TABLE OF CONTENTS GENERAL INFORMATION ......................4 About this operating manual....................4 Identification of the implement ....................4 Service ..........................5 EC Declaration of Conformity ....................5 DESCRIPTION ..........................6 Structure and function of the seeder ..................6 Structure and function of the hydraulic fan (HG 300 M1) ............7 Scope of delivery .........................
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DECOMMISSIONING, STORAGE, AND DISPOSAL..............35 Taking the seeder out of service ..................35 Storing the seeder ......................35 Disposal ..........................36 APPENDIX ............................ 36 Accessories ........................36 9.1.1 Fill level sensor ........................36 9.1.2 Cable extension (6-pin) ...................... 36 9.1.3 Top link mounting kit PS120-500 ..................36 9.1.4 Retrofit kit for electric fan PLUS ..................
ABOUT THIS OPERATING MANUAL Validity and purpose This operating manual is valid for seeders manufactured by APV with the type designations PS 120 M1 to PS 500 M2. This operating manual provides anyone who will be handling the seeder with the information required to perform the following tasks properly and safely: ...
EC DECLARATION OF CONFORMITY Manufacturer APV - Technische Produkte GmbH Headquarters: Dallein 15 3753 Hötzelsdorf AUSTRIA Implement This Declaration of Conformity is valid for the following implements: Pneumatic seeder, type PS 120 M1, PS 120 M1 D, PS 120 M1 MG...
The seeders PS 120 M1 to PS 500 M2 The seeders with the type designations PS 120 M1 to PS 500 M2 are pneumatic seeders with an electric seeding shaft drive. They are used to spread seed on grassland and cropland.
Designation Function Operating manual tube For stowing the operating manual Steel rack For hanging up and connecting seeder components. Hose clamp plate Clamps the seed hoses on the steel rack. Electric fan Provides compressed for feeding the seed. ...
Dünger, the German word for fertilizer), and micro granules (MG)). The following variants of the pneumatic seeder are available: PS 120 M1, PS 120 M1 D, PS 120 M1 MG PS 200 M1, PS 200 M1 D, PS 200 M1 MG ...
Implement variant Size Value PS 500 M2 (D/MG) Max. hopper content 500 l Weight 93 kg Dimensions (H × W × D in cm) 125 × 80 × 120 Implement variant Size Value Hydraulic fan (HG) Weight 23 kg Dimensions (H × W × D in cm) 27 ×...
Safety notices are information notices that are designed to prevent injury. Safety notices show the following information: Type of danger Possible consequences if the notice is not complied with Measures to avoid injury BASIC SAFETY INSTRUCTIONS Target group for these instructions These instructions are intended for all persons who handle the seeder.
INTENDED USE The pneumatic seeders, types PS 120 to PS 500, are used to spread seed with different properties and grain sizes on open fields. The implements are designed exclusively for customary use in agricultural tasks. Only seeds of the grain varieties that are intended by the manufacturer and listed in the operating manual may be used.
Face mask Safety footwear with non-slip soles SAFETY DEVICES Meaning of the safety devices The seeder has safety devices that protect the user from hazards. Each time before operation, all safety devices must always be checked for presence and function. Position of the safety devices The graphic shows the position of the safety devices: Function of the safety devices...
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Appearance of the sign Meaning of the sign Read and comply with the operating manual before start-up! Read and comply with the operating manual before working with the implement! Operating errors can result in serious injuries. Risk of injury due to rotating parts! Do not reach into rotating parts.
DANGERS AND SAFETY MEASURES Overview The seeder is designed such that the user is protected from all dangers that can be avoided with reasonable design measures. However, due to the purpose of the seeder, there are residual risks that require implementation of precautionary measures, to be avoided. The nature of these residual risks and their effects are described below.
Where and in what situations Danger Countermeasure does the danger occur? Risk of injury due to ejected seed While spreading seed. Always ensure that no one is in the spreading range of the implement. Risk of slipping, stumbling, and When handling the implement Only enter the implement area falling during its operation...
Overview Designation Counter plate Seeder Soil tillage implement Procedure This is how to fasten the seeder on a soil tillage implement: Step Description Fasten the counter plate (1) on the soil tillage implement (3). The counter plate must be parallel to the ground, when the soil tillage implement is in work position.
Overview Designation Top link mounting kit Seeder Procedure This is how to fasten the seeder on a tractor using the top link mounting kit: Step Description Fasten the top link mounting kit (1) on the seeder (2) with bolts and nuts. Use the bolts to fasten the top link (1) on the tractor.
Step Description Explanation/illustration Use the pliers to bend down the tabs on the sides Result: of the dispersion plates by 80°. Distribute the dispersion plates uniformly across the entire working width of the soil tillage implement. Maximum spacing of the dispersion plates: 75 cm Slide the hexagon shaft through the two hexagon holes in the lateral tabs of the dispersion plates intended for this purpose.
Variant 1 (Standard PS and MG): Step Description Illustration Use the cutting tool to cut off eight hose sections from the hose roll, each in the suitable length. Use a hexagon wrench AF17 to slightly unscrew the clamping screws (1) on the clamping plate. Introduce the ends of the hoses into the transition pieces (2) to the stop.
Required components, tools, and materials For this work step, the following components, tools, and materials are required: Hexagon wrench Torx screwdriver TX 30 Procedure This is how to remove the swell air plate: Step Description Explanation Unscrew the hexagon bolt (2) on the calibration slide (1).
Designation Flow control valve Coupling sleeve (alternative) Coupling connector Return line Pressure line Procedure This is how to connect the hydraulic fan: Step Description Completely close the flow control valve (2) on the hydraulic block (1). Connect the return line (5) (marked in yellow, BG4) without reducer, to the return flow connection of the tractor hydraulic system.
Step Description Explanation Connect the power supply cable (5) between the motor module (4) and the tractor cable set (1). Connect the implement cable (6) to the Control Box (7). 5.2 Controller: Select Electric PLUS in the menu 1. Motor fan. ISOBUS: Select Electric fan PLUS in the menu PS fan.
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Overview Designation Hydraulic block Flow control valve Procedure This is how to adjust the hydraulic fan: Variant 1 (fixed displacement pump – oil quantity cannot be adjusted on the tractor) Step Description Completely close the flow control valve (2) on the hydraulic block (1). Start up the blower fan (tractor engine speed as in field operation).
Working width 12 m Seed Quantity Pressure Speed Coarse seed 100 kg/ha 41 bar 4300 rpm SETTING AND ADJUSTING THE SPREAD RATE Purpose The setting for the spread rate, which is spread by the seeder during the seeding process, has a crucial effect on the seeding results.
Procedure This is how to perform a calibration test: Step Description Explanation Unscrew the hexagon bolt (2) on the calibration slide (1). Take the calibration slide out of the anchoring and turn it by 180°. Attach the rotated calibration slide back onto the Result: seeder.
Standard equipment D series standard equipment fb-f-fb-fb fb-f-fb-fb fb-Flex20-fb White mustard Grass Micro granule Micro granule fertilizer fertilizer Phacelia Cereals White mustard Peas Phacelia Beans Available as an option fb-fb-ef-eb-fb fb-efv-efv-fb ffff GB-G-GB...
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The seed hopper must be empty, see Emptying the seed hopper on page 34 for more information in this regard. The suitable seeding shaft must have been selected and must be ready, see Selecting the right seeding shaft on page 25 for more information in this regard. Required components, tools, and materials For this work step, the following components, tools, and materials are required: ...
Step Description Explanation Take off the bearing flange (5). Result: Take out the seeding shaft. NOTE: Residual seed can fall out in this process. Introduce the new seeding shaft with the free journal forward into the steel frame. Turn the seeding shaft until the feather key of the gear motor engages in the groove of the seeding shaft.
Procedure This is how to check the ease of movement of the seeding shaft: Step Description Switch on the seeder. Perform the noise check. If the sound of the running seeding shaft is noticeably loud or irregular, contact the maintenance and repair service, see Commissioning the Service organization on page 5 for more information in this regard.
Prerequisites The following prerequisite must be met for this work step: The implement must be de-energized, see De-energizing the seeder on page 33. Required components, tools, and materials For this work step, the following components, tools, and materials are required: ...
Overview Designation Bearing cover Hexagon wrench holder Cover nuts Agitator Seeding shaft Procedure This is how to deactivate the agitator: Step Description Explanation Open the bearing cover (1). To do this, unscrew the cover nuts (3) with the hexagon wrench. Detach the drive belt (7) from the seeding shaft driving wheel (8) and the agitator driving wheel (6) and put it in a safe place.
Required components, tools, and materials For this work step, the following components, tools, and materials are required: Use of the electric fan PLUS with a 5.2 controller or ISOBUS Overview Designation Meaning Indicator light Fan overloaded The LED lights up red, if one of the motors is under load too long in the limit range.
Problem Cause Rectification Check cabling. Output fault message Fault (fan)! Faulty cabling. If only one fan is operated, both on the Control Box, on the motor module indicator light E02 (Fan connecting lines must not connected) lights up red. connected to this fan.
EMPTYING THE SEED HOPPER Purpose Before cleaning or decommissioning, the seed remaining in the seeder must be removed from the seed hopper. Prerequisites The following prerequisite must be met for this work step: The implement must be de-energized, see De-energizing the seeder on page 33. Required components, tools, and materials For this work step, the following components, tools, and materials are required: None...
Step Description Explanation Empty the seed hopper, see Emptying the seed hopper on page 34 for more information in this regard. Remove the seeding shaft, see Changing the seeding shaft for more information in this regard. Turn the seed hopper cover counterclockwise to open it.
The implement must be stored in a dry and weather-protected location, on level and paved ground so that it does not lose its functionality, even during a longer storage period. Secure the implement such that it is stable and cannot fall over or roll. ...
9.1.4 RETROFIT KIT FOR ELECTRIC FAN PLUS With this retrofit kit, you can convert the electric fan or hydraulic fan of a pneumatic seeder to an electric fan PLUS. Order number: Item no.: 04000-2-882 CONNECTION DIAGRAM 9.2.1 GENERAL Electric fan: Hydraulic fan:...
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Cross-section Number Description Color 1.1.1 Blue 1.1.2 Fan PLUS Blue 1.1.3 Fan speed sensor Brown 0.34 Fill level sensor Brown 0.34 Implement cable Blue Seeding shaft motor Black 2.1.1 Brown 2.1.2 Fan PLUS Brown Implement cable Brown Implement cable Blue Seeding shaft motor 4.1.1 Fan PLUS...
9.2.2 PS WITH ISOBUS Electric fan: Hydraulic fan:...
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Cross- Number Description Color section Function Implement cable Red-yellow Seeding shaft motor Black PWM seeding shaft Implement cable Red-green Implement cable Black Seeding shaft motor Ground Calibration button Black 0.75 Implement cable 0.75 4.2.1 Motor module Blue 4.2.2 Fan speed sensor Brown 0.34 +12 V sensor supply...
INDEX About this operating manual ......4 General information .......... 4 Adjusting the hydraulic fan (HG) ..... 22 Hydraulic system diagram ....... 41 Appendix ............36 Identification of the implement......4 Basic safety instructions ......... 10 Intended use ..........10, 11 Calibration test ..........
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