERTI-DRAIN PRODUCT IS DELIVERED TO THE CUSTOMER ACCOMMPANIED BY

A GUARANTEE A1GAINST DEFECTS IN THE MATERIALS USED. THIS GUARANTEE

APPLIES FOR A PERIOD OF 12 MONTHS AS OF THE DATE OF PURCHASE.

VERTI-DRAIN GUARANTEES ARE SUBJECTED TO THE "GENERAL CONDITIONS FOR

SUPPLY OF PLANT AND MACHINERY FOR EXPORT, NUMBER 188", WHICH ARE

PUBLISHED UNDER THE AUSPICES OF THE UNITED NATIONS ECONOMIC COMMISSION

FOR EUROPE

.

REGISTRATION CARD

For your own record, copy the information from the registration card to the table hereunder

Serial number of machine

Name of your distributor

Date of purchase

Any remarks

2

SAFETY INSTRUCTIONS

1. Always use the VERTI-DRAIN with the correct tractor as described in the technical information

2. The user is responsible for a safe Tractor/VERTI-DRAIN combination. The

combination must be tested for noise, safety, risk and easy usage. It is also necessary to draw up user instructions.

3. The VERTI-DRAIN is suited exclusively to grass fields.

4.

5.

Every VERTI-DRAIN user must be fully informed of the information contained in the user manual.

Inspect the ground where the VERTI-DRAIN is to be applied. Remove loose obstacles, avoid uneven ground.

Never step off the tractor if the engine is still running. 6.

7. Ensure that other people are standing at least 4 mtr. (14' ) away from the

VERTI-DRAIN.

8.

9.

Use appropriate clothing. Wear strong shoes with a steel inforced toe cap, long trousers, tie up long hair. Do not have any loose pieces of clothing.

Never try to force the VERTI-DRAIN, a situation which is visible in the partial loosening of the front roller from the ground and unstable behavior of the VERTI-

DRAIN.

10.

Check the VERTI-DRAIN once a week to ensure there are no loose screws or nuts and bolts.

11. The VERTI-DRAIN may never be used without protection covers and safety stickers.

12. NEVER crawl underneath the VERTI-DRAIN. If you need to work underneath, turn the VERTI-DRAIN on its front.

13. Always switch off the engine and uncouple the power take off, before starting any maintenance, adjustment or repair. Also block the VERTI-DRAIN against sinking and block it against forward/backward movement or sliding.

14. Use only the original VERTI-DRAIN spare parts/ tines in order to ensure the safe operation of the machine.

15. Never use the VERTI-DRAIN in the dark, in heavy rain, on frozen ground, stormy conditions or on slopes greater than 20 degrees.

16. Before operating the machine, also read the instructions and the maintenance

information for the power take off. This component has its own certification mark.

17. Maintain a log book of repairs.

18. If any modifications are carried out on the machine the CE certification mark will

be no longer valid. The User/Dealer himself must then have the machine re-certified.

3

Par.

CONTENTS

Description

Foreword

Guarantee conditions

Registration card

Safety instruction

4.2

4.3

5.0

6.0

7.0

8.0

9.0

10.0

11.0

12.0

1.0

2.0

3.0

4.0

4.1

Technical specification

First setup, Lifting machine from pallet

General controls

PTO

PTO length

Use of PTO

Slipclutch information and maintenance

Working depth adjustment

Tine angle adjustment

Groundspeed

Starting procedures

General usage of Verti-Drain

Transport of Verti-Drain

Uncoupling of the Verti-Drain

Problem analysis

13.0

14.0

15.0

15.1

Maintenance

EU-Declaration

Technical information

Torque settings

15.2 The crankshaft

15.2.1 Replacing the transmission oil seal

15.2.2 Replacing of a crank and crank bearing

15.2.3 Removing the crankshaft tension

15.3

16.0

Alignment of an element

Options, wheel kit

16.0.1 Mounting the wheelkit to the machine

16.0.2 Some guidelines for the wheel kit use

16.1 Options, tines

16.1.1 Solid tines

16.1.2 Hollow tines

16.1.3 Core collector

16.1.4 Auxiliary spring kit

16.1.5 Rear roller extension kit

17

17

18

18

19

15

15

16

16

17

17

19

20

20

21

21

23

24

10

11

12

13

9

9

10

13

13

14

5

6

7

8

8

Page

2

3

2

2

4

1.0

TECHNICAL SPECIFICATIONS

Model 7516

Working width

Working depth

Tractor speed @ 500 rev’s at PTO

Hole spacing 65 mm (2-1/2”)

Hole spacing 130mm( 5”)

Hole spacing 195mm(7-1/2”)

PTO speed

Weight

Hole spacing side-to-side

Hole spacing in driving direction

Recommended tractor size

Capacity (maximum)

Spacing 65 mm (2-1/2”)

Spacing 130mm (5 “)

Spacing 195mm (7-1/2”)

Shipping dimensions

Maximum tine size

Slip clutch setting PTO

Three point linkage

Transmission oil

Lubrication grease

Standard items

1.60 mtr (5’4”)

Up to 400 mm (16”)

Up to 0.70 km/h (0.45 mph)

Up to 1.40 km/h (0.90 mph)

Up to 2.10 km/h (1.35 mph)

Up to 500 rpm

1130 Kg (2490 lbs)

129 mm (5”) @ 24 mm (1”) holes

65 mm (2.5”)@ 12 mm (1/2”) holes

50 – 195 mm ( 2 - 7-1/2”)

45 HP with lift capacity of minimum 1350 Kg

( 3000 lbs)

Up to 1120 sq.mtr (10200 sq ft)/ hour

Up to 2240 sq.mtr (20400 sq.ft)/ hour

Up to 3360 sq.mtr (30600 sq.ft)/ hour

1780 x 1000 x 1500 mm

(71”x 40”x 60”)

Solid 25 x 400 mm (1”x 16”)

Hollow 32 x 300 mm (1-1/4”x 12”)

Maximum 800 Nm. (7080 lb.inch.)

3- point CAT 1-2

Life time grease EP 00

EP 2

Set solid tines 18/300 (3/4”x 12”) with adapters

Front and rear roller

3- shuttle gearbox

Toolbox with combi tool

5

Fig.1.

2.0 FIRST SETUP, LIFTING MACHINE FROM PALLET

The machine stands vertically up on the pallet. To remove the pallet and get the machine horizontal on the ground, handle as follows (see fig.1 ):

1. Open the rear cover

2. Connect a cable to lift point

* ensure the cable/crane/lift truck can lift minimum 4000 Kg.(9000 lbs).

3. Raise machine with pallet 50 mm (2")from the ground.

4. Remove pallet by sliding it over the bottom 3-point pins

* Do not crawl under the machine

5.Lower the machine gentle till 3-point connecting plates contact the ground.

6. Drop the machine further, enabling it to rotate on its front roller.

7. Gently lower the machine till it stands on the front and rear roller.

8. Connect the machine to a tractor.

* Use correct tractor see specifications.

9. Lift the machine from the ground.

10. Remove the rear roller lock pins. Put pins in hole 4.

11. Lower the machine on the ground and adjust the angle of 90 degrees with toplink

@ This angle is very important, see further.

12. Adjust tractor lower link stabilizers to limit sideways movement to about 100 mm (4”).

13. Fix tine angle adjustment lever to machine (separately packed with tines in box).

14. Assemble the tines. Use some grease on the shank.

15. PTO length, see 3.1

6

Fig.2.

3

8

11

7

4

16

6

10

5

9

2

15

14

12

17

1

13

18

3.0 GENERAL CONTROLS

In fig.2. some key details of the machine are shown, as follows:

1. Safety decall RA, before using machine read manual. Decall is located at the toolbox with

manuals and combi-tool.

2. Safety decall RB, Keep 4 mtr (14') distance to the machine

3. Safety decall RC, Turn engine off when maintaining or repairing machine

* All decall should be on the machine and understood all the time

4. Serial number of machine can be found inside

5. Spindle to adjust working depth.

6. Working depth indicator. Note the indication is related to maximum tine length.

7. Tine angle adjustment lever.

8. Knurled nuts for securing the rear access door of the VERTI-DRAIN.

* Rear access door should always be closed and free of any damage.

9. Rubber stops for supporting the rear access door when opened.

10. Rear roller support guide.

11. Rear roller lock pin. Lock only when machine is stored or roller is raised from the ground.

12. Front roller support lock nuts.

13. Lower 3-point linkage pins. May be repositioned and facing in or out.

14. PTO protection covers at the machine. Top one can be removed for maintenance.

15. PTO input shaft. Slipclutch should be assembled at this shaft.

16. Rear roller scraper, can be adjusted.

17. Protection plate rear roller support. Should be adjusted at 30 mm (1”) from the ground.

18. Front roller scraper, can be adjusted and be used for turf hold down fingers( option).

7

4.0 PTO.

The PTO is a very important item. It drives the machine from the tractor and ensures the safe operations when correctly maintained and installed. The PTO shaft has its own CE certification.

Read the PTO shaft manual, which is connected to the shaft itself

.

A

M a x

3

°

0

M a x

3

°

0

B

150 mm (6

") min

L

L standard = 33 mm 1.300"

L minimum= 31.5 mm 1.250"

Fig.3.

4.1 PTO LENGTH.

The length of the PTO is very important. When too long, the transmission of the tractor and/or VERTI-

DRAIN may be damaged. When the overlap length of the tubes drops under 150 mm (6") anytime, the PTO may be damaged.

* The length changes when the machine is raised or when another tractor is used.

To cut the standard PTO from new or for another tractor, work as follows (see fig. 3):

1. Measure the distance between tractor PTO shaft and VERTI-DRAIN PTO shaft from

groove to groove when machine is on the ground at correct angle and attached to the tractor.

2. Measure the length B of the PTO in its shortest position from lock pin to lock bolt.

3. Split PTO in two pieces and remove safety cover from each end

4. Both tubes and safety cover ends should be shortened: (B - A) + 75 mm (3").

5. Deburr all items, use some grease and put all parts together.

6. Assemble the slipclutch side of the PTO to the VERTI-DRAIN transmission.

* Torque for lock bolt should be 80 Nm (700 lb.in.)and checked every 40 hours

7. Connect other side to the tractor.

8. Check overlap of tubes.

* Never run machine with a damaged PTO safety cover. Replace it first.

8

4.2 USE OF PTO

For the correct use of the PTO, the following items need to be checked:

1. During work the angle of the joints may never exceed 30 degrees

2. The joints have to be in line all the time

3. The tube overlap should always be minimal 150 (6") mm

4. Never use the machine with a damaged PTO protection cover.

5. For greasing see par. 13.0 Maintenance.

4.3 SLIPCLUTCH INFORMATION AND MAINTENANCE

The slipclutch will protect your machine against breakages when correctly used and maintained. The following items are important.

1. The spring length is standard set at 33.0 mm , 1.300".

2. When the slipclutch slips, the bolt/nuts may be tightened a quarter of a turn at a time, till the

minimum length of 31.5mm, 1.250" on the springs is reached. Any further compression will

overload the machine.

@ If too tight the machine may break down in the end or unsafe situations may occur.

3. The slipclutch should be maintained every month. Work as follows;

- Remove the top PTO protection cover of the machine

- Loosen up all bolts/ nuts two turns.

- Run the machine in the field at very low rpm's

- If the clutch slips, stop after 10 seconds.

- If it doesn't slip, loosen bolts more or go to (annual) maintenance.

- When the slip clutch has slipped, tighten the bolts/nuts up to the point the slipclutch works fine.

* Do not tighten it to the previous setting right away.

4. Annual maintenance:

- remove PTO from machine.

- inspect PTO shaft parts. Damaged parts should be replaced.

- disassemble the slipclutch by removing all bolts/nuts that hold the springs

- the slipclutch should fall apart in pieces.

- lay down the pieces and inspect parts. If parts are damaged or weared, replace them.

- clean all mating surfaces.

- assemble all parts and tighten bolts/nuts till the springs are all set at 33.0 mm , 1.300".

- Grease both tubes and assemble both PTO parts to each other.

- Assemble the PTO and mount it to the machine.

- Readjust the springs of the slipclutch when necessary as previously described.

@ The slipclutch protects the machine only against peak loads, when correctly adjusted. A continuous

overload will damage the machine in the long run and is not protected by the slip clutch. Do not

overload your machine.

9

3

3

1

4

.2

560.00

3

2

1 .

Fig.4.

Fig.5.

5.0 WORKING DEPTH ADJUSTMENT

The working depth can be adjusted when the machine is lifted from the ground as follows, see fig. 4:

Unscrew nuts 1 at each side of the machine one turn. Screw spindle 3 in or out. Every revolution is 4 mm (0.160"). The decall 2 at each side of the machine shows the actual depth. When the correct depth is reached, tighten the nuts 1 at each side.

@ Never adjust one side more than 4 turns. Compensate the other side first before proceeding.

@ The adjustment can be done with a special tool in the machine tool box.

@ The value at the decalls is only true when 400 mm (16") long tine are used. When shorter tines are used, deduct the length difference to the 400 mm (16") from the actual decall reading.

@ Clean and spray the spindle and nut with anti-sticking grease oil every 100 hours, to prevent dirt sticking on the nut.

6.0 TINE ANGLE ADJUSTMENT

The adjustment of the angle of all tineholders is centrally located at the right side of the machine, see fig.5..

Raise the machine above the ground, slacken the nuts 2 at each side of the machine and nuts 3 at the center of the machine, one turn each.

Adjust the tine angle by rotating the lever 1. The angle-value can be read from the decall 4 next to the handle.

After the correct angle is set, tighten all nuts.

@ An angle of 90 degrees means almost no tine movement in the ground. This is required for hollow coring tines and advised for thinner tines.

10

@ From 90 to 75 degrees means more "kick action". This is advised for solid tines, depending on ground conditions, tine size and customer requirements.

@ The angle of 90 degrees means that the tines penetrate perpendicular into the ground. This is only true if the machine is correctly set, see fig.1. If this isn't correct a push force F, see fig 5. is applied, which can seriously damage the machine.

@ The length of the draw rod assembly should be 560.00 mm (22.050"), which can be set by the calibrating shimms, see the spare part page

.

Combi Tool

D

Fig.6.

7.0 GROUNDSPEED

The groundspeed determines the hole spacing D in the drive direction, see fig.6. The VERTI-DRAIN doesn't need a creeper gear, however if the customer wants a close hole spacing, the groundspeed should be low enough, which depends on the tractor.

The gearbox has standard three different gearsetting, resp 1,2 an 3. The higher the setting, the more rev's on the crankshaft.

The input speed R on the PTO may be maximum 500 rpm. When stones or rocks are expected, the input speed should be lowered.

With heavier tines or attachments, the tineholders may start to float. Lower rpm's at that time, before the tineholders start to turn upwards.

In Fig.6., a graph is drawn in which the relation between the groundspeed, the gear setting and the hole spacing is given. If the tractor groundspeed is known at 500 rpm's of the PTO, the hole spacing can be determined at different gearbox settings.

@ If the machine is not set correctly behind the tractor, see fig.1., different angles at the PTO may

cause vibration into the drive line of the VERTI-DRAIN. This vibration can hurt the machine and

also the performance of the holes in the ground.

@ If the gear box setting is hard to shift, rotate the crankshaft a little till the shifting is possible. You

can use the “Combi-Tool” for easily rotating the crankshaft.

@ If the PTO shaft is incorrectly fitted (too long or too short), extra forces are applied to the input shaft

of the gearbox. Damage may occur.

* When the gearbox is shifted, shut off the tractor engine

.

11

C

B

A

Fig.7.

8.0 STARTING PROCEDURES

.

The starting procedure is VERY important. If the start up is not done as described hereunder, serious damage to the machine may occur. Proceed as follows, see fig.7.:

1. Drive to the spot you want to start the operation.

2. Lower the machine, till the lowest tines are almost on the ground.

3. Set tractor engine at appr. 1200 rpm's

4. Put tractor in correct gear, and start moving forward (A)

5. Engage PTO at tractor (B)

6. DURING rolling forwards with the machine RUNNING, GENTLY lower the machine in the

ground (C), till front roller is tight on the ground.

7. Increase engine rpm's till the maximum value permitted.

At the end of a pass, quit the operation as follows:

1. Lower engine rpm's till about 1200.

2. Raise machine out of the ground.

3. As soon as all tines are out of the ground, disengage PTO.

4. Raise machine further, till the lowest tines are at least 120 mm (5") above the ground.

5. Move to the next spot and start again as described above.

@ It is absolutely necessary to proceed as described above. If the machine is put into the ground first, without the PTO running, serious damage may occur.

@The machine needs to be lowered GENTLY.

@ Be careful with driving backwards.

During work the front roller needs to be stable on the ground. If the machine starts to be unstable, change the rpm's on the PTO. If this doesn't make any difference, adjust the working depth or change to other tines who penetrate easier.

@ If nothing is done on the instability of the machine, serious troubles may arise afterwards. The machine is NOT protected against these circumstances on the long term.

@ Never drive backwards with the tines in or close to the ground.

12

@ NEVER drive backwards, when the lowest tines are less than 120 mm (5") above the ground. If the tines get caught, serious damage will appear on the machine.

@ Do not use a hydraulic top link.

9.0 GENERAL USAGE OF VERTI-DRAIN

The VERTI-DRAIN can only be used when the circumstances are right. Check the following items:

1. Are there any loose objects on the field. If so, these must be removed first.

2. Are there any slopes. The maximum slope for the VERTI-DRAIN is 20 degrees. Always

operate the VERTI-DRAIN from the top to the bottom of a slop.

3. Are there any pipes/wires/cables in the ground. If so, ascertain at what depth and set the working

depth at a maximum of 60% of the pipe etc. depth.

4. Are there any hard objects in the ground. If so, operate the VERTI-DRAIN with a very low PTO

speed, or adjust working depth.

5. Is there any danger of flying objects such as golf balls, which could distract the attention of the

driver ? If so, the VERTI-DRAIN can not be operated at that moment.

6. Is there any danger of subsidence or land/mud slides ? If so, the VERTI-DRAIN cannot be operated

on the field at that moment.

7. Is the ground frozen or very wet. Postpone operation till circumstances are better.

8. When ground is very compacted, use shorter thinner tines to penetrate, or adjust working depth.

10.0 TRANSPORT OF VERTI-DRAIN

The user is responsible for the transport of the VERTI-DRAIN behind the tractor along the public streets. Check on the national legislations. Across open ground a maximum speed of 12 km/h (8 mph) applies. In view of the weight of the VERTI-DRAIN, a higher speed could be dangerous for the driver and bystanders. The machine could also suffer damage due to jolt which can occur with higher speeds.

* At least 20% of the tractor weight should rest on the front axle when machine is lifted

.

11.0 UNCOUPLING OF THE VERTI-DRAIN

The machine can be disconnected from the tractor as follows:

1. Open the rear cover.

2. Rotate the crankshaft with the combi tool, until both central tineholders right/left from the

gearbox, are at their highest position.

3. Turn all other tineholder upwards against the stop

4. Lower the machine on a firm surface

5. Lock pin 3 into a corresponding hole, see fig.1.

6. Block the rear and front roller against rolling away.

7. Remove the top link.

8. Disconnect the PTO shaft from the tractor side

9. Disconnect the lower three point linkage arms.

* Shut down the tractor engine during walking around the VERTI-DRAIN

.

13

12.0 PROBLEM ANALYSIS

Machine vibrates

Solid/ hollow tines

Are bending/ breaking

Front roller is not stable

On the ground

PTO breakages

Damage to draw rods

Damage to the turf

Tine not tight in tine holder

Crankshaft rotates irregular

Tough circumstances

Machine not at 90 degrees.

PTO joint angles different.

PTO joints not in line.

Adjust working depth.

Use thinner/ shorter tines.

If dry, irrigate first.

Wrong tine

Tough circumstances

Change tine, use shorter one.

Use solids first before hollow to break the soil.

Adjust working depth

Quick wearing

Use thinner/ shorter tines.

If dry, irrigate first.

Use solids first to break the soil.

Adjust tine angle setting.

Wrong tines, too much resistance Change tine size.

Tough circumstances

Adjust working depth.

Use other size tines.

Adjust working depth.

Irrigate first.

Do job not in one pass.

Slipclutches slips often

Tubes are cracking

Check setting.

Replace lining plates.

Clean clutch internally.

PTO angles too wide.

Use the wheel kit.

PTO angles not the same.

Bending/ breaking

Oval holes

Turf damage

Tough circumstances

Machine not at 90 degrees.

Central bar bent.

Bearing bushes worn.

Tines hit the ground with reversing.

Lift height not correct

Soil too wet.

Change tine angle setting.

Reduce forward speed.

Adjust working depth.

Use thinner tines.

Use other tines.

Grind flat area to tines.

Adjust the tine angle setting.

14

Crankshaft problems

Rear roller shacking

13.0 MAINTENANCE

Pre-Delivery-Inspection

After first 20 hours

(new or repaired)

After every 100 hours

Big end nuts slacken Solve vibration, see vibration.

Crankshaft bearing collapsed.

Incorrect assembled after repair.

Remove, clean, use loctite.

Rear roller locked Unlock.

Rear roller up with hollow coring Change speed and PTO rev’s.

Tough circumstances

Put roller free on the ground.

Change machine settings.

Grease crankshaft bearings

Check bolts/ nuts

Connect the unit to a tractor

Run unit for 5 min

Grease crankshaft bearings

Grease PTO and rollers

Check bolts/nuts

Look closely at machine

Grease crankshaft bearings

Grease PTO and rollers

Check bolts/ nuts

Look closely at machine

Grease spindles front roller

8 shots each EP 2

See instructions in this manual

Look and listen

4 shots each EP 2

4 shots each EP 2

6 shots each EP 2

4 shots each EP 2

14.0 EU-Declaration

.

We, Redexim Utrechtseweg 127 3702 AC Zeist Holland, hereby declare fully on our authority that the product:

VERTI-DRAIN 7516, WITH MACHINE NUMBER AS INDICATED ON THE MACHINE AND

IN THIS MANUAL, to which this declaration relates is according to the stipulation of the 2006/42/EC directive for machines.

Zeist, 01/10/09

A.C. Bos

Manager Operations & Logistics

Redexim Holland

15

15.0 TECHNICAL INFORMATION

Generally speaking, this Verti-Drain is not a complicated machine. A couple of technical items will

G 70 Nm.

Fig. 8.

be explained. If you still have questions, please contact your dealer, who is willing to assist you

.

15.1 TORQUE SETTINGS

In fig.8., the torque settings of the most important bolts/nuts are given. For the ones the torque setting is not mentioned, please be sure that they are tightened as a similar size bolt/nut would be tightened. If bolts/nuts are working themselves loose, loctite may be applied

.

Fig.9.

16

15.2 THE CRANKSHAFT

In fig.9. the assembly of the crankshaft is given. Also look at the spare part page for a more clear view and setup. On a 7516 the angle between the handles on the gearbox should be 60 degrees.

15.2.1 REPLACING THE TRANSMISSION OIL SEAL

In fig.9. a top view of the crankshaft is given. To replace an oil seal at the transmission, handle as follows:

1. Loosen nuts II and IV, which may be tight through the loctite. Some heat may help.

2. Remove big end V, after the big end pin VII is removed.

3. Remove cover III by unscrewing all the bolts/nuts.

4. Slide crank VI away from the gearbox using a hammer and hitting is slightly at the center, until

big end pin VII is free.

5. Rotate crank VI and slide big end IX from the big end pin VII.

6. Remove handle X after marking the position and removing nut VIII.

7. Pull oil seal out with a screw driver.

8. Clean area and assemble new oil seal.

9. Clean handle X and splined shaft and assemble the handle at the right position.

10. Before attaching nut/new lock plate, first fill the space under the locking plate (between the

splines and the handle) with liquid silicon paste.

11. Attach a new locking plate and nut VIII. Use loctite for the nut as well.

12. Assemble the other parts the same way as they have been removed.

13. If the crankshaft seems lumpish, see further 15.2.3.

15.2.2. REPLACEMENT OF A CRANK WITH BEARING

Replacing a crank is necessary when it is cracked or when the big end nuts start to come loose on a regular base. Either the crank bearing, the crank bearing fitting or the big end pin holes in the crank are damaged. Replace the crank / bearing as soon as possible, to avoid any more damage to other parts, as follows:

1. Remove big end pin nuts IV (or II) from both big end pins connected to the crank.

2. Remove the big end pins, so that the big end can be swopped away. (Note; this will not happen

with the big end (pin) aside the gearbox.).

3. Remove the crank bearing covers III

4. Tap crank IV and bearing carefully sidewards out of the frame by hitting the crank in the center

with a hammer.

5. Remove the bearing carefully from the crank.

6. After replacing the crank and/or bearing, replace the parts in the same sequence as they were

removed. Use loctite were indicated in fig.8.

7. If the crankshaft runs tight, see 15.2.3.

15.2.3 REMOVING THE CRANKSHAFT TENSION

If parts have been replaced on the crankshaft, the crankshaft may seem running tight. This is because of possible tension in the crankshaft parts. It is necessary to remove these, as follows ,see fig.9.:

1. Tap the center of the crank adjacent to the gearbox, alternately left and right.

2. Feel whether the crank moves and continue till the crank has nested.

17

3. Repeat this operation with the adjacent crank and continue this way till the crankshaft will operate

more smoothly.

@ After any repair on the crankshaft, the crankshaft nuts should be checked regularly, see 12.0

@ Don’t assemble the cranks at the wrong side of the machine. See the spare part for the right part numbers

.

15.3 ALIGNMENT OF AN ELEMENT

In the event that an element is no longer in line with the adjacent elements, the alignment can be corrected as follows (see fig.8.):

- Slacken the four bolts/nuts A, that connect the crankshaft to the element.

- Slacken the two bolts B, that fix the element to the main frame.

- Try to align the element by moving it side wards, till it ligns up with the adjacent ones.

- Start to tighten all bolts/nuts.

@ The element may be pushed out of line due to overload to the machine

@ When a crank is replaced, always realign the element, because if no additional tension is created

in the total element assembly.

@ Any pre-tension in the element assembly will shorten the bearing life and may damage other parts

as well.

16.0 OPTIONS, WHEEL KIT

The partnumber for a full transport kit for the 7516 is 9500100. This kit will be separately delivered and can be mounted to a standard 3-point linkage machine. Generally speaking, a machine with wheel kit will reduce the minimum horsepower required by 10 HP It also can be taken off quickly, so the machine can be used either way

H

G

F

E

D

C

B

A

I

J

K

L

M

N

O

P

Q R S

T U

V W

X

Y

Z

V

AA

AB

AC

AD

AE

Fig.10.

AF

AG

AH

AI

18

16.0.1 MOUNTING THE WHEELKIT TO THE MACHINE

Work as follows, see fig.10.:

1. Unpack all parts and lay them down.

2. Put machine horizontal on a hard floor with locked rear roller and in deepest work position.

3. Assemble pins Q in main frame each side and tighten nut inside.

4. Fix the arms O with pin U and distance washer W tight to machine with nut X..

5. Assemble the hydraulic cylinder M to pin Q and secure it with bolt/nut P/R. Use distance washer N.

6. Mount the rear beam B between both legs O using the 4 main bolt/nuts E/K Before tightening,

assemble the hydraulic cylinder rod end with distance bush L with a similar bolt and nut. Do not

tighten the bolts/nuts yet.

7. Mount the rear wheels G with main shaft H (first put bush F at each bearing of the wheel) and lock

pin I to the leg O and rear beam B and secure it with bolt C and spring washer D.

8. Tighten all bolts/nuts E/K.

9. Reposition the standard bottom 3-point pins on the Verti-drain to the front hole, both facing to the

right (standing behind machine).

10. Fix the draw bar AB to both repositioned 3-point pins and lock with linch pin.

11. Assemble the top link support AH at the standard bolt AG and lock it with the standard toplink

pin. Assemble it in the position drawn.

12. Assemble both top links AC between the top link support AH and the draw bar AB with pins

AD. Note one side of the top link is bent AI, which should be mounted at AH.

13. Fix the hoses S (long one) and T (short one) to the hydraulic cylinder and 90 degrees connector Y.

14. Mount the hydraulic pipes Z to the 90 degrees connector at one side and the T-connector at the

center side. Use clamps V to fix the hoses and the pipes to the Verti-Drain.

15. Connect the two hoses AF to the T-connecter. Note: since every country has different quick

connectors, no quick connectors are supplied. Use you own ones.

16. Check whether all bolts/nuts are tight.

17. Attach the tractor to the machine.

18. If the pin size of the tractor is different, bush AE can be exchanged.

19. Adjust the machine vertical with toplinks AC.

20. Raise the machine with hydraulic power of tractor and check hydraulic system.

21. Lower and raise machine 10 times, so that air can be removed from hydraulic system.

22. Assemble the longer PTO. Check the length according par. 4.1

16.0.2 SOME GUIDELINES FOR WHEEL KIT USE

When the machine is used with an hydraulic wheelkit, be aware of the following:

- The unit has no brakes. Highway use is limited to 25 km/h (15 mph)

- Check the national legislation for highway use.

- When the machine is in use, leave the wheels on the ground. A free floating hydraulic valve at the tractor is necessary.

- Tyre pressure should range from 1.0 – 2.0 bar (14-28 PSI). Note when used at 1.0 bar the maximum transport speed is 16 km/h (10 mph).

- The maximum hydraulic system pressure is 175 bar (2400 PSI).

19

- Never disconnect the hoses from tractor when machine is raised from the ground. Always ensure that machine is tight on the ground with locked rear roller supports and relieved oil pressure, before disconnecting the hoses. (see also par.11.0)

- When the working depth is adjusted, always reset the machine at 90 degrees with toplinks.

- Check bolts/nuts regularly.

- Watch your turns when machine is raised. Damage to the PTO may occur

- Do make straight passes during work, no turns allowed.

16.1 OPTIONS, TINES

Tines are essential for the correct working of the machine. Several tines are available for this machine, see the spare part pages for a total overview. Generally speaking, tines can be divided into two categories: Solids and Hollows. We advise using genuine tines, since they are fully adapted to the machine.

In fig.11. several tine combination are given. The tineholders have 5 x 12 mm (1/2”) holes and 2 x 24 mm (1”) holes for adapting tines. The lock bolt A may be tightened till 40 Nm (30 lbs.ft.) and B till

70 Nm (50 lbs.ft). If the tines still slip out of the adapter, grind a flat area to the tine.

A

A A

B

B

Fig.11.

16.1.1 SOLID TINES

.

Solid tines will break the hard compaction in the ground. The tine angle setting (see par.6.0) determines the amount of “kick” action in the ground. If the angle is adjusted from 90 degrees up to

75 degrees, the “kick” action increases. With a 90 degrees setting we hardly create any tine motion in the ground, with 75 degrees we have the maximum tine action in the ground.

When tines are new, they may disrupt the turf, specially when the root system is weak. Clean the tines first by hand or use the machine for 10 minutes at another rough area.

20

If the root system is weak, don’t try to break the soil much deeper than the root system. Adjust the working depth till the penetration is about 75 mm (3”) more than the root system depth. This allows the roots to grow deeper. Next time penetrate deeper. Using this method will safe you from damaging the turf and will establish a healthy root system.

We advise to use the solid tines with the sharp point facing to the front roller. This will create the best tine action in the ground. However with a weak turf, it is worth using the tines with the sharp edge facing the rear roller.

The rear roller may not be locked.

Use always tines with the same length and size. Replace a bent tine immediately. When this is not done, the machine can be unstable. Don’t use any thicker/ longer tines as what is offered by us.

Shorter (worn) tines can be used in case shallower penetration is required. The machine doesn’t need to be adjusted that much at that time. Note that the depth reading on the decall is only correct when using the full maximum length tine

If oval holes are created, it means that we have a weak top layer and a hard pan underneath. Use thinner tines or wait till the (wet) top layer has dried.

If topdressing needs to be applied, spread it first before using the Verti-Drain.

If the ground is hard to penetrate, irrigate first, use smaller diameter shorter tines or adjust working depth. If not done, the machine will be hurt in the end.

With heavy tines, the tine holders may start to float. Reduce the PTO speed at that moment immediately, because damage may occur when the tines hit the rear roller.

16.1.2 HOLLOW TINES.

With hollow tines, the soil can be exchanged. Different sizes are available, see the spare part manual.

The side outlet should face to the rear of the machine.

It is important that the tine angle is set a 90 degrees with hollow coring tines. The tine motion in the ground is minimum and we create a nice clean hole. If the tine is still moving in the ground, the hollow tine may break in the end.

If top dressing needs to be applied, use the Verti-Drain first, remove the cores and start spreading sand.

If a lot of dirt is created during hollow coring, reduce your rpm’s or irrigate first. The dirt may wear your machine

When the turf is damaged use the solid tines first to establish a healthy root system first or adjust the working depth.

The rear roller may be lifted and locked with the lock pin, so it doesn’t squash the cores. However when the machine is a bit unstable and the rear roller starts to vibrate, it is better to keep the rear roller on the ground.

If the hollow tines block, it means that the ground is (very) compacted and solid need to be used first to break the ground. Irrigation may help as well, as adjusting the working depth.

16.1.3 OPTIONS, CORE COLLECTOR

An easy mountable core collector is available for the 7516. The part number is 9500080.

ASSEMBLING INSTUCTIONS ( see Fig 12):

- Preparation of the Verti-Drain:

- Fit eye bolts 24 to the main frame 26

- Assemble bushes 15 with the new longer bolts 18 to the rear roller supports.

@ These bushes can stay on the machine all the time

@ Use washers 16 to align the bushes to the rear roller scraper support.

21

- Assembling the core collector itself:

- Assemble supports 17 with eye bolts 9 and nuts 10/11 to the main collector plate 1

- Screw the side panels U with bolts 7 and Bushes 8 to the main collector plate 1

- Assemble the rubber strip 12 with bolts 13, washers 14 and nuts 6 to the plate 1

- Assemble all the sheet springs 4 , well aligned, to the main plate 1.

@ Choose for the time being the center hole for bolts 7. This setting can be changed later

@ The side panels 2/3 should not be tight, but moveable around the bushes 8. from pallet from pallet .

Fig.12.

26

25

24

20 12

14

6 16 19

23

Y

22

X

15

16

18

17

9

10

3 1 5 4 11 6 13 14 2 8 7 6

USER INSTRUCTIONS:

- When the core collector and the Verti-Drain are well prepared, the core collector supports 17 can be slide (X) onto the bushes 15. Secure it with R pins 19. The rear roller is of the ground, when the core collector is attached. It the clearance is not enough, do NOT remove the rear roller

(since the weight is needed) but turn the roller up by taking on bearing bolt out.

- The rear roller supports at the machine must float. So don’t lock them with pin 10 ( fig.2.)

- Fit chain 20 with two D- shackles to support 17 and eye bolt 24. Ensure left and right are set at the same length. Allow about 100 mm ( 4”) play, so the core collector can follow the ground perfectly and is lifted when the machine is raised. When the working depth on the machine is adjusted, the chain length need to be checked.

- The rubber seal strip 12 is the first and major shovel, that should hold the cores. It should The ground clearance should be about the core diameter and can be adjusted by choosing other holes for bolts 7.

- The blade springs 4 act as fine cleaner, because they can individually follow the ground contours. The pressure can be set by tilting the main body plate 1 forwards or backwards (Y).

This can be achieved by adjusting the top and bottom eye bolt 9 position to the main plate 1.

- The core collector can collect the core for a certain pass length. The length depends on the amount of cores and the sizes.

22

- If the area isn’t clean, check the gap between the rubber seal strip N and the blade spring tension

T. Extra weight on top of the core collector may help as well.

16.1.4 AUXILIARY SPRING KIT

In some cases, people want more pre tension on the draw rod springs.

A complete spring kit per draw rod has the part number 211.752.004.. For a 7516 (H) you need 6 kits, for the 7521 (H) 8 and for the 7526 (H) 10 kits.

Mounting instructions

The spring 1 should be exactly above the draw rod assembly 2, see Fig.1. This can be achieved by the angle A of both clamps 3 and 4.

Start with assembling clamp 3 at a distance of 48 mm ( 2”) from the draw rod head end. This is critical, otherwise the tineholder can’t be turned up anymore.

Next the other clamp 4 can be positioned at a maximum length of 280 mm ( 11”) away from clamp

3. If the length is more ( measured when the draw rod is in its neutral position), damage to the springs and other components may occur.

Be very careful in fitting the springs on the eye nuts (5/6), because the spring has to be

stretched, which can be dangerous.

@ It is important to adjust all springs at the same pre tension at a machine. The tension can be reduced by reducing the length 280 mm. The spring can be taken out as well.

@ The tine holder can be turned upwards, when the assembly is done correctly. Check whether the springs or eye nuts hit something after the installation.

@ With the auxiliary springs assembled, the capacity may increase, but we still have to be aware of overspeeding the machine. Like with all other Verti-Drains with a rear roller, the tines may turn towards the roller and hit the roller for different reasons.

23

@

When we apply too much spring force on the tines ( especially in combination with the 12 mm (

½”)), we may destroy the hole edge, since the spring is pulling hard at the moment the tines are leaving the ground. Extra spring force is not advised for such applications.

16.1.5 Rear roller extension kit

The kit 211.752.002 can be mounted at the standard rear roller supports and moves the roller further away from the moving parts inside the machine.

Since the rear roller is further away from the machine, special attention for shaking of the rear roller is necessary under tough circumstances. If the shaking goes on for a longer while, the rear roller scraper ends may break together with the rear roller bearings.

Assemble the kit the way it is drawn above. Tighten all bolts and nuts.

24