697 - Sweeper Starmix - Free user manual and instructions

USER MANUAL 697 Starmix

Line drawing of a manual lawn mower with grass blades (no text or symbols)

Sprachverzeichnis

starmix 697

starmix

EN Operating instructions 33

Technical diagram of a lawn mower with numbered parts and exploded view of the main body

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a lawn mower with numbered parts labeled 18 and 19

Technical diagram of a vehicle interior with numbered components and labeled parts

Technical diagram showing mechanical assembly with numbered components and a magnified inset highlighting parts labeled 28 and 29.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (B) (10) (B)

(I) (II) (A)

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows indicating movement.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car electrical plug assembly with numbered parts labeled 1 to 4

Technical diagram of a car interior with numbered components and directional arrows indicating movement or force

Diagram of a car interior showing a numbered component and a circular dial with labeled parts 1, 2, 3, 6.

Technical diagram of a car interior with labeled components, showing a central control panel and two numbered indicators.

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or flow.

Technical diagram showing car wheel assembly with labeled parts and directional arrows indicating motion or movement

Technical diagram of a car engine intake system with labeled components and a magnified inset showing internal components.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Technical diagram of a vehicle's internal structure with numbered components and an inset showing labeled parts.

Technical diagram showing structural components with numbered annotations and directional arrows

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical line drawing of a mechanical device with no visible text or symbols

1.2 Conventions....35

1.3 Symbols and labels....35

1.4 Limitation of Liability 35

1.5 Warranty 35

1.6 Copyright 36

1.7 Target group....36

1. Safety 36

2.1 Intended use 36

2.2 Inappropriate use 36

2.3 Responsibility of the user .... 36

2.4 General safety instructions....37

2.5 General safety instructions for battery, charging socket, and charger.... 37

2.6 Hazard notices on the device....39

2.7 Personal Safety Equipment....39

1. Technical data....40

2. Construction and Function 41

3. Transport/transporting....43

5.1 Delivery 43

5.2 Scope of supply....43

5.3 Handling Packaging Materials 43

5.4 Storage of sweeping machine....43

5.5 Carrying the device 44

5.6 Transporting the device in a vehicle 44

1. Commissioning 45

6.1 Install push bar....45

6.2 Connect battery leads 45

6.3 Charging battery....46

1. Operation 47

7.1 Before starting work 47

7.2 Height adjustment of the plate brooms....48

7.3 Set hold-down device 49

7.4 Battery operation and LED display 49

7.5 Overload protection 50

7.6 Manual operation....51

7.7 Empty sweeping container....51

1. Troubleshooting 52

8.1 Fault table Part 1 ....53

8.2 Fault table Part 2 ....54

8.3 Trouble-shooting procedure 55

8.4 Take out the F1 fuse and check 55

1. Maintenance and cleaning....57

9.1 Maintenance plan 58

9.2 Clean dust filter 58

9.3 Remove blockage....58

EN

9.4 Align bristles....59
9.5 Clean the device 59
10. Decommissioning for Storage/Safekeeping 59
10.1 Disassemble push bar 59
10.2 Disconnect battery leads....60
10.3 Storage/Safekeeping....61
10.4 Disposal 61
11. REACH....62
12. EU Declaration of Conformity 62

1. General

This operating manual applies to starmix 697 sweeping machine (year of manufacture: from 2025) and is only valid for the named machines.

This operating manual provides important information for the safe and efficient use of the machine.

A requirement for safe operation of the machine is the adherence to all of the safety and operation instructions provided.

• Read the operating manual carefully before using the device.
• Read the safety instructions!
• Keep the operating manual safe and accessible during the lifespan of the device.
  • Pass the operating manual onto any subsequent owner or user of the device.

1.1 Address

Electrostar GmbH

Hans-Zinser-Str. 1-3

73061 Ebersbach/Fils

Germany

Tel.: [phone]

Fax: [phone]

[e-mail]

www.starmix.de

1.2 Conventions

To be able to work optimally with the operating manual, please note the following explanations of the typographical conventions.

Numbering

- The texts shown are first level numbering points.

Work sequence

1. Step 1 of the work sequence
2. Step 2 of the work sequence
3. Step 3 of the work sequence
   The sequence of the work steps must be observed.

Tip

» Tips and notes (not machine damage) are shown like this.

1.3 Symbols and labels

All warnings and safety instructions must be complied with! Always take care during operation in order to avoid accidents, personal injury and damage to property.

Safety instructions

SIGNAL WORD

Type and source of hazard

Possible consequences

• Measures for avoiding danger

Risk level

Risk level Probability

of occurrence

Consequences

in the event of

noncompliance

DANGER

Direct Death, serious injury

WARNING

Possible Death, serious injury

CAUTION

Possible

Slight injury

NOTE Possible material damage

1.4 Limitation of Liability

Electrostar GmbH does not accept any liability for damage and consequential damage caused by the following points:

• Failure to observe the operating instructions
• Use of nonapproved replacement parts / wrong spare parts / spare parts that do not correspond to the manufacturer's specification
• Unauthorized changes, additions to and modifications to the device

1.5 Warranty

The provisions that are described in the general terms and conditions of Electrostar GmbH apply.

1.6 Copyright

The operating manual is copyright protected for Electrostar GmbH.

The operating manual includes instructions and diagrams or diagram sections of a technical nature, which may not be reproduced in the entirety or in part, distributed or used for competition purposes or otherwise communicated.

Electrostar GmbH reserves all rights for the provision of permission for use for publication or distribution of copies or information from this operating manual to third parties.

In case of infringement the manufacture is entitled to make a claim for damages. Further claims are reserved.

1.7 Target group

This operating manual is intended for the use of this sweeping machine.

2. Safety

To avoid incorrect functioning, damage and health impairments, please observe the following instructions!

2.1 Intended use

The starmix 697 sweeping machines should only be used for the removal of road pollution such as foliage, grass, chippings, sand and similar impurities on flat and hard surfaces.

The device is suitable for commercial use, e.g. in hotels, schools, hospitals, factories, and offices.

2.2 Inappropriate use

Any uses other than those described in section "Intended use" are not considered to comply with the intended purpose. The operator of the device alone is liable for any resulting damage.

The sweeping machine may not be used for sweeping hazardous, flammable or glowing substances (cigarettes and matches) liquids, explosive or hazardous dusts (ex), acids or solvents.

The sweeping machine must not be used for sweeping water, concrete, mortar, cement and plaster dust.

The machine should also not be used for damp materials such as snow, manure, cow dung and sludge, e.g. sewage.

The sweeping machine may not be used in areas where there is a risk of explosion or as a means of transport.

2.3 Responsibility of the user

A user is any individual or legal entity, who uses the machine or has it used by third parties and is responsible during its use for the safety of the user or third parties.

• Supervise children who are in the working environment, to ensure that they do not play with it.
• Minors may not work with the device. Young people over the age of 16 years who are being trained under supervision are excluded.

starmix

starmix 697

• Persons, whose reaction times are influenced by, e.g. drugs, alcohol or medications, may not carry out any work with the device.
• Persons who are not allowed to do strenuous work due to their health status may not work with the sweeping machine.
• Replace any signs that have become illegible on the sweeping machine.

2.4 General safety instructions

• Keep the packaging material out of reach of children. There is a risk of suffocation!
• Do not wear long hair, ties, loose clothing or jewellery, including rings.
• When handling the machine, please note that there is a risk of injury from loose clothing or parts of the body being pulled into the machine.

2.5 General safety instructions for battery, charging socket, and charger.

DANGER

Danger to life due to electric shock!

If the charger is handled incorrectly there is a danger of a life-endangering electric shock.

• Never use a defective or damaged charger
• Never open or dismantle the charger.
• Check the charger connection lead regularly for damage. Disconnect the plug immediately if the connection lead is damaged.

DANGER

Risk of death from explosion!

The charger and the sweeping machine can cause sparks, which may ignite dust or fumes. Sparks may be caused when switching the machine on and off

- The charger and the sweeping machine must never be used in an environment in which there is a danger of explosion, for example in areas where there are infl ammable liquids of fumes, gases or dust.

WARNING

Risk of injury or accident when handling the battery

If the battery is handled incorrectly, it may cause a number of different hazards. The following points must be noted:

• Ensure that the battery is not exposed to direct sunlight, heat, open fire or electric sparks.
• Do not smoke in the immediate vicinity of the battery.
• Never expose the battery to microwaves or high pressure.
• Do not charge the battery at temperatures below 0°C.
• Never throw the battery into a fi re
• Never charge or use a defective, damaged or deformed battery.
• Never open, damage or drop the battery
• Keep battery out of reach of children.

WARNING

Fluid leaks from the battery may cause danger of injury or accident.

Leaking battery fluid may cause irritation to skin, burns and chemical burns.

• In case of accidental contact, wash the affected body parts thoroughly with water and soap.
• If the fluid enters the eyes, do not rub and wash the eyes with plenty of water for at least 15 minutes. Then seek medical assistance.
• Be careful to handle the battery with care.

WARNING

Danger of injury and accident when handling the charger.

If the charger is handled incorrectly, a number of different hazards may ensue. The following points must be noted:

• The electrical cable must only be plugged into an offi cially approved socke
• The plug must be disconnected from mains supply after use of the charger.
• Fire hazard! Do not use on easily infl ammable surfaces (e.g. paper, textiles), o in easily infl ammable surroundings
• Disconnect the plug immediately from mains supply if the charger catches fire or emits smoke.
• Do not cover the charger to allow it to cool without hindrance.
• Connection leads should be put away and labelled so to avoid damage and harm to persons - avoid trip hazards.

NOTE

If the battery, charger, and charging socket are handled incorrectly or inappropriately, they may cause damage to material or devices. The following points must be noted:

• The battery must only be used for the sweeping machine and the manufacturer's charger.
• Only use the geometrically suitable batteries for charging according to the values in Chapter "3. Technical data"
• Only connect the charger to the mains frequency and mains voltage indicated on the data plate.
• Do not remove the plug from the socket by pulling the connection lead; always remove by pulling the plug itself.
• Damaged connecting leads must be disconnected by a qualified electrician

NOTE

• The charger must only used in closed and dry spaces. Protect the charger from rain and moisture.
• Only use the charger and battery in the temperatures specified in Chapter "3 Technical data"
• Never connect the charger contacts to metallic objects such as nails, coins or jewellery as this can cause a short-circuit. The charger may be damaged by a short-circuit.
• Never connect the battery terminals or the contacts of the charging socket to metallic objects such as nails, coins or jewellery as this can cause a short-circuit. The battery or the electronics of the sweeping machine may be damaged by a short-circuit.
• Do not use metallic containers to transport the battery
• Protect the battery from rain and moisture.
• When the battery is stored for 2 months or more without being recharged the blue battery connection lead should be disconnected in order to prevent the battery from deep discharging. Information regarding the storage and disconnection of the battery can be found in Chapter "10.3 Storage/ Safekeeping" and Chapter "10.2 Disconnect battery leads" of this operating manual.
• If the battery is to be stored for 6 months or more the battery must be fully charged in order to retain the performance of the battery. Information on the charging of the battery can be found in Chapter "6.3 Charging battery" of this operating manual.

2.6 Hazard notices on the device

The following pictograms are affi xed to the sweeping machine or to the data plate:

CAUTION

When working on the machine, the safety instructions described in the operating manual must be observed.

Operating instructions

Read the operating manual carefully before using the device.

Risk of clothing or body parts being caught and jammed in the machine

When servicing, repairing, maintaining or cleaning the machine there is a risk that spinning parts may result in clothing or body parts being caught in the machine causing injury. The safety instructions described in the operating manual must be observed in these cases.

Charger and battery

Only use the charger approved by the manufacturer and delivered with the sweeping machine.

2.7 Personal Safety Equipment

Personal safety equipment must be worn when working to minimise health hazards. For that reason:

- Before starting all work put on each item of specified safety equipment properly and wear it during work.

Sturdy footwear

Wear sturdy footwear with well-gripping, non-slip soles.

Protective gloves

Wear protective gloves.

Dust protection mask

Wear a dust protection mask.

3. Technical data

Basic information on the sweeping machine starmix 697

EN

Technical data 697
Sweeping width in millimetres [mm]	970
Sweeping capacity in square metres per hour [ m^2/h ]	4100
Capacity of the sweeping container in litres [l]	40
Weight kilogrammes [kg] 22
Approx operating time* in minutes when fully charged.	90
Maximum operating temperature	10 °C to 40 °C

Noise and vibration information(measured according to EN 60335-2-72)	measured according to EN 60745-2-6
	697
Sound pressure level L_p (EN 60335-2-72)* 64 dB (A)
Sound power level L_w (EN 60335-2-72)* 80 dB (A)
Uncertainty for given sound level (2006/42/EG) 2.5 dB (A)

*Calculated at the highest notational rotation speed in an ambient temperature of 20 °C / depending on floor surface.

Vibration information (measured according to EN 60335-2-72) 697
Left handle, ah	< 2.5 m/s ^2
Right handle, ah
Uncertainty (K) (RL 2006/42/EG) 2.0 m/s ^2

Battery 697
Voltage [V] 12
Power [Ah] 14
Weightkilogrammes [kg]	4,0
Maximum range of temperature
Operation from -10	°C to +50 °C
Charging from 0	°C to +40 °C
Storage from -10	°C to +40 °C

Charger	697
Input voltage	230 VAC/50 Hz
Output voltage [V]	12
Charge cut-off voltage [V]	13.8
Charging current [mA]	3,000
Weight in grams [g]	350
Maximum range of temperature
Operation	from 0 °C to +25 °C
Storage	from -25 °C to +70 °C

4. Construction and Function

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

EN

Fig. 1: Component overview 1

Item no.	Component
1 Push bar
2 Sweeping container
3 Container handle
4 Plate brooms – height adjustment
5 Carrying handle
6 Plate brooms
7 Lateral guide roller
8 Downholder
9 Impeller
10 Handle fitting
11 On/off switch
12 Charging socket
13 LED display

The battery-operated machine is started by switching the on/off switch (11) to the on position and pushing the machine forward with the push bar (1). This causes both plate brooms (6) to convey the sweepings in the direction of the sweeping container (2) with the aid of the sweeper lip (16).

The fine dirt sweeping roll (14) conveys the rest of the sweepings into the sweeping container (2). Power is provided by the battery (24) installed in the machine, which must be sufficiently charged for optimal performance.

» Information on the charging of the battery can be found in Chapter "6.3 Charging battery" of this operating manual.

During battery operation the current operating status of the sweeping machine is shown on the LED display (13).

» Information on battery operation and the LED display can be found in Chapter "7.4 Battery operation and LED display" of this operating manual.

When the battery charge is low, the machine may also be operated temporarily without electric power.

» Information on manual operation can be found in Chapter "7.6 Manual operation" of this operating manual.

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Fig. 2: Component overview 2

23 20 21 22

Fig. 4: Component overview 4

Item no. Component

14 Fine sweeping roll

15 Helical gear

16 Sweeper lip

17 Sweeping plate

Technical diagram of a lawn mower with numbered parts labeled 18, 19, and an unlabeled component.

Fig. 3: Component overview 3

Item no. Component

20 Clutch housing

21 Toothed sleeve

22 Helical gear toothing

23 Drive protection

Technical diagram of a vehicle interior with numbered components and a circular component detail

Fig. 5: Component overview 5

Item no. Component

18 Dust filter

19 Type plate

Item no. Component
24 Battery
25 Battery connection lead (red +)
26 Battery connection lead (blue -)

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component labeled 28 and 29.

Fig. 6: Component overview 6

Item no. Component

27 Switch plate

28 Fuse holder

29 Fuse F1

» The picture shows the components when the cover is open or removed.

5. Transport/transporting

5.1 Delivery

NOTE

Visible damage on the outer packing must be immediately confirmed on delivery by the parcel service driver. If transport damage is only noticed during unpacking, the parcel service must be notified in writing within 24 hours after delivery so that it can be liable for the damage

5.2 Scope of supply

• Device
• Push bar
• Two handle fi ttings (pre-mounted)
• Charger with mains plug.
• Operating instructions

5.3 Handling Packaging Materials

• Always dispose of packing in an environmentally responsible manner.
- Observe the local and regional legal provisions in force.

5.4 Storage of sweeping machine

NOTE

Damage can be caused by improper storage of the machine, e.g. in a damp environment, with the battery lead attached, or with an insufficiently charged battery. Informatic regarding the storage and safekeeping of the machine can be found in Chapter "10. Decommissioning for Storage/Safekeeping".

» In order to save space, the push bar can be detached from the machine. Information on the removal of the push bar can be found in Chapter "10.1 Disassemble push bar" of this operating manual.

5.5 Carrying the device

CAUTION

Risk of injury through tipping over of the push bar!

Tipping over of the push bar may lead to slight injuries, such as jamming of the finger o bruising in users or other persons.

- When carrying the device, hold it so that the push bar cannot tip over.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

Fig. 7: Carrying the device

1. Swing the push bar (1) fl at towards the front.
2. Grasp the device on the carrying handle (2).
3. Carry the device in such a manner that the plate brooms face away from the body.

5.6 Transporting the device in a vehicle

CAUTION

Risk of injury through improper transport of the sweeping machine!

Wandering, skidding or tipping of the device can result in injury to the driver or other persons

- Secure the device with a strap to prevent it from slipping and moving around.

1. Place the device in a suitable location in the vehicle.
2. Secure the device with a strap.
   » In order to save space when transporting the device in a vehicle, the push bar can be removed. Information on the removal of

the push bar can be found in Chapter "10.1 Disassemble push bar" of this operating manual.

NOTE

• Improper transport can result in damage to the sweeping machine.
• In order to protect the battery, do not leave the machine in a hot vehicle.
• Ensure that the device is not switched on by accident during transport. If necessary, disconnect the blue battery lead. Information on the disconnection of the battery can be found in Chapter "10.2 Disconnect battery leads" of this operating manual

6. Commissioning

6.1 Install push bar

CAUTION

Risk of injury through tipping over of the push bar!

Tipping over of the push bar may lead to slight injuries, such as jamming of the finger o bruising in users or other persons

- When carrying the device, hold it so that the push bar cannot tip over

Two handle fi ttings (10) and the sliding bracket (1) are included as individual parts in the delivery.

1. press the locking spring (B) on the side of the of the push bar (1) inwards.
2. push the handle fi tting (10) onto the push push bar until it engages.

» Make sure that the side hole on the hole on the side of the handle fi tting aligns with the spring in the push bar.

1. proceed in the same way with the second side of the push bar in the same way

The sliding bracket (1) can be adjusted to the height of the user at two levels (I) and (II).

» (I): Lower level
» (II): Upper level (favoured position)

(1) (B) (10) (B)

Fig. 8: Fitting the handle fittings

1. The sliding bracket (1) can be adjusted to the Position yourself between the push bar (1) in front of the appliance.
2. Place one of the two handle fittings with the latching lug on the handle fitting (10) to the groove provided on the frame (A) so that it so that it can snap into place
3. Move the handle fi tting (10) on the other side other side into this position as well.
4. Now the handle fittings can be snapped into the holders in the appliance (A) with a little pressure and the push handle (1) can be brought into the required position for pushing the appliance.

(I) (II) (A)

1. Push the push bar (2) into both handle fi ttings simultaneously.
   » To do so, the push bar must be pulled apart about 10 cm before insertion in the handle fi ttings.
2. Push the push bar (2) into the handle fittings until the locking springs lock in.

(A) (10)

6.2 Connect battery leads

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Fig. 9: Open the cover

CAUTION

Risk of injury from unintentional starting of the sweeping machine.

When the battery lead is connected there is a danger of items being pulled into the machine due to the unintentional starting of the sweeping machine.

- Before the battery is connected ensure that the position of the on/off switch is in (1) position

» Upon delivery and for storage times of 2 months or more, the blue battery lead should be removed from the insertion fl ap to prevent the battery losing its charge.
1. Pull the two fl aps (1) on the front underside of the cover (2) a short distance forwards.
2. Lift the cover (2)

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Fig. 10: Connect battery leads

1. Plug the blue battery lead (3) well into the insertion flap (4) of the battery.

» (A): Battery lead not connected
» (B): Battery lead connected
» The red battery lead (5) is connected upon delivery.

NOTE

Also ensure that the red battery lead (5) is completely and correctly connected. An incorrect connection to the battery can cause damage to the device and result in the guarantee being deemed to be void.

1. Close the cover (2) and lock it over the fl aps (1).

6.3 Chargingbattery

Technical diagram of a welding torch with numbered components for identification

Fig. 11: Connecting the charger

» It is recommended to charge the battery fully before being operated for the first time.
» The charger (3) has fully electronic voltage and current limitation. This enables a connected battery to be at optimal charge at all times. The battery is thus prevented from overcharging.
» The battery leads must be correctly connected in order to charge the batteries. Information on the connection of the battery can be found in Chapter "6.2 Connect battery leads" of this operating manual.

NOTE

• The sweeping machine must not be switched on during charging. This may cause damage to the machine's electrical components.

• Before charging, check the charger plug and the connection socket on the sweeping machine for foreign bodies such as objects which may conduct electricity. Damage to the device from short-circuits and cable fi re

• Open the protective cap (1) over the charging socket on the sweeping machine.

Technical diagram of a car body with numbered parts for identification

Fig. 12: Connecting the charger

1. Connect the plug (2) of the charger (3) to the charging socket of the sweeping machine.
2. Connect the mains lead of the charger (3) to a 230 V power supply.
   » During charging, the LED display (4) on the charger shows an orange light. When the battery has been completely charged, the LED display (4) on the charger changes to green.
   » Charging time depends mainly on the charge of the battery before charging. If the battery has not been charged for some time, the charge will have dropped and the charge time will be longer. A full charge can take up to 7 hours. Please also note the information on the outer packing or on the sticker fixed to the sweeping machine.

NOTE

In order to achieve optimal life and keep the aging process to a minimum, the battery should be charged for at least 10 hours every 2 months. A fully charged battery reduces the danger of deep discharge and irreparable damage to the battery cells. The battery can also be recharged after operation times of approx. 15 mins.

7. Operation

WARNING

Risk of cutting due to broken glass, metal or other sharp edged materials!

When emptying the sweeping container, cutting injuries may occur due to broken glass, metal or other sharp edged materials.

- Wear the prescribed personal protective equipment!

CAUTION

Health impairments caused by dust resulting from sweeping

The inhalation of dusts can endanger the health.

- Wear the prescribed personal protective equipment!

7.1 Before starting work

• Check the device to make sure that it is functioning before starting work.
• Check the push bar to make sure that it is firmly fixed in the handle fittings.
• Check the sweeping container to make sure it is firmly fixed and in good condition.
• Check the plate brooms and the fi ne dust sweeping roller for bits of wood, rolled up threads and cords, and materials with long strands. Remove these if necessary.
• Check the plate brooms and the fi ne dust sweeping roller for jammed items or contamination.
• Check the handle for contamination and clean if necessary.
• Check whether the on/off switch can be easily moved to the 0 position at any time.
• Check the charging socket on the sweeping machine for foreign bodies.

NOTE

There must be no electrically conductive objects on or in the charging socket. Damage to the device from short-circuits and cable fi re. Always keep the protective cap over the charging socket closed.

7.2 Height adjustment of the plate brooms

The height of the brooms is adjusted with a dial in the middle of the front part. The height adjustment sets the plate brooms to the surface to be swept. The levels are based on empirical values and must therefore be regarded as reference values. As a result, during sweeping, adaptations of the levels may need to be made depending on the surface.

• Level 1-2: for all level, hard surfaces
(e.g. asphalt, concrete, slabs...)
- Level 3-4: for damp leaves, sand, and uneven surfaces (e.g. washed concrete slabs)
• Level 5-7: for heavy soiling and severely uneven surfaces

NOTE

Do not press the plate brooms too firmly or the ground. This leads to increased wear and tear and a reduction of the charge run time. It also increases push resistance and can have a negative effect on the cleaning result

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Fig. 13: Height adjustment of the plate brooms

• Set the required level:
• Turn the dial (1) to the left to lower the level.
• Turn the dial (1) to the right to increase the level.
  » Lift the machine slightly by the handle. This will make it easier to adjust the height.

7.3 Set hold-down device

With the hold-down device, the right plate broom is adjusted to the edge regions to be swept, for example on walls or curbs.

NOTE

An unsuitable setting of the hold-down device at lower edges can lead to excessive wear. The hold-down device must not scratch on the ground.

Diagram of a car interior showing a numbered component and a circular dial with labeled parts 1, 2, 3, 6.

Fig. 14: Hold-down device setting

Sweeping out edges and corners

- Press down the handle (1) of the hold-down device.

Operation on surfaces

- Pull up the handle of the hold-down (1) device.

7.4 Battery operation and LED display

Diagram of a car interior with labeled buttons and a central control panel

Fig. 15: Use and display

The LED display (2) communicates the operating state of the battery-operated sweeping machine.

- Place the sweeping machine on the surface to be swept.

CAUTION

Do not operate the on/off switch with you foot.

This may cause injury by causing you to fall or stumble when the plate brooms on the sweeping machine begin to move

• Only switch the machine on by hand

- Switch on the sweeping machine by switching the on/off switch (1) to position I.

The plate brooms and fi ne sweeping rolls begin to rotate. The LED display (2) will show green during battery operation provided there is suffi cient charge.

Operation

starmix 697

starmix

EN

• Use both hands to push the device with the push bar.
• Push the device forward at normal walking speed.
• Switch off the sweeping machine by moving the on/off switch (1) to position 0.
• Empty the sweeping container as needed. See Section "Empty sweeping container" in Chapter 7.7 of this operating manual.
  » Empty the sweeping container at regular intervals to achieve a satisfactory sweeping result.

NOTE

• If the plate brooms are revolving more slowly or if the red light on the LED display (2) shows during operation, this means that the battery charge is low. Switch off the machine and charge the battery.
• When the battery charge is too low, the machine will be switched off automatically by the electronic system installed. The red LED display light (2) will fl ash red. Switch off the machine and charge the battery. The guarantee is void if the battery is allowed to deep discharge.

- Clean the sweeping machine and dust filter after operation. See Section "Clean the device" in Chapter9.5 of this operating manual.

- Fully charge the battery again as needed. See Section "Charging battery" in Chapter 6.3 of this operating manual.

7.5 Overloadprotection

In order to avoid damage from overload, the motors are fitted with overload protection. If the electronics of the sweeping machine switch themselves off after a short time, this means that the motors are being overloaded. Check the fine sweeping roll and the plate brooms are moving freely and remove any blockages, such as stones, rolls of thread and similar items.

Diagram of a car interior with labeled buttons and a central control panel, showing numbered positions 0 and 1.

Fig. 16: Use and display

- Set the on/off switch (1) on the electronics of the machine to the 0 position after the overload protection has been triggered.

CAUTION

Risk of injury from unintentional starting of the sweeping machine.

When working on the sweeping machine there is a danger of items being pulled into the machine due to the unintentional starting of the sweeping machine.

- Ensure that the device is not switched on by accident when the blockage is being dealt with. If necessary, disconnect the blue battery lead. See Section "Disconnect battery leads" in Chapter 10.2 of this operating manual.

1. Locate and remove the blockage. See Section "Remove blockage" in Chapter 9.3 of this operating manual.
2. If necessary, connect the blue battery connecting lead again. See Section "Connect battery leads" in Chapter 6.2 of this operating manual.

starmix

starmix 697

Operation

1. Switch the sweeping machine on by switching the on/off switch to the I position.
2. Check whether the device is working again as usual.

7.6 Manualoperation

When the battery is low, the sweeping machine can be used temporarily without a power supply. The sweeping mechanism is activated by pushing the machine forward.

• Use both hands to push the device with the push bar.
• Push the device forward at normal walking speed.
• Empty the sweeping container as needed. See Section "Empty sweeping container" in Chapter 7.7 of this operating manual.
• Fully charge the battery again as needed. See Section "Charging battery" in Chapter 6.3 of this operating manual.

» Only use manual operation temporarily. Results are better under battery operation and use a very small amount of power.

7.7 Empty sweeping container

WARNING

Risk of cutting due to broken glass, metal or other sharp edged materials!

When emptying the sweeping container, cutting injuries may occur due to broken glass, metal or other sharp edged materials.

- Wear the prescribed personal protective equipment!

CAUTION

Risk to health from dust from sweeping container!

There is a risk to health from dust collected when the sweeping container is emptied.

- Wear the prescribed personal protective equipment!

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating flow or movement.

Fig. 17: Empty the sweeping container

• Empty the sweeping container after each use.
• Empty the sweeping container at regular intervals to achieve a proper sweeping result.
1. Bring the push bar (1) to the forward position.
2. Pull the sweeping container (3) upwards by the container handle (2).
3. Empty the sweeping container (3) completely.
» Make sure that the enclosure sides are free of dirt.
4. Insert the empty sweeping container (3) on the device.
5. Press the container handle (2) back into the starting position. To do this, simultaneously press with force in the direction of the sweeper so that the hook of the container handle can easily hook into the locking point on the sweeper.
» The sweeping container (3) must audibly lock into position.
6. Bring the push bar (1) back into the operating position.

8. Troubleshooting

WARNING

Risk of cutting due to broken glass, metal or other sharp edged materials!

When emptying the sweeping container, cutting injuries may occur due to broken glass, metal or other sharp edged materials.

- Wear the prescribed personal protective equipment!

CAUTION

Health impairments caused by dust resulting from sweeping!

The inhalation of dusts can endanger the health

- Wear the prescribed personal protective equipment!

CAUTION

Risk of injury through tipping over of the push bar!

Tipping over of the push bar may lead to slight injuries, such as jamming of the finger o bruising in users or other persons.

- When carrying the device, hold it so that the push bar cannot tip over.

CAUTION

Risk of injury from unintentional starting of the sweeping machine.

When working on the sweeping machine there is a danger of items being pulled into the machine due to the unintentional starting of the sweeping machine.

- Ensure that the device is not switched on by accident while the fault is being dealt with. If necessary, disconnect the blue battery lead. See Section "Disconnect battery leads" in Chapter 10.2 of this operating manual.

Faults may occur even if the prescribed maintenance work and checks of the device before use are complied with. Possible faults are listed in the tables 1 and 2 below, with specification of the cause and remedy.

8.1 Fault table Part 1

Fault Cause Remedy
Device is running with difficulty or roughly	Device is contaminated	Clean sweeping machine. See Chapter 9.5 Section “Clean the device”
	Broom blocked	Remove blockage, see Chapter 9.3 Section “Remove blockage”
	Contaminated broom drives	Clean broom drives. See Chapter 9.5 Section “Clean the device”
	Height adjustment set too low	Set height adjustment, See Chapter 7.2 in Section “Height adjustment of the plate brooms”
	Plate broom pressure too high
	Battery charge too low. LED display on the sweeping machine shows red light	Charge battery. See Chapter 6.3 Section “Charging battery”
	Plate brooms do not rotate	Contact Service
	Fine sweeping roll does not rotate
The device is switched off	Plate broom pressure too high	Set height adjustment. See Chapter 7.2 in Section “Height adjustment of the plate brooms”
	Broom blocked	Clean sweeping machine. See Chapter 9.5 Section “Clean the device”
	Overload protection active	Remove blockage, see Chapter 7.5 Section “Overload protection”
	Battery charge too low. LED display on the sweeping machine shows red light. Device switched off electronically	Charge battery. See Chapter 6.3 Section “Charging battery”
	F1 fuse is defective	Check F1 fuse and exchange. See Chapter 8.4 Section “Take out the F1 fuse and check”
Device can’t be switched on	F1 fuse is defective	Check F1 fuse and exchange. See Chapter 8.4 Section “Take out the F1 fuse and check”
	Disconnected battery lead	Connect battery lead. See Chapter 6.2 Section “Connect battery leads”
	Deep discharge battery Contact Service
Bristles are bent Improper storage		Align the bristles, see Chapter 9.4 Section “Align bristles”

8.2 Fault table Part 2

Fault Cause Remedy
Sweeping result is insufficient	Sweeping lip is missing, loose or worn Replace sweeping lip
	Plate broom pressure too high	Set height adjustment. See Chapter 7.2 in Section “Height adjustment of the plate brooms”
	Heavy wear and tear of plate brooms
		Exchange plate brooms
	Sweeping container is full	Empty the sweeping container. See Chapter 7.7 Section “Empty sweeping container”
	Inappropriate use of sweeping machine according to information in Chapter 2.2 Section “Inappropriate use”	Use suitable cleaning device or cleaning agent.

8.3 Trouble-shooting procedure

CAUTION

Risk of injury from unintentional starting of the sweeping machine.

After correcting fault on the sweeping machine there is a danger of items being pulled into the machine due to the unintentional starting of the sweeping machine.

- Before the battery is connected ensure that the position of the on/off switch is in (1) position.

1. Set on/off switch on the device to position 0.
2. If necessary, disconnect the blue battery lead.
3. Correct the fault as described in the fault table.
4. If necessary, reconnect the blue battery connecting lead.
5. Switch the sweeping machine on by switching the on/off switch to the I position. Check whether the device is working again as usual.

8.4 Take out the F1 fuse and check

In order to protect the electrical components, the sweeping machine is fitted with a 15 amp safety fuse. In order to check and replace the F1 fuse proceed as follows:

CAUTION

Danger of injury or accident due to incorrect fuse strength.

Use of the incorrect fuse strength can lead to overload of the electrical components, the emission of smoke, or fire, whether the machine is switched off, being charged or in operation.

- Replace the fuse only with a new 15 amp fuse approved by the manufacturer.

CAUTION

Risk of injury from unintentional starting of the sweeping machine.

When working on the sweeping machine there is a danger of items being pulled into the machine due to the unintentional starting of the sweeping machine.

- Ensure that the device is not switched on by accident while the fuse is being taken out and checked. If necessary, disconnect the blue battery connecting lead.

NOTE

Serious damage to the device can be caused by use of a fuse with a higher or lower strength.

In order to avoid damage, replace a blown fuse only with a 15 amp fuse approved by the manufacturer. Only replace the fuse when the cause of the fault has been dealt with

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the internal component.

Fig. 18: Remove cover

1. Set on/off switch on the device to position 0.

2. Move the push bar to the forward position. See Section "Empty sweeping container" in Chapter 7.7 of this operating manual.

3. Disconnect the blue battery connection lead from battery. See Section "Disconnect battery leads" in Chapter 10.2 of this operating manual.
4. Remove the cover (1) from the hinges (2) carefully by tapping gently with the palm of one's hand against the edge of the cover in the direction of the arrow.

Technical diagram of a car engine bay with numbered components and an inset showing internal air intake or fuel flow.

Fig. 19: Remove the switch plate

1. Pull the switch plate (3) carefully upwards from the pilot pins (4).
2. Place the switch plate (3) with the connected leads to one side.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Fig. 20: Fuse F1

1. Remove the F1 fuse (5) from the fuse holder (6).
2. Check the fuse and, if necessary, replace.

» The picture to the right shows a blown fuse.
» Use only 15 amp fuses.
» Reassembly is carried out in reverse order.

The following must be taken into account:

1. Place the cover on top and then snap it into place by carefully pressing it in the hinges.
2. Plug the blue battery lead well into the insertion flap of the battery.
3. Switch the sweeping machine on by switching the on/off switch to the I position.
4. Check whether the device is working again as usual.

NOTE

If the fuse blows immediately after the sweeping machine has been switched on again, contact service department.

9. Maintenance and cleaning

WARNING

Risk of cutting due to broken glass, metal or other sharp edged materials!

When emptying the sweeping container, cutting injuries may occur due to broken glass, metal or other sharp edged materials.

- Wear the prescribed personal protective equipment!

CAUTION

Health impairments caused by dust resulting from sweeping!

The inhalation of dusts can endanger the health

- Wear the prescribed personal protective equipment!

CAUTION

Risk of injury through tipping over of the push bar

Tipping over of the push bar may lead to slight injuries, such as jamming of the finger or bruising in users or other persons.

- When carrying the device, hold it so that the push bar cannot tip over.

CAUTION

Hazard due to cleaning materials!

The agents can contain harmful ingredients and can thereby cause irritation of the respiratory tract and the skin

• Observe the manufacturer's safety data sheet.
• Avoid spillage and the formation of fog.
• Do not eat, drink or smoke while working
• Avoid contact with skin and eyes.

CAUTION

Risk of injury from unintentional starting of the sweeping machine.

When carrying out maintenance and cleaning the sweeping machine there is a danger of items being pulled into the machine due to the unintentional starting of the sweeping machine

• The device should be switched off and disconnected from mains supply during all such work.
• Never do any work on the machine while the engine is running.
• The on/off switch must be in the 0 position
• Ensure that the device is not switched on by accident while maintenance and cleaning work is being carried out. If necessary, disconnect the blue battery lead. See Section “Disconnect battery leads” in Chapter 10.2 of this operating manual.

NOTE

Improper maintenance can lead to damage or a shortening of the life of the sweeping machine.

In the following sections the maintenance and cleaning work required for optimal and fault-free operation is described.

The conduct of the specified work depends in some cases on time and/or charge. For the maintenance interval information shown both in deadlines and service hours, the one that occurs first applies.

In case of questions on the maintenance work and intervals contact the manufacturer.

9.1 Maintenance plan

Maintenance interval	Maintenance work
Before starting work	Check the device to make sure that it is functioning before starting work. If necessary, contact the Service
	Check the push bar to make sure that it is firmly fixed in the handle fittings.
	Check the sweeping container to make sure it is firmly fixed and in good condition.
	Check the plate brooms and the fine dust sweeping roller for rolled up threads and cords. Remove these if necessary.
	Check the plate brooms and the fine dust sweeping roller for jammed items or contamination
	Check the handle for contamination and clean if necessary.
	Check that the height is adjusted correctly
	Check the sweeping pressure setting. Adapt the sweeping pressure to the surface to be swept, if necessary
	Check whether the on/off switch can be easily moved to the 0 position at any time
	Check the charging socket on the sweeping machine for foreign bodies
	Check the charge on the battery is sufficient for the sweeping work planned. Charge battery if necessary.
After finishing work	Empty the sweeping container
	Clean the device
	Clean dust filter
	Charge battery
8 Bh Clean broom drives
2 months Charge battery

9.2 Clean dust filter

1. Remove the sweeping container from the sweeping machine. See Section "Empty sweeping container" in Chapter 7.7 of this operating manual.

Technical diagram of a vehicle's internal components with numbered parts and an inset showing labeled parts.

Fig. 21: Dust filter removal

1. Pull the dust filter (1) up from the guides (2).
2. Open the plastic housing (3) of the dust filter and remove the foam insert (4).
3. Pound out the foam insert (4) and clean it with water.
4. Place the dry foam insert back into the plastic housing.
5. Slide the dust filter back into the guides.
6. Insert the sweeping container into the sweeping machine.

9.3 Remove blockage

• Remove wound-up material (e.g. cords, threads, long-threaded fibres.) from the brooms and axles.
• Remove jammed material (e.g. stones, twigs, leaves etc.).

9.4 Alignbristles

WARNING

Fire hazard due to improper handling of a fan or the use of an unsuitable fan!

When aligning the bristles, there is a risk of fire if they are heated to too high temperatures

• Do not use open flames or furnace to hea the bristles!
• Do not use a hot air blower. If the air is too hot, the bristles may melt.

Bent bristles can be straightened out again with heating by means of a warm air fan (e.g. hairdryer).

• Point the switched-on warm air fan towards the bent bristles.
  » If the heating is sufficient, the bristles will straighten out again by themselves.

9.5 Clean the device

• Do not use a degreasing agent.
• Do not use any aggressive cleaning agents.
• Do not clean the device with a high-pressure cleaner or under running water. The device may not be immersed in water or cleaned with water.
• Protect the bearings against moisture.

• Do not clean the plate brooms and the fine dirt sweeping roll with compressed air.
  » The strong air jet can damage the bristles.

• Clean the plate brooms, the fi ne dirt sweeping roll and the drives with a wet cloth.

• Clean all plastic parts with a damp cloth.

» Keep the battery clean as a dirty battery can lead to battery leakage via the terminals over time.

1. Clean the dust fi iter.

10. Decommissioning / Storage/ Safekeeping

10.1 Disassemble push bar

CAUTION

Risk of injury through tipping over of the push bar!

Tipping over of the push bar may lead to slight injuries, such as jamming of the finger o bruising in users or other persons

- When carrying the device, hold it so that the push bar cannot tip over

» In order to save space, the push bar can be detached from the machine.

Technical diagram showing a hand using a tool to adjust or clean a car wheel, labeled with parts 1 and 2.

Fig. 22: Push bar disassembly

1. Align the respective arrows (2) on the housing with the bar of the handle fittings (1).
2. Position yourself between the push bar in front of the device.
3. Grip both handle fittings (1) with your hands and carefully push them out.
4. At the same time pull out the handle fittings from both receptacles of the device.

10.2 Disconnect battery leads

When the battery is stored for 2 months or more without being recharged the blue battery connection lead should be disconnected in order to prevent the battery from deep discharging.

EN

In addition, if necessary, the battery should be disconnected during fault correction and removal of blockages. Protection from accidental starting of sweeping machine.

If the battery is to be stored for 6 months or more the battery must be fully charged in order to retain the performance of the battery. Information on the charging of the battery can be found in Chapter "6.3 Charging battery" of this operating manual.

» Keep the battery clean as a dirty battery can lead to battery leakage via the terminals over time.

Technical diagram of a car interior showing labeled components and directional arrows indicating movement or flow.

Fig. 23: Open the cover

1. Pull the two flaps (1) on the front underside of the cover (2) a short distance forwards.
2. Lift the cover (2)

Technical diagram showing mechanical assembly steps with labeled components A and B, including numbered parts 3, 4, and 5.

Fig. 24: Disconnect battery leads

1. Disconnect the blue battery lead (3) from the insertion flap (4) of the battery.

» Ensure that external influences such as the movement of the device cannot cause the blue battery lead (3) to contact the insertion flap (4) (see Illustration 24 picture B).

» The red battery lead (5) remains connected.

1. Close the cover (2) and lock it over the flaps (1).

10.3 Storage/Safekeeping

NOTE

Improper storage, e.g. storage of the device in a humid environment, can lead to damage to the sweeper

» Note the information contained in Chapter "10.2 Disconnect battery leads" of these operating instructions.
- Store the sweeping machine only in cleaned condition and with an emptied sweeping container.
» Information on emptying the sweeping container can be found in Section "7.7 Empty sweeping container" and on cleaning in Section "9.5 Clean the device" of this operating manual.

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

Fig. 25: Storage position

• Place the device in such a way that the bristles cannot be kinked or bent.
• Secure the device, including push bars, against tipping over, slipping and thus against damage.
• Do not store the device outdoors or in damp environments.

10.4 Disposal

• Dispose of the sweeping machine, the charger and the battery in an environmentally friendly manner in accordance with the applicable regional regulations.
• Dispose of the device and the battery separately.

11. REACH

REACH is the European Chemical Directive for the Registration, Evaluation, Authorisation and Restriction of Chemical substances.

Information regarding compliance with REACH directive (EU) Nr. 1907/2006 can be found atwww.starmix.de

12. EU Declaration of Conformity

EU Declaration of Conformity in accordance with Machine Directive 2006/42/EC Annex II 1.A

Manufacturer:

Electrostar GmbH

Hans-Zinser-Str. 1-3

73061 Ebersbach/Fils

Germany

Authorised for the preparation of technical documents:

Electrostar GmbH

Hans-Zinser-Str. 1-3

73061 Ebersbach/Fils

Germany

Product:

Hand controlled, battery-operated sweeping machine starmix 697

We hereby declare that the above-mentioned product complies with the provisions of machine directive 2006/42/EU The above-mentioned product complies with the demands of the relevant directives:

• EMC Directive 2014/30/EC
• RoHS 2011/65/EC

The following harmonised standards were applied:

• EN ISO 12100:2010, Safety of machinery, general principles for design, risk assessment and risk reduction
- EN 60335-1:2012, Safety of electric devices for use at home and similar purposes - Part 1: General Requirements
- EN 60335-2-72:2014, Safety of electric devices for use at home and similar purposes - Part 2-72: Special requirements for floor treatment machines, with or without drive, for commercial use

• EN 55014-1:2006+A1:2009+A2:2011, Electromagnetic compatibility - Requirements for household appliances, electrical tools and similar apparatus - Part 1: Interference Emission (CISPR 14-1:2005 + A1: 2008 + Cor. :2009 + A2:2011)
• EN 55014-2:1997+A1:2001+A2:2008, Electromagnetic compatibility - Requirements for household appliances, electrical tools and similar apparatus - Part 2: Immunity - Product family standard (IEC/CISPR 14-2:1997 + A1:2001 +A2:2008)
• EN 62233:2008-04, Measurement methods for electromagnetic fields of household appliances and similar apparatus with regard to human exposure.
  • EN IEC 63000:2018-12, Technical documentation for the assessment of electrical and electronic devices with regard to the restriction of hazardous substances

Ebersbach, 21.09.2020

Corku

Srem

Carsten Gresser

Head of Assurancer

starmix

starmix 697

Table des matières

1. Généralités....65

1.1 Adresse 65

1.2 Conventions....65

Technical diagram of a lawn mower with numbered parts and exploded view of the main body panel

FR

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a lawn mower with numbered parts labeled 18, 19, and a central component.

Technical diagram of a vehicle interior with numbered components, likely for assembly or maintenance instructions.

Technical diagram showing mechanical assembly with numbered components and a magnified inset highlighting parts labeled 28 and 29.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing internal components and hand placement.

(1) (B) (10) (B)

(I) (II) (A)

(A) (10)

Diagram of a vehicle interior showing labeled parts and directional arrows indicating movement or flow.

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows indicating movement.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered components for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram showing a car interior with numbered parts and a robot pointing to the seat, likely illustrating a vehicle or safety concept.

Diagram of a car interior with labeled buttons and a central display panel

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating flow or movement.

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the internal component.

Technical diagram of a car engine bay with numbered components and an inset showing internal airflow or ventilation system.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Illustr. 20 : Fusible F1

Technical diagram of a mechanical device with numbered components and an inset showing four labeled parts.

Technical diagram showing a hand operating a car wheel with labeled parts 1 and 2, likely illustrating a mechanical or electrical component assembly.

Diagram of a vehicle's rearview and side profile with labeled parts and directional arrows indicating movement or flow.

Technical diagram showing mechanical assembly steps with labeled components A and B

10.3 Stockage / conservation

INDICATION

Technical line drawing of a mechanical device with no visible text or symbols

Illustr. 25 : Position de stockage

Technical diagram of a lawn mower with numbered parts and exploded view of the main body

ES

Fig. 1: Resumen de componentes 1

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Fig. 2: Resumen de componentes 2

23 20 21 22

Fig. 4: Resumen de componentes 4

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top part.

Fig. 3: Resumen de componentes 3

Technical diagram of a vehicle interior with numbered components and labeled parts

Fig. 5: Resumen de componentes 5

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Fig. 6: Resumen de componentes 6

N° pos. Componente

27 Placa del interruptor

28 Portafusible

29 Fusible F1

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and wiring.

(1) (B) (B)

(I) (1) (II) (A)

Diagram of a vehicle's steering wheel and dashboard with labeled parts and directional arrows indicating motion or movement.

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered components for identification

Technical diagram of a car interior with numbered components and directional arrows indicating movement or flow.

Diagram of a car interior showing a numbered component and a steering wheel, with Chinese labels.

Fig. 14: Ajuste del pisador

Diagram of a car interior with labeled buttons and a central display panel showing two numbered components.

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating flow or movement.

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the internal components.

Technical diagram of car engine components with numbered parts and a magnified inset showing internal wiring or wiring connections.

Fig. 19: Desmontar la placa del interruptor

Technical diagram showing mechanical assembly with labeled parts and component annotations

Fig. 20: Fusible F1

Technical diagram of a vehicle's internal components with numbered parts and an inset showing labeled parts.

Technical diagram showing a hand operating a car wheel with labeled parts 1 and 2, likely illustrating a mechanical or automotive assembly.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Fig. 23: Abrir la cubierta

Technical diagram showing mechanical assembly steps with labeled components A, B, and numbered parts 3, 4, 5

Technical line drawing of a mechanical device with gears and housing (no text or symbols)

Technical diagram of a lawn mower with numbered parts and exploded view of the main body panel

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing internal components and hand placement.

(1) (10) (B) (B)

(I) (II) (A) (1) (1)

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or flow.

Fig. 9: Aprire la calotta

ATTENZIONE

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Technical diagram of a welding torch with numbered parts labeled 1 to 4

Technical diagram of a car body with numbered components for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior with numbered parts and a labeled component, likely illustrating a mechanical or safety inspection setup.

Diagram of a car interior with labeled buttons and a central display panel

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a mechanical device with numbered components and directional arrows indicating motion or flow.

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the component's internal structure.

Technical diagram of a car engine showing labeled components and airflow indicators

Technical diagram showing mechanical assembly with labeled parts and component annotations

Fig. 20: Fusibile F1

Technical diagram of a vehicle engine with labeled components and an inset showing internal components with numbered parts.

Technical diagram showing a hand operating a car wheel with labeled parts 1 and 2, likely illustrating a mechanical or electrical component assembly.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Fig. 23: Aprire la calotta

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

1.2 Conventies....155

7.5 Overbelastingsbeveiliging....170

7.6 Handmatige bediening....171

7.7 Opvangbak leegmaken 171

1. Storingsoplossing....172

Technical diagram of a lawn mower with numbered parts and exploded view of the main body panel

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a lawn mower with numbered parts labeled 18, 19, and an unlabeled component.

Technical diagram of a vehicle interior with numbered components and labeled parts

Technical diagram showing mechanical assembly with numbered components and a magnified inset highlighting parts 28 and 29.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (B) (10) (B)

(I) (1) (II) (A)

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Afb. 9: Kap openen

VOORZICHTIG

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered components for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force.

Diagram of a car interior showing a control panel with numbered parts and a person interacting near the door.

Technical diagram of a car interior with labeled components, showing a central control panel and two numbered parts.

Diagram of a car interior with labeled components, showing a central device and two numbered indicators (1 and 2) pointing to its ports.

Technical diagram of a robotic device with labeled parts and directional arrows indicating motion or movement.

Technical diagram showing car engine compartment with labeled parts and a close-up inset of the internal component.

Afb. 18: Kap demonteren

Technical diagram of car engine intake system with labeled components and a magnified inset showing internal components.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Technical diagram of a vehicle's internal components with numbered parts and an inset showing labeled parts 1, 2, 3, and 4.

Technical diagram showing a hand using a tool to adjust or clean a car wheel, labeled with parts 1 and 2.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Afb. 23: Kap openen

Technical diagram showing mechanical assembly steps labeled A and B, with numbered components 3, 4, and 5 indicating different parts of a device.

Technical line drawing of a mechanical device with no visible text or symbols

11. REACH

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

Fig. 1: Komponentoversigt 1

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Fig. 2: Komponentoversigt 2

23 20 21 22

Fig. 4: Komponentoversigt 4

Pos.-nr. Komponent
14 Fejevalse til fint snavs
15 Snekke
16 Fejeblad
17 Fejebakke

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top component.

Fig. 3: Komponentoversigt 3

Technical diagram of a vehicle interior with numbered components and a circular component detail

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

Fig. 7: Bær enheden

(1) (B) (10) (B)

(I) (II) (A)

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Fig. 9: Åbn hætten

! FORSIGTIG

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows indicating movement.

Fig. 10: Tilslut batterikablet

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered parts for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior showing a control panel with labeled parts and a numbered indicator '1'

Fig. 14: Nedholder indstilling

Diagram of a car interior with labeled buttons and a central touchscreen display

Diagram of a car interior with labeled buttons and a central control panel

Fig. 16: Betjening og display

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or movement.

Fig. 17: Aff aldsbeholderen tømme

Technical diagram showing car engine compartment with labeled parts and a close-up of the internal component, likely illustrating vehicle safety or repair.

Technical diagram of a car engine bay with numbered components and an inset showing internal air intake or valve system.

Fig. 19: Afmonter kontaktpladen

Technical diagram showing mechanical assembly with labeled parts and component annotations

Fig. 20: Sikring F1

Technical diagram of a vehicle's internal structure with numbered components and an inset showing four labeled parts.

Technical diagram showing a hand operating a car wheel with labeled parts 1 and 2, likely illustrating a mechanical or cleaning process.

Fig. 22: Skubbebøjle demontering

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Fig. 23: Åbn hætten

Technical diagram showing mechanical assembly steps with labeled components A, B, and numbered parts 3, 4, 5

Fig. 24: Frakobl batterikablet

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

Fig. 25: Opbevaringsposition

11. REACH

Technical diagram of a lawn mower with numbered parts and exploded view of the main body panel

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top part.

Technical diagram of a vehicle interior with numbered components and labeled parts

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (B) (10) (B)

(I) (II) (A)

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Bild 9: Öppna huven

FÖRSIKTIGHET

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows indicating movement.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered parts for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior showing a numbered component and a control panel with labeled parts 1, 2, 3, 6, 8.

Diagram of a car interior with labeled buttons and a central touchscreen display panel

Technical diagram of a car interior with labeled components, showing a central control panel and two numbered parts.

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating flow or movement.

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the internal component.

Technical diagram of a car engine intake system with labeled components and airflow indicators

Bild 19: Ta bort omkopplarplattan

Technical diagram showing mechanical assembly with labeled parts and component annotations

Bild 20: Säkring F1

Technical diagram of a vehicle's internal components with numbered parts and an inset showing labeled parts 1, 2, 3, and 4.

Technical diagram showing a hand using a tool to clean or repair a car wheel, labeled with parts 1 and 2.

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or flow.

Technical diagram showing mechanical assembly steps with labeled components A and B, including numbered parts 3, 4, and 5.

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

11. REACH

1. Idriftssetting....255

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

Fig. 1: Komponentoversikt 1

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Fig. 2: Komponentoversikt 2

23 20 21 22

Fig. 4: Komponentoversikt 4

Pos.-nr. Komponent

14 Feievalser til fint smuss

15 Skråhjul

16 Feieleppe

17 Feieplate

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top part.

Fig. 3: Komponentoversikt 3

Pos.-nr. Komponent

20 Koblingshus

21 Tannhylse

22 Tennene på skråhjulet

23 Drivverksbeskyttelse

Technical diagram of a vehicle interior with numbered components and labeled parts

Fig. 5: Komponentoversikt 5

Pos.-nr. Komponent

18 Støvfilter

19 Typeskilt

Technical diagram showing mechanical assembly with numbered components and a magnified inset highlighting parts 28 and 29.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (10) (B) (B)

(I) (II) (A)

(A) (10)

6.2 Sett inn batteritilkoblingsledningen

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Fig. 10: Sett inn batteritilkoblingsledningen

1. Sett den blå batteritilkoblingsledningen (3) fullstendig på batteriets stikktapp (4)

Technical diagram of a welding torch with numbered components for identification

Fig. 11: Koble til laderen

Technical diagram of a car body with numbered components for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior showing a control panel with numbered parts and a device labeled '1' pointing to the left side.

Diagram of a car interior with labeled buttons and a central touchscreen display panel

Diagram of a car interior with labeled buttons and a central control panel

Fig. 16: Betjening og visning

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or movement.

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the internal component.

Fig. 18: Demonter dekslet

Technical diagram of a car engine intake system with labeled components and airflow indicators

Fig. 19: Demonter bryterplaten

Technical diagram showing mechanical assembly with labeled parts and component annotations

Fig. 20: Sikring F1

Technical diagram of a vehicle's internal structure with numbered components and an inset showing labeled parts.

Fig. 21: Å ta ut støvfiltre

Technical diagram showing a hand using a tool to adjust or clean a car wheel, labeled with parts 1 and 2.

Technical diagram of a car interior with labeled parts and directional arrows indicating movement or flow.

Technical diagram showing mechanical assembly steps with labeled components A and B

Fig. 24: Å trekke ut batteritilkoblingsledningen

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

11. REACH

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a lawn mower with numbered parts labeled 18 and 19

Technical diagram of a vehicle interior with numbered components and a circular component detail

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (B) (10) (B)

(I) (1) (II) (A)

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Kuva 9: Avaa huppu

VARO

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered parts for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior with labeled parts and a numbered indicator '1' pointing to the seat.

Diagram of a car interior with labeled components, showing a device inside the intake chamber and numbered parts.

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or flow.

Technical diagram showing car engine component assembly with labeled parts and directional arrows indicating assembly steps

Technical diagram of car engine components with numbered parts and a magnified inset showing internal wiring or wiring connections.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Kuva 20: Sulake F1

Technical diagram of a vehicle's internal structure with numbered components and an inset showing four labeled parts.

Technical diagram showing a hand using a tool to clean or repair a car wheel, labeled with parts 1 and 2.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing mechanical assembly steps labeled A and B, with numbered components 3, 4, and 5 indicating different parts of a device.

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top part.

Technical diagram of a vehicle interior with numbered components and labeled parts

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (B) (10) (B)

(I) (II) (A)

Technical diagram of a car interior showing labeled components and directional arrows indicating movement or flow.

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows indicating movement.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered parts for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force.

Diagram of a car interior showing a numbered component and a device, likely illustrating a steering or navigation system.

Technical diagram of a car interior with labeled components, showing a central device and two numbered parts.

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or movement.

Technical diagram showing car engine compartment with labeled parts and a close-up of the internal component, likely illustrating vehicle safety or repair.

Technical diagram of a car engine bay with numbered components and an inset showing internal wiring connections.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Technical diagram of a mechanical device with numbered components and an inset showing four labeled parts.

Technical diagram showing a hand operating a car wheel with labeled parts 1 and 2, likely illustrating a mechanical or electrical component.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing mechanical assembly steps with labeled components A and B

Technical line drawing of a mechanical device with no visible text or symbols

11. REACH

Technical diagram of a lawn mower with numbered parts and exploded view of the main body panel

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top part.

Technical diagram of a vehicle interior with numbered components and labeled parts

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component detail.

Technical diagram of a vacuum cleaner with labeled parts, showing hand positioning and component layout

(1) (B) (10) (B)

(I) (II) (A)

Technical diagram of a vehicle's steering wheel and dashboard with labeled components and directional arrows indicating motion or movement.

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered parts for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior showing a control panel with numbered parts and a robot pointing to the seat.

Diagram of a car interior with labeled buttons and a central display panel

Diagram of a car interior with labeled components, showing a central device and two numbered indicators (1 and 2) pointing to its ports.

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or movement.

Technical diagram showing car interior components with numbered parts and directional arrows indicating assembly or inspection.

Technical diagram of car engine intake system with labeled components and a magnified inset showing internal components.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Technical diagram of a mechanical device with numbered components and an inset showing four labeled parts.

Technical diagram showing a hand using a tool to adjust or clean a car wheel, labeled with parts 1 and 2.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing mechanical assembly steps with labeled components A and B, including numbered parts 3, 4, and 5.

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

11. REACH

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top component.

Technical diagram of a vehicle interior with numbered components and a circular inset view

Technical diagram showing mechanical assembly with numbered components and a magnified inset view of a component labeled 28 and 29.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and hand positioning.

(1) (B) (10) (B)

(I) (II) (A)

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing two mechanical assembly steps labeled A and B, with numbered components and directional arrows.

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered components for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram of a car interior showing a numbered component and a control panel with labeled parts 1, 2, 3, 6, 8.

Diagram of a car interior with labeled buttons and a central control panel

Obr. 15: Provoz a indikace

Diagram of a car interior with labeled buttons and a central control panel

Obr. 16: Provoz a indikace

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or movement.

Technical diagram showing car engine compartment with labeled parts and a zoomed-in view of the internal component.

Obr. 18: Demontáž krytu

Technical diagram of a car engine intake system with labeled components and airflow indicators

Technical diagram showing mechanical assembly with labeled parts and component annotations

Technical diagram of a mechanical device with numbered components and an inset showing internal components labeled 1, 2, 3, and 4.

Technical diagram showing a hand using a power tool to clean or repair a car wheel, labeled with parts 1 and 2.

Diagram of a car interior showing labeled parts and directional arrows indicating movement or flow

Technical diagram showing mechanical assembly steps with labeled components A and B

Technical line drawing of a mechanical device with gears and shafts (no text or symbols)

Obr. 25: Skladovací poloha

11. REACH

Technical diagram of a lawn mower with numbered parts and exploded view of the device casing

Technical diagram of a mechanical assembly with numbered components labeled 14 to 17

Technical diagram of a mechanical device with numbered components labeled 18, 19, and an unlabeled top part.

Technical diagram of a vehicle interior with numbered components and a circular component detail

Technical diagram showing mechanical assembly with numbered components and a magnified inset highlighting parts 28 and 29.

Technical diagram of a vacuum cleaner with labeled parts 1 and 2, showing mechanical components and wiring.

(1) (B) (10) (B)

(I) (1) (II) (A)

Technical diagram of a vehicle's rearview and side profile with labeled components and directional arrows indicating motion or flow.

Technical diagram showing mechanical assembly with labeled parts B and numbered components 3

Technical diagram of a welding torch with numbered components for identification

Technical diagram of a car body with numbered parts for identification

Technical diagram of a car interior showing labeled parts and directional arrows indicating movement or force

Diagram showing a car interior with labeled parts and a numbered indicator '1' pointing to the left side.

Diagram of a car interior with labeled buttons and a central display panel

Diagram of a car interior with labeled buttons and a central control panel

Technical diagram of a cleaning or cleaning device with numbered components and directional arrows indicating motion or movement.

Technical diagram showing car engine compartment with labeled parts and a close-up inset of the component's internal structure.

Technical diagram of car engine intake system with labeled components and a magnified inset showing internal components.

Technical diagram showing mechanical assembly with labeled parts and component annotations

Technical diagram of a vehicle's internal components with numbered parts and an inset showing labeled parts.

Technical diagram showing a hand operating a car wheel with labeled parts 1 and 2, likely illustrating a mechanical or electrical component assembly.

Technical diagram of a vehicle's rearview and side profile with numbered annotations indicating components.

Technical diagram showing mechanical assembly steps with labeled components A and B

Technical line drawing of a mechanical device with no visible text or symbols