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OPERATING INSTRUCTIONS SWING SHOVEL LOADER 23106208 AS 70 / AS 90 Ahlmann Baumaschinen GmbH Am Friedrichsbrunnen 2 D-24782 Büdelsdorf Telefon 04331/351-325 Internet: www.ahlmann-baumaschinen.de Telefax 04331/351404 E-Mail: info@ahlmann-baumaschinen.de...
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Introduction Preface Ahlmann swing loaders, articulated loaders and front loaders are part of Ahlmann selection of heavy construction equipment, and design for a wide range of uses. Years of experience in manufacturing earth-moving equipment and various auxilliary tools, modern construction and manufacturing approaches, careful testing and an stringent quality control assure the reliability of your Ahlmann wheel loader.
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Table of Contents Abbreviations used = Safety at work regulations = Road safety regulations Version: 09.2006 Printed: 09.2006 S05E/S06E...
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Table of Contents Table of contents Fundamental safety instructions Warnings and symbols ......................1 - Use of the loader as authorized ....................1 - Organizational measures ......................1 - Selection of personnel and necessary qualification ..............1 - Safety information for certain operating phases ............... 1 - 1.5.1 Normal operation ........................
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Table of Contents 5.2.5 Heating and ventilation system ....................5 - 5.2.5.1 Adjusting the amount of air ...................... 5 - 5.2.5.2 Switching on the heater ......................5 - Stopping loader operation ......................5 - 5.3.1 Parking the loader ........................5 - 5.3.2 Switching off the engine ......................
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Safety regulations Fundamental safety instruction Warnings and symbols In this operation manual the following designations or symbols are used for important information. NOTE Special information for the economical use of the machine. CAUTION Special information for necessities and prohibitions for avoiding damages.
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Safety regulations 1.3.2 In addition to the operating manual (machine and engine) the general applicable and other binding regula- tions for the prevention of accidents (especially the safety regulations of the German Trade Association - VBG 40) as well as the regulations for environment protection must be observed and the personnel must be accordingly instructed.
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Safety regulations These persons must: - have attained the age of 18 years, - be physically and intellectually suitable, - have been instructed in the operation or maintenance of the machine and must have demonstrated their ability to their employer, - must be expected to carry out the work conveyed to them in diligent manner.
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Safety regulations 1.5.1.9 Avoid any work operation which appears to be dangerous! 1.5.1.10 Persons must not be carried in the working equipment, e.g.in the attachments! 1.5.1.11 The operator may only carry out work with the machine when no persons are in the danger zone. The danger zone means that area near the machine where persons may be injured - by work-induced movements of the machine,...
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Safety regulations 1.5.1.22 The driver and guide must agree on signals for communication. These signals may only be given by the driver and guide. 1.5.1.23 The guide must be easily recognizable e.g. by wearing warning clothing and must always be in the driver’s field of vision.
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Safety regulations 1.5.2 Special work within the exploitation of the machine and elimination of defects during process or work; disposal 1.5.2.1 The prescribed dates for adjustment work, mainte- nance work and inspections laid down in the operating manual (machine and engine) must be strictly observed. This also applies to details regarding the interchanging of parts/ part equipment.
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Safety regulations 1.5.2.11 When working with hoisting equipment/elevators the slingers may only work with the approval of the driver and from the side of the boom. The driver may only give his consent if the machine is standing still and the working attachment is not being moved.
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Safety regulations 1.5.2.24 The machine must be checked by a specialist once a year. Furthermore, a specialist must check the machine whenever necessary because of operating conditions. 1.5.2.25 The test results must be recorded and kept in the archives at least until the following control date. Instructions regarding special categories of danger 1.6.1...
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Safety regulations 1.6.1.4 Work on the electrical system or on the operating system may only be carried out by a skilled electrician or by personnel instructed or supervised by such trained electrician according to electrotechnical regulations. 1.6.1.5 The electrical installation of a machine must be reviewed/inspected at regular intervals.
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Safety regulations 1.6.4 Oil, grease and other chemical substances 1.6.4.1 The relevant safety regulations must be observed when using oil, grease or other chemical substances. 1.6.4.2 Caution when working with hot fuel and other accessory material (danger of burning and scalding). 1.6.4.3 Caution when working with brake fluid and battery acid.
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Safety regulations 1.7.4 When the machine is loaded and transported the necessary auxiliary equipment must be fitted to prevent any unintended movement. The tires must be kept clean of mud, snow and ice so that the machine can drive on the ramp without danger of sliding.
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Signs Signs Warning and information signs 2,3,4 Figure 2-1 1 - Loader type plate (right-hand side) » includes identification number of vehicle « 2 - CAUTION! - Steering only possible when engine is running! 3 - CAUTION! - When driving on public roads, only rear-wheel steering may be used! 4 - CAUTION! - The distribution gear may only be shifted when the loader is not moving.
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Signs Fuses (4-11/17) View on the fuse box: Traction drive 10,0 A Turn indicator 7,5 A Hydraulics, brake lights 20,0 A Heater 20,0 A Rear window heater 20,0 A Figure 2-2 High beams 15,0 A Low beams 15,0 A Tail light, left parking light, left 5,0 A Tail light, right...
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Signs Foot pedal for swiveling (4-8/4) 1 - left 2 - right Figure 2-5 To be opened only when engine is stopped Figure 2-6 Fuel tank Diesel fuel only Figure 2-7 Hydraulic oil tank Figure 2-8 Heater Figure 2-9 Ball block valve for working/auxiliary hydraulics closed Figure 2-10 S05E/S06E...
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Figure 2-15 Read the operating instructions before starting the loader. Make sure that all other persons using the loader have also Figure 2-16 read these instructions! Reifendruck AS 70 335/80 R 18 3,5 2,5 bar 365/70 R 18 3,5 2,2 bar...
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14.5 R 20 3,5 2,2 bar Figure 2-18 Keep out of the danger zone Figure 2-19 Noise level AS 70 Noise level outside: 100 dB(A) Figure 2-20 Noise level AS 70 Noise level in the cabin: 78 dB(A) Figure 2-21 Noise level AS 70 Type “30/35 km/h”...
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Signs UVV label (annual check according to UVV) Figure 2-28 Logo - low-noise construction machine - Figure 2-29 Working platform (opt.): With working platform installed, set the ball valve of both lifting cylinders that the lever is at right angles to the flow direction Figure 2-30 Working platform (opt.): The key must not be inserted in the key-operated switch when the...
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To make it possible for the police, customs and other authorities to find and identify machines much faster, Ahlmann construction machines are fitted with the following identifying features: Identifying features on the loader (1) Loader type plate (3-1/arrow). Among other details, the loader type plate also gives the 17-digit FIN number (truck identification number) starting with W09.
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Protection against theft Transponder for drive-away interlock (Option) The "transponder for drive-away interlock" is an electronic drive-away interlock that deactivates vital loader functions. If the transponder (e.g. a tag at the iginition key) is taken away from the receiver unit (in the immediate vicinity of the ignition lock), these vital functions are interrupted.
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Description Description Overview Figure 4-1 1 - Bucket protection 2 - Bucket/attachment 3 - Tip lever/tip shaft 4 - Tilt lever 5 - Tip cylinder 6 - Bucket arm 7 - Lift cylinder 8 - Operator's cabin 9 - Hydraulic oil reservoir/filling cap 10 - Drive unit 11 - Battery compartment (right-hand side of the loader) 12 - Rear axle...
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Description Loader Undercarriage The axial piston pump for the hydraulic drive is driven by the diesel engine. Pressure hoses for extremely high pressure connect the axial piston pump with the axial piston engine. The axial piston engine is flanged to the axle distribution gear.
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Description Brake system Service brake / inching The foot-actuated service brake is operated by a pedal (4-8/3). There is a fully hydraulically working wet lamella brake in the front axle. When the pedal is pressed down, the pilot pressure of the drive pump is relieved to the tank by an inching leverage and the hydraulic pressure is built up in the main brake cylinder.
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Description All movements of the bucket arm, the bucket, the attachments and the quick change device are controlled from the operator’s seat by pilot valves. The pilot valves provide continuous speed control from “slow” to “fast”. Swivel mechanism and axle support Two single-acting swivel cylinders are fed by a separate gear-type pump via a control valve.
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Description Lifting device suspension (Option) When the loader must be driven over larger distances, especially with a loaded bucket, the lifting device suspen- sion (4-11/15) should be activated to avoid resonant motion. This becomes even more important with increasing un- evenness of the terrain and increasing speed of the loader.
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Description Driver's seat The driver's seat is hydraulically mounted and provided with weight compensation. Individual seat adjustments for safety and comfort can be made for horizontal and height positioning as well as for backrest and seat inclination. The seat belt, the fold-up arm rests and the ergonomically formed seat and back rest assure a safe and comfortable seat position.
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Description NOTE - Pay attention to the profile position. - If the profile position of the replacement wheel does not fit, the replacement wheel must only be used until an appropriate one can be fitted as soon as possible. (14) Fit the wheel nuts by hand. (15) Lower the front/rear axle using the jack.
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Description Controls 1 - Locking lever for steering column adjustment - forward/backward - higher/lower 2 - Accelerator pedal 3 - Double pedal for service brake/inching 4 - Foot pedal for swiveling 5 - Steering column switch - to the front: Turn indicator, right - to the rear: Turn indicator, left - up - Low beam...
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Description Instrument panel Figure 4-11 1 - Toggle switch for work lights 2 - Push-button: release of quick-change device 3 - Toggle switch for front interval wiper 4 - Toggle switch for front washer 5 - Toggle switch for rear wiper/washer 6 - Toggle switch for rear window heater 7 - Fuel gauge 8 - Engine oil temperature gauge...
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Operation Operation Checks before start-up - Engine oil level (see Engine Operating Instructions) - Brake fluid level - Hydraulic oil level - Tire pressure - Profile depth - Battery fluid level - Lighting system - Seat position - Swivel mechanism blocking device, remove if necessary »only if work is to be commenced«...
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Operation 5.2.2 Winter operation CAUTION If the outside temperature is below 0 °C, the machine must be properly "warmed up" to avoid damage to certain assemblies. To do so, actuate all cylinders (lifting, tipping and swivelling cylinders) for some time (depending on the ambient temperature) with the machine idling.
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Operation 5.2.2.4 Anti-freezing agent for the windshield washer system CAUTION If the temperature is expected to drop below 0 °C, add a sufficient amount of anti-freezing agent to the water in the windshield washer system (4-9/2) to prevent it from icing Heed the instructions provided by the manufacturer for the mixture ratio.
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Operation (3) Block the swivel mechanism by inserting the blocking wedge (1-3/arrow) in the swivel blocking device (1-4/arrow) and secure it using the spring cotter pin. (4) Cover the bucket cutting edge and teeth with the bucket protector (5-3/arrow). (5) Insert the plug of the bucket protector into the socket (5-4/arrow).
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Operation (5) Put the front-end excavator on solid ground (see section 6.2.2). (6) Pick up the front-end excavator with suitable lifting gear (5-5/2) and put it into the bucket. (7) Use two turnbuckles to fasten the front-end excavator in the bucket (5-6/arrows). (8) Lift the bucket with the secured front-end excavator (see section 6.1.1 or 6.2.1).
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Operation 5.2.4 Working with the loader Normally, all work is executed in hydraulic drive stage "II" (4-10/1) and a transmission step that matches the working conditions (4-11/13) (only for fast loaders). CAUTION The driving steps of the distributor transmission may only be selected when the loader is at a standstill and only if the travel direction switch (4-10/3) is set to "0"...
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Operation CAUTION - The hydraulic quick-change device must only be locked if an attachment has been mounted. - If the control lamp for the hydraulic oil temperature (4-11/23) lights up during operation, the loader must be switched off immediately, the cause must be determined by a hydraulics expert and the malfunction must be eliminated.
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Operation Stopping loader operation 5.3.1 Parking the loader (1) Stop the loader on solid ground; if possible, not on a slope. (2) Place the bucket or the front-mounted attachment on the ground. (3) Set the drive switch (4-10/3) to “0”. (4) Apply the parking brake (4-10/8).
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Operation Adjusting the operator’s seat 5.4.1 Isri seat (1) Adjust the inclination of the backrest or swing forward the back support using the hand lever (5-11/2). (2) Adjust the rear seat height and tilt by lifting the hand lever (5-11/3). (3) Adjust the front seat height and tilt by lifting the hand lever (5-11/4).
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Operation (2) Height adjustment: The height can be adjusted in several steps. Lift the driver’s seat to the desired height until it can be heard to engage. The seat returns to the lowest position when it is lifted over the topmost position (stop) (5-14). Figure 5-14 (3) Armrest inclination: Turn the handwheel (5-15/arrow) to adjust the armrest in...
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Operation (5) Adjusting the backrest: Use the locking lever (5-17/arrow) to adjust the backrest. NOTE The locking lever must engage in the desired position. It must be impossible to move the backrest to another position when the lever has engaged. Figure 5-17 (6) Longitudinal adjustment: You can adjust the seat in longitudinal direction when you...
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Attachments Attachments Mounting and dismounting the attachments without hydraulic connections 6.1.1 Standard/lightweight bucket Mounting (1) Bring the bucket arm to its lowest position and tip the quick-change device. Figure 6-1 (2) Drive the loader up to the bucket (6-1). (3) Pick up the bucket using the quick-change device and, by simultaneously tilting the quick-change device, raise the bucket until the quick-change device is next to it (6-2).
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Attachments 6.1.2 Fork-lift attachment NOTE Mounting and dismounting are carried out in the same way as for the standard/lightweight bucket (section 6.1.1). DANGER - Both bolts of the quick-change device must be in the boreholes of the fork-lift attachment and must be clearly visible (6-4/2).
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Attachments Mounting dismounting attachments with a hydraulic connection 6.2.1 Multi-purpose bucket Mounting (1) Bring the bucket arm to its lowest position and tip the quick-change device. (2) Drive the loader up to the bucket (6-6). Figure 6-6 (3) Pick up the bucket using the quick-change device and, by simultaneously tilting the quick-change device, raise the bucket until the quick-change device is next to it (6-7).
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Attachments (6) Shut down the engine and turn the ignition key to “I“. (7) Depressurise the hydraulic lines. For this purpose, press both pushbuttons for the auxiliary hydraulics (4-10/11) alternately several times. (8) Remove the protective caps from the hoses of the quick-change device (6-9/1).
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Attachments Notes on the application of the multi- purpose bucket The multi-purpose bucket can be used for: - peeling (6-10) Figure 6-10 - scraping (6-11) Figure 6-11 - grabbing (6-12) and - in bucket operation. Figure 6-12 S05E/S06E...
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Attachments 6.2.2 Front-end excavator NOTE Only for loaders with second auxiliary hydraulics circuit. Mounting Mounting is carried out in the same way as for the multi- purpose bucket (section 6.2.1 (1) ...(9)), with the exception that all four hydraulic hoses of the front-end excavator must be connected to the four quick-action couplings of the quick-change device.
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Attachments 6.2.3 Grab NOTE - Only for loaders with second auxiliary hydraulics circuit. - Fig. 6-16 shows the loader with the grab in its most far- reaching position at the start of digging. - The grab movements are shown on the symbol for the hand lever of the auxiliary hydraulics (6-25).
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Attachments Dismounting Dismounting is carried out in the same way as for the multi- purpose bucket (section 6.2.1). CAUTION - The grab must be laid down on level ground with closed grab blades to avoid damage to hoses or joints. - The hydraulic quick-change device must only be locked when an attachment has been mounted.
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Attachments Mounting the working platform (1) Insert the key in the key-operated switch (6-20/arrow). NOTE Insert the key only when the loader is at a standstill. (2) Move the bucket arm to the lowermost position, keep the actuator for the dump interlock on the pilot valve for the auxiliary hydraulics (6-19b/5) pressed and tilt down the quick-change device using the pilot valve for the working hydraulics (6-19c/2).
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Attachments DANGER - During work, the key must be removed from the key- operated switch (6-20/arrow). - Access to the platform may only be permitted by the operator if steps (1) to (11) have been completely carried out. - The operator must not move the loader until all persons have left the platform.
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Rescue, towing, lashing, lifting by crane...
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Rescue, towing, lashing, lifting by crane Rescue, towing, lashing, lifting by crane Rescue, towing, lashing 7.1.1 Rescue/towing of the swivel loader if the engine or drive has failed CAUTION The loader must not be tow-started. Any attempt to tow- start leads to damage. DANGER Secure the rescue location if it is on a public road.
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Rescue, towing, lashing, lifting by crane (8) Using a suitable lifting device, e.g. a second loader with an attached bucket, lift the bucket arm of the loader to be towed until the bucket arm support can be inserted into the loader to be towed (7-1). (9) Insert the bucket arm support (1-1/arrow) and lower the bucket arm onto the bucket arm support.
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Rescue, towing, lashing, lifting by crane DANGER - More power is required to steer if the engine has failed. - Tow the loader at walking speed (2 km/h). - The towing distance should not exceed 1 km. - For a longer distance, the defective loader must be loaded onto a truck (for the lashing points, see 7-2/1 and 7-2/2, 7-4/1 and 7-4/2).
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Rescue, towing, lashing, lifting by crane (8) Close the ball block valve for the working and auxiliary hydraulics (1-2/arrow). (9) Block the swivel mechanism by inserting the blocking wedge (1-3/arrow) in the swivel blocking mechanism (1-4/ arrow). (10) Attach the towing rod to the loader to be towed [(7-2/1 - for towing forwards) or (7-4/1 - for towing back- wards)] and to the towing vehicle.
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Rescue, towing, lashing, lifting by crane (5) Lift or lower the bucket arm until the lowest point of the bucket arm or the bucket is at least 30 cm above the road (5-2). (6) Close the ball block valve for the working and auxiliary hydraulics (1-2/arrow).
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Maintenance Maintenance Maintenance notes DANGER - The engine must be turned off. - For work to be carried out under the bucket arm: - the bucket must be emptied or the attachment must be relieved, - the bucket arm support (1-1/arrow) is to be inserted, - the ball block valve for the working and auxiliary hydraulics (1-2/arrow) must be closed,...
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Maintenance Maintenance work 8.2.1 Checking the engine oil level See Engine Operating Instructions. 8.2.2 Checking the oil level in the axles 8.2.2.1 Rear axle of the slow loader » 20 km/h « Figure 8-1 (1) Unscrew the plugs from the axle arch (8-1/arrow) and the intermediate gear (8-2/arrow).
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Maintenance NOTE - The axle arch and the distribution gear do not have a common oil reservoir. - The oil level must reach the plug bores. - Collect any escaping oil. (2) Replace the plugs. Figure 8-4 8.2.2.3 Planetary gear (1) Move the loader until the marking line “OIL LEVEL”...
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Maintenance 8.2.3 Checking the oil level in the hydraulic oil reservoir (1) Park the loader in a level position. (2) Move the bucket to its lowest position. (3) Tilt the quick-change device and move out the locking bolts using the hand lever for the auxiliary hydraulics (4-9/5). (4) Open the motor cover.
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Maintenance (3) Replace the plugs for the axle arch (8-9/1 and 8-9/2) and the intermediate gear (8-10/2). (4) Fill oil into the plug bore of the axle arch (8-9/3) and of the intermediate gear (8-10/1) until the oil reaches the opening (8-9/4 or 8-10/1).
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Maintenance 8.2.5.3 Planetary gear (1) Move the loader so that the plug (8-13/arrow) is positioned at 6 o'clock. (2) Place an oil drain vessel with a drain channel under- neath the gear. (3) Unscrew the drain plug and let the oil drain out. CAUTION Waste oil must be disposed of in such a way that it will not cause pollution.
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Maintenance (3) Replace the plugs (8-15/1 and 8-16/1). (4) Fill in oil via the plug bore (8-15/3) until the oil level reaches the opening (8-15/2 or 8-16/2). NOTE - Information about the quantity of oil is given in the maintenance plan (chapter 8.4). - After a few minutes, when the oil level has lowered, top up the oil until the oil level reaches the marked level and remains stable.
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Maintenance 8.2.7 Changing the hydraulic oil filter inserts CAUTION Change the filter inserts according to the maintenance plan or when the clogging indicator lamp (4-11/23) lights up. NOTE The clogging indicator lamp may light up briefly after a cold start but will go out when the hydraulic oil has reached its operating temperature.
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Maintenance (3) Pull out the filter cartridge (8-22/arrow) by carefully turning it back and forth. (4) Clean the filter cartridge. CAUTION - For cleaning, use a compressed air gun to which a pipe (angled at 90°) has been attached. The pipe must be sufficiently long to reach the cartridge bottom.
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Maintenance 8.2.10 Replacing the fuel filter See the Engine Operating Instructions. 8.2.11 Exchanging the starter battery NOTE The starter battery is a maintenance-free part according to DIN 72311, section 7. It is located to the right in the motor compartment. (1) Pull off the battery main switch (4-10/5).
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Maintenance 8.2.13 Checking/adjusting the parking brake play DANGER - All work on the brake system must only be carried out by authorized personnel. - Oil loss (leaks) in the brake system must be imme- diately reported to authorized personnel. (1) Check the brake's hydraulic oil level (4-10/4) and top up if necessary.
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Grease/oil lubrication points - Item 8 of the maintenance plan. - Marked in red on the loader. 8.3.1 Rear axle pivot bolt (8-30/arrows) CAUTION The rear axle pivot bolt must be lubricated every 50 operating hours. Figure 8-30 8.3.2 Rear axle (8-31/arrows) CAUTION The spindle bolts must be lubricated every 50 operating hours.
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Maintenance 8.3.4 Bucket motor (8-33 and 8-34) CAUTION The support bolts of the bucket motor must be lubricated every 10 operating hours. Items 1 + 2 Swivel unit/bucket motor Item Toggle lever Items 4 + 5 Bucket motor/quick-change device Items 6 + 7 Tip rod bolt Item Tip lever...
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Maintenance 8.3.6 Driver's cabin doors (8-36/arrows) CAUTION The hinges of the driver's cabin doors must be lubricated every 50 operating hours. NOTE Lubricate the hinges on both doors of the driver's cabin. Figure 8-36 8.3.7 Multi-purpose bucket CAUTION The bearing bolts of the multi-purpose bucket must be lubricated every 10 operating hours.
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Maintenance 8.3.8 Front-end excavator CAUTION The bearing bolts of the front-end excavator must be lubricated every 10 operating hours. NOTE - Lubricate the bolts (8-39/1, 8-39/2, 8-39/3, 8-39/5 and 8-39/7) at both ends. - Item 8-39/4 shows the lubricating point of the shaft cylinder.
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Maintenance 8.3.9.2 Supporting valve activation (8-42/ arrow) CAUTION The leverage of the supporting valve activation must be lubricated with engine oil every 50 operating hours. NOTE Lubricate only the visible surface of the spring housing piston rod. Figure 8-42 S05E/S06E 8-17...
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Malfunctions, causes and remedies Malfunctions, causes and remedies NOTE *) Malfunctions may only be remedied by authorized personnel Malfunction Possible cause Remedy Engine See Engine Operating Instructions Engine does not start Drive switch (4-10/3) is not Switch into neutral position in the neutral position Bucket arm cannot be Pressure relief valve in...
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Malfunctions, causes and remedies Malfunction Possible cause Remedy Defects in the drive and working The filter is clogged Replace filter insert hydraulics Lack of oil in the hydraulic Refill oil oil reservoir Electrical connections to the axial Connect according to the wiring piston pump are loose, diagram or clean disconnected or oxydized...
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11 Technical Data (Equipment) Technical Data 11.1 AS 70 NOTE All technical data refer to tire size 365/70 R18. 11.1.1 Loader - Height 2720 mm - Width 1940 mm - Wheel base 1900 mm - Track width 1580 mm - Operation weight without attachments...
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Technical Data (Equipment) 11 Type “35 km/h” 1st gear - Travel speed I 0 ..6 km/h - Travel speed II 0 ..17 km/h 2nd gear - Travel speed I 0 ...10.5 km/h - Travel speed II 0 ..35 km/h 11.1.6 Axle loads - Permitted axle loads in accordance with StVZO - Front 4500 kg...
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11 Technical Data (Equipment) 11.1.11.1 Swivel mechanism - Flow 35.0 l/min - Max. operating pressure 200 bar - 2 swivel cylinders, diameter 100 mm - Swivel time 180° 7.0 s 11.1.11.2 Stabilizers - Operating press. load-controlled - 2 stabilizer cylinders, plunger diameter 50 mm 11.1.12 Fuel supply system - Capacity, fuel tank...
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Technical Data (Equipment) 11 11.2 AS 90/AZ 85t NOTE All technical data refer to tire size 365/80 R 20. 11.2.1 Loader - Height 2770 mm - Width 2030 mm - Wheel base 1900 mm - Track width 1680 mm - Operation weight without attachments 5845 kg - Ground clearance - Differential...
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11 Technical Data (Equipment) Type “40 km/h” 1st gear - Travel speed I 0..6 km/h - Travel speed II 0 ..17 km/h 2nd gear - Travel speed I 0 ...10,5 km/h - Travel speed II 0 ..40 km/h 11.2.6 Axle loads - Permitted axle loads in accordance with StVZO - Front 4500 kg...
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Technical Data (Equipment) 11 11.2.11 Hydraulic system - Capacity 130 l - Hydraulic oil tank 86 l - Flow 82.5 + 35.0 l/min - Max. operating pressure 200 bar - 2 lift cylinders, diameter 90 mm - 1 tip cylinder, diameter 100 mm - Times acc.
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12 Technical Data (Attachments) 12.1 AS 70 NOTE - All technical data refer to tire size 365/70 R 18. 12.1.1 Buckets - Dimensions acc. to ISO 7131/35 12-2 S05E/S06E...
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Technical Data (Attachments) 12 12.1.1 Buckets Bucket type Standard Lightweight Multi-purpose bucket bucket bucket Bucket volume acc. to DIN/ISO 7546 m³ 0,70 0,55 Bucket width 1950 2000 1870 Dead weight Loads according to DIN 24094 Bulk density t/m³ 1,45 Tip load - frontal 3060 2900...
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12 Technical Data (Attachments) 12.1.2 Fork-lift attachment - Dimensions acc. to ISO 7131/35 12-4 S05E/S06E...
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Technical Data (Attachments) 12 12.1.2 Fork-lift attachment Fork length 1100 mm Fork height 45 mm Fork spacing (center - center) - min. 216 mm - max. 1054 mm Dead weight 210 kg Perm. payload N acc. to DIN 24094 frontal - level terrain (stability safety factor 1.25) 2080 kg - rough terrain (stability safety factor 1.67)
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12 Technical Data (Attachments) 12.1.3 Front-end excavator - Dimensions acc. to ISO 7131/35 12-6 S05E/S06E...
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Technical Data (Attachments) 12 12.1.3 Front-end excavator Max. break-out force at bucket cutting edge 3200 daN Max. tear-out force with bucket cutting edge 2900 daN Bucket volume Bucket widths Dead weight acc. to DIN ISO 7451 acc. to DIN ISO 7451 0.16 m³...
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12 Technical Data (Attachments) 12.1.4 Grab - Dimensions acc. to ISO 7131/35 12-8 S05E/S06E...
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Technical Data (Attachments) 12 12.1.4 Grab Grab type Grab volume Grab blade width Dead weight KM 626 0.05 m 250 mm 90 kg KM 626 0.07 m 350 mm 100 kg KM 626 0.09 m 250 mm 110 kg KM 626 0.10 m 450 mm 125 kg...
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12 Technical Data (Attachments) 12.1.5 Lifting hook - Dimensions acc. to ISO 7131/35 12-10 S05E/S06E...
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Technical Data (Attachments) 12 12.1.5 Lifting hook Permissible payload according to DIN EN 474-3 (Measurement analog to ISO 8313) - Max. reach (stability safety factor 2) - front 880 kg - swiveled 640 kg Dead weight 162 kg Total length 5950 mm CC Min.
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12 Technical Data (Attachments) 12.2 AS 90/AZ 85t NOTE - All technical data refer to tire size 365/80 R 20. 12.2.1 Buckets - Dimensions acc. to ISO 7131/35 12-12 S05E/S06E...
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Technical Data (Attachments) 12 12.2.1 Buckets Bucket type Standard Lightweight Multi-purpose bucket bucket bucket Bucket volume acc. to DIN/ISO 7546 m³ Bucket width 2100 2000 2100 Dead weight Loads according to DIN 24094 Bulk density t/m³ Tip load - frontal 3240 3180 3140...
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12 Technical Data (Attachments) 12.2.2 Fork-lift attachment - Dimensions acc. to ISO 7131/35 12-14 S05E/S06E...
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Technical Data (Attachments) 12 12.2.2 Fork-lift attachment Fork length 1100 mm Fork height 45 mm Fork spacing (center - center) - min. 216 mm - max. 1054 mm Dead weight 210 kg Perm. payload N acc. to DIN 24094 frontal - level terrain (stability safety factor 1.25) 2300 kg - rough terrain (stability safety factor 1.67)
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12 Technical Data (Attachments) 12.2.3 Front-end excavator - Dimensions acc. to ISO 7131/35 12-16 S05E/S06E...
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Technical Data (Attachments) 12 12.2.3 Front-end excavator Max. break-out force at bucket cutting edge 3200 daN Max. tear-out force with bucket cutting edge 2900 daN Bucket volume Bucket widths Dead weight acc. to DIN ISO 7451 acc. to DIN ISO 7451 0.16 m³...
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12 Technical Data (Attachments) 12.2.4 Grab - Dimensions acc. to ISO 7131/35 12-18 S05E/S06E...
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Technical Data (Attachments) 12 12.2.4 Grab Grab type Grab volume Grab blade width Dead weight KM 626 0,05 m 250 mm 90 kg KM 626 0,07 m 350 mm 100 kg KM 626 0,09 m 250 mm 110 kg KM 626 0,10 m 450 mm 125 kg...
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12 Technical Data (Attachments) 12.2.5 Lifting hook - Dimensions acc. to ISO 7131/35 12-20 S05E/S06E...
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Technical Data (Attachments) 12 12.2.5 Lifting hook Permissible payload according to DIN EN 474-3 (Measurement analog to ISO 8313) - Max. reach (stability safety factor 2) - front 960 kg - swiveled 780 kg Dead weight 162 kg Total length 5950 mm Min.
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