Vaderstad Cultus CS 300 Instructions Manual Download Page 40

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Technical data

11.07.2011

ver. 3

6.3

CS 300-350 with cage roller

The machine is optimised for use together with a tractor of up to 160 hp (118 kW) when work-
ing.

Figure 6.3

Table 6.1

Implement, CS

300

350

Working width (m)

3,0

3,5

Transport width (m)

3,0

3,5

Height (m)

1,4

Transport height, approximate (m)

1,8

Weight (kg)

1800

2000

Centre of gravity, (A) according to “Figure 6.3”(mm)

1870

1840

Power requirement (hp)

100-140

120-160

Summary of Contents for Cultus CS 300

Page 1: ...Original instructions Instructions 900290 en 11 07 2011 ver 3 Cultus series CS 300 400 Manufacturing No 10 400 ...

Page 2: ...2 11 07 2011 ver 3 ...

Page 3: ...tructions and cultivating tips 3 1 Driving directions 25 3 2 Choice of tips wing cutters and guide rails 27 3 3 Gradually increase the cultivation depth 28 3 4 Stable movement and even cultivation 29 3 5 Levelling units 29 3 6 Levelling discs 30 4 Service and maintenance 4 1 Securing implement during service hydraulically mounted 31 4 2 Securing implement during service trailed 31 4 3 General info...

Page 4: ...4 11 07 2011 ver 3 ...

Page 5: ...an in accordance with the recommended manner Väderstad Verken AB and or its representative shall be exempted from liability All responsibility for usage transport maintenance and repair etc of the machine rests with the owner driver The owner operator shall bear full responsibility for correct use of the machine at any given time Väderstad machines have passed quality assurance tests and operation...

Page 6: ...ation tools hereunder have been manufactured in accordance with the Council Directive 2006 42 EC The above declaration covers the following machines CS 300 CS 350 and CS 400 manufacturing no 10 400 13 000 Väderstad 2010 06 18 Lars Erik Axelsson Legal requirements coordinator Väderstad Verken AB Box 85 590 21 Väderstad The undersigned is also authorised to compile technical documentation for the ab...

Page 7: ...plement is intended for cultivating arable land Learn to handle the implement carefully and correctly It could be dangerous in the wrong hands and if used without taking proper care The CS 300 350 is intended for tractors up to 160 hp 118 kW The CS 400 is intended for tractors up to 200 hp 147 kW The use of tractors with higher outputs can result in more rapid wear of the implement ...

Page 8: ... decals Figure 1 2 A Read the instructions carefully and make sure you understand them B Do not stand between the tractor and the implement when the tractor is being reversed to hitch the implement 1 2 1 Locations of warning decals Figure 1 3 A B A B ...

Page 9: ...t the tractor s slow vehicle sign is visible above the imple ment The owner operator is solely responsible for transport of the implement on public roads Prior to transport fold in the levelling unit s outer discs in order to reduce the transport width to less than 3 0 3 5 and 4 metres respectively Use the lights on the implement in accordance with local traffic regulations Keep in mind that the i...

Page 10: ...t The section 4 1 Securing implement during service hydraulically mounted see page 31 shows how the implement is to be supported Do not stand near hydraulic hoses under pressure Recover any spilled oil after performing service on the hydraulic system Before driving off make sure that all screws and nuts are tight Always park the implement on a level and solid surface Depressurise the implement s h...

Page 11: ...t be retightened after the first day of operation and thereafter at least once per season Tighten the screw connections to a torque of 114 Nm Use a torque wrench See also 4 5 Retightening and checking the tine linkage see page 34 1 4 1 Explanation of tightening torque Figure 1 6 Certain sections in this instruction book state that screw connections must be retightened using a torque wrench If a to...

Page 12: ...hen ordering spare parts and in case of serv icing or warranty claims C Year of manufacture D Working width E Transport width F Tare weight of the basic machine G Maximum total weight H Maximum permitted payload I Maximum permitted axle load J Maximum coupling load at the tractor hitch Also refer to 6 Technical data see page 38 A B D E I J G C F H ...

Page 13: ... tines and compaction roller Add as many clips as there is space for on the stay 2 Unhitch the tractor from the machine 3 Lift the machine on or off using a suitable lifting device at the lifting points indicated by the decals see Figure 1 8 For information on the machine s dimensions and weight see 6 Technical data see page 38 Figure 1 8 4 Secure the machine s compaction roller to prevent rolling...

Page 14: ...as many clips as there is space for on the hydraulic cylinder Depressurise the hydraulic system 4 Unhitch the tractor from the machine 5 Secure the machine s compaction roller to prevent rolling using chocks or similar 6 Secure the machine using suitable lashing equipment in accordance with applicable rules The lashing equipment must be attached to the machine at the locations indicated by the dec...

Page 15: ...duce soil compaction and to increase the pull the tractor should be fitted with very good tyres Check that the tractor s tyres are adapted for the weight of the implement and that the air pres sure in the tyres is correct Note that there is a high load on the tractor s rear axle particularly during road transport It is therefore necessary to check that the maximum permitted axle load is not exceed...

Page 16: ...ts on the tips of the tines and the compaction roller 8 Disconnect the three point couplings Trailed machine with all supplied clips on the ram rod as a traffic safety catch must first be raised to full lifting height This is done to remove the clips so that the machine can be parallel with the ground It is important to ensure that all the tines have roughly the same load in order to avoid the tip...

Page 17: ...want to adjust the height of the front part of the implement using the hydraulic lifting arms height setting Adjust the length of the top rod so that the pin is in the middle of the oval hole when the implement is parallel with the ground Then fine adjust using the height position of the hydraulic lifting arms when operating in the field NOTE During installation always use the enclosed original pi...

Page 18: ... so that the soil cover behind the implement is as even as pos sible As the levelling unit is mounted on the compaction roller s chassis the setting of the level ling unit does not need to be adjusted in the event of minor changes in the working depth NOTE The work results of the levelling units are usually best if they are set in a relatively shallow position If the levelling units are wound down...

Page 19: ...he screw connections can also be moved to two alternative height posi tions The entire levelling unit can be moved along the shaft to optimise the function Unscrew the nuts until they almost come apart from the carriage bolt Using mild force the entire unit can then be moved in the desired direction along the shaft 2 3 2 Folding outer levelling discs Figure 2 7 The outer levelling discs can be fol...

Page 20: ...of the compaction roller The compac tion roller is adjusted with the aid of a rod A The rod can be supplied with clips B to secure the end position In order to mount the clips the machine must first be raised in the hydraulic lift ing arms The more clips are mounted the shallower the working depth Note that the parallel alignment of the implement is affected when altering the working depth A B ...

Page 21: ... adjusted with the aid of the hydraulic cylinder A The ram rod can be supplied with clips B to secure the cylinder s end position In order to mount the clips the machine must first be lifted up The more clips are mounted the shallower the working depth Note that the parallel alignment of the implement is affected when altering the working depth During road transport all the spacers must be mounted...

Page 22: ... in the imple ment s tower see 2 2 3 Choice of coupling points see page 17 When driving in the field adjustment takes place when checking that the implement is being pulled parallel with the ground NOTE The height of the front part of the implement must be adjusted when changing the position of the compaction roller to ensure that the machine is parallel with the ground and to prevent an uneven wo...

Page 23: ...l alignment of the implement is determined by the height of the tractor s lifting arms When driving in the field adjustment takes place when checking that the implement is being pulled parallel with the ground NOTE Poor parallel alignment can result in the implement being unstable when in motion ...

Page 24: ...r as this could then be damaged Regularly check that no stones have become wedged between the rubber rings Take great care when reversing the machine If soil and plant remains become caught in the roller ring units there is a risk of causing damage to the scrapers if the machine is then re versed Scrapers for steel ring compactors Figure 2 15 Adjust the scrapers to ensure the gap between the tips ...

Page 25: ...arvesting direction 2 The second pass should take place at 20 40 to the previous pass When turning on the headland you can choose only to raise the towed machine at the three point linkage As the rear tines often catch on the ground a little when turning around the headland can become a little sticky in wet conditions It is a good idea to raise the machine both at the three point and with the hydr...

Page 26: ...d last If sowing is to be performed with the Väderstad Rapid its pre implement is provided with opti mum conditions if the final cultivation prior to sowing is carried out diagonally to the intended sowing direction Figure 3 2 3 1 1 Pulling power regulation To reduce the pulling power requirement and to ensure that the implement moves more calmly employ 5 15 pulling power regulation In this way so...

Page 27: ...ip of type A with a width of 80 mm and the wing cutter E are also avail able in a more durable version called Marathon For soils with a high volume of stones we recommend the standard tip in the first instance The narrow tips B are preferable for deep loosening for example when disrupting the plough pan The wide goose foot tip D is preferable for shallow cultivation for example when incorpo rating...

Page 28: ...ersions and is mounted in the outermost positions in order to throw the soil back into the machine It can be combined with shins of both type A and B 3 3 Gradually increase the cultivation depth When operating in firm soil it is appropriate to make the first pass at a limited working depth and then to increase the depth in subsequent passes This operating method prevents large clods that are diffi...

Page 29: ...6 Adjusting parallel alignment hydrau lically mounted see page 22 For trailed mounting see 2 7 Adjusting parallel alignment trailed see page 23 Figure 3 5 3 5 Levelling units NOTE The work results of the levelling units are often best if they are set in a relatively shallow position If the working depth is wound down too far this may cause the opposite effect i e an uneven ground surface behind th...

Page 30: ...s with the levelling units can be secured or remain flexible A flexible link that produces less wear and tear is recommended Figure 3 8 If you have levelling unit discs these are individually adjustable These enable optimum levelling in the corridors between each driven pass Depending on working depth soil type etc it may be necessary to perform adjustment to avoid the formation of trailing lea li...

Page 31: ...you should not lift the machine higher above the ground than necessary 3 Switch off the tractor and apply the parking brake Figure 4 2 4 2 Securing implement during service trailed Never stand under the implement if it is only secured with the tractor s three point lift 1 Press down the compaction roller fully 2 Install all the supplied clips A on the ram rod 3 Lower the implement to the ground an...

Page 32: ...alid Note that imperfect welding may result in serious injuries or fatality If in doubt contact a pro fessional welding service for proper instructions 4 4 Regular maintenance Figure 4 3 Grease the implement according to the grease table intervals and always prior to and after win ter storage and after high pressure water cleaning Before driving ensure that all bolts and nuts have been tightened n...

Page 33: ...cation points Interval Lubricant Number A Roller bearings 100 ha Grease 2 B Roller section mounting 100 ha Grease 2 C Hydraulic cylinder s ram rod head 100 ha Grease 1 D Mounting for tines 100 ha Grease 2 tine Table 4 2 Pos Lubrication points Interval Lubricant Number D Front joint 100 ha Grease 1 E Rear joint 100 ha Grease 2 B A C D E D E ...

Page 34: ...ened after the first day of operation and thereafter at least once per season If retightening is not carried out considerable wear will occur in the tines mounts Tighten the screw connections to a torque of 114 Nm Use a torque wrench Ensure that the sleeves B protrude by the same amount on each side of the mounting plates Figure 4 7 B B B B KG 11 4 114 Nm 1 m ...

Page 35: ...springs the spring locking bolts A must be fully loos ened The springs have a very high clamping force By loosening the spring locking bolt the pres sure on the springs is relieved and parts can be replaced When installing the springs locking bolts A must be fully tightened to a torque of 665 Nm Use a torque wrench Figure 4 9 A 66 5 kg 665 Nm 1 m ...

Page 36: ...er ring units feature auto tensioners NOTE Never dismantle a roller ring unit The unit has been pressed together with a force of 4 tonnes and there is a risk of injury in case of attempts to disassemble the unit If there should ever be a need for disassembly please contact the dealer 4 9 Bleeding the hydraulic cylinder In order to bleed the hydraulic cultivation manoeuvre the ram rod between its o...

Page 37: ...CS 300 400 11 07 2011 ver 3 37 5 Hydraulic diagram 5 1 CS 300 400 Figure 5 1 ...

Page 38: ...use together with a tractor of up to 160 hp 118 kW when work ing Figure 6 1 Implement CS 300 350 Working width m 3 0 3 5 Transport width m 3 0 3 5 Height m 1 4 1 4 Transport height approximate m 1 8 1 8 Weight kg 2200 2400 Centre of gravity A according to Figure 6 1 mm 2200 2200 Power requirement hp 100 140 120 160 A ...

Page 39: ...ement CS 300 350 400 Working width m 3 0 3 5 4 0 Transport width m 3 0 3 5 4 0 Height m 1 4 1 4 1 4 Transport height approximate m 1 8 1 8 1 8 Weight without drawbar kg 2200 2400 Weight with drawbar kg 2400 2600 2800 Centre of gravity without drawbar A according to Figure 6 2 mm 2130 2120 Hitching weight on tractor implement with drawbar kg 650 720 740 Axle weight kg 1750 1880 2060 Power requireme...

Page 40: ...th a tractor of up to 160 hp 118 kW when work ing Figure 6 3 Table 6 1 Implement CS 300 350 Working width m 3 0 3 5 Transport width m 3 0 3 5 Height m 1 4 1 4 Transport height approximate m 1 8 1 8 Weight kg 1800 2000 Centre of gravity A according to Figure 6 3 mm 1870 1840 Power requirement hp 100 140 120 160 A ...

Page 41: ......

Page 42: ...590 21 VÄDERSTAD S 590 21 VÄDERSTAD SWEDEN Telefon 0142 820 00 Telephone 46 142 820 00 Telefax 0142 820 10 Telefax 46 142 820 10 www vaderstad com ...

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