Moore Unidrill 300G User manual

MOORE UNIDRILL 300G August 2016 S/N 8314-
Foreword
Please read and observe these instructions very carefully before you proceed to operate the seed
drill. In this way you will avoid accidents, reduce repair costs and downtimes and increase the
reliability and service life of your seed drill. Pay particular attention to the safety instructions! Moore
Unidrill Ltd cannot assume any liability for damage or malfunctions caused by a failure to observe
the instructions contained in this operating manual.
The purpose of this operating manual is to enable you to familiarize your self with the working of
your seed drill and to make full use of the many possibilities of application which it affords. The
manual will first of all explain the seed drill in general and then proceed to describe the special
features of the different models. The chapters entitled "Additional Accessories", "Care and
Maintenance" and 'Troubleshooting" apply to all seed drill models.
The terms "right", 'left", "front" and "back" are used here for when sitting in the tractor seat looking
forward.
This operating manual must be read and used by all persons who are required to carry out work
either on or with the seed drill, e.g.,
•Operation
•Maintenance
•Transporting.
Enclosed with this operating manual is a registration card. Once you have familliarised yourself with
the drills operation, please return the registration card to Moore Unidrill Ltd. This will confirm your
acquisition of the seed drill. The period of guarantee commences on the date of of delivery.
Moore Unidrill Ltd reserve the right to make changes to the illustrations and data on specifications
and weights contained in this operating manual if we make any improvements to the seed drills.
This instruction manual is to be read in conjunction with the Kverneland Accord Operating manual,
also supplied.
Seed drill identification.
Once you have accepted delivery of the seed drill, please enter the following data:
Serial No.: .............................
Seed drill model: ..................
Working width: ....................
Number of coulters: ..................
P.T.O. shaft speed: ................
Accessories: ........................
.......................................
....................................
Date of issue of Operating Manual: March 2011
MOORE UNIDRILL LTD
33,KIRK ROAD
BALLYMONEY,
Co.ANTRIM,
NORTHERN IRELAND BT53 6PP
Tel. [phone]
www.moore-unidrill.com
[email protected]

MOORE UNIDRILL 300G August 2016 S/N 8314-
Guarantee Guidelines
1. Our products are guaranteed [or a period of 12 months commencing on the date of delivery to
the user.The guarantee does not cover the replacement of parts subject to wear.
2. Guarantee claims must be submitted on special Moore Unidrill Ltd claim forms to Moore Unidrill
Ltd product support, at Ballymoney. Claims cannot be considered unless the claim form has
been completed in full and submitted no later than 3 months after occurrence of the damage or
defect giving rise to the guarantee claim.
3. Parts replaced under the terms of the guarantee will first of all be charged to the customer
pending a decision by Moore Unidrill ltd Product support Department as to whether or not the
guarantee claim is justified Parts replaced under the guarantee must therefore be returned to
our works for inspection.
4. Once the guarantee claim has been acknowledged, a credit note will be issued on the basis of
prices ruling on the dale on which the guarantee claim was received and in accordance with
Moore Unidrill Ltd. general terms of delivery and payment
Safety
Proper use
Operational safety
•No liability for consequential damage
Road safety
Accident prevention
•When coupling seed drill to tractor
•When using p.t.o. shaft
•When using the hydraulic system
•When operating the seed drill
Care and maintenance
Please read all safety instructions contained in this operating manual with the utmost care and also
observe all warning signs attached to the seed drill. These warning signs must be kept in a legible
condition and must be replaced if missing or damaged. This is especially the case when whole
sections are replaced when making repairs. Warning signs are available from your dealer or
importer.
Follow these instructions to prevent accidents. These instructions must also be made available to
all other users. You are advised to refrain from any working methods which may be hazardous.

MOORE UNIDRILL 300G August 2016 S/N 8314-
Proper use
MOORE seed drills are based on state-of-the-art technology and are manufactured in accordance
with recognized safety requirements. Nevertheless, the use of these seed drills does not preclude
the risk of injury to the user or third parties and/or the risk of damage to the seed drill itself or to
other materials or items of equipment.
Always make sure that the seed drill is in a technically perfect condition and that it is used properly
and for its intended purpose and entirely in accordance with the instructions given in this manual!
Any malfunctions or defects which might affect the safe operation of the seed drill must be
immediately eliminated.
The seed drill may be used, maintained and repaired only by persons who are familiar with its
working and have been made fully conversant with the risks involved.
OEM replacement parts and accessories from Moore Unidrill have been specially designed for use
with Moore Unidrill drills. Any replacement parts and accessories not supplied by Moore Unidrill
have not been tested or approved by us. The installation and/or the use of non-Moore products
may under certain circumstances have a negative influence on the given design features of your
seed drill and may therefore adversely affect its safe and reliable operation and your safety.
Moore Unidrill cannot be held liable for damage or injury caused by the use of non-OEM
replacement parts or accessories.
Moore Unidrill seed drills are intended for seeding (sowing). Any uses other than those for which
the seed drills are intended, such as transportation, will automatically exempt or the supplier from
its/his Moore Unidrill liability in respect of ensuing damage. Such cases of improper use will
therefore be entirely at the user's own risk.
All relevant accident prevention regulations, as well as other generally acknowledged safety and
health regulations and road traffic regulations,must be strictly observed.
Improper use also comprises failure to observe the instructions given in this operating manual and
the manufacturer's maintenance and servicing requirements.
Operational safety
The seed drill must not be put into operation until the user has been given proper initial instruction
either by the dealer or by one of Moore Unidrill Ltd representatives or employees. Completed
registration cards are to be sent to Moore Unidrill Ltd
The seed drill may be used only if all safety devices, e.g. detachable guards, are fitted and in
proper working order.
Nuts and bolts should be checked at regular intervals and tightened if
necessary.
Tyre pressures must also be checked regularly.
In the event of a malfunction, immediately cease operation and secure the seed drill in its
stationary position. Malfunctions must be eliminated immediately.

MOORE UNIDRILL 300G August 2016 S/N 8314-
No liability for consequential damage
Even though your Moore Unidrill seed drill has been manufactured with the utmost care and you
are using it properly, fluctuations and interruptions in seed delivery may still occur, the possible
causes being:
•differences in composition of the seed or fertilizer (grain size, density, shape, dressing,
treatment)
•clogging or bridging (e.g. through foreign bodies, glumaceous seed, sticky dressing agents,
moist fertilizers)
•worn parts (e.g. metering device, V-belt)
•damage through external influences
•incorrect drive speeds and forward speeds
•incorrect setting of seed drill (wrongly mounted, failure to observe calibration charts)
•incorrect connection or operation of the electronic seed drill drive or an error in the tractor's
electric installation.
It is therefore advisable, both before and during use, to check that the seed drill is functioning
properly and delivering the seed with the required accuracy. Such deviations in the delivery
rate are only partially detectable by the electronic seed drill control and the monitor of the
electronic seed drill drive!
Any claims for damages not directly incurred by the seed drill cannot be accepted. By the
same token, Moore Unidrill cannot be held liable for any consequential damage resulting from
incorrect metering or distribution.
Road safety
Road traffic regulations must be observed when towing the seed drill on roads, paths and other
public places. The seed drill must be in a roadworthy condition!
Observe the maximum permissible width for road transport and fit all necessary rear lights,
warning signs and guards. Disconnect the electrical supply when fitting.
Fold up the side sections, track markers, etc. and secure them in the transport position. When
transporting the seed drill on the road, lock the control valve in the tractor cabin in order to prevent
the coulter bar from being opened out accidentally. In addition close the ball valve in the hydraulic
hose.
Trip ropes for quick-release couplings must hang loose and must not, when in their lowered
position, release the couplings of their own accord.
Observe maximum permissible axle loads, the load-bearing capacity of the tyres and the maximum
total weights in order to ensure adequate steering and braking. The behaviour of the tractor is also
influenced by attached implements. Take the width and balancing weight of the seed drill into
consideration, especially on sharp bends.
No persons may be allowed to ride on the seed drill.

MOORE UNIDRILL 300G August 2016 S/N 8314-
Accident prevention
Careful heed must be paid not only to the safety instructions contained in this operating manual but
also to 'the accident prevention regulations governing the operation of agricultural machinery.
You could injure yourself on those edges of the seed drill which need to be sharp.
When coupling seed drill to tractor
The work of coupling and uncoupling the seed drill (using the three point linkage) involves a high
risk of injury. The following instructions must therefore be carefully observed:
•Secure the tractor in such a way that it cannot roll forwards or backwards.
•Slowly and carefully actuate the three-point power lift system.
•Be extremely careful when working with a three-point linkage. Always be aware of the shearing
hazard between the tractor and the seed drill.
•Position the seed drill with its support legs on firm, level ground.
The tractor and the seed drill must be equipped with the same category of three-point linkage.
When using P.T.O. shaft
See operating instructions for universal joint shaft!
Use only the universal joint shaft which is intended for use with your seed drill and make sure that
it is fitted with the prescribed protective equipment (protective tube and funnel-shaped P.T.O. shaft
guard must be fitted). Make sure that the tractor engine and the P.T.O. shaft are switched off before
proceeding to fit the universal joint shaft.
Make sure that the tubes overlap by the prescribed distance in both transport and operating
position and are secured in such a way that they cannot rotate with the shaft.
Be absolutely sure that there is nobody standing in dangerous proximity to the seed drill when you
switch on the P.T.O. shaft.
The P.T.O. shaft speed of the tractor must correspond with the maximum permissible rotational
speed of the seed drill. The angle of attachment will depend on the type of P.T.O. shaft (see
operating instructions for P.T.O. shaft).
Always switch off the P.T.O. shaft if the angle of divergence is excessive or whenever the P.T.O.
shaft is not required.
When using the hydraulic system
Do not connect the hydraulic hoses to the tractor's hydraulic system until you have made sure that
the system is at zero pressure on both the tractor and the equipment side.
The hydraulic system generates extremely high pressures. All piping, hoses and connections must
therefore be checked regularly for leakage and visible external damage! Use a proper and
thorough means of searching for leakage and repair all damage immediately! Spurting hydraulic oil
can cause injuries and fires. Call a doctor immediately in the event of injury!

MOORE UNIDRILL 300G August 2016 S/N 8314-
In order to exclude the possibility of incorrect connection, all mating plugs and sockets belonging to
the hydraulic connections between the tractor and the seed drill should be marked with matching
colours.
When operating the seed drill
Prior to start-up and operation, make sure that nobody is standing in dangerous proximity to the
seed drill (especially children).
No persons may ride on the seed drill during operation.
None of the prescribed guards supplied with the seed drill may be removed during operation.
No persons may be allowed to stand within the working area of the pre-emergence markers or the
(hydraulically) folding track markers.
Care and maintenance
Observe all generally or specifically prescribed intervals for maintenance checks and inspections
which have to be carried out regularly.
Before carrying out any care or maintenance work, always de-pressurize the hydraulic system and
switch off the P.T.O shaft and the tractor engine. Uncouple the seed drill from the tractor.
Make sure, prior to carrying out any care or maintenance work, that the seed drill is standing on
firm, level ground and cannot roll away or tip over (support legs). Do not make use of any parts of
the seed drill as steps or footholds. Use a proper and safe means of gaining access to the parts of
the seed drill which require care or maintenance.
Prior to washing the seed drill with water or a steam jet (high-pressure cleaner) or with any other
suitable cleansing agents, use protective coverings to seal off all openings which, for safety or
functional reasons, must be protected against ingress of water, steam or cleansing agent. These
are, for example, the bearings, the fan, the signal distributor and the electric plug type
connectors. These protective coverings must be completely removed after the washing operation.
All hydraulic lines must now be checked for leakage, looseness, abrasion and damage. All defects
and damage must be immediately rectified!
Prior to carrying out maintenance and repair work on the electrical system, disconnect it from the
power supply.
When carrying out electric welding on the tractor-mounted seed drill, disconnect the cables from
the tractor's generator and battery.
All screw connections which had been slackened or unscrewed for maintenance and repair
purposes must now be refitted and properly tightened All screw connections which had been
slackened or unscrewed for maintenance and repair purposes must now be refitted and properly
tightened.

MOORE UNIDRILL 300G August 2016 S/N 8314-
Description and technical detail.
The Moore Grassland Unidrill uses a Kverneland Accord DE/S hopper, and full operating details,
parts lists, and other CE information is included within the attached instruction books pertaining to
that product.
The following description will allow you to familiarize yourself fully with the working of the seed drill.
1. Hopper access steps
2. Hand rail
3. Accord DE/S Hopper
4. A frame cat 1 top link
5. PTO Shaft
6. Parking Stand in work position
7. Rear packer depth adjustment arrangement and pin.
8. Accord Drive Wheel
9. Seedbox A frame
10. Additional ballast weights
11. Cat 3 Headstock
12. Trailed Rubber suspension arms
13. Seeding coulter disc assembly Guttler packer roller
14. Guttler Roller
2
4
3
5
6
7
1

MOORE UNIDRILL 300G August 2016 S/N 8314-

•Cat 3 linkage mounting.
•32 rows at 90mm close spacing disc seed coulters.
•700 litre Kverneland ACCORD hopper
•1000rpm PTO fan drive (Hydraulic Optional)
•Total weight is 2400kg and with standard 20 x 30 kg ballast it is approx 3000kgs.
•Optional additional ballast, in 30kg sections can also take this up to a maximum of 3600kgs
•3 metre transport width , with a drive wheel , which is quickly set inside frame for road
transport, working width is 2.9 metres
•Heavy Duty 100mm x 100mm x 10mm Powder coated chassis.
•Low maintenance trailing arm rubber suspension, offset to achieve close row spacing.
•Proven MOORE UNIDRILL sowing disc/coulter arrangement 410 mm x 5 mm serrated boron discs
•LONG LIFE Tungsten carbide tipped coulters
•NKE tapered roller bearings. QUADRUPLE sealed on the disc face, and double sealed on the
outer face.
•Folding rear filling safety step with safety rail
•LED Road lights
•Full width GUTTLER GREENMASTER self cleaning packer roller.
8
9
10
11
12
13
14

MOORE UNIDRILL 300G August 2016 S/N 8314-
Setting and using the seed drill
Road transport
Fit warning signs and the necessary lighting and guards for road transport.
Make sure the seed hopper is empty before you proceed to transport your seed drill along the
road.
The maximum speed at which the seed drill may be transported n the road is 25km/h
Retract the Seeding drive wheel and lock it in position.
Fold up the hopper access steps.
An adequate front tractor ballast should be used, to ensure safe transportation at all times.
Prior to sowing
Coupling the drill to tractor
When coupling the seed drill to tractor, make sure there are no persons standing between the
tractor and the seed drill.
Set the tractors draft links in such a way that the seed
drill can swing sideways only very slightly, and so that
each arm can float independently, and allow the rear
packer to control the seeding depth independently of
the tractor. After hitching on to the lower links, raise the
drill and fold up the parking stands, slide them inside
the chassis and secure with the linch pins provided.
Lower the lower link arms and then attach the top link.
The top link should be positioned as high as possible
on the tractor and as low as possible on the headstock
so that the seed drill is as parallel as possible with the
ground when raised.
On level ground, Set the top link length so that the swingometer on the side of the drill points to
the middle position, to indicate that the chassis is level , so that both front and rear discs will
operate at the same depth.
Make sure the tractor engine and PTO are switched off before you proceed to fit the universal joint
shaft.
Observe the special operating instructions for the universal joint shaft.
In the case of some tractor models, the universal joint shaft must be cut to the correct length. This
must be done in such a way that the power transmission is not adversely affected. After shortening
Swingometer

MOORE UNIDRILL 300G August 2016 S/N 8314-
the shaft, cut the PTO drive shaft guard to size at both ends and then de-burr, clean and grease
the protective tubes and the special section tubes.
After it has been adapted fit the universal joint shaft.
The PTO shaft speed of the tractor must correspond with the maximum permissible rotational
speed of the seed drill.
In the field pull out the seed drive wheel and secure with pins provided in working position. An
adjustable stop can be used to set the downward limit of the drive wheel
When unhitching the drill, put the depth control pins on the packer roller into their lowest position,
or shallowest working position so that the packer is carrying the weight of the drill. Set the drill
down, and uncouple the top link first, then raise the drill, with the full weight on the rear packer,
and at this point, and at this point only, pull out the parking stands, so that the hinge is just proud
of the chassis, unfold them, and gently lower the drill onto the stands, making sure the hinge
mechanism has engaged properly on both sides, and until they have taken the remaining weight,
at which point, uncouple the lower links. FAILURE TO FOLLOW THIS PROCEDURE WILL
CAUSE DAMAGE TO THE HINGE MECHANISM ON THE PARKING STANDS.
Setting the sowing depth
The sowing depth can be adapted to the soil conditions by adjusting the coulter pressure.
Pin and hole depth arrangement
Main chassis
Guttler roll
Parking stands in park position
Adjustable Accord drive wheel stop

MOORE UNIDRILL 300G August 2016 S/N 8314-
This is done by adjusting the pin and hole arrangement for raising/lowering the rear Guttler packer
roll height in relation to the main chassis. The rear packer acts as a depth stop, and can increase
and decrease the amount of pressure on the rubber units.
By keeping the distance between ground and main chassis greater, using the lowest pin holes,
then less weight is transferred onto the rubber suspension, and so sowing depth is minimised. But
by allowing the main chassis height to come closer to the ground, using the highest holes, then
more of the frame weight is allowed to load the rubber suspension, and greater sowing depth is
achieved.
In normal circumstances, in good moist conditions, very few of the removable ballast weights are
required to achieve grass and small seeding depths, and so these 35kg weights, can be added
and removed as required. Please observe HSE manual handling guidelines. Additional weight
can be transferred from the Guttler roller, (approx 850kg) by locking the Guttler roller chassis/frame
to the main chassis frame. This prevents the Guttler roller from fully floating, and the weight is then
used to aid disc penetration. This is done by removing the depth pins on each side, placing 2
block of wood or concrete blocks under the roller, at each end and lowering the complete roller
followed by chassis to the desired position, and placing the depth pins on each side into the long
slots provided on the guttler chassis/frame, which will line up with the relevant pin and hole depth
arrangement. It is possible to get a reasonable position with a balance of weight transfer to disc
coulters and also still achieve some packing behind the disc units.
Ballast weights, 750 kg standard, with 750 kg optional, in 35 kg sections can be put on the chassis,
so long as it is balanced on each side......ie if you add 35 kg on one side of the chassis, you must
do so on the other side.
When the desired seeding depth is achieved, check that the front and rear coulters are sowing at
the same depth, by re-adjusting the top link again, and keeping the swingometer in the central and
therefore level position.
Calibration and sowing operation.
Please refer to the Kverneland Accord manual.
Care and Maintenance
All maintenance should be carried out with machine unhitched, with packer roller on lowest pin
position, the top link unattached, and both front stands in park position. There is no need ever to
get underneath the machine whilst mounted on the tractor. All maintenance and checks can be
achieved whilst in the park position. In the highly unlikely event of coulter blockage, this can be
relieved, by un doing the corbin clips which attach the flexible seed pipes on top of the tungsten
seed tube coulters, and relieving the blockage with a long screw driver or piece of stiff wire from
above. When removing articles for service, please observe HSE manual handling guidelines.
Common service component weights are listed in the full spare parts list included later in this
operating manual.
Guttler roller
The Guttler roller is self cleaning except at each end, were the hardox scrapers work to clean the
back to back 50cm rolls. Scrapers should be adjusted and replaced as necessary.

MOORE UNIDRILL 300G August 2016 S/N 8314-
Guttler roll main bearings (1 on each end, and 2 back to back in the middle) should be greased
every 20 hours of work, and before each seasons storage.
Nuts and bolts
All nuts and bolts should be checked regularly. When working in stoney or trashy conditions it will
be necessary to check all nuts and bolts daily, particularly the seed tube coulters and disc bolts.
Bearings
IMPORTANT: REGULAR CHECKING OF THE BEARINGS WILL ENSURE TROUBLE FREE
USE, ESPECIALLY DURING THE FIRST 100 HA. OF USE.
1" NKE tapered roller bearings are fitted to the disc hubs on the drill. With the drill in the parked
position it is easy to check for movement in the bearings. If there is no lateral movement of the disc
coulters and they turn freely, the bearing is properly adjusted. If there is lateral movement, that is, if
the discs can be moved slightly sideways, then adjust the bearing tension as follows. Remove the
dust cover and use a 3/4” socket on the lock nut to tighten up the two taper roller bearings so that
they can just turn freely.
Always replace the locknut and cover if you have to replace a bearing !
Seed tube coulter adjustment
Check the position of the seed tube coulters in relation to the disc coulters daily.
For most seeding conditions and as a general rule the tip F of the seed tube coulter should be set
so that it is approximately 12mm above the outer edge of the disc.
The leading edge of the seed coulter should be set
parallel to the disc and just touching it. This can be
achieved by means of the retaining bolts A and B and
the adjusting screws C and D. If the tip, F, of the seed
coulter is out from the disc, this can be corrected by
tightening bolt A (front bolt) more than bolt B, while the
top, G of the seed coulter can be brought in towards the
disc by tightening Bolt B (rear bolt) more than Bolt A.
Some discs, may be slightly distorted, but when in work
the side force of the soil on the disc will keep it in contact
with the seed coulter. A certain amount of bedding in and
wear takes place between the disc and the seed coulter
and it may become necessary to adjust screws C and D
to position the seed coulter close to the disc
Spare Parts
Disc unit part one (above)
A & B 140032 m10 x 70 bolt
C & D 140037 m10 x 20 bolt
E 10017 seed tube retaining plate
G 20005 370mm x 5mm disc
11. MAINTENANCE
A. NUTS AND BOLTS
All nuts and bolts should be checked regularly. When working in stony or trashy conditions it will be
necessary to check all nuts and bolts daily, particularly the seed tube coulters and disc bolts.
B. BEARINGS
IMPORTANT: REGULAR CHECKING OF THE BEARINGS WILL ENSURE TROUBLE FREE USE,
ESPECIALLY DURING THE FIRST 100 HA. OF USE.
1" Dia. Timken Duo Seal Taper Roller Bearings are fitted to the press wheels and disc hubs on the drill.
With the drill in the transport position it is easy to check for movement in the bearings.
If there is no
lateral movement of the disc coulters or the press wheels and they turn freely, the bearing is properly
adjusted.
If there is lateral movement, that is, if the discs and rollers can be moved slightly sideways,
then adjust the bearing tension as follows. Remove the dust cover and use a socket on the lock nut to
tighten up the two taper roller bearings so that they can just turn freely. When the bearings are slack
the rubber seals will wear thus allowing in dust, ending up with a dry bearing. The bearings are packed
with Shell Alvania Grease.
Make it
a practice to check the bearings every day. If this is done then the bearings will last for
many hectares.
C. SEED TUBE COULTER ADJUSTMENT
Check the position of the seed tube coulters in relation to the disc coulters daily.
For most seeding conditions and as a general rule the tip F of the seed tube coulter should be set so
that it is approximately
M " above the outer edge of the disc. The leading edge of the seed coulter
should be set parallel to the disc and just touching it. This can be achieved by means of the retaining
bolts A and B and the adjusting screws C and
D. If the tip, F, of the seed coulter is out from the disc,
this can be corrected by tightening bolt A (front bolt) more than bolt B, while the top, G of the seed
coulter can be brought in towards the disc by tightening Bolt B (rear bolt) more than Bolt A.
Some discs, may be slightly distorted, but when in work the side force of the soil on the disc will keep it
in contact with the seed coulter. A certain amount of bedding in and wear takes place between the disc
and the seed coulter and it may become necessary to adjust screws C and
D to position the seed
coulter close to the disc.
To obtain better depth control for small seeds e.g. oil seed, rape, turnips etc. in loose or cultivated soil it
may be necessary to lower the tip of the seed tube coulter almost to the edge of disc.
D. DRAGARM FRONT PIVOT (See Fig. 1)
Apply grease to the front pivot nipple every 100 hectares. It is important that this pivot nipple is greased
at the end of each sowing season, or after the drill has been working and may not be used for a period
of time. This prevents the pivot bolt from rusting and seizing in the pivot joint dragarm. Front pivot
3

MOORE UNIDRILL 300G August 2016 S/N 8314-
Guttler roller
1. 75517000 ucf 40mm bearing
2. 75408000 45cm special end guttler
3. GUT2 guttler scraper holder
4. GUT3 guttler hardox scraper
5. 75407000 50cm guttler
6. 75406000 45cm guttler
7. 70403005 1472mm shaft to fit 40mm
Disc unit part 2
1. HUT1001PRH right hand suspension unit
2. HUT1001PLH left hand suspension unit
3. RC02 rubber sausage 240
4. 140030 m12 nyloc
5. 140028 m12 x 40 cup head 8.8
6. HUT1002P suspension arm upper
7. 140032 m10 x 70 bolt
8. 10017 seed tube retaining plate
9. 140037 m10 x 20 bolt
10. 207 1234 LT right hand coulter
11. 208 1234 LT left hand coulter
12. PEER Hub Bearing
13.140039 3/8”M10 split washer
14.140055 3/8”x 3/4” bolt
15.140018 M16 Binx nut
16. 600006 410 x 5 serrated disc
1
2
3
4
5
6
2
3
4
7
5
6

MOORE UNIDRILL 300G August 2016 S/N 8314-
Complete parts list total including weights of common serviceable components.
Material
Description
HUT1001PLH/PRH
left and right suspension units
1
PEER
Hub Bearing
1
600006
410 mm x 5mm serrated Disc 5 hole peer
1
20LH / 20089RH
30mm coulter Tungsten Tip LH / RH
1
140055
3/8 x 3/4 unf bolt
3
140039
m10 split washer
3
140037
m10 x 20 bolt
2
140032
m10 x 70 bolt
2
10017
seedtube retaining plate
1
RC02
Rubber sausage 240
4
140028
m12 x 35 cup head bolt 8.8
8
140030
m12 nylocs
10
140022
m12 x 120 bolt
2
GD1001
Chassis
1
HUT1005
Top link pin CAT 3
1
HUT1006
Bottom link pin CAT 3
2
P122
Top link pins cat 2 25.4 x 110
2
HUT1004 LH/RH
Parking legs LH / RH 11KG
2
P385
P385 Linch pin 7/16"
15
GD1001C
CHASSIS COMPLETE
LA20612
Lights
2
8JA001918001
7 pin plug
1
HUT1007
light mounting brackets
2
140096
m10 x 35
2
140041
m10 nyloc
2
140098
m10 washer
2
LA20612C
LIGHTS COMPLETE
BC1001
Stickers
1
MUDP1001
Instruction Book
1
GUT1
Gutler Packer Roller frame and mounts
1
GUT2
scraper mount plates
2
GUT3
hardox scrapers
2
DWR
drive wheel rest
1
GUT70412100
Guttler Roller Kit includes shaft and bearings
1
75517000
ucf 40mm bearing
4
75408000
45cm special end guttler 14KG
4
75407000
50cm guttler 18KG
26
70406000
45cm guttler 14KG
22
70403005
1472mm shaft to fit 40 mm bearing
2

MOORE UNIDRILL 300G August 2016 S/N 8314-
140010
m16 x 70 bolt
4
140012
m16 x 55 bolt
8
140017
m16 nyloc
12
140065
1 1/4 x 7 1/2 unc bolt 3"
2
140062
1 1/4 nyloc
2
140096
m10 x 35
6
140041
m10 nyloc
14
140098
m10 washer
10
140109
m10 x 120 bolt
8
P111
P111 top link pin cat 1 22 x 78
2
P384
Linch pin 1/4"
2
GUT1C
GUTTLER ROLLER COMPLETE
HUT1010
Handrail
1
140029
m12 x 55 bolts
4
140030
m12 nylocs
4
140084
m12 washers
8
HUT1010C
HANDRAIL COMPLETE
HUT1020
step frame
1
SD360750
safe deck 360 x 750
1
SD360750
safe deck 300 x 750
1
140103
m8 x 20 bolts
8
140046
m8 nylocs
8
140042
m8 washers
8
140027
m12 x 30 bolt
2
140030
m12 nyloc
2
140084
m12 washer
4
HUT1020C
REAR STEP COMPLETE 23KG
AC DES_01
ACCORD HOPPER KIT AC DES_01
1
AC489139
Hactaremeter AC489139
1
AC687251
Corbin clip A 26 B
64
AC499970
Hose holder plastic sleeve 32
32
AC499112
A Frame AC499112
1
AC499115
PTO KIT AC499115
1
W300E 1010
PTO SHAFT Walterscheid W300E 1010
1
PTOY1118
PTO Yoke 1118
1
P64
TOP LINK McHugh cat 2
1
P122
p 122 top link pins cat 2 25.4 x 110
2
P385
P385 Linch pin 7/16"
2
ACDB
Drive Belts SPZ 1512
2
HOPPER COMPLETE
ACCORD DRIVE WHEEL 22KG
Weights 35 KGS x 20 35KG EACH
20
OPTIONS
Hydraulic Drive in lieu of PTO
AC497
hyd drive AC497
AC499866
tachometer AC499866
AC494253
Hopper low level sensor W lamp
A200
Weights 30 kg each

MOORE UNIDRILL 300G August 2016 S/N 8314-
Techniques
The Moore unidrill prepares its own mini seedbed by using an angled disc and seed tube coulter
tine. All seeds are planted at a constant depth, The points of the guttler roller slit the ground 305
times per square meter, to give good seed soil contact, however in some conditions another pass
with a flat roll is necessary. In all conditions, drilling should be conducted in reasonably straight
lines as turning with the drill engaged in the ground, can cause premature bearing failure, and
blockages, by pulling disc away from seed tube coulters.
Direct drilling grass or clover into grass
A healthy field of grass is one of the most valuable assets a livestock farmer can have and direct
drilling can help you grow more and better grass at less cost, because there is less labour,
machinery and time involved. Other benefits are reduced poaching, a reduction in the number of
broad leaved weeds, and the direct drills ability to tackle even quite “difficult” land. The direct
drilling of grass into either a short term or mid term sward is a simple enough matter, and even
older worn out pastures can be reseeded with the direct drill provided a few precautions are
observed .
A one to ten year old sward which is open, presents few problems having had no time to build up
any substantial quantity of mat/thatch under the surface. As a rule of thumb, if you can sink the
disc into 25mm of 80% clean soil and not root mat and thatch, then you are in business. As with all
reseeding, weather plays an important part, but with reasonable moisture and heat the following
methods may apply for successful seeding.
Method 1 No chemical top up.......clean (weed free) open swards following silage.
Where a final cut of silage is being taken, and the field is going to grazing, cut low to the ground
and direct drill 1/2 to full rate seeds as soon as possible, whilst moisture is retained in the ground,
and before the regrowth starts. There should be enough moisture retained in the ground to get the
seeds germinated, and provided it doesn't dry out subsequently due to lack of rain, seed should be
established before the old sward has fully recovered, and should be grazed with young stock or
sheep 2 to 4 weeks later, depending on growing conditions. This grazing keeps the old grass
down, stops the old sward choking the new seedlings, and allows light into the newly established
grass. This sward should be grazed in 2/3 weekly intervals until the end of the season, never
overgrazing as this can cause the new seedlings to be pulled out. Newly established grass often
does not normally become apparent until the regrowth following first cut the following season.
Check the Ph of ground prior to seeding and apply lime as necessary to get the ideal pH of 6.5,
especially with clover.
A light to medium coat of slurry immediately after seeding (depending on moisture) can be applied
providing it contains no effluent or dairy washings.
Method 2 No chemical top up.......clean (weed free) open swards following grazing.
Graze the sward really bare, using a mob stocking rate, harrow/rake/roll the dung pats if
necessary, drill the sward, and keep the stock grazing on, until the new shoots are just visible. As
above re graze in 2 to 4 weeks time, depending on growth.
Check the Ph of ground prior to seeding and apply lime as necessary to get the ideal pH of 6.5,
especially with clover.
A light to medium coat of slurry immediately after seeding (depending on moisture) can be applied
providing it contains no effluent or dairy washings.

MOORE UNIDRILL 300G August 2016 S/N 8314-
Method 3 Off label herbicide.
Some customers have reported good results using an off label herbicide.
Metsulfuron Methyl (ally) at 1/3 rate 1.5 - 2.5g/ha. Not only does the chemical kill broad leaved
weeds, but also helps suppress the growth of the existing sward for up to 10 days. Leave 10 days
before regrazing.
0.8 l/ha of 250 g/l trinexapac-ethyl (moddus) can be used as a growth regulator on silage or
grazing land to act as a growth regulator to slow down growth of the existing swards, to allow new
grass to get established. This should be applied as soon as regrowth is actively growing.
Check the Ph of ground prior to seeding and apply lime as necessary to get the ideal pH of 6.5,
especially with clover.
A light to medium coat of slurry immediately after seeding (depending on moisture) can be applied
providing it contains no effluent or dairy washings.
Moore Unidrill cannot be held accountable for off label use of chemicals
Method 4 Early Spring drilling
If the pasture has been badly poached, or there are bad patches due to frost kill, leatherjackets,
pests etc, over the winter, new grass seeds should be drilled in just before growth starts in
springtime.
Check the Ph of ground prior to seeding and apply lime as necessary to get the ideal pH of 6.5,
especially with clover.
A light to medium coat of slurry immediately after seeding (depending on moisture) can be applied
providing it contains no effluent or dairy washings.
Method 5 Complete sward destruction
Where the old sward is very weedy, and a complete re seed is required, spray with glyphosate pre
or post harvest/grazing to get a total kill off of all vegetation, and direct drill with a new seeds
mixture.
Following grazing We prefer to graze tight, harrow/rake/roll as necessary after grazing, to
disperse dung pats, then drill, and then leave up to a week before spraying off, or certainly before
the new seeds germinate. This procedure helps get a good regrowth going to take the chemical,
without affecting seed germination.
Check the Ph of ground prior to seeding and apply lime as necessary to get the ideal pH of 6.5,
especially with clover.
A light to medium coat of slurry immediately after seeding (depending on moisture) can be applied
providing it contains no effluent or dairy washings.

MOORE UNIDRILL 300G August 2016 S/N 8314-
After silage We prefer to cut the silage first rather than apply glyphosate pre harvest, at the
recommended 5 days, as this prevents any wheelings from the sprayer appearing in subsequent
crop, also Glyphosate seems more effective on less volume of grass. By delaying drilling up to a
week after cutting, regrowth will have started, and then drill, and delay spray application up to
another week, at least before the new seed germinates. This has the effect of giving another
weeks regrowth to take the chemical.
The downside of the above techniques is that the grass damaged at the disc row during drilling, is
sometimes not adequately controlled by the glyphosate.
Check the Ph of ground prior to seeding and apply lime as necessary to get the ideal pH of 6.5,
especially with clover.
A light to medium coat of slurry immediately after seeding (depending on moisture) can be applied
providing it contains no effluent or dairy washings.
Method 6 Older leys, rough permanent grass or old worn out pastures
These need to be approached with care. Although Glyphosate deactivates in contact with soil,
there is a problem with toxic phenol and acetic acids being released by old decaying sprayed off
vegetation, so if there is a thick mat or subsurface mat of roots and fibre, and inevitably the seed is
placed near this mat, then germination problems can occur due to localized acidic soil. This is
worse in wet anaerobic conditions, before during or after seeding
The problem with direct drilling into sprayed off grass or anything else that has a large root mat is
that it is always a big gamble depending on the weather, especially after you have drilled, which is
why some people say it's successful and others don't. An analogy is that silage (decaying grass)
made in wet conditions is always more acidic when opened.
In a heavy mat situation, waiting for long enough for all the plants to die completely after spraying
is the only way to guarantee success with direct drilling on old matted pastures, otherwise you
need to either shallow cultivate and roll, to increase the oxygen levels or if you're feeling lucky take
a gamble, that the sward wont lie wet after drilling. If you had a thick mat of decaying vegetation
and spun bean seeds on the surface and then ploughed them in, you would get the same results.
So either spray off in spring and drill in autumn, after a lime application, and probably another
lower rate spray, pre drilling, or less production can be lost by spraying off in autumn, applying lime
, and drilling in early spring, when a further lower rate spray is usually necessary.
In a lower more marginal mat situation, the application of lime alone can help neutralize the effects
of the acidic decomposition, but like all seeding techniques depend on moisture and ground heat.
In this situation, we recommend the delayed glyphosate application techniques discussed above,
that is to delay glyphosate application until after seeds have been planted, but before they
germinate, so that the seeds get maximum exposure to germination, establishment, and deeper
rooting before the acidic effects of the decaying plant material come to bear.
A few test sites dug with a spade, will help you decide on the subsurface mat/thatch problems that
might be present.
Direct drilling after sprayed off temporary or more open leys isn't usually a problem as the root matt
isn't big enough to damage seedings with its acids and phenols.
In all the above cases use a vigorous quick establishing grass seed mixture up to 35kg/ha

MOORE UNIDRILL 300G August 2016 S/N 8314-
There is no doubt that a blend of 50% perennial Hybrid Tet, 25% Intermediate tet and 25% diploid
works best. These are mostly larger seeds with greater energy reserves for coping with adverse
situations.Italian ryegrass swards can easily be re-established at the end of their allotted
production cycle, by re drilling typically after the third season.
Pests
Slugs. Old grass swards can harbour slugs all year round, so it may be advisable, especially on
heavy soils, to sow slug pellets along with the seed, or broadcast them at a higher rate where an
attack had been observed post drilling.
Leather jackets (daddy long legs / cut worm/ Tipulidae) Can be a problem , especially in spring
drilling. If a field is thought to be at risk, spray with chlorpyrifos (Spannit or Dursban) on its own or
with the glyphosate pre or early post drilling can give 6 weeks control.
Frit fly (Oscinella frit) Reseeds sown after early august can be at risk from frit fly attacks.This
pest is usually very locallised, fields with a past history of attacks, and high risk frit fly years, should
be acknowledged. Once again can be controlled by Chlorpyrifos application as above.
Sowing into ploughed, pre cultivated and looser seedbeds.
By running the packer in the highest position, and therefore least pressure on the coulters,
seed can be laid on top, or shallow in ploughed or pre cultivated seedbeds.
The guttler press wheels will make a nice job of firming the seed into the soil, without the
risk of capping, and no further rolling need take place if required.
Sowing into cereal stubble
It is recommended to run at a slight angle to the existing stubble, approximately 10 to 15
degrees, so that the discs are never constantly running on a row of stubble, and are
therefore running in and out of the existing stubble rows.

MOORE UNIDRILL 300G August 2016 S/N 8314-
Original Instructions


MOORE UNIDRILL LTD
33, KIRK ROAD, BALLYMONEY, Co.ANTRIM, NORTHERN IRELAND. BT53 6PP
PHONE [phone] email [email protected] www.moore-unidrill.com