SR 1450 B_D - Industrial sweeper NILFISK - Free user manual and instructions

USER MANUAL SR 1450 B_D NILFISK

GB The undersigned certify that the above mentioned model is produced in accordance with the following directives and standards.

Manufacturer: Nilfisk-Advance Spa

Authorized signatory: Franco Mazzini, General Mgr

Date:

Signature:

Administrative Office:

(HD series 3 MIL - L 2104-C

API - CD)

L7-8: Blinker links Option

TRANSPORT, MANUTENTION, INSTALLATION 4

DECHARGEMENT ET MANUTENTION 4
EMBALLAGES 5
INSTALLATION 5
CONTROSES GENERAUX 5

CHARACTERISTIQUES TECHNIQUES 5

UTILISATION PREVUE 5
DISPOSITION DE LA MACHINE 5
DESCRIPTION DE LA MACHINE 6
SYSTEMES DE SECURITE 7
DONNEES TECHNIQUES PRINCIPALES 7
VALEURS ENVIRONNEMENTALES 8
NIVEAU DE BRUIT 8

UTILISATION 9

COMMANDES ET INSTRUMENTS 9
INSTRUCTIONS POUR L'UTILISATION 10
UTILISATION DE LA MACHINE 10
ARRET DE LA MACHINE 11

ACCESSIONS ET OPTIONS 22

TROISIEMEBROSSE 22

INTRODUCTION

AVANT-PROPOS

TRANSPORT, MANUTENTION, INSTALLATION

ATTENTION!

DECHARGEMENT ET MANUTENTION

(Voir Fig. C)

ACCESSIONS ET OPTIONS

TROSIEMEBROSSE

TRANSPORTATION, HANDLING, INSTALLATION 4

DISCHARGE AND HANDLING 4

PACKING 5

INSTALLATION 5

GENERAL CHECKS 5

TECHNICAL DATA 5

USE 5

MACHINE LAYOUT 5

MACHINE DESCRIPTION 6

SAFETY SYSTEMS 7

MAIN TECHNICAL DATA 7

ENVIRONMENTAL CONDITIONS 8

NOISE LEVEL 8

USE 9

CONTROLS AND INSTRUMENTS 9

INSTRUCTIONS FOR USE 10

MACHINE USE 10

MACHINE STOP 11

PROBLEMS AND REMEDIES 12

PROBLEMS AND REMEDIES 12

CLEANING AND MAINTENANCE 15

CLEANING 15

PERIODICAL MAINTENANCE 15

ACCESSORIES AND OPTIONS 22

THIRD BROOM 22

INTRODUCTION

FOREWORD

This manual comes with the machine and should be kept until end of life.

Before carrying out any operations with or on the machine read all the instructions and warnings in this manual.

Unauthorized operators unfamiliar with the procedures contained in this manual should not use the machine.

Directive 98/37 EC and further upratings define an

"OPERATOR" as the person or people responsible for the installation, functioning, setting, maintenance, cleaning, repairing and transportation of the machine.

Nilfisk-Advance declines all responsibility for problems, failures, accidents etc. due to lack of knowledge or application of the procedures described in this manual.

The same applies to modifications and/or installation of accessories carried out without advance authorization.

MACHINE IDENTIFICATION

The machine has the EC marking (Fig. A) as specified in Machine Directive 98/37 EC and further updatings.

NOTE

Use address or telephone number shown on the plate to order spare parts or to contact Nilfisk-Advance.

Any improvements or minor alterations in styling carried out subsequently on the machine may result in a few details which differ from the illustrated ones, but they do not invalidate the descriptions in this manual.

USER MANUAL IDENTIFICATION

The User Manual is issued by Nilfisk-Advance and comes with the machine.

By law the User Manual, together with all the mentioned or enclosed documentation, can not be reproduced or transmitted to third parties without the manufacturer's authorization.

The User Manual gives a detailed description of machine procedures from transportation to scrapping.

Nilfisk-Advance, committed to continual product development and quality improvement, reserves the right to modify the details contained in this manual at any time and without prior notice.

GENERAL WARNINGS

This chapter contains a few warnings to ensure correct machine use and to avoid injury to operators and material damage.

These warnings which should be thoroughly understood in order to carry out the operations correctly will be explained into details in the relevant chapters.

It has been decided to use few but clear warning signs for quick and easy consultation.

WARNING!

This symbol highlights operations which are potentially hazardous for the operator.

These operations can cause slight or serious physical injuries, including death.

Proceed with the operations being carried out only if the instructions highlighted by this symbol are followed carefully.

NOTE

Operations needing particular care have been highlighted with this symbol.

These operations should be carried out correctly to avoid injury or material damage.

Proceed with the operations being carried out only if the instructions highlighted by this symbol are followed carefully.

USER MANUAL

Purpose

The purpose of the User Manual is to give the operator all the necessary information to use the machine correctly and to keep it in perfect working order with maximum safety.

Safe-Keeping

In order to safe-keep the User Manual:

take care of the manual to prevent it from being damaged;
do not remove, add or rewrite any part of this manual;
store the manual in a dry place;
- give the manual to any other operator or future owner of the machine.

DEFINITIONS

Danger zones

Any zone inside or near a machine which poses a risk to the safety and health of an exposed person.

Exposed person

Any person who is partially or totally in a danger zone.

Operator

The person / people responsible for the machine installation, functioning, setting, maintenance, cleaning and transportation.

OPERATOR'S RESPONSIBILITY

• The operator is responsible for the daily maintenance of the machine:

• The operator should take care of the machine and make sure that it is in perfect working order;

• The operator should inform the person in charge or the technical assistance service when routine maintenance is due or if any damage or failure has occurred;
• The operator should not transport people, animals or objects on the machine;
• When moving from place to place, the operator should follow safety rules for vehicle circulation;
• The machine should not be used for harmful toxic waste. Should this become necessary, consult the manufacturer in advance.

WARNING!

In case of machine malfunction check the procedures described in the various chapters.

OPERATORS' SAFETY PRECAUTIONS

• Non-authorized or non-trained personnel cannot use this sweeper.

The following prerequisites are necessary for the training:

• The operator should be over 18 years of age and should possess a driving licence for the sweeper, regardless of how the machine is to be used. The operator should be in good psychological and physical condition. It is forbidden to operate the machine while under the effect of substances which can alter the operator's nervous reflexes (alcohol, psychotropic drugs, drugs etc.).
• Warning: using the sweeper without having been trained and/or authorized could be dangerous, injury people and damage objects.

• Do not use the sweeper in flammable areas or in areas which pose risks of explosion.
  Before getting off the sweeper, stop the brooms, operate the parking brake, switch off the engine and remove the ignition key.

• Drive slowly on sloping surfaces, and on uneven or slippery ground.

• Be careful when turning or changing direction.
• Operate the sweeper carefully when lifting the hopper for dumping purposes.
• The sweepers which are not provided with lighting system (headlights) can only be used in "perfect (natural or artificial) lighting conditions".
• If maintenance is to be carried out with the hopper in the lifted position, it should be securely locked by means of two safety props.
• Keep away from moving parts while maintenance is being carried out.
• Do not wear loose or unbuttoned clothes.
• When lifting the machine, be sure to use equipment which can safely withstand its overall weight.
• Protect eyes and hair when cleaning the machine with compressed air or water guns.
• Disconnect the battery cables before working near the electrical system.
• Avoid contact with the battery acid. Do not touch hot components. Wait until the engine has cooled down.
• Engine maintenance operations should be carried out when the engine has cooled down.
• Do not smoke while pouring fuel.
• Keep flames and sparks away from the machine.
• To be used on public roads, the machine should have a registration document and a licence plate.
• The machine should be used for sweeping and not for purposes other than those for which it is designed and constructed.

WARNING!

With running engine:

• Do not remove the oil level dipstick.
• Do not remove the radiator plug.
• Do not remove the coolant drain plug.
• Do not work for long periods in a closed environment.
• Ensure adequate ventilation or consult the people in charge.

WARNING SIGNS

WARNING stickers are displayed on the machine.

They should be read before using the machine.

Should indelible stickers become illegible, replace them with similar ones (See Fig. B).

1. PROTECT YOUR HANDS (GLOVES)
2. PROTECT YOUR EYES (SAFETY GOGGLES)
3. PROTECT RESPIRATORY PASSAGES (MASK)
4. WARNING (SITUATION OF GENERAL DANGER FOR THE PEOPLE AND THE ENGINE)
5. WARNING (SITUATION OF ELECTRICAL DANGER FOR THE PEOPLE AND THE ENGINE)
6. WARNING (SITUATION OF DANGER FROM HEAT SOURCES FOR THE PEOPLE AND THE ENGINE)
7. IT IS ABSOLUTELY FORBIDDEN TO PERFORM THE OPERATION INDICATED IN THE CAPTION
8. IT IS ABSOLUTELY FORBIDDEN TO PERFORM MAINTENANCE WORK WITH MOVING PARTS
9. IT IS ABSOLUTELY FORBIDDEN TO REMOVE OR TAMPER WITH SAFETY DEVICES

TRANSPORTATION, HANDLING, INSTALLATION

WARNING!

Show the instructions in this chapter to all the personnel responsible for the transportation and handling of the machine.

NOTE

It is useful to make copies of this chapter as separate booklets for easy consultation.

WARNING!

For safety reasons moving parts should be locked before transportation.

DISCHARGE AND HANDLING

(See Fig. C)

When lifting and transporting the sweeper, use EXCLUSIVELY a fork lift truck or bridge crane of appropriate load capacity, with chains equipped with safety hooks suitable for lifting.

The use of any other system AUTOMATICALLY INVALIDATES WARRANTY against possible damages.

Use the hooks (1, Fig. D).

Lift only with empty hopper.

For correct discharge and handling operations it is recommended that two operators wearing helmet, gloves and safety shoes should be present.

These operators should pay maximum attention during all stages of transportation and should keep a safe distance from the machine unless it is absolutely necessary to be near it.

WARNING!

No one else should be near the machine in order to avoid any contact should parts or other objects fall off accidentally.

WARNING!

During discharge operations pay attention to people and vehicles passing by.

Before handling the machine, the route from where the vehicle is parked to where the machine is to be installed should be checked beforehand for any danger areas.

NOTE

Check that the floor is not too uneven, avoid driving the vehicle at high speeds, and avoid excessive swaying of the transported machine.

WARNING!

It is forbidden to get onto the machine, or stand or walk under it.

Lift the machine or the boxes as needed to handle the machine.

PACKING

Packing should be disposed according to the law in force.

INSTALLATION

When delivered, the machine is completely assembled and perfectly working, so it does not require any installation by the customer.

GENERAL CHECKS

Make sure the machine has been inspected before delivery (check the warranty).
- Check that the machine has not suffered any damage during transportation and carry out the preliminary operations for setting the machine at work according to the instructions in the manual.
- Check the hydraulic system oil level in the tank.
- Check the brake fluid level.
- Check the engine oil level.
- Check radiator coolant level.
Refuel.
Start the machine.
- Follow the maintenance instructions.

TECHNICAL DATA

USE

The SR 1450 sweeper has been designed to perform a complete cycle of industrial and urban cleaning: sweeping, waste collecting and dumping.

NOTE

Any use other than the one described can damage the machine or injure the operators.

The sweeping is carried out by one or more side brooms which convey the debris towards the centre of the machine and a cylindrical main broom sweeps the collected debris into the hopper. The dust is collected and controlled by a fan. The air released into the environment is filtered by a filter. The waste collected in the hopper may be dumped onto the ground or into special boxes at a maximum height of 1,420 mm.

MACHINE LAYOUT

SR 1450 D

(See Fig. E)

1. Fan
2. Side broom
3. Hydraulic system oil tank
4. Steering wheel
5. Fuel tank
6. Drive hydraulic motor
7. Rear wheel
8. Frame
9. Engine
10. Drive hydraulic pump
11. Main broom hydraulic motor
12. Main broom
13. Accessory hydraulic pump
14. Dust suction filter
15. Hopper
16. Front wheels
17. Side broom hydraulic motor
18. Battery
19. Fan motor
20. Towing hook

SR 1450 B

(See Fig. F)

1. Fan
2. Side broom
3. Hydraulic system oil tank
4. Steering wheel
5. Drive hydraulic motor
6. Rear wheel
7. Frame
8. Engine
9. Drive hydraulic pump
10. Main broom hydraulic motor
11. Main broom
12. Accessory hydraulic pump
13. Dust suction filter
14. Hopper
15. Front wheels
16. Side broom hydraulic motor
17. Battery
18. Fan motor
19. Towing hook

MACHINE DESCRIPTION

Description of the machine without roof (See Fig. G)

1. Seat
2. Steering wheel
3. Frame
4. Bumpers
5. Hopper hood
6. Hopper
7. Right side lid
8. Main broom
9. Engine hood
10. Side broom
11. Dashboard
12. Control levers

Description of the machine with roof (See Fig. H)

1. Seat
2. Steering wheel
3. Frame
4. Bumpers
5. Hopper hood
6. Hopper
7. Right side lid
8. Main broom
9. Engine hood
10. Side broom
11. Dashboard
12. Control levers
13. Roof

Frame

Rigid, composite supporting frame on rectangular plan, consisting of electrically welded steel plates.

The mechanical components of the machine are suitably sized, according to a 1.4 ÷ 1.5 factor, to withstand the dynamic stress due to the machine operation (supporting frame, hubs, axles, hopper supporting and lifting system, etc.).

Hopper

The hopper is fitted on the front side of the machine and connected to the frame by means of a hinge.

A hydraulic cylinder lifts and overturns the hopper when the waste is to be dumped at a height. The lower part has a hinged skirt, operated by a hydraulic cylinder, which closes the hopper while the waste is being dumped. The front side has a fan operated by a motor. This fan creates a vacuum inside the hopper and in the main broom compartment. Inside it, there is a polyester closed pocket filter connected to an electric filter shaker.

On the front right side there is a side broom whose rotation is operated by a hydraulic motor, while its lifting and lowering are operated by a hydraulic cylinder.

It is possible to install a side broom on the left side as well and a third broom for corner cleaning.

Main broom

It consists of a sweeping roller whose rotation is operated by a hydraulic motor and whose lifting and lowering are operated by a hydraulic cylinder. It is automatically adjusted by the self-levelling device.

Engine

The diesel Lombardini Focus 702 engine (SR 1450 D) or the AMRE 36 V motor (SR 1450 B) drives the hydraulic system pumps.

Front wheels

Pneumatic wheels
Superelastic wheels
- They are independent, fastened to the frame by means of a hub with built-in brake drum. The brakes are hydraulic. The parking brake is mechanical.

Rear wheels

Pneumatic wheels
Superelastic wheels
- The rear wheel is the driving and steering wheel. The steering is operated by a hydraulic cylinder connected to the power steering. A hydrostatic variable delivery pump with servoassisted control supplies a drive hydraulic motor for forward and reverse gear.

Dashboard

Fitted on the upper part of the frame and under the steering wheel, the dashboard houses the machine warning lights and instrumentation.

Hydraulic system

In the first circuit a variable delivery pump feeds the drive hydraulic motor (rear wheel). In the second circuit a gear pump feeds a lever double-acting distributor. The distributor operates the lifting cylinders and the broom motors. All circuits are protected by suction filters and safety valves.

Electrical system

SR 1450 D: 12 V electrical system supplied by an alternator operated by the engine. The circuits are protected by lamellar fuses housed in a relevant fuse box.

SR 1450 B: power electrical system supplied by a 36V battery. The service electrical system is supplied by a 12V power supply. The circuits are protected by lamellar fuses housed in a relevant fuse box.

Stability

Machine stability depends on the conditions in which it is used.

If the machine is used within the conditions of use specified in the manual, it is stable. To this end, the following tests were carried out under the same conditions on a prototype identical to the series model and no stability problems arose. The conditions were:

Flat ground with good surface conditions:

• Transfer maximum speed: 13 km/h (SR 1450 D) Transfer maximum speed: 8 km/h (SR 1450 B)
  Working speed: from 1 to 8km / h
  Bending radius (maximum speed of 12km / h ): 3 m (SR 1450 D)
  Bending radius (maximum speed of 7km / h ): 3 m (SR 1450 B)
  Bending radius (speed of 5km / h ): 0 m

On sloping ground with good surface conditions and maximum longitudinal slope of 20% :

Bending radius (maximum speed of 5km / h ): 3 m
Bending radius (speed of 1km / h ): 0 m

Maximum crossfall while in transfer: 15% .

Maximum crossfall at 5km / h .. 20%

The tests were carried out with lowered and empty hopper.

For different conditions of use, the machine operator should be able to assess the limits of the machine and should, in any case, follow the indications laid down in the manual.

Information on brooms

Side brooms (2, Fig. E)

Polypropylene side broom
Polypropylene and steel side broom
Steel side broom
Nylon side broom

Main brooms (12, Fig. E)

Natural fibre and polypropylene main broom
Polypropylene main broom
- Polypropylene and steel main broom
Nylon main broom

Brooms with a moplen shaft or with different bristles can be supplied on request.

SAFETY SYSTEMS

The machine is provided with an operator's seat sensor that stops the machine as soon as the operator leaves the seat.

MAIN TECHNICAL DATA

SR 1450 D

General data	Values
Weight in running conditions (without operator)	720 Kg
Length	1,880 mm
Width	1,170 mm
Height	1,470/2,230 mm
Speed	0/13 Km/h
Gradeability	16%
Sweeping range (main broom only)	800 mm
Sweeping range with one side broom	1,150 mm
Sweeping range with two side brooms	1,450 mm
Side broom diameter	550 mm
Main broom length	800 mm
Hopper capacity	115 litres
Hopper maximum load	120 Kg
Dumping height	0/1,420 mm
Filtering system	5 m²
Diesel engine	Lombardini Focs LDW 702
Tyres	3.00/8
Superelastic wheels	3.00/8
Fuel tank	10 litres
Hydraulic tank	32 litres
Engine oil pan capacity	1.6 litres
Transmission	Hydrostatic
Steering	Mechanical
Brake	Hydraulic
Parking brake	Mechanical
Sweeping system	Self-levelling device
Controls	Hydraulic

SR 1450 B

Diesel engine	Values
Make	Lombardini
Type	LDW 702
Cylinders	2
Displacement	686 cm3
Bore	77.6 mm
Stroke	62 mm
Maximum speed	2,500 rpm
Maximum speed (in running condition)	2,500 rpm
Maximum power	10,2 kW
Idle speed	900 rpm
Battery	12 V 44 Ah

General data	Values
Weight in running conditions (without operator)	630 Kg + 395 Kg
Length	1,880 mm
Width	1,170 mm
Height	1,470/2,230 mm
Speed	0/13 Km/h
Gradeability	12%
Sweeping range (main broom only)	800 mm
Sweeping range with one side broom	1,150 mm
Sweeping range with two side brooms	1,450 mm
Side broom diameter	550 mm
Main broom length	800 mm
Hopper capacity	115 litres
Hopper maximum load	120 Kg
Dumping height	0/1,420 mm
Filtering system	5 m²
Tyres	3.00/8
Superelastic wheels	3.00/8
Hydraulic tank	32 litres
Transmission	Hydrostatic
Steering	Mechanical
Brake	Hydraulic
Parking brake	Mechanical
Sweeping system	Self-levelling device
Controls	Hydraulic
Battery	36 V - 320 Ah

Motor	Values
Type	36 V
Motor	2.5 kW
Maximum speed	2,100 rpm
Maximum power	2.5 kW

ENVIRONMENTAL CONDITIONS

Working

The machine should only be used in a suitable environment.
The work environment should be well-lit, should present no
danger of explosions and should be protected from bad
weather conditions.
The machine functions correctly within the following
environmental conditions:
Temperature: +10^÷ +40^ Humidity: 30% ÷ 95% non-condensed.

Storage

When not in use, the machine should be stored indoor and protected from bad weather conditions. Temperature: +1^ ÷ +50^ . Humidity: maximum 95% non-condensed.

NOISE LEVEL

Measurements were taken in the workplace and around the machine at a distance of 1m and at a height of 1.6m from the floor level under working conditions. If the machine is used according to the instructions, the vibrations do not cause dangerous situations. The machine vibration level is below 2.5m / s^2

USE

WARNING!

The machine should be used ONLY by qualified personnel who know all the machine controls.

NOTE

Before starting the machine, check the seat sensor operation: without the operator, the engine should immediately stop.

CONTROLS AND INSTRUMENTS

SR 1450 D

(See Fig.1)

1. Main and side broom rotation lever
2. Hopper lifting lever
3. Skirt closing lever
4. Accelerator lever
5. Parking brake lever
6. Ignition switch
7. Turn signal combination switch
8. Warning switch
9. Fan-filter shaker switch
10. Fan-turn signal indicator light
11. Brake pedal
12. Drive pedal
13. Hour counter
14. Fuse box
15. Glow plug pre-heating-fuel warning light
16. Horn switch
17. Light switch
18. Steering wheel
19. Battery-oil warning light
20. Hopper overheating buzzer (optional)

SR 1450 B

(See Fig. J)

1. Main and side broom rotation lever
2. Hopper lifting lever
3. Skirt closing lever
4. Battery plug
5. Parking brake lever
6. Ignition switch
7. Turn signal combination switch
8. Warning switch
9. Filter shaker switch
10. Battery charge indicator light
11. Brake pedal
12. Drive pedal
13. Hour counter
14. Fuse box
15. Fan switch
16. Horn switch
17. Light switch
18. Steering wheel
19. Turn signal indicator light
20. Hopper overheating buzzer (optional)

Lever controls

The control levers are used for the following functions:

• Skirt opening;
• Main broom lowering;
  Side broom lowering;
• Hopper lifting;
• Skirt closing;
  Side broom lifting;
• Main broom lifting;
  Hopper lowering.

INSTRUCTIONS FOR USE

Start (SR 1450 D)

NOTE

Machines with the EC marking are provided with safety devices should the operator leave the driver's seat.

The machine cannot be started unless the operator is sitting in position.

Before starting the machine, make sure the parking brake (5, Fig. 1) is engaged.
- Insert the ignition key in the ignition switch.
Turn the accelerator lever (4, Fig. 1) to idle.
- Turn the ignition key clockwise to the first position. Battery charge, oil pressure and glow plug pre-heating warning lights should be on.
- The glow-plug pre-heating warning light goes off: turn the ignition key clockwise until the position "Engine start" is reached. When the engine is on, release the key which will automatically return to the first position.

NOTE

Before trying to start the machine again, turn the ignition key back to "0" position.

As soon as the machine has been started, check the battery charge, oil pressure and pre-heating warning lights are off.

Stop (SR 1450 D)

Turn the ignition key counterclockwise to "0" position and then remove it. Pull the parking brake lever.

Start (SR 1450 B)

Before starting the machine, make sure the parking brake (5, Fig. J) is engaged.
- Connect the battery cable socket with the machine cable plug.
- Be sure of the perfect connection.
- Insert the ignition key in the ignition switch.
- Turn the ignition key clockwise to the first position. The battery charge indicator light should be on.
- Turn the ignition key clockwise until "Engine start" position is reached. When the engine is on, release the ignition key which will automatically return to the first position.

NOTE

Before trying to start the machine again, turn the ignition key back to "0" position.

As soon as the machine has been started, check the battery charge and oil pressure warning lights are off.

Stop (SR 1450 B)

Turn the ignition key counterclockwise to "0" position and then remove it. Pull the parking brake lever.

MACHINE USE

Waste collection (SR 1450 D)

• Turn the accelerator lever to the maximum speed position.
  Press the switch to operate the suction fan.
• Skirt opening: push the distributor lever.
• Make sure that the skirt closing panel is completely open.
• To start and lower the main and side brooms, push the distributor lever.
  Pull the lever to use only the main broom.

When necessary, dump the hopper as follows:

• Lift the main and side brooms.
• Switch off the fan by pressing the push-button.
• Close the skirt.
  Drive the machine to the appointed dumping area.
• Lift the hopper to the correct dumping height.
• Open the skirt.
  Lower the hopper.
• Close the skirt.
  Activate the filter shaker for approx. 20 seconds.
• Stop the brooms by moving the central lever back to the central position.
  Pull the lever to lift the main and side brooms.
  Pull the lever to close the skirt.
  Press the switch to stop the fan.
  Push the lever to lift the hopper to the required dumping height.

WARNING!

Move the machine extremely slowly when the hopper is in the lifted position.

Maximum speed 1 km/h.

Do not dump the hopper with the machine on a slope.

• Open the skirt by pushing the lever to dump the hopper.

WARNING!

When dumping the hopper, make sure that nobody is near the machine.

Pull the distributor lever to lower the hopper.
Pull the lever to close the skirt.
- After dumping and with the hopper in the lowered position, activate the filter shaker for approx. 20 seconds by pressing the relevant push-button.

WARNING!

Do not activate the filter shaker with the hopper in the lifted position.

Waste collection (SR 1450 B)

Push the push-button to operate the fan.
- Skirt opening: push the distributor lever.
- Make sure that the skirt closing panel is completely open.
- To start and lower the main and side brooms, push the distributor lever.
Pull the lever to use only the main broom.

When necessary, dump the hopper as follows:

• Lift the main and side brooms.
• Switch off the fan by pressing the push-button
• Close the skirt.
  Drive the machine to the appointed dumping area.
  Lift the hopper to the correct dumping height.
• Open the skirt.
  Lower the hopper.
• Close the skirt.
  Activate the filter shaker for approx. 20 seconds.
• Stop the brooms by moving the central lever back to the central position.
  Pull the lever to lift the main and side brooms.
  Pull the lever to close the skirt.
  Press the push-button to stop the fan.
  Push the lever to lift the hopper to the required dumping height.

WARNING!

Move the machine extremely slowly when the hopper is in the lifted position.

Maximum speed 1km / h

Do not dump the hopper with the machine on a slope.

• Open the skirt by pushing the lever to dump the hopper.

WARNING!

When dumping the hopper, make sure that nobody is near the machine.

Pull the distributor lever to lower the hopper.
Pull the lever to close the skirt.
After dumping and with the hopper in the lowered position, activate the filter shaker for approx. 20 seconds by pressing the relevant push-button..

WARNING!

Do not activate the filter shaker with the hopper in the lifted position.

MACHINE STOP

At the end of the working shift, stop the sweeper in the appointed area with:

Brooms in the lifted position;
Hopper in the lowered position;
- Parking brake lever engaged;
- Lights off (if on);
Engine off;
Ignition key removed.

WARNING!

Never leave the hopper in the lifted position without using the safety props (1, Fig. K).

PROBLEMS AND REMEDIES

The following table shows the most frequent problems that may arise during the use, the possible causes and the suggested remedies to solve them.

WARNING!

When applying a recommended solution, always follow the instructions relating to it.

NOTE

Do not hesitate to contact Nilfisk-Advance if a problem cannot be solved by following the instructions provided.

PROBLEMS AND REMEDIES

PROBLEM	CAUSE	REMEDY
Heavy material not collected/traces of dirt left behind during use	Excessive drive speed	Decrease drive speed
	Light print	Adjust trace
	Worn out broom	Replace brooms
	Broom bristles bent or tangled with steel wire, ropes etc.	Remove any tangled material
Excessive amount of dust left on the ground or coming out of skirts	Fan off	Switch on the fan
	Clogged filters	Clean filters
Material is thrown forward	Broken skirt gasket	Replace
Engine fails to start		See Troubleshooting in the engine Manual
Machine power is reduced	Insufficient pump oil feed	Check by-pass screw tightening Check pump pressure (6 to 8 Bar)
	Worn motors	Overhaul motor
		Overhaul pump
The machine fails to run	Open by-pass	Check by-pass screw tightening
	Faulty pedal control	Check pressure/replace pedal
	No power to pump or motors	Overhaul motor
		Overhaul pump
Machine fails to brake	No brake fluid	Top up fluid tank
	Brake fluid pump failure	Overhaul pump
	Air inside the system	Bleed system
	Jaw cylinders failure	Replace cylinders
	Worn or greasy brake lining	Replace brake lining
Hopper fails to lift/lower	Locked distributor	Check distributor
	Locked cylinder	Check cylinder
Waste loss from hopper	Worn cylinder gaskets	Replace gaskets
Filter shaker fails to operate	Broken hopper gasket	Replace
	Broken push-button	Replace
	Blown fuse	Replace
	Excessive motor absorption causes: - Worn carbon brushes - Dirty or worn bearings - Burnt armature or winding	Replace Replace Replace
Blown filter shaker fuse	Excessive motor absorption	(see above)
	Faulty fuse	Replace
	Shorted cable	Check system
Noisy fan	Motor failure	Overhaul motor
Fan fails to operate	No voltage to motor	Check electrical system
	Motor failure	Overhaul motor
Skirt fails to open	No pressure to cylinder	Check cylinder
	Locked linkage	Check linkage
Skirt gasket lifted by broom	Skirt gasket too long	Shorten/replace
Poor suction	Motor failure	Overhaul motor
	Clogged or broken closed pocket filter	Clean/replace filter
Brooms fail to turn	No pressure to motors	Check gear pump pressure (replace gear pump)
	Locked distributor	Check/replace motor
		Check distributor
Excessive broom wear	Heavy print	Use minimum print width
	Surface to be cleaned too abrasive
Excessive/modified broom noise	Materials tangled around the broom	Remove
Main broom fails to turn	No pressure to hydraulic motor	Check pump pressure (replace pump)
	Locked distributor	Unlock distributor
	Hydraulic motor failure	Replace motor
Main broom fails to lift/lower	Locked linkage	Check linkage
	No pressure to cylinder	Check pump pressure (replace pump)
	Worn cylinder gasket	Replace gasket
	Locked distributor	Unlock distributor
Side broom fails to turn	No pressure to hydraulic motor	Check/replace motor
	Locked distributor	Check distributor
Side broom fails to lift/lower	Locked distributor	Unlock distributor
	Worn cylinder gaskets	Replace gaskets
	Faulty actuator	Check actuator micro-switch/replace actuator
Faulty turn signals	Blown fuse	Replace fuse
	Blown bulbs	Replace bulbs
	Blown flashing device	Replace flashing device
	Open turn signal switch	Replace switch
	Open warning switch	Replace switch
Brake lights off	Blown fuse	Replace fuse
	Blown bulbs	Replace bulbs
	Open stop switch	Replace switch
Faulty running lights	Blown fuses	Replace fuse
	Blown bulbs	Replace bulbs
	Open light switch	Replace switch
Low beam off	Blown fuses	Replace fuse
	Blown bulbs	Replace bulbs
	Open light switch	Replace switch
Horn off	Open horn switch	Replace switch
	Blown fuse	Replace fuse
	Horn filled with water	Overhaul horn
	Faulty horn	Replace horn
Battery fails to keep rated charge	No fluid in the battery	Restore level
	Shorted battery cell	Replace battery
	Overloaded motors	Check motor absorption
	Loose battery terminals	Check and tighten
Battery runs out quickly	Insufficient charge time setting	Set correct charge time
	Spent battery cells	Replace battery

SR 1450 B motor overheating (SR 1450 B)

CAUSE	CHECK	REMEDY
Overload	Current to the motor	Subject the motor to less strain
Insufficient air flow	Check suction/delivery openings	Clean or change shields or caps
	Fan rotation	Replace fan
Wrong voltage	Low battery voltage	Recharge batteries
	Low voltage to motor terminals	Check connections for proper tightening
Bearings	Faulty or badly installed bearing	Change bearings or change at every repair operation
	Radial overload	Check stress and strain
	Dirt infiltration	Clean the motor inside
Winding heating	Armature with shorted blackened winding	Replace. Use only original spares. Do not rewind.
	High humidity	Clean and dry at 110°C
	Shorted coil or winding, blackened insulating material	Replace. Use only original spares.
	Loose inner connection	Check and tighten correctly
Commutator heating	Short-circuit between segments	Clean commutator and contact the manufacturer
	Poor contact or worn carbon brushes	Check or replace
	Improper carbon brush quality	Only original carbon brush and for 48 V voltages
	Excessive spring pressure	Recalibrate or change
	Dirty or damaged surface	Clean or rectify the commutator

CLEANING AND MAINTENANCE

The machine cleaning can be carried out by non-specialized personnel. However, the person in charge of the cleaning should be familiar with the energy source cut-off main controls and the main features of the machine to avoid any dangerous situation.

The machine maintenance should be carried out by highly skilled personnel, with a deep knowledge of the machine and its components.

Mechanical, electrical and electronic maintenance is possible.

WARNING!

Any cleaning and maintenance operation should be carried out with the machine off. Wait for all the parts to stop and cool down.

WARNING!

Protect eyes and hair when cleaning the machine with compressed air guns. If the machine is working in a toxic environment, wear a special mask and adequate protective clothing when carrying out maintenance work on the dust filter.

CLEANING

Machine general cleaning

Clean the coating, panels and controls of the machine with a soft cloth, either dry or lightly soaked in a mild detergent solution.

NOTE

Do not use solvents such as alcohol, petrol or ethyl acetate as they could damage the surfaces.

Remove traces of dust and other dirt from the machine control panels (digital displays, indicator and warning lights, switches).

NOTE

Pay attention when cleaning the electrical components.

If necessary, the electrical components should be cleaned only by specialized personnel and non-corrosive products suitable for electric circuits should be used.

PERIODICAL MAINTENANCE

WARNING!

Any maintenance operation should be carried out with the machine off.

Wait for all the parts to stop and cool down.

For the engine maintenance, please follow the instructions provided in the Use and Maintenance Manual concerning the engine installed on the sweeper. This manual comes in a special case.

Recommended periodical maintenance operations are summarized in this table.

MAINTENANCE TABLE

Maintenance	Every 10 hours	After 50 hours	Every 150 hours	Every 300 hours	Every 500 hours	Every 1,000 hours	Every 2,000 hours
Engine oil level check
Hydraulic oil level check
Dry air cleaner cleaning
Water radiator cleaning
Closed pocket filter cleaning
V belt check
Cooling line check
Brake fluid level check
Battery check
Dust control system water filter check
Water drain nozzle from fuel filter cleaning
Radiator cleaning
Fuel pump filter cleaning
Engine oil change
Oil filter element replacement
Gear pump hydraulic oil filter replacement
Hydrostatic pump hydraulic oil filter replacement
V belt check
Oil filter element replacement
Fuel filter element replacement
Hydrostatic pump hydraulic oil filter replacement
Fuel screw and fitting tightening
Injector check
Glow plug check
Engine air cleaner replacement
Fuel tank cleaning
Alternator belt replacement
Hydraulic oil change
Starter brush replacement
Hydraulic motor and pump pressure check
Sealing gasket wear check
Brake system check
Moving part clearance check

Drive direct current motor (SR 1450 B)

Maintenance		Every 150 hours	Every 200 hours	Every 400 hours	Every 6 months	Every year	Every time a check is carried out
Commutator	Ensure that the surface along which the carbon brushes slide is covered with an even, shiny, transparent light grey film.
	Check that there are no black marks or burns between the commutator segments and on the commutator outer crown.
	Ensure that the commutator surface is not lined, deeply grooved or burnt on the segment in or out edges.
	Check that the brooms have not grooved the commutator surface and that the insulating mica does not protrude from the copper segment.
	Check that the commutator is clean and that there are no burns on the segments; if necessary, clean the commutator as described.
	Check eccentricity.
	Clean the commutator with special rubber sticks. If necessary, clean between the segments.
Carbon brushes	Check the carbon brush for wear. It is worn out when more than half of its total length has been consumed. Check that it slides freely in the brush holder, that it is pressed correctly by the spring and that the spring is still elastic.
	Ensure that the surface along which the carbon brushes slide is evenly and highly polished and that any lines or porosity are extremely small and of similar dimensions.
	Check the wire for wear and ensure that the connection terminals are well tightened.
	Ensure that there are no big lines, deep grooves, craters, burns or splinters on the carbon brush edge and that all the carbon brushes are worn in the same way.
	Check the housing for wear and clearance. Brushes usually last from 6 months to 1 year, depending on use.
	Check the carbon brush and coupling pressure.
	When the warning light turns on, the carbon brushes need to be replaced, even if 300 hours have not been reached.
Terminals	Check that supply bolt nuts are well tightened and that the insulating materials are in good condition.
Fan	Ensure that air intakes are not clogged and that the fan turns freely.
Bearings	Check the temperature and the vibration and noise degree.
Insulation	Use a megger, especially when the environment is wet, to check the insulation value: it should never be less than 2 MOhm.
Screws	Check that the screws are not loose.
	Check that there are no faulty contacts in the electrical connections which could lead to local overheating.
Windings	General cleaning. Check that the insulation to ground is less than 2 MOhm.

PERIODICAL CHECKS

Battery (SR 1450 D)

WARNING!

Wear gloves and goggles.

Check the electrolyte level.

Check the battery poles for oxidation.

Clean the entire surface of the battery with a damp sponge.

Tyre pressure

Recommended pressure: 7 Bar

Fluid levels

Brake fluid: DOT4

Hydraulic oil (SR 1450 D): AGIP Arnica 46

Hydraulic oil (SR 1450 B): Rotra ATF

Engine oil: AGIP Sigma

(HD series 3 MIL - L 2104-C

API - CD)

Coolant level (SR 1450 D)

Mixture: 50% AGIP antifreeze and 50% water

Skirt closing adjustment

Loosen the locknut (1, Fig. L).
- Adjust the fastener, making sure that the skirt closing panel closes hermetically.
- Adjust the skirt spring (2, Fig. L) pressure with the mounting nut.

Parking brake adjustment

• Loosen or pull the nut (1, Fig. M) avoiding to move the cable end.
• Adjusting the cable tension, make sure the brake is not locked.

Engine air cleaner replacement (SR 1450 D)

• Release the hook by means of the tab (1, Fig. N) and remove the cover.
• Remove and replace the filter element (1, Fig. O).
  Reinstall the cover and hook it.

Gear pump hydraulic oil filter replacement

• Remove the tank cover (1, Fig. P).
  Empty the tank by means of a pump.
  Unscrew the filters (1, Fig. Q) from their seats inside the tank.
• Screw the new filters into place using the appropriate wrench and reinstall the tank cover.
  Screw the drain plug.
• Check the oil level and top it up if necessary.

WARNING!

Do not pollute the environment with used oils and filters.

Variable delivery pump hydraulic oil filter replacement

Unscrew the filter (1, Fig. R) and place it in a container for special waste. Replace it with an original filter.

WARNING!

Do not pollute the environment with used oils and filters.

Any maintenance operation should be carried out with the machine off.

Wait for all the parts to stop and cool down.

For the engine maintenance, please follow the instructions provided in the Use and Maintenance Manual concerning the engine installed on the sweeper. This manual comes in a special case.

Right side seal replacement

• Remove the mounting screws (1, Fig. S) and the seal holder (2).
• Fit the new seal with the seal holder, so that the seal slightly touches the ground.
• Tighten the mounting screws.

Left side seal replacement

Unscrew the engine pipes (1, Fig. T).
Unscrew the main broom arm (2, Fig. T).
- Remove the mounting screws (3, Fig. T) and the seal holder (4).
- Fit the new seal with the seal holder, so that the seal slightly touches the ground.
- Tighten the mounting screws.

Main broom replacement

• Remove the mounting screws and the seal holder.
• Remove the right side lid screw.
• Remove the right side lid.
• Move the seal sideways.
• Remove the split pin (1, Fig. U).
• Remove the support (2, Fig. U).
• Remove the broom (3, Fig. U).
  Install the new broom (3, Fig. U).
  Install the support (2, Fig. U).
• Reinstall the split pin (1, Fig. U).
• Reinstall the seal and the seal holder.
• Close the lid.

Main broom (print on ground) adjustment

If the main broom is left rotating for a few minutes when the machine is stationary, the print left on the ground is useful to adjust the broom itself.

• If the print size is less than 40 ~mm or more than 100 ~mm , adjust the spring pressure with the mounting screw (1, Fig. V).

Side broom replacement

Unscrew the mounting screw (1, Fig. W) and remove the broom.
Unscrew the support mounting screws.
- Replace the broom and reinstall the mounting screws.
- Secure the broom to the motor.

Side broom adjustment

• Adjust the broom pressure with the setscrew (1, Fig. X).

Rear seal replacement

The seal should touch the ground lightly and evenly.
- To replace the seal, remove the mounting nuts (1, Fig. Y).
- Remove the seal holder.
Replace the seal and reinstall.

Closed pocket filter replacement

• Open the hopper hood (1, Fig. Z).
  Unscrew the cover (1, Fig. AA) screws.
• Remove the cover (1, Fig. AB).
• Remove the mounting bars by unscrewing the screws (1, Fig. AC).
• Remove the filter (1, Fig. AD).
• Disconnect the filter shaker cable (1, Fig. AE).
  Replace the filter.
  Reconnect the filter shaker.
• Reinstall the filter (1, Fig. AD) in the hopper.
  Reinstall the mounting bars.
• Tighten the mounting screws (1, Fig. AC).
  Reinstall the cover (1, Fig. AB).
• When installing the filter, make sure that the cover gasket is air-tight and that the filter is positioned correctly.

Machine releasing

To tow the machine, release the hydrostatic transmission by turning the screw (1, Fig. AF) counterclockwise.

ACCESSION BATTERY

SR 1450 B

Service instructions

For a tubular armoured drive storage battery consisting of 18 cells type 4 HAN 320N - 36 V - Capacity 320 Ah with discharge in 5 hours. Installed on SR 1450.

Use

The electrical machine should never be used up to the battery complete discharge. To optimize the battery use, especially in terms of length of service, only 90% of its capacity should be allowed to run down over a 5-hour period. The machine should therefore stop operating when the fluid capacity in the cells drops to a specific weight of 1.13-1.14, that is the weight which corresponds to 90% of its capacity. If the density is not measured, the machine should be stopped at the first signs of performance drop and the battery should be recharged either immediately or, preferably, after a few hours of rest. The work shift length should be programmed taking this requirement into consideration; otherwise the battery deteriorates prematurely.

Charge

Charging the battery supplies the battery with the energy consumed during the machine operation. The initial charge may be the maximum acceptable, which is: 58A.

The amperage should however gradually drop as charging goes on so that, when the battery reaches 43.2 ~V (2.4 per cell) and the fluid in the cells begins to boil, it does not exceed 19A (1/3 of the maximum charge).

The battery is charged when:

The electrolyte density reaches a specific weight of 1.27-1.28.

The electrolyte is boiling vigorously.

The electrolyte temperature should not exceed 45^

If charging is carried out automatically by means of a current rectifier, in addition to supplying the electrical energy spent by the battery during operation, this device stops charging when the electrolyte temperature reaches the indicated value. It should however be kept in mind that of the various parts - machine, battery, rectifier - the latter is the most delicate.

Should the battery fail to stop charging automatically at the right moment but continue to charge for hours longer than necessary (this could occur at the weekend), it would be damaged to such an extent as to be unusable. Therefore, in addition to using a top quality rectifier, it is also essential to check it periodically to ensure that it is kept in perfect working order. The battery should be charged in a well-ventilated environment.

When close to the battery, especially during charging, do not:

Light matches;
Use naked flames;
- Work with emery grinding wheels or any other spark-producing tool.

Overcharge

Batteries which are in good condition do not generally require overcharging.

Overcharging is recommended for batteries which have not been used for over 15 days, because completely run down or faulty etc.

The overcharging current should never be more than half the normal charging current for a period lasting approx. 9 hours, divided into three periods (3 hours of charging and 2 hours of rest).

Special overcharging treatments, where required, will be recommended by the technicians.

Maintenance

a) Topping up:

The cell electrolyte level should be kept at approx. 1 cm above the bored surface (splash guard) which can be seen inside the cells when looking through the plug hole.

When the level drops, leaving the splash guard uncovered, distilled water must be added until the required level is reached. The electrolyte level should be topped up equally in all cells so that its density is even.

This accuracy can only be obtained by means of the "IMPIDOR" topping up device which is easy to use, not requiring any particular precision. Topping up could never be done evenly by using funnels, pipes etc., even if the operation were carried out with the utmost care.

The topping up frequency depends on the type of efforts to which the battery is subjected as well as on charging and temperature. It is, however, important to check the electrolyte level and density once a week after charging.

If topping up is required increasingly more frequently, this is due to excessive or prolonged charging. Check and calibrate the rectifier immediately.

b) Cleaning:

The battery should always be kept clean and dry. This is of extreme importance to avoid oxide formation on the lifting hooks or on the battery container edges etc. as this leads to current leakage and corrosion.

Periodically clean the entire surface of the battery with a damp sponge so as to remove the film of acid which tends to deposit during charging.

If the container has a discharge hole (unfortunately not all containers have one, or can have one) it is possible to clean the surface with a water jet, thus obtaining far superior results than with a sponge.

It is not necessary to dry: since all acid traces have been removed, the cells become dry in a short time.

DISMANTLING, DISPOSAL

NOTE

Material should be disposed according to the law in force.

DISMANTLING

NOTE

Pay the greatest attention when disconnecting the conductors which are live even when the ignition switch is in the "0" position.

Disconnect the cables from the control panels paying attention to the markings on each cable and referring to the wiring diagrams.

Do not remove the reference numbers from the cables and terminal boards.

Hydraulic system dismantling

Dismantle the hydraulic systems referring to the relevant diagrams.

Mechanical dismantling

Before the machine mechanical dismantling, wash all parts that come into contact with the material and thoroughly clean the rest of the machine.

Refer to the chapter "Transportation" for lifting the machine and safety precautions to be taken.

Packaging

Use packing material suitable for the part weight and features.

NOTE

Secure a plate to the packaging showing weight, content and any other information necessary for transportation.

DISPOSAL

Used oils

Used lubricating and hydraulic oils should not be discharged into the environment (waterways, sewerage systems etc.) but they should be delivered to authorized disposal companies. It is recommended to respect scrupulously the law in force. Such materials should be stored in perfectly sealed lidded containers, so that the used oil cannot leak out and contaminate other substances, including rain water. Oil filters should be stored in the same way and delivered to authorized disposal companies.

Used lead batteries

Used batteries fall into the "toxic harmful" waste category. They should be delivered to specially authorized companies for disposal.

If not possible, "temporary storage" should be carried out according to the law in force. This means, first and foremost: having a temporary storage authorization. Store in perfectly sealed plastic containers with a capacity at least equal to the volume of the battery electrolyte. On no account should rain water leak into the containers.

Material collected by the machine

The material collected by the machine can and should be delivered as urban waste or similar to the Public Cleansing Services (according to previous agreements).

This is possible provided that the waste does not contain toxic or harmful substances.

When cleaning environments which can present toxic-harmful waste, every single substance should be collected separately and with empty hopper. The waste should then be entirely dumped into special containers whose handling should be carried out according to the law in force and to provincial, regional and state rules.

Scrapping

At end of the machine life, dispose of all the below listed materials which form the machine.

It is recommended to deliver the machine to an authorized company who will provide for the machine correct disposal. For the disposal of oils, filters and batteries, follow the above described procedures. The ABS and metal components can become secondary raw materials. Hoses and gaskets as well as plastic and fibre glass should be sorted into separate groups and delivered to the Public Cleansing Services.

NOTE

Dispose of the machine different materials in suitable refuse disposal sites.

NOTE

Always respect the laws in force in the country concerned.

WEEE 2002/96/EC

DIAGRAMS

FUSE POSITIONS

SR 1450 D

(See Fig. AG)

1. Control unit: 10A
2. Warning/indicator lights: 7.5A
3. Diesel solenoid valve: 7.5A
4. Hazard warning lights: 7.5A
5. Lighting system: 7.5A
6. Filter shaker and suction: 20A

SR 1450 B

(See Fig. AH)

1. Free: 7.5A
2. Filter shaker-horn: 7.5A
3. Lights: 10A
4. Start safety device: 15A
5. Accessory electromagnetic switch: 15A
6. Electromagnetic switch-battery charge indicator light: 10A
7. Power line fuse fitted in the engine compartment: 150A

WIRING DIAGRAMS

SR 1450 D

(See Fig. AI)

A: 14V-45A alternator
AA: Horn
B: 12V-45A battery
B1: Glow plug temperature bulb
B2: Oil bulb
B3: Reverse gear sensor
B4: Bimetallic thermostat
C1: Reverse gear buzzer
C2: Reverse gear alarm buzzer
CC: Glow plug control unit
CH: Ignition switch
CO: Hour counter
EV: Diesel solenoid valve
F1: Control unit fuse
F2: Indicator/warning light fuse
F3: Suction-filter shaker fuse
F4: Diesel solenoid valve fuse
F5: Horn/light fuse
F6: Optional hazard warning light fuse
G: Low fuel float
IAA: Hom push-button
IE: Optional hazard warning light switch
II: Optional turn signal switch
IL: Light switch
ISV: Filter shaker-suction switch
I: Flashing device
L1-4: Optional running lights
L5-6: Optional headlights
L7-8: Optional left side turn signals
L9-10: Optional right side turn signals
M: Seat safety micro-switch
MA: Starter

MS: Filter shaker motor
MV: Suction motor
R: Voltage regulator
R1: Reverse gear buzzer relay
R2: Fire alarm buzzer relay
S1: Glow plug warning light
S2: Battery warning light
S3: Oil warning light
S4: Low fuel warning light
S5: Optional headlight indicator light
S6: Turn signal indicator light
S7: Suction indicator light
S8: Filter shaker indicator light
K1/2: Glow plugs

SR 1450 D

(See Fig. AJ)

A: 36/12V 5A power supply

A1: 36/12V 30A optional power supply

AA: Horn

B: 36V 320A drive battery

B1: Reverse gear sensor

B2: Bimetallic thermostat

C1: Reverse gear buzzer

C2: Fire alarm buzzer

CH: Ignition switch

CO: Hour counter

D1: 6A60 diode

F1: Free fuse

F2: Filter shaker motor fuse

F3: Input power supply fuse

F4: Light fuse

F5: Start electromagnetic switch fuse

F6: Start safety fuse

F7: General fuse

IAA: Horn push-button

IE: Optional hazard warning light switch

II: Optional turn signal switch

IL: Light switch

IS: Filter shaker push-button

IV: Suction reset switch

I: Flashing device

L1-4: Optional running lights

L5-6: Optional headlights

L7-8: Optional left side turn signals

L9-10: Optional right side turn signals

M1: Seat safety micro-switch

MS: Filter shaker motor

MT: 36V 2.5 kW motor

MV: Suction motor

R2: Reverse gear buzzer relay

R3: Fire alarm buzzer relay

S1: Switch light

S2: Switch light

S5: Light indicator light

S4: Turn signal indicator light

SC: Battery charge indicator light

SP: 160 A socket-plug

HYDRAULIC DIAGRAM

(See Fig. AK)

Hydraulic system oil tank
Hydraulic oil filter
- Main broom cylinder
Drive pump + accessories
- Propulsive motor
Drive hydraulic motor
Distributor
Skirt cylinder
Hopper lifting cylinder
Main broom hydraulic motor
Right side broom hydraulic motor
- Left side broom hydraulic motor
- Check valve
- Left side broom cylinder
Right side broom cylinder
Locking valve

ACCESSORIES AND OPTIONS

THIRD BROOM

Lower the main and side brooms to move the third broom.
Operate the broom with the joystick (1, Fig. AL).

INLEIDING 2

VOORWOORD 2
IDENTIFICATIE VAN DE MACHINE 2
IDENTIFICATIE VAN DE GEBRUKERSHANDLEIDING 2

ALGEMENE WAARSCHUWINGEN 2

GEBRUKERSHANDLEIDING 2
DEFINITIES 3
VERANTWOORDELIJKHEID VAN DE BEDIENER 3
VEILIGHEIDSMAATREGELEN VOOR DE BEDINER 3
WAARSCHUWINGSTEKENS 4

VERVOER, HANTERING, INSTALLATIE 4

LOSSEN EN BEDIENING 4
VERPAKKING 5
INSTALLATIE 5
ALGEMENE CONTROLS 5

ACCESSOIRESN OPTIES 22

DERDE BORSTEL 22

INLEIDING

VOORWOORD

ALGEMENE WAARSCHUWINGEN

A: Voeding 36/12V 5A

A1: Optionele voeding 36/12V 30A

AA: Claxon