1. Product Information 2013 Fast and easy metal change

2.  Full range of shares from 80 to 320mm, and wing shares equipment of 360 and 470mm, matching with the C-Mix leg only  Will match with tine spacing from 200 up to 420mm  Available for the full range of 2-3-4 rows cultivator models Polymag 2, Tinetiller mounted, and trailed Tinetiller  For working depth from 3 to 35 cm deep  Large variants of deflectors and tine protection to make more or less boiling and match with various depth to optimise fuel consumption Knock-on, easy and fast

3. Only one tine with full range of shares With the development of the Knock- on system, one of the objective was to standardise the tines and offer a full range based on the C-Mix tine model On this C leg, standard bolted plough shares will be available as one of the option

4. Lock system The system is based on a holder and a share locking together after having been pressed by a hammer shock. By using the property of good steel it is possible to create a high friction zone on a very limited surface, thus providing a very high pressure locking the share to the holder thanks to the conical shape arranged on both parts Strong - Safe - Reliable

5. Fast and easy metal change

6. Knock-on Tools A good hammer and the special tool delivered with the Knock-on shares to knock-on and unlock the parts is only what is needed to work in a safe and easy way Easy Fast Solid

7. 90% Down Time Saving When minutes become 10’’ per share To engage a share or disengage it from the holder, it takes only few hammer knock and few seconds. to change 10 shares on a Tinetiller 3,00 will be taking less than 1.30 minutes while 20 minutes are necessary with bolted reversible shares.

8. Bulb and role All shares are shaped with a high bulb in the centre This zone is making the soil pressure lower onto the holder, so that the groove locking the share is protected from abnormal and fast wear. Therefore it is possible to be using several shares for one holder during the season and operate quick change anywhere in the field

9. Bulb and role when dry or wet soils, the metal is not wearing the same way. Dry soil: the bulb is playing its protecting role to the end Wet soil: the surface being worn more rapidly than in the length of the part, a slot will appear through the bulb telling the user to change it before it is not protecting the holder. in both cases the shares will keep their ability to penetrate easily in all kind of soils to the end of their life time

10. Range of shares 80150250320 3-15 10-35 3-18 All 370 to 420 270 to 300 360470 3-18 8-25 Polymag 2 Tinetiller Polymag 2 Tinetiller All 270 to 330 200 to 270 Width (mm) Depth (cm) Spacing (mm) Models From full cut or true depth, using the right share at the right depth will contribute to save a lot of fuel and money FCS Full Cut System

11. Range of Deflectors hp requirement Clod’s sizes Mixing effect 6580 100 Width (mm) Models available Twist RH/Straight/Twist LH Protection Depth (cm) 3-3010-353-15 ++++++ The upper part of a share system is playing a big role in the work done in terms of incorporation, power requirement and top layer profile. Humidity of the soil can also be determinant. 1 bolt = quick change

12. Point KO 80 thickness thickness: 12mm weight weight: 1000.g

13. Point KO 150 thickness thickness: 10mm weight weight: 1200.g

14. A-blade KO 250 & 320 thickness thickness: 10mm weight weight: 2200.g thickness thickness: 10mm weight weight: 2500.g FCS : FCS : Full Cut System

15. Wing shares KO 360 & 470 470 360 In combination with 150mm point only, 2 skimmer shares fitted to the side of the tine will ensure full cut and good mixing effect Only 2 bolts to fit the wing share holders in order to take the me away quickly to make deeper operation Wide deflectors of 100mm as an obligation to protect bolts heads Wing’s thickness Wing’s thickness : 8mm FCS : FCS : Full Cut System

16. To test the Knock-on system efficiency in work, the concourse of the renown DLG in Germany was requested This partnership allowed to test a Tinetiller L equipped with various Knock-on shares and a Discpacker as rear roller. The test protocol was including: –Mixing and levelling efficiency –Crumbling effect –Power requirement and fuel consumption Agronomic & economic performances

17. Tinetiller L -sweep KO320mm -deflector 80 twist -levelling tines -Discpacker Shallow cultivation – stubbling at 3cm deep Even very shallow top layer is very flat and levelled. Incorporation is also very good with the twisted deflectors in spite the small depth Even at such a very shallow depth, the share system is ensuring a full cut of the entire working width and a perfect soil mix and crumbling remaining very flat.

18. Tinetiler L -point KO80mm -deflector 80 twist -levelling tines -Discpacker Deep cultivation – at 15cm deep Perfect top layer after one pass. Deeper cultivation with smaller share still ensuring a complete loose profile. Very regular profile at bottom and a very small difference between before and after

19. Tinetiller L -point 80mm -deflector 80 twist -levelling tines -Discpacker Second pass – at 15cm deep Few weeks after stubbling, second pass is leaving a nice and ready seedbed with no pan! The straw incorporation is very good and well dispersed over the full width and working depth. The bottom soil profile is regular at 15cm average, and the small difference between before and after (green) is remarkable. It does also mean that the Actipack is doing the job!

20. Technical performances The pulling requirement of the Knock-on system is very low Average power requirement: –per tine is 6,4 kW or 8,7 Hp –per m is 21,3 kW or 29 Hp Fuel consumption for this 3,00m CLC pro Classic is in a good average of 10.l/ha

21. Low pulling requirement The pulling requirement of the Knock-on system is also very positive We compared with various equipment and the plough point as well as some competitors Knock-on is the easiest to pull when equipped with a protection, proving that this equipment is well adapted to deeper soil preparation kN

22. = Eco-friendly To produce 1 ton of steel, 5600.kWh* are necessary *source Siemens There are 2 possible ways for saving energy when using steel: Save power when producing steel, manufacturers are developing heating systems using less energy Using less steel, as been the Vicon philosophy for many years and Knock-on is an innovation using less steel 5600.kWh* is the average power consumption of a household for 18 month.

23. Due to better design and higher heat treatment (55 HRC), the new point 80mm will do about the same number of hectares as the standard bolted plough point, this using average 200g less steel. 75% of the original part is used against average 60% on the standard point Therefore Kverneland and its customers can be proud of contributing saving energy by reducing the use of steel for the same performance. 250.g 450.g Eco-friendly Knock-on point Standard point

24. Knock-on – Main arguments 10” quick change system per share = 90% down time savings Easy, fast and solid design using only basic tools like a hammer User-friendly weight of parts between 1 and 2,5kg easy to handle Change of wearing metals can be made in the field in few minutes Adaptation to desired working depth can be done in the field in few minutes Fuel consumption will be optimised Breaks up soil compaction and plough pans to depths of 35cm Points designed to guarantee penetration and effective work to the end of their life time Eco-friendly, over 75% of the material will be consumed and about 200g of steel saved compared to bolted design for same performance Effective incorporation of organic matter can be fine tuned with a large choice of deflectors depending on depth, soil type, soil humidity and residues Low running costs wearing parts system Low power requirement