Nostolift XS240 Operation & Maintenance Manual

Self-propelled telescopic platform

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XS240

SELF-PROPELLED

TELESCOPIC PLATFORM

OPERATION

MAINTENANCE

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Summary of Contents for Nostolift XS240

Page 1 XS240 SELF-PROPELLED TELESCOPIC PLATFORM OPERATION MAINTENANCE...
Page 2: Table Of Contents
20 PROBLEMS IN OPERATING THE ACCESS PLATFORM ..........50 21 INSTRUCTIONS AND RECORDS FOR RE-INSPECTION ........... 51 22 TERMS OF WARRANTY FOR NOSTOLIFT XS ACCESS PLATFORMS ....59 23 WARRANTY COMPENSATION APPLICATION ............61 24 BILL OF DELIVERY ......................62 25 WARRANTY ........................
Page 3: Introduction
The electrical emergency lowering system can be controlled from the platform and from the turntable. Due to its telescopic boom, Nostolift XS 240 has a wide side reach, and the work is also facilitated as the slewing mechanism rotates without limitation. The jib boom as standard equipment ensures agile movements.
Page 4: Transport Dimensions
® SELF-PROPELLED TELESCOPIC PLATFORM 2 TRANSPORT DIMENSIONS Figure 1. Transport dimensions Dimension Dimension 7150 281.5 K, wide tyre 13.4 (depending 2335 91.9 K, all-terrain tyre 10.6 tyres) 14.0 ØL, wide tyre 29.5 16.9 ØL, all-terrain tyre 29.9 2290 90.7 M, wide tyre 2070 81.5 1275...
Page 5: Lifting The Access Platform With Lifting Hook
® SELF-PROPELLED TELESCOPIC PLATFORM 3 LIFTING THE ACCESS PLATFORM WITH LIFTING HOOK Figure 2. Lifting the Access Platform with lifting hook Distance of centre of gravity 1,25 Distance of centre of gravity 1,04 Centre of gravity...
Page 6: Specification
® SELF-PROPELLED TELESCOPIC PLATFORM 4 SPECIFICATION Figure 3. Specification...
Page 7 ® SELF-PROPELLED TELESCOPIC PLATFORM Platform Boom Turntable Combustion engine Controls on the platform: boom/platform, outriggers, and driving Controls for ground operation of boom Chassis Front axle, rocker axle Front wheel and brakes Rear axle, dead Rear wheel and brakes Pivot bearing Slewing motor, gear and brake Fuel tank, filling on the left side of the Access Platform Hydraulic oil tank, on the left side of the Access Platform...
Page 8: Technical Data
® SELF-PROPELLED TELESCOPIC PLATFORM 5 TECHNICAL DATA Max. height of platform bottom from ground.........22.00 m (72’ 2”) Max. working height..............24.00 m (78’ 9”) Min. lifting radius measured from the outer edge of platform with max. working height...............1.4 m (4’ 7”) Max.
Page 9 ® SELF-PROPELLED TELESCOPIC PLATFORM when operated from the platform....77 dbA Output of hydraulic pump at 2400 rpm..........max. 43 l/min (11,4 gpm) Hydraulic pressure: boom.............230 bar - drive motors and outriggers............250 bar Hydraulic pump: axial variable displacement piston pump Volume of hydraulic oil tank............60 l (15,8 gal) Volume of fuel tank...............60 l (15,8 gal) Combustion engine...............Kubota V1505-BB-EC-1 Kubota V1505-BB-EC-1:...
Page 10 ® SELF-PROPELLED TELESCOPIC PLATFORM 5.1 NOSTOLIFT XS 240 BOOM GEOMETRY...
Page 11 ® SELF-PROPELLED TELESCOPIC PLATFORM...
Page 12: General Safety Instructions
Access Platforms. In practice, the owner/holder of the Access Platform must make sure that each operator is trained. 3. Nostolift XS 240 is fitted with the following fail-safe safety limit switches: - support position of outriggers - ground contact of outriggers...
Page 13 ® SELF-PROPELLED TELESCOPIC PLATFORM 12. Be aware of the health risk in hot or chilly working environment. 13. Do not increase the wind load of the Access Platform with extra cover boards or load which enlarge the wind surface. 14. Do not increase the reach or working height of the platform by using planks, ladders or any other device.
Page 14 ® SELF-PROPELLED TELESCOPIC PLATFORM 27. Check the following issues daily before starting the work: 27.1 Checking the outriggers: - Refer to the instructions in chapter "Checking the safety limits of outriggers". 27.2 Checking the telescope: - Refer to the instructions in chapter ”Checking the reach of telescope”. 27.3 Checking the lifting function: - Refer to the instructions in chapter ”Checking the lifting radius”.
Page 15: Maximum Slope
® SELF-PROPELLED TELESCOPIC PLATFORM 7 MAXIMUM SLOPE Figure 4. Maximum slope WARNING! MAKE SURE THAT THE ACCESS PLATFORM DOES NOT SLIDE ON SLOPING GROUND. IF NEEDED, ATTACH ADDITIONAL CALKS ON THE SOLE PLATES.
Page 16: Combustion Engine
SELF-PROPELLED TELESCOPIC PLATFORM 8 COMBUSTION ENGINE The combustion engine of Nostolift XS 240 is a diesel engine, type Kubota V1505-BB-EC- The speed of revolution of the engine has been adjusted to 2400 rpm at the factory. The maximum speed of revolution is 3000 rpm, which must not be exceeded. The engine will not start before the necessary glow time has elapsed.
Page 17 ® SELF-PROPELLED TELESCOPIC PLATFORM 9.1.1 Controls Figure 6 Push-button No. 1: - EMERGENCY STOP. - Pressing the EMERGENCY STOP push-button switches off the combustion engine and stops all movements of the Access Platform. - The button gets locked in the lower position and the combustion engine cannot be re- started until the button is released back to the upper position.
Page 18 ® SELF-PROPELLED TELESCOPIC PLATFORM - When this switch is used, the outriggers must be in the support position. Switch No. 4: - Boom extension. - The boom extension moves out/in in the direction of the switch movement. - When this switch is used, the outriggers must be in the support position. Switch No.
Page 19 - Run in the boom extension and then lower the platform to the ground using the boom switches. 9.3 CONTROLS ON THE PLATFORM Nostolift XS 240 can be driven and operated completely from the platform. 9.3.1 Controls Figure 7 Left joystick...
Page 20: Driving The Access Platform
® SELF-PROPELLED TELESCOPIC PLATFORM Pedal Figure 8 10DRIVING THE ACCESS PLATFORM - Make sure that nothing obstructs the transfer of the Access Platform and that there are no persons near the Access Platform who might get in danger when the Access Platform is transferred.
Page 21 ® SELF-PROPELLED TELESCOPIC PLATFORM the steering mode chosen. Steering speed changes on the basis of how much the joystick is moved. - The steering mode is chosen by using the using selector switch (13). In rear wheel steering "3”, only the wheels on the platform-side axle steer. In position ”2”, the wheels on the front and rear axles turn in different directions.
Page 22: Use Of Outriggers
® SELF-PROPELLED TELESCOPIC PLATFORM 11 USE OF OUTRIGGERS - Make sure that the base is sufficiently even and hard. If the base is soft, use sufficiently large plates under the sole of outriggers (see Soil tightness table). - On icy or otherwise slippery base, use additional calks on the sole plates of outriggers, especially if the Access Platform is used on an inclining surface.
Page 23 ® SELF-PROPELLED TELESCOPIC PLATFORM 7. Joystick straight to the left = both left-hand side outriggers up/down 8. Joystick to the upper left corner = left-hand side front outrigger up/down - Lower all outriggers and lift the Access Platform to be supported by the outriggers. Once all ground sensors have activated, the horizontal position lights (14) in the control panel switch on.
Page 24 ® SELF-PROPELLED TELESCOPIC PLATFORM The Access Platform is provided with torque control which interrupts the distancing movements of the boom when the maximum permitted torque (=side reach) has been achieved. In this case, it is only possible to lift the boom, run the extension in and the jib down.
Page 25: Primary Controls Of Kubota V1505
® SELF-PROPELLED TELESCOPIC PLATFORM Figure 10 12PRIMARY CONTROLS OF KUBOTA V1505 Figure 11. Kubota V1505 1. Filling of engine oil Oil volume dipstick 2. Oil filter Revolution speed control 3. Oil drainage opening Stopping solenoid - The combustion engine of the Access Platform is provided with an automatic control for raising/reducing the revolution speed of the engine.
Page 26 ® SELF-PROPELLED TELESCOPIC PLATFORM - In extremely cold weather, let the combustion engine run for a few minutes and then warm up the hydraulics by performing some movements with the booms at slow speed. - Protect the platform and controls from snow and ice when not working with the Access Platform.
Page 27: Procedures Before Taking The Access Platform Into Use
® SELF-PROPELLED TELESCOPIC PLATFORM 13PROCEDURES BEFORE TAKING ACCESS PLATFORM INTO USE 13.1 INSPECTED ITEMS AND INTERVALS Check the following always before using the Access Platform at the intervals stated in the table. DO NOT USE A FAULTY ACCESS PLATFORM! Daily Weekly Monthly Note...
Page 28 ® SELF-PROPELLED TELESCOPIC PLATFORM 13.2 CHECKING THE PERMITTED LIFTING RADIUS The functioning of the limiter of lifting radius depends on the platform load and lifting radius. The limiter is activated if the platform load is too heavy to start with, if the telescope or the jib are too far extended, or if the raising movement has gone to the limit.
Page 29 ® SELF-PROPELLED TELESCOPIC PLATFORM activated. Once this safety limit has activated, the booms must be brought to the normal operating range by starting the engine and running in the booms. There is no risk of tipping over even within the operating range of the backup safety limit. 13.4 CHECKING THE LIFTING RADIUS Figure 13 Checking the lifting radius...
Page 30 ® SELF-PROPELLED TELESCOPIC PLATFORM 13.5 CHECKING THE BACKUP SAFETY LIMIT FOR LOAD CONTROL Figure 15. Checking the backup safety limit for load control 13.5.1 Operating principle of backup safety limit switch If the actual safety limit switches are out of order or if the permitted loading of the boom, i.e.
Page 31 ® SELF-PROPELLED TELESCOPIC PLATFORM 3. From the ground operating point, run the jib to a horizontal position and run the telescope farther until the actual load control cuts the movement. 4. Remove the 230 kg load and run the empty platform 500 mm more out from this position.
Page 32 ® SELF-PROPELLED TELESCOPIC PLATFORM When the maximum platform load (230 kg) is reached, the overload signal light will be lit, the text ” MAX. PLATFORM LOAD !!” will be displayed and a discontinuous sound alarm will go on. When the maximum permitted platform load is exceeded, the text ”PLATFORM OVERLOAD!! Reduce load.
Page 33 ® SELF-PROPELLED TELESCOPIC PLATFORM 9. Remove some of the load from the platform. The overload alarm should go off and the ‘Max. platform load’ text should disappear. Note measuring accuracy. 10 If the platform load control does not operate properly, grease the bearings (3) of the cranks (2), 8 in all, and repeat the check.
Page 34 ® SELF-PROPELLED TELESCOPIC PLATFORM Press F1 SELECT in the FUNCTIONS menu Select FP-3: tare using the arrow keys Press F1 SELECT Adjust taring value using the arrow keys. If platform load control operates too soon, reduce the value. If platform load control operates too late, increase the value Save the taring by pressing F1 OK You can cancel the change by pressing F2 CANCEL.
Page 35 ® SELF-PROPELLED TELESCOPIC PLATFORM 13.7 CHECKING THE SAFETY LIMITS OF OUTRIGGERS - Check the functioning of the outrigger safety limits by trying to move the boom while the outriggers are up. If the boom moves, stop the movements and ascertain the fault. - Place the outriggers in the support position (wheels are off the ground).
Page 36: Checking The Volume Of And Adding Hydraulic Oil
ADDING HYDRAULIC OIL The hydraulic oil tank of Nostolift XS 240 has a level switch which is connected to the control system of the Access Platform. The display on the platform indicates if the level of hydraulic oil is too low. The hydraulic oil tank must always be filled in accordance with this instruction.
Page 37: Soil Tightness Table
® SELF-PROPELLED TELESCOPIC PLATFORM - Before opening the filling cap, make sure that the environment of the cap is clean. Clean if necessary. - When adding oil, the boom must be on the transport support and the outriggers in the upper position.
Page 38: Location Of Safety Limits And Electric Components
® SELF-PROPELLED TELESCOPIC PLATFORM Very tight structure > Sand Medium tight structure < 350* Loose structure < 350* Very tight structure > Fine sand Medium tight structure < 350* Loose structure < 350* Clay & fine Loose (easy to work) <...
Page 39: Towing The Access Platform
® SELF-PROPELLED TELESCOPIC PLATFORM Indicator of horizontal level Control panel on platform Foot pedal Limit switch for transport support 17TOWING THE ACCESS PLATFORM The Access Platform must be towed if it gets stuck while being transferred. 1. Tow the Access Platform by the towing eye located at the front or rear of the Access Platform.
Page 40: Maintenance
Change the filter element after the first twenty (20) hours of operation and after this every five hundred (500) operating hours. Filter element: Finn-Filter FC5000.F010. gasket B, Nostolift Oy’s spare part number 3090877. Lubricate the filter element gasket with hydraulic oil before attachment.
Page 41 ® SELF-PROPELLED TELESCOPIC PLATFORM 19.4 MAINTENANCE SCHEME (BASED ON OPERATING HOURS) Daily Check hydraulic oil quantity Check fuel quantity Check load-bearing constructions Check hydraulic hoses and pipes and tightness of hydraulic couplings Check the functioning of emergency stop and safety devices Test all directions of functions 50h intervals Lubricate all bearings and sliding surfaces...
Page 42 ® SELF-PROPELLED TELESCOPIC PLATFORM 19.5 SERVICE PROGRAMME FOR DIESEL ENGINE Daily with the Check for oil and fuel leakages, repair leakages before use. engine switched Check engine oil level and cleanliness. Add oil, if needed. Check the amount of coolant. NOTE NEVER OPEN THE RADIATOR FILLING CAP OF A HOT ENGINE...
Page 43 ® SELF-PROPELLED TELESCOPIC PLATFORM Every 1500h Check the condition of injector nozzles. Every 3000h Check the injection pump. Check the timing of injection. Every 12 months Replace the air filter element. * Check for damage in electrical conductors, and check the condition of connectors.
Page 44 ® SELF-PROPELLED TELESCOPIC PLATFORM 7. Open the oil cap (1) and fill the crankcase with new oil. Check that the oil level is up to the upper mark of the dipstick (4). 8. Close the oil cap and replace the dipstick. Let the motor run for a few minutes. Check for oil leaks and after oil pressure is stable check the oil level with the dipstick.
Page 45 ® SELF-PROPELLED TELESCOPIC PLATFORM Pivoted axle bearings of wheels Sliding surfaces of brake cylinders Articulation bearings of platform slewing cylinder Pivot bearing and tooth ring. Too much grease can break the gasket of pivot bearing. Lubricate every 950 hours or at least every 6 months. There are two lubrication points in the bearing.
Page 46 ® SELF-PROPELLED TELESCOPIC PLATFORM - Lithium-based all-round grease e.g. Esso Beacon EP2 - Lubrication instruction: must ooze out a little during greasing 19.8.5 Pivot bearing - Lithium-based all-round grease e.g. - Esso Beacon EP2 - Shell Alvania EP2 - Mobil Mobilux EP2 19.8.6 Slewing gear - Oil volume 1.5 l...
Page 47 ® SELF-PROPELLED TELESCOPIC PLATFORM Figure 24 Changing the brake pads Drive the Access Platform onto level and firm ground. Use the outriggers to raise the wheels slightly off the ground and turn off the engine. Remove the wheels. Loosen the adjustment locking nut 1. Turn adjustment screw 2 clockwise until the brake pads are released.
Page 48 NOTE! IF THE VALVE IS TURNED TO THE MINUS DIRECTION (COMPLETELY CLOSED), THE BRAKES DO NOT CLOSE. 19.9.4 Boom chains - adjustment and maintenance The two outermost boom extensions of Nostolift XS 240 (the extensions closest to the platform) are moved by chains.
Page 49 ® SELF-PROPELLED TELESCOPIC PLATFORM Figure 26. Adjustment of chains Extension chains of the second outermost extension Extension chains of the outermost extension Retraction chain of the second outermost extension Retraction chain of the outermost extension Locking nut Adjusting screw Lifting boom First extension Second outermost extension Outermost extension...
Page 50 ® SELF-PROPELLED TELESCOPIC PLATFORM 1. Support the Access Platform on the outriggers with the wheels slightly off the ground. Raise the jib straight parallel with the boom. Lower the platform for instance on a pump lifter or other carriage equipped with wheels. 2.
Page 51: Problems In Operating The Access Platform
® SELF-PROPELLED TELESCOPIC PLATFORM Preliminary torque for screws with Preliminary torque for screws with metric ISO thread metric ISO fine thread 10.9 10.9 12.9 12.9 M8 x 1 24.5 34.3 40.2 68,6 1.25 13.7 16.2 85.3 23.5 33.3 39.2 1.25 47.1 65.7 79.4...
Page 52: Instructions And Records For Re-Inspection
21.1 INSPECTION OF THE ACCESS PLATFORM Nostolift XS 240 must be inspected in accordance with these instructions at least once a year and, if needed, more frequently. The inspection interval must not exceed 12 months from the commissioning of the Access Platform. If uncertain, contact the manufacturer or importer.
Page 53 ® SELF-PROPELLED TELESCOPIC PLATFORM Operating point stickers 21.3 GENERAL REQUIREMENTS 21.3.1 Manual A manual must always be kept with the Access Platform. 21.3.2 Locker for manual The manual must always be kept in the equipment case. 21.3.3 Manufacturer's plate The manufacturer's plate of the Access Platform must be unbroken and clearly marked. The plate has been riveted onto the chassis next to the equipment case.
Page 54 ® SELF-PROPELLED TELESCOPIC PLATFORM General instructions for the operators 21.3.6 Plate for outriggers The maximum supporting load and instructions regarding the use of extra plates must be indelibly and clearly marked at the place where the outriggers are used. With the boom slewed above the outrigger in question at the maximum working load, the supporting load is 37000 N = 2550 kg.
Page 55 ® SELF-PROPELLED TELESCOPIC PLATFORM The Access Platform must be fitted with a device to prevent the use of the platform before the outriggers are in the support position, i.e. the outriggers must be in the fully extended position. The preventing device must active at the latest when the free distance between the horizontal level (= even ground) and the support plate exceeds 300 mm.
Page 56 ® SELF-PROPELLED TELESCOPIC PLATFORM - The operating instruction sticker for the emergency lowering system is located on the engine guard. - The pressure for the emergency lowering system is produced with the electric pump, and the system is controlled from the platform with control levers and by pressing continuously the push-button of the emergency lowering pump.
Page 57 ® SELF-PROPELLED TELESCOPIC PLATFORM 21.5.5 Outriggers Wear Corrosion damage Welds 21.5.6 Transport position Rack and pin for transport position of boom Position of outriggers and reliability of lock valves Condition of brakes 21.5.7 Hydraulic system Leakages Condition of hoses (even a slightly damaged or leaking the hose must be replaced) 21.5.8 Electric system...
Page 58 ® SELF-PROPELLED TELESCOPIC PLATFORM - The controls on the platform must be protected against unintentional faulty operation. 21.6.3 Symbols - The movement directions and the analogies between the controls and the platform movements are shown by means of stickers. When unreadable or damaged, the stickers must be replaced.
Page 59 With machine-driven lifters, the test load must be 125% of the nominal load, i.e. 288 kg for Nostolift XS 240. The test is carried out by releasing the adjustment screws of load control completely for the duration of test loading. After test loading, load control must re- adjusted.
Page 60: Terms Of Warranty For Nostolift Xs Access Platforms
8. The warranty does not apply to hydraulic hoses and seals. For components purchased by Nostolift Oy for the Access Platform, such as the pivot bearing, Nostolift Oy will pass on a warranty that is equal to the warranty given by the component’s manufacturer/seller to Nostolift Oy.
Page 61 Access Platform, foreign or inappropriate parts have been installed in the Access Platform, or permitted pressure settings of hydraulic equipment preset by Nostolift Oy have been changed without written permission of Nostolift Oy. 12. The warranty will apply provided that a completed installation inspection record, with an assurance by the buyer/user of having read and understood the manual, is returned to the manufacturer within 14 days of installation.
Page 62: Warranty Compensation Application
New parts have been delivered, consignment note no._____________________________ No. of invoice____________________________Date (d/m/y)____/____200___________ Signature _____________________________________________________________ Name in block letters ___________________________________________________ Enclosures _____________________________________________________________ To be filled in by Nostolift Oy: Takuuhakemus saapunut:_____/____200_____ Osat saapuneet:______/____200______Osien säilytyspaikka__________ PÄÄTÖS Takuuanomus hylätty, laskutetaan kaikki Hyväksytty työkust. ja varaosat________ _______________________________________________________________________...
Page 63: Bill Of Delivery
24BILL OF DELIVERY NOSTOLIFT OY Ratakaari 11 27500 KAUTTUA FINLAND Tel. + 358 (2) 8378 6300 Fax + 358 (2) 8378 6311 Commissioning date (d/m/y):_____/_____200____ Nostolift XS 240 Serial number ______________________Owner______________________________ Accessories________________________Street address________________________ __________________________________ __________________________________Postal code and town__________________ __________________________________ __________________________________Telephone___________________________ __________________________________...
Page 64: Warranty
® SELF-PROPELLED TELESCOPIC PLATFORM __________________________________Seller________________________________ 25WARRANTY _______/______200_________ SERIAL NUMBER______________________________________________________ SELLER:_____________________________________________________________...
Page 65: Directives And Standards Applied
® SELF-PROPELLED TELESCOPIC PLATFORM 26DIRECTIVES AND STANDARDS APPLIED The following directives and standards have been applied to the design of the machine: - EU declaration of conformity: directive 89/392/EEC as amended as well as the national Council of State Decision VNp 1314/94. - CE marking: directive 93/68/EEC.
Page 66: Eu Declaration Of Conformity For Machinery
Tel. + 358 (2) 8378 6300 Fax + 358 (2) 8378 6311 herewith declares that Self-Propelled Telescopic Platform Nostolift XS 240 serial number 4024 is in conformity with the provisions of the Machine Directive 98/37/EEC, 89/336/EEC as amended and with national implementing legislation (Council of State Decision on machine safety Vnp 1314/94).
Page 67 To ensure that the warranty of the Kubota engine starts on the commissioning date of the machine, please complete the below form and forward it by e-mail, post or fax to the address given below. Commissioning date (d/m/y): ______/_______200___ Nostolift XS 240 ENGINE TYPE: KUBOTA V1505 MANUFACTURING NUMBER:________________SERIAL NUMBER:_______________ SELLER:________________________________________________________________...
Page 68: Access Platform Inspection Record
Type of MEWP: BP Boom platform Boom: TB Telescope boom Chassis: MS MEWP (self-propelled) Outriggers: HT Hydraulic turning TECHNICAL DATA Model and type: Nostolift XS 240 Max. height of platform HP= 22.0 m Serial No./Manuf. year:______________________ Max. side outreach SO= 11.0 m Max.
Page 69 ® SELF-PROPELLED TELESCOPIC PLATFORM Load =________ ______________________________________ Operating movements ______________________________________ ______________________________________ Observed defects repaired on (d/m/y):___/___20___ ______________________________________ Signature____________________________________________________________ Name in block letters___________________________________________________ 28.1 ACCESS PLATFORM INSPECTION RECORD (Fill in this record carefully and keep it with the Access Platform for at least two years.) RE-INSPECTION (= maintenance check) Date (d/m/y)___/___20___ Place of inspection__________________________...
Page 70 ® SELF-PROPELLED TELESCOPIC PLATFORM ______________________________________________________________________________________ ______________________________________________________________________________________ Observed defects repaired on (d/m/y): ___/___20___ Signature_______________________________ Name in block letters______________________ ENCLOSURES: Remarks continue overleaf Distribution: Owner of Access Platform Other document, qty:_____ Access Platform manual Inspector 28.2 ACCESS PLATFORM INSPECTION RECORD (Fill in this record carefully and keep it with the Access Platform for at least two years.) RE-INSPECTION (= maintenance check) Date (d/m/y) ___/___20____ Place of inspection_____________________________...
Page 71 ® SELF-PROPELLED TELESCOPIC PLATFORM ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ Observed defects repaired on (d/m/y): ___/___20___ Signature_______________________________ Name in block letters______________________ ENCLOSURES: Remarks continue overleaf Distribution: Owner of Access Platform Other document, qty:__________ Access Platform manual Inspector 28.3 ACCESS PLATFORM INSPECTION RECORD (Fill in this record carefully and keep it with the Access Platform for at least two years.) RE-INSPECTION (= maintenance check) Date (d/m/y)____/____20____ Place of inspection___________________________...
Page 72 ® SELF-PROPELLED TELESCOPIC PLATFORM ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ Observed defects repaired on (d/m/y): ___/___20___ Signature_______________________________ Name in block letters______________________ ENCLOSURES: Remarks continue overleaf Distribution: Owner of Access Platform Other document, qty:_____ Access Platform manual Inspector 28.4 ACCESS PLATFORM INSPECTION RECORD (Fill in this record carefully and keep it with the Access Platform for at least two years.) RE-INSPECTION (= maintenance check) Date (d/m/y)___/___20____...
Page 73 ® SELF-PROPELLED TELESCOPIC PLATFORM ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ Observed defects repaired on (d/m/y): ___/___20___ Signature_______________________________ Name in block letters______________________ ENCLOSURES: Remarks continue overleaf Distribution: Owner of Access Platform Other document, qty:_____ Access Platform manual Inspector 28.5 ACCESS PLATFORM INSPECTION RECORD (Fill in this record carefully and keep it with the Access Platform for at least two years.) RE-INSPECTION (= maintenance check) Date (d/m/y)___/___20___ Place of inspection______________________________ Inspector________________________________...
Page 74 ® SELF-PROPELLED TELESCOPIC PLATFORM ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ Observed defects repaired on (d/m/y): ___/___20___ Signature_______________________________ Name in block letters______________________ ENCLOSURES: Remarks continue overleaf Distribution: Owner of Access Platform Other document, qty:______ Access Platform manual Inspector...
Page 75 ® SELF-PROPELLED TELESCOPIC PLATFORM...