JAGUAR 8550C Hydraulic / Electric System Hydraulic System...........................2 JAGUAR 8500C-6, C-8 hydraulic circuit diagram................2 Function ...............................8 Electric system JAGUAR 8500C, CISCO 8500C-6, -8...............14 Electric circuit diagram........................14 Function .............................16 Central terminal compartment......................20 Installation information ........................24 Timing of drives..........................24 Installation of pinion units........................25 Safety module ............................26 Tightening torques ..........................27 Drive diagram............................28...
Hydraulic / Electric System JAGUAR 8550C 1.0 Hydraulic System JAGUAR 8500C-6, C-8 hydraulic circuit diagram Lift hydraulics pump, 12 cm³/rev. Oil filter, lift hydraulics, mesh size 0.06 mm Pressure relief valve with 4/3 way valve, square tube adjustment Pressure gauge connection, lift hydraulics 4/3 way solenoid valve, double-acting, for front attachments (series equ.) 3/3 way solenoid valve, lift front attachment 2/2 way solenoid valve, fold out right and left mower unit...
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JAGUAR 8550C Hydraulic / Electric System JAGUAR 8500 C-6 / C-8 hydraulic circuit diagram 10/04...
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Hydraulic / Electric System JAGUAR 8550C Directional control valves subassembly Jaguar 800 series, left side Reed switch Oil pressure switch 85 bar Attention The lettering on the Reed switch (75) must face the lift magnet of the 3/3 way solenoid valve = safe switching (the Reed switch in the picture is not properly mounted).
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JAGUAR 8550C Hydraulic / Electric System Pressure gauge for ground pressure Pressure gauge, right mower unit ground pressure Pressure gauge, left mower unit ground pressure Pressure gauge, centre mower unit ground pressure All pressure gauges show a ground pressure of 50 bar with the mower units lowered (working position).
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Hydraulic / Electric System JAGUAR 8550C Jaguar front attachment cylinder pressure relief valve Pressure relief valve 180 bar Jaguar 800 series on the left of the front attachments cylinder, Jaguar 600 series on the right of the front attachments cylinder Accumulator behind the right-hand cover 3 x right mower unit accumulator, charge pressure 35 bar, 0.75 litres...
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JAGUAR 8550C Hydraulic / Electric System 10/04...
Hydraulic / Electric System JAGUAR 8550C 1.2 Function 1.2.1 Actuate from transport to working position Caution: 1 = Main switch ON-OFF. Set to OFF when parking the machine. Step Action Reaction Switch 2 on the CCT is actuated to Solenoid valve 50 goes to position B. the right Volume flow goes to the solenoid valves 71, 72, 73 and 74.
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JAGUAR 8550C Hydraulic / Electric System JAGUAR 8500 C-6 / C8 hydraulic circuit diagram 10/04...
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Hydraulic / Electric System JAGUAR 8550C 1.2.2 Raising the entire mower unit Step Action Reaction The “Raise front attachment” Via the 3/3 way solenoid valve of the jaguar (line 106), button on the forage harvester is volume flow goes to the ram rod end of lifting cylinders pressed.
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JAGUAR 8550C Hydraulic / Electric System JAGUAR 8500 C-6 / C8 hydraulic circuit diagram 10/04 1-11...
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Hydraulic / Electric System JAGUAR 8550C 1.2.4 Actuating from working to transport position Step Action Reaction Shut down the mower unit. The mower discs must not rotate any more. Push the “Raise” key in the ground until the mower units have no more ground contact. speed control lever (3/3 way solenoid valve is energized) Push switch 2.
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JAGUAR 8550C Hydraulic / Electric System JAGUAR 8500 C-6 / C8 hydraulic circuit diagram 10/04 1-13...
Hydraulic / Electric System JAGUAR 8550C 2.0 Electric system JAGUAR 8500C, CISCO 8500C-6, -8 Electric circuit diagram Stop switch Disco fold in/out switch Left Disco raise/lower switch Right Disco raise/lower switch Indicator light, power supply Control box with switches S1, S2, S3 and S4 Socket outlet beneath the operator's platform Terminal strip, plus in central terminal compartment (located above the relays)
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JAGUAR 8550C Hydraulic / Electric System Electric system Jaguar 8500C, Disco 8500C-6, C-8 10/04 1-15...
Hydraulic / Electric System JAGUAR 8550C Function 2.2.1 Putting into operation Switch on stop switch 1. Current is applied to all relays, terminal 86 and the solenoid valves. 2.2.2 Raise left Disco Actuate rocker switch 3. Earth is connected to pin 7 in connector 7. Earth is also connected to relay 14 on terminal 85 and to solenoid valve 73.
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JAGUAR 8550C Hydraulic / Electric System Electric system Jaguar 8500C, Disco 8500C-6, C-8 10/04 1-17...
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Hydraulic / Electric System JAGUAR 8550C 2.2.8 Blocking the When the 3/3 way raise front attachment solenoid valve is actuated on accumulator while the forage harvester, the Reed switch*75 connects earth to relay 15, raising the entire terminal 85 and relay 12, terminal 85. mower unit.
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JAGUAR 8550C Hydraulic / Electric System Electric system Jaguar 8500C, Disco 8500C-6, C-8 10/04 1-19...
Hydraulic / Electric System JAGUAR 8550C Central terminal compartment Central terminal compartment connector Lock-up valve unit 89 and 99 relay Relay for 4/3 way solenoid valve (item 50A) Relay for 4/3 way solenoid valve (item 50B) Relay for lock-up valve unit 109 Terminal strip, plus in central terminal compartment (located above the relays) Left terminal strip...
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JAGUAR 8550C Hydraulic / Electric System Central terminal compartment, from 2000 Central terminal compartment connector Lock-up valve unit 89 and 99 relay Relay for 4/3 way solenoid valve (item 50A) Relay for 4/3 way solenoid valve (item 50B) Relay for lock-up valve unit 109 Terminal strip, plus in central terminal compartment (located above the relays) Left terminal strip...
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Hydraulic / Electric System JAGUAR 8550C Central terminal compartment, up to 2000 Differences as compared with central terminal compartment “from 2000”: The assignment of inputs 1 to K5 is different. The connecting terminals on the board have not been changed. Central terminal compartment connector Lock-up valve unit 89 and 99 relay Relay for 4/3 way solenoid valve (item 50A)
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JAGUAR 8550C Hydraulic / Electric System Pin assignment of switches in the CCT (as seen from the rear) Stop switch Disco fold in/out switch Left Disco raise/lower switch Right Disco raise/lower switch 10/04 1-23...
Hydraulic / Electric System JAGUAR 8550C 3.0 Installation information Timing of drives Arrangement of pinion units A and B and of drive input module E In addition to the drive input module E, 6 rows of pinions are provided in the mower head.
JAGUAR 8550C Hydraulic / Electric System Installation of pinion units Flange 13 Pinion shaft Pinion unit A The marking M on the pinion shaft (13), the tooth centre Z and the centre of the flange bore must be aligned. Pinion unit B The marking M on the shaft, the tooth centre Z and the centre between two flange bores must be aligned.
Hydraulic / Electric System JAGUAR 8550C Safety module Breaking point for cases of sudden load Safety screw (when sudden loads occur and the pinion has been sheared off the shaft, this screw holds both parts together and thus avoids major damage in the mower head).
JAGUAR 8550C Hydraulic / Electric System Tightening torques Item Remark Tightening torque M 10x30 bolt 85 Nm M 10x20 countersunk head bolt 70 Nm M 10x19 bolt 85 Nm M 10x55x45 countersunk head bolt 70 Nm M 20x30 cheese-head screw 650 Nm M 10x40 bolt 85 Nm...
Hydraulic / Electric System JAGUAR 8550C 4.0 Drive diagram 1-28 10/04...
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DISCO 8550C (Tractor) Hydraulic / Electric System Hydraulic System...........................2 Hydraulic circuit diagram........................2 Electric System ............................4 Electric circuit diagram.........................4 Installation information .........................6 Timing of drives............................6 Installation of pinion units........................7 Safety module ............................8 Tightening torques ..........................9 Drive diagram............................10 10/04...
Hydraulic / Electric System DISCO 8550C (Tractor) 1.0 Hydraulic System Hydraulic circuit diagram Coupling, single-acting Cylinder for front mower units Cylinder for front mower units Oil pressure switch, set to 190 bar Flow divider Cylinder with 3/2 way directional control valve – Raise/lower side- mounted mower units Cylinder with 3/2 way directional control valve –...
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DISCO 8550C (Tractor) Hydraulic / Electric System 10/04...
Hydraulic / Electric System DISCO 8550C (Tractor) 2.0 Electric System Electric circuit diagram Connector – tractor connection Control terminal Cable connections 4-pin connector for control terminal – basic machine Oil pressure switch Solenoid valve on cylinder, left Solenoid valve on cylinder, right Activating / deactivating the transport stop Deactivating the transport...
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DISCO 8550C (Tractor) Hydraulic / Electric System DISCO 8500 C (tractor) electric circuit diagram 10/04...
Hydraulic / Electric System DISCO 8550C (Tractor) 3.0 Installation information Timing of drives Arrangement of pinion units A and B and of drive input module E In addition to the drive input module E, 6 rows of pinions are provided in the mower head.
JAGUAR 8550C (Tractor) Hydraulic / Electric System Installation of pinion units 7 Flange 13 Pinion shaft Pinion unit A The marking M on the pinion shaft (13), the tooth centre Z and the centre of the flange bore must be aligned. Pinion unit B The marking M on the shaft, the tooth centre Z and the centre between two flange bores must be aligned.
Hydraulic / Electric System DISCO 8550C (Tractor) Safety module Breaking point for cases of sudden load Safety screw (when sudden loads occur and the pinion has been sheared off the shaft, this screw holds both parts together and thus avoids major damage in the mower head).
JAGUAR 8550C (Tractor) Hydraulic / Electric System Tightening torques Item Remark Tightening torque M 10x30 bolt 85 Nm M 10x20 countersunk head bolt 70 Nm M 10x19 bolt 85 Nm M 10x55x45 countersunk head bolt 70 Nm M 20x30 cheese-head screw 650 Nm M 10x40 bolt 85 Nm...
Hydraulic / Electric System DISCO 8550C (Tractor) 4.0 Drive diagram 2-10 10/04...
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JAGUAR 8550C (Tractor) Hydraulic / Electric System Figure: Push-type combination Front mower unit: Standard Disco 3000FC Side-mounted mower units: Identical with Disco 300C except for the frame, the drive and the feed drum. Figure: Push-type/pull-type combination Front mower unit: Standard Disco 3000FC Side-mounted mower units: Identical with Disco 300C except for the frame, the drive and the feed drum.
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Hydraulic / Electric System DISCO 8550C (Tractor) 2-12 10/04...
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100F............................2 CORTO 8100F hydraulic system ......................2 1.1.1 Key to diagram..........................2 1.1.2 Function CORTO 8100 F......................4 CORTO 8100 F electric system ......................6 1.2.1 Putting into operation........................6 1.2.2 Switching on the right-hand drive ....................6 1.2.3 Shutting down the right-hand drive ....................6 1.2.4...
Hydraulic / Electric System CORTO 8100 F/T 1.0 CORTO 8100F CORTO 8100F hydraulic system 1.1.1 Key to diagram Hydraulic pump (Jaguar) Return line oil filter (Jaguar) 4/3 way valve, double-acting (for front attachments = series equipment) 2/2 way valve, right-hand drive On/Off 2/2 way valve, left-hand drive On/Off 2/2 way valve, fold CORTO in/out 2/2 way valve, fold CORTO in/out...
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 F 10/04...
Hydraulic / Electric System CORTO 8100 F/T 1.1.2 Function Moving the mower units to transport position CORTO 8100 F Shut down the side-mounted mower units using switches (2) and (3). Shut down the main drive The mower drums must stand still. (Solenoid valves 70 and 71 switch).
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 F 10/04...
Hydraulic / Electric System CORTO 8100 F/T CORTO 8100 F electric system 1.2.1 Putting into Switch on stop switch 1. Current is applied to the relays, terminal 86 and operation the solenoid valves. 1.2.2 Switching on the Actuate rocker switch 3. right-hand drive Earth is connected to relay 17 on terminal 85 and to solenoid valve 70.
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 F 10/04...
Hydraulic / Electric System CORTO 8100 F/T 1.2.7 Lowering the left Actuate rocker switch 5. CORTO Earth is connected to relay 16 on terminal 85 and to solenoid valve 75. Relay 16 connects earth to relay 15 and to the 4/3 way solenoid valve 50A.
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 F 10/04...
Hydraulic / Electric System CORTO 8100 F/T 2.0 CORTO 8100 T 2.1 Hydraulic System CORTO 8100 T 2.1.1 Key to diagram Tractor hydraulic system pump Tractor return line oil filter 4/3 way valve, double-acting tractor control unit 3/3 way valve, single-acting tractor control unit Pressure relief valve 60 bar, left CORTO drive On/Off Pressure relief valve 60 bar, right CORTO drive On/Off Oil accumulator for Contour device...
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 T 10/04 3-11...
Hydraulic / Electric System CORTO 8100 F/T 2.1.2 Function Putting into operation Switch on stop switch 1. Current is applied to relays 5, 6, and 7, terminals 30 and 86. Switching on/Shutting down Actuate rocker switch 3. Solenoid valve 102 is energized. the right-hand drive Lock-up valve unit 102 is opened and oil can flow into cylinder 77 upon actuation of the tractor hydraulics and switch on the drive.
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 T 10/04 3-13...
Hydraulic / Electric System CORTO 8100 F/T 2.2 Electric System CORTO 8100 T 2.2.1 Key to diagram Stop switch in control terminal Left CORTO push switch, drive On/Off Right CORTO push switch, drive On/Off Indicator light in stop switch Relay (switches coils 89 and 96) Relay (switches coil 99) Relay (switches coil 101) Earth point...
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CORTO 8100 F/T Hydraulic / Electric System CORTO 8100 T 10/04 3-15...
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Hydraulic / Electric System CORTO 8100 F/T 3-16 10/04...
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LINER Hydraulic / Electric System LINER 3000 .............................2 Hydraulic System ..........................2 1.1.1 Hydraulic circuit diagram ......................2 1.1.2 Function - valve assignment ......................2 1.1.3 Valve block 21..........................4 1.1.4 Valve block 22..........................6 1.1.5 Location of components........................8 Electric System LINER 3000......................10 1.2.1 Electric circuit diagram........................10 CCT LINER 3000 ..........................12 1.3.1 Manual control ..........................14...
Hydraulic / Electric System LINER 1.1.5 Location of components Key to diagram Circulation blocking solenoid valve (master valve) Lower chassis solenoid valve Raise chassis solenoid valve Lower front rotors solenoid valve Raise front rotors solenoid valve Front rotors wider solenoid valve Front rotors narrower solenoid valve Raise rear rotors solenoid valve Lower rear rotors solenoid valve...
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LINER Hydraulic / Electric System Valve inserts The valve insert part no. 631 444.0 is built into the solenoid valves M3, M6, M7 and M10. The valve insert part no. 631 520.0 is built into solenoid valve M2. When disassembling or replacing the valve insert, the copper ring Attention 094 001.0 must be replaced.
Hydraulic / Electric System LINER 1.3 CCT LINER 3000 Key to diagram On/Off switch (press for approx. 3 seconds until LED lights up or goes out) Stop switch (program interruption) Working position switch Transport position switch Swath width front wider switch Swath width front narrower switch Raise front rotors switch Lower front rotors switch...
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LINER Hydraulic / Electric System Control sequence Switch on control unit Emergency program Normal operation Manual operation Setting the basic values Normal run of control unit - Working position - Road travel Setting the - Turning area raise height Setting the turning are time Shut down the control unit Control unit is shut down Dcvl 032 en 10/04 4-13...
Hydraulic / Electric System LINER 1.3.1 Manual control Manual control is used for diagnosis purposes. Individual functions (valves) are checked. Switching on manual Press key 3 (working position) and key 6 (front swath width) control: simultaneously for approx. 7 seconds. The flashing mode of LED 10 changes.
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LINER Hydraulic / Electric System 10/04 4-15...
Hydraulic / Electric System LINER 1.3.2 Emergency The emergency program could be used when one angle transmitter fails. program Switching on: Press key 3 (working position) and key 5 (increase front swath width) simultaneously for 7 seconds. Notes: • The emergency program goes through the different functions during the period previously stored.
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LINER Hydraulic / Electric System 10/04 4-17...
Hydraulic / Electric System LINER 1.3.3 Setting the rotor raise height Activating the setting mode: Press key 3 and key 7 simultaneously for approx. 3 seconds. The flashing mode of LED 10 changes. Go to the desired rotor Key 5: Raising the rear rotors. positions using keys 5 –...
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LINER Hydraulic / Electric System 10/04 4-19...
Hydraulic / Electric System LINER 1.3.4 Working with the rear rotors only Application: • for work on narrow plots of land • for depositing lighter swaths Operation: First press key 9. Now press key 7. The front rotors remain raised, the rear rotors are lowered to their working position.
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LINER Hydraulic / Electric System 10/04 4-21...
Hydraulic / Electric System LINER 1.3.6 Setting the The sequential control defines the time delay by which the rear rotors are sequential control lowered or raised as compared with the front rotors. on the turning area Before the first use, the control unit can be adapted to the individual ground speed.
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LINER Hydraulic / Electric System 10/04 4-23...
Hydraulic / Electric System LINER Learning the limit This process includes: stops (setting of • reading in of the individual angle transmitter values, basic values) • setting the sequential control of the rear rotors relating to the front rotors to the ex-works values (3 seconds). This process must be •...
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LINER Hydraulic / Electric System Caution: Never activate the emergency program directly after setting the basic values. When activating the emergency program directly following this setting process, a malfunction will occur: When pressing key 9 at the end of the field, all rotors are raised up to the programmed height;...
7. Switching on automatic Switch on automatic functions if not OK, load program one more time functions (DOWNLOAD). The program is loaded using the CDS (CLAAS Diagnosis System), this requires: • a download cable: part no. 935 890.0 •...
Hydraulic / Electric System LINER 1.6.3 Adjustment of angle transmitters Front angle transmitter The front angle transmitter must be installed at right angles (approx. 90°) to the frame (see picture). Rear angle transmitter The rear angle transmitter must be installed parallel to the frame. The position of the notch (K) in the actuation lever must point towards the frame or upwards when the rotors are lowered.
LINER Hydraulic / Electric System 1.6.5 Diagnosis of angle After switching on the control terminal, the angle transmitters are transmitter automatically tested: LED 10 lights up: no fault LED 10 flashing once: front angle transmitter defective LED 10 flashing twice: rear angle transmitter defective. LED 10 flashing three times: both angle transmitters defective.
Hydraulic / Electric System LINER 1.7 Compressed-air brake system Red service line hose coupler (accumulator) Yellow service line hose coupler (brake) Filter Trailer brake valve with release valve and pre-set pressure Compressed air accumulator (20 litres) Dewatering valve, manual Empty coupling Eye joint link (elongated hole) Eye joint link (elongated hole) Membrane cylinder, type 12...
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LINER Hydraulic / Electric System 10/04 4-31...
Hydraulic / Electric System LINER 3.0 LINER 650 Twin, LINER 880 LINER 650 Twin 3.1.1 Hydraulic System Connection with a double-acting control unit on the tractor Connection with a single-acting control unit on the tractor Hydraulic cylinder: Fold rear rotor (left or right) Hydraulic cylinder: Raise front rotors Hydraulic cylinder: Raise rear rotors Hydraulic cylinder: Raise drawbar...
LINER Hydraulic / Electric System LINER 880 Twin 3.2.1 Hydraulic System Shut-off tap 3/3-way valve Orifice plate ∅ 1.8 mm Orifice plate ∅ 1.8 mm Hydraulic cylinder (on left side in direction of forward travel) Hydraulic cylinder (on right side in direction of forward travel) EW Single-acting control unit 10/04 4-35...
Hydraulic / Electric System LINER 4.0 Flow divider for slopes Function The volume flow of pump (1) is directed into the flow divider (2) via an additional control unit of the tractor and port P(T). This flow divider splits up the incoming volume flow into two equal volume flows that flow to the hydraulic cylinders (3) and (4) via ports (A) and (B).
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LINER Hydraulic / Electric System The higher the pressure relief valve (5) is set, the smaller the pressure difference and consequently the lifting force of hydraulic cylinders (3) and (4). 10/04 4-37...
Hydraulic / Electric System LINER LINER 1500/1550 Function The volume flow of pump (1) is directed into the flow divider (2) via an additional control unit of the tractor and port P(T). This flow divider splits up the incoming volume flow into two equal volume flows that flow to the hydraulic cylinders (3) and (4) via ports (A) and (B).
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VOLTO Hydraulic System VOLTO 1050 H hydraulic system circuit diagram ................2 VOLTO 1050 operating instructions ....................4 Moving from transport to working position ...................4 Moving from working to transport position ...................6 VOLTO 870 H hydraulic system circuit diagram ................9 VOLTO 1050 T hydraulic system......................10 VOLTO 770 T hydraulic system......................16 VOLTO 670 hydraulic system......................18 Flow divider ............................20...
Hydraulic System VOLTO 1.0 VOLTO 1050 H hydraulic system circuit diagram Key to diagram Coupler Shut-off tap Fold side arm shut-off tap (white rope) Shut-off tap – transport/working position Orifice plate ∅ 1.5 mm Flow divider Longitudinal beam hydraulic cylinder Longitudinal beam hydraulic cylinder Right outside arm hydraulic cylinder Left-hand outside arm hydraulic cylinder...
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VOLTO Hydraulic System VOLTO 1050 H 10/04...
Hydraulic System VOLTO 2.0 VOLTO 1050 operating instructions 2.1 Moving from Lower the sensing wheel to the ground using the three-point hitch and set transport to working the three-point hitch to the float position. If the tractor has no float position position, remove the sensing wheel.
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VOLTO Hydraulic System Pull the white rope and fold the side arms fully to the outside using the double-acting control unit. Lower the inner side rotors to the ground using the single-acting control unit. 10/04...
Hydraulic System VOLTO Fully lower the outer rotors using the double-acting control unit. Important! During work, the single-acting control unit must be in float position. However, the double-acting control unit must be in neutral position (i.e. not in float position!). Moving from working to transport position...
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VOLTO Hydraulic System Important! Using the single-acting control unit, raise the side arms up to the stop. To avoid damage when folding in the side arms, always raise the rotors up to the stop. Pull the white rope and fold in the side arms fully using the double-acting control unit.
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Hydraulic System VOLTO Pull the red rope and fully raise the chassis using the single-acting control unit. • Release the rope and let the side arms rest on the support using the single-acting control unit. • Raise the machine fully at the front using the three-point hitch. Important: Never engage the p.t.o.
VOLTO Hydraulic System 3.0 VOLTO 870 H hydraulic system circuit diagram Key to diagram Quick release coupling, double-acting Shut-off tap Shut-off tap – left arm pivot point – (controlled by linkage) Lock-up valve unit Lock-up valve unit Arm hydraulic cylinder Arm hydraulic cylinder Hydraulic cylinder (field edge limit rubber blanket) Hydraulic cylinder –...
Hydraulic System VOLTO 4.0 VOLTO 1050 T hydraulic system Item Designation Remark Hydraulic cylinders Actuate the outer arms Hydraulic cylinder On the right-hand side arm Hydraulic cylinder On the left-hand side arm Hydraulic cylinders On the longitudinal beam Hydraulic cylinders Chassis Stroke limiting valve Is actuated mechanically by the outer arms.
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VOLTO Hydraulic System VOLTO 1050 T 10/04 5-11...
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Hydraulic System VOLTO Function Transport position (DW1) The following graphics shows the VOLTO 1050T in its complete transport position. • Actuate the double-acting additional control unit (DW1) of the tractor so that the volume flow flows via port (14). • The outer arms are retracted by means of hydraulic cylinders (1).
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VOLTO Hydraulic System VOLTO 1050 T 10/04 5-13...
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Hydraulic System VOLTO Function Working position (DW2) The following graphics shows the VOLTO 1050T in its complete working position. • Actuate the double-acting additional control unit (DW2) of the tractor so that the volume flow flows via port (15). • Volume flow goes to hydraulic cylinders (3).
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VOLTO Hydraulic System VOLTO 1050 T 10/04 5-15...
Hydraulic System VOLTO 5.0 VOLTO 770 T hydraulic system Item Designation Remark Hydraulic cylinders Actuate the left outer arms Hydraulic cylinders Actuate the right outer arms Hydraulic cylinder Raises and lowers the chassis Block-type ball valve Open while machine is in use. Close for transport. Accumulator Pre-stress: 40bar.
Hydraulic System VOLTO 6.0 VOLTO 670 hydraulic system Item Designation Remark Hydraulic cylinder Flow divider Supplied by PISTER. Only on VOLTO with synchronous raising. Hydraulic cylinder Shut-off tap Open while machine is in use. Close for transport. Pressure relief valve Adjusting range 0..
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VOLTO Hydraulic System Function The volume flow of pump is directed into the flow divider (2) via an additional control unit of the tractor and port P(T). This flow divider splits up the incoming volume flow into two equal volume flows that flow to the hydraulic cylinders (1) and (3) via ports (A) and (B).
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Hydraulic System VOLTO 6.1 Flow divider The higher the pressure relief valve (5) is set, the smaller the pressure difference and consequently the lifting force of hydraulic cylinders (3) and (4). 5-20 10/04...
Hydraulic System VOLTO 7.0 VOLTO 770, 770 H hydraulic system Item Designation Remark Hydraulic cylinder Flow divider Supplied by PISTER. Only on VOLTO with synchronous raising. Hydraulic cylinder Shut-off tap Open while machine is in use. Close for transport. Pressure relief valve Adjusting range 0..
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VOLTO Hydraulic System Function The volume flow of pump is directed into the flow divider (2) via an additional control unit of the tractor and port P(T). This flow divider splits up the incoming volume flow into two equal volume flows that flow to the hydraulic cylinders (1) and (3) via ports (A) and (B).
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Hydraulic System VOLTO Flow divider The higher the pressure relief valve (5) is set, the smaller the pressure difference and consequently the lifting force of hydraulic cylinders (3) and (4). 5-24 10/04...
VOLTO Hydraulic System 8.0 VOLTO 870 T hydraulic system Item Designation Remark Hydraulic cylinder Actuates the left outer arms Hydraulic cylinder Actuates the right outer arms Hydraulic cylinder When folding in, it raises the left outer arm off the ground first, thus preventing bent tines Hydraulic cylinder Ensures that both outer arms can be raised in parallel (turning area).
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DISCO 3000, CORTO 3100, 300, 252, 250 Hydraulic System Hydraulic system circuit diagram for tractor-pulled mower units: DISCO 3000 TC, TRC, AS, FG CORTO 3100, 300, 252, 250..............2 10/04...
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Hydraulic System DISCO 3000, CORTO 3100, 300, 252, 250 1.0 Hydraulic system circuit diagram for tractor-pulled mower units: DISCO 3000 TC, TRC, AS, FG CORTO 3100, 300, 252, 250 Key to diagram Chassis cylinder Chassis cylinder Drawbar - Swing cylinder Shut-off tap Lock-up valve unit Belt lift cylinder...
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DISCO 3000, CORTO 3100, 300, 252, 250 Hydraulic System Tractor-pulled mower units: DISCO 3000 TC, TRC, AS, FG / CORTO 3100, 300, 252, 250 10/04...
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Hydraulic System DISCO 3000, CORTO 3100, 300, 252, 250 10/04...
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At CLAAS KGaA mbH we are constantly improving our products to reflect the latest technological develop- ments. For this reason, we may from time to time need to make changes to diagrams and descriptions in this documentation which do not reflect products which have already been delivered and which will not be implemented on these machines.