Bosch PFS 5000 E Spray Paint System Instructions
PFS 5000 E
Safety instructions
General Power Tool Safety Warnings
Failure to follow all instructions listed below may result in electric shock, fire and/ or serious injury.
Save all warnings and instructions for future reference.
The term “power tool” in the warnings refers to your mains-operated (corded) power tool or battery-operated (cordless) power tool.
Work area safety
Electrical safety
There is an increased risk of electric shock if your body is earthed or grounded.
Water entering a power tool will increase the risk of electric shock.
Damaged or entangled cords increase the risk of electric shock.
shock.
electric shock.
Personal safety
of drugs, alcohol or medication. A moment of inattention while operating power tools may result in serious personal injury.
Power tool use and care
Service
Safety instructions for fine spray systems
Ensure that you have access to functioning fire extinguishers or extinguishing equipment at all times.
Volatile evaporating solvents create an explosive environment.
Symbols
Your product is fitted with a BS 1363/A approved electric plug with an internal fuse (ASTA approved to BS 1362).
If the plug is not suitable for your socket outlets, it should be cut off and an appropriate plug fitted in its place by an authorized customer service agent. The replacement plug
should have the same fuse rating as the original plug.
The severed plug must be disposed of to avoid a possible shock hazard and should never be inserted into a main socket elsewhere.
Symbols and their meanings
“Wood/glaze” application: Spraying glazes and primers |
“Wood/lacquer” application: Spraying solvent-based and water-dilutable lacquers, clear lacquers and oils |
“Wall” application: Spraying emulsion and latex paints |
Step 1: Choose the correct nozzle cap
Choose the grey nozzle cap (11) for the “wood/ glaze” application | Choose the black nozzle cap (12) for the “wood/ lacquer” application | Choose the white nozzle cap (10) for the “wall” application |
1-3
Select setting 1, 2 or 3 on the thumbwheel (4) for the “wood/glaze” application1-3
Select setting 1, 2 or 3 on the thumbwheel (4) for the “wood/lacquer” application4-5
Select setting 4 or 5 on the thumbwheel (4) for the “wall” application
Step 2:
Setting the spray material quantity
Step 3: Setting the air flow
Set the “wood/glaze” application at the air flow control (25) | Set the “wood/lacquer” application at the air flow control (25) | Set the “wall” application at the air flow control (25) |
Product Description and Specifications
Failure to observe the safety and general instructions may result in electric shock, fire and/or serious injury.
Please observe the illustrations at the beginning of this operating manual.
Intended Use
The power tool is intended for spraying all common paints: Emulsion and latex paints (wall paints), solvent-based and water-dilutable (recommended) lacquers, glazes, primers,
impregnations, clear lacquers (ALLPaint), oils and water. The power tool is not suitable for use with caustic solutions, wood stains, acidic coating materials, disinfectants, pesticides and house paints.
Product Features
The numbering of the product features refers to the diagram of the power tool on the graphics page.
Spray gun | Container seal |
Air cap | Suction tube |
Cap nut | Ventilation hole |
Thumbwheel for spraying capacity | Paint channel |
Trigger switch | Air hose |
Lockring | Bayonet lock |
Container for spray material | Base unit |
Spare container for spray material | Carrying handle |
Hose port (spray gun) | Holding clamp |
Nozzle cap (white: for “wall” application) | On/off button with air flow control |
Nozzle cap (grey: for “wood/glaze” application) | Hose port (base unit) |
Nozzle cap (black: for “wood/lacquer” application) | Accessory compartment |
Filling sieve | Cleaning brush |
Transfer bucket a) | Air filter cover |
Nozzle needle | Air filter |
a) Accessories shown or described are not included with the product as standard. You can find the complete selection of accessories in our accessories range.
Fine-spray system | PFS 5000 E | |
Article number | 3 603 B07 2.. | |
Rated power input | W | 1200 |
Spraying capacity | ml/min | 500 |
Required time for application of paint on 3 m 2 | min | 1 |
Container capacity for spray material | ml | 1000 |
Length of air hose | m | 4 |
Weight according to EPTA-Procedure 01:2014 | kg | 4,9 |
Protection class |
The specifications apply to a rated voltage [U] of 230 V. These specifications may vary at different voltages and in country-specific models.
Noise/Vibration Information
Noise emission values determined according to
EN 62841-1.
Typically the A-weighted noise level of the power tool are: 84 dB(A); sound power level 95 dB(A). Uncertainty K = 3 dB.
Wear hearing protection
Vibration total values ah (triax vector sum) and uncertainty K determined according to EN 62841-1: ah < 2.5 m/s 2 , K = 1.5 m/s 2
The vibration level and noise emission value given in these instructions have been measured in accordance with a standardised measuring procedure and may be used to compare power tools. They may also be used for a preliminary estimation of vibration and noise emissions.
The stated vibration level and noise emission value represent the main applications of the power tool. However, if the power tool is used for other applications, with different application tools or is poorly maintained, the vibration level and noise emission value may differ. This may significantly increase the vibration and noise emissions over the
total working period. To estimate vibration and noise emissions accurately, the times when the tool is switched off or when it is running but not actually being used should also be taken into account. This may significantly reduce vibration and noise emissions over the total working period.
Implement additional safety measures to protect the operator from the effects of vibration, such as servicing the power tool and application tools, keeping their hands warm,
and organising workflows correctly..
Assembly
Pull the plug out of the socket before carrying out any work on the power tool.
Ensure that the spray gun and base unit are assembled completely and with all seals. Only this will
ensure the function and safety of the fine-spray system.
Connecting the air hose (see figures A1–A3)
– Open the holding clamp (24) and unwind the air hose (20) completely from the base unit (22).
Connecting the base unit:
– Insert a bayonet lock (21) of the air hose securely into the holes in the base unit port (26) according to the arrow marks.
– Turn the bayonet lock a quarter turn clockwise. Connecting to the spray gun:
– Insert the second bayonet lock (21) of the air hose securely into the holes in the spray gun port (9) according to the arrow marks.
– Turn the bayonet lock a quarter turn clockwise.
Note: Remove the air hose (20) before pouring in spray material (quarter turn of the bayonet lock (21) anticlockwise; pull the bayonet lock (21) out of the port (9)).
Changing the nozzle cap (see figures B1–B2) The fine-spray system is supplied with three nozzle caps:
Nozzle cap
(10) | (11) | (12) | |
Paint | white | grey | black |
Delivery condition |
Mounted | In the accessory compartment (27) under the holding clamp (24) |
|
Application | “Wall” | “Wood/glaze” | “Wood/lacquer” |
Note: Check the spray material by stirring it before selecting the nozzle cap. Thinner-viscosity material (e.g. wood paint) can be sprayed better with the grey nozzle cap (11) or the black nozzle cap (12), whereas thicker-viscosity material (e.g. wall paint) can be sprayed better with the white nozzle cap (10).
– To change the nozzle cap, unscrew the cap nut (3).
– Pull off the air cap (2).
– Unscrew the mounted nozzle cap.
– Open the holding clamp (24) and take the required nozzle cap out of the accessory compartment (27).
– Screw the required nozzle cap into the thread in the spray gun.
– Put the air cap (2) on the nozzle cap and tighten it with the cap nut (3).
Operation
Pull the plug out of the socket before carrying out any work on the power tool.
Products that are only sold in AUS and NZ: Use a residual current device (RCD) with a nominal residual current of 30 mA or less.
Work preparation
Spraying on the sides of water bodies (lakes, rivers, etc.) or neighbouring surfaces in the direct catchment area is not permitted.
When purchasing paint, lacquer and spray material, pay attention to their environmental compatibility.
Preparing the spray surface
The spray surface must be clean, dry and grease-free.
– Roughen smooth surfaces and then remove the sanding dust.
When spraying, all non-covered surfaces can be contaminated by the spray mist. Therefore, thoroughly prepare the area around the surface to be sprayed:
– Carefully cover floors, furnishings, doors, windows as well as door and window frames, etc. Painting substrate, for example, is recommended for covering the floors.
– Fix the cover material in place. Cover material that is not fixed in place securely can be detached or blown away by the powerful air jet.
Carefully mask off plug sockets and switches. Uncovered plug sockets and switches may cause a short-cir- cuit and increase the risk of electric shock.
Preparing the spray material
When diluting, make sure that the spray material and the diluting agent are compatible. When using a faulty
diluting agent, lumps can develop that can lead to clogging of the spray gun.
When diluting the spray material, make sure that the flash point of the mixture is above 55 °C again after diluting. Diluting substances such as solvent-based lacquers lowers the flash point.
Note the specifications of the paint manufacturer relating to sprayability, e.g. in the technical information sheet or data sheet. Make sure that you do not spray any paints that are not suitable according to the manufacturer’s specifications.
– Stir the spray material thoroughly. Using spray material at room temperature will yield a better spray pattern.
– Dilute the spray material if necessary.
If the spray test does not produce a good spray pattern, dilute in 5 % increments until an optimal spray pattern is achieved.
Spray material | Recommended dilution |
Wood preservatives, oils, glazes, impregnations, water | 0 % |
Solvent-dilutable or water-dilutable (recommended) lacquers, primers, anti-rust primers, radiator lacquers, thick-coat glazes |
0–5 % |
Emulsion paints and latex paints (wall paints) | At least 5 % |
Diluting agent [ml] for dilution
Spray material ml] |
5 % | 10 % | 15 % |
300 | 15 | 30 | 45 |
400 | 20 | 40 | 60 |
500 | 25 | 50 | 75 |
600 | 30 | 60 | 90 |
700 | 35 | 70 | 105 |
800 | 40 | 80 | 120 |
Filling the spray material (see figures C1–C2)
Note: Remove the air hose (20) before pouring in spray material (quarter turn of the bayonet lock (21) anticlockwise; pull the bayonet lock (21) out of the port (9)).
– When using large buckets, pour the spray material into a smaller transfer bucket (14) if necessary (e.g. 10 l wall paint into an empty 2.5 or 5.0 l bucket).
– Hold the spray gun in place with one hand and use the other hand to turn the container (7) towards the open symbol.
– Pull the spray gun off the container (7).
– If you are using already opened spray material, place the thoroughly cleaned filling sieve (13) on the container (7) to hold back any lumps of paint when pouring in.
– Pour the spray material into the container (7) up to no more than the 1000 mark.
– Put the spray gun on the container (7). Turn the container (7) towards the close symbol until you hear the lock ring (6) engage.
– Carry out a test-spray run on a test surface. If the spray pattern is optimal, you can begin spraying. or
If the spraying results are unsatisfactory or no paint is emitted: (see “Troubleshooting”, page 26)
Starting Operation
Pay attention to the mains voltage. The voltage of the power source must match the voltage specified on the rating plate of the power tool.
u Make sure that the base unit cannot draw in dust or other contamination during operation. u Make sure never to spray on the base unit.
u Stop spraying if fluid escapes from places other than the intended nozzle during spraying, and restore the spray gun to its proper condition. There is a risk of electric shock.
u Do not direct the fine-spray system against yourself, other persons or animals. Switching on (see figure D)
– Check whether the correct nozzle cap is fitted. (see “Changing the nozzle cap (see figures B1–B2)”, page 22)
– Plug the mains plug into a plug socket.
– Grasp the spray gun by the handle and point it at the target area.
– Switch on by pressing the on/off button (25).
– Set the on/off button (25) to the required application to regulate the air flow (see “Setting the air flow (see figure D)”, page 24).
– Pull the trigger switch (5) on the spray gun.
Note: Air always flows out at the air cap (2) when the base unit is switched on.
Switching off
– Let go of the trigger switch (5) and switch off by pressing the on/off button (25).
– Pull the mains plug from the plug socket.
Working Advice
Spraying (see figures E–H)
Note: Pay attention to the wind direction when you are using the power tool outdoors.
– Firstly, carry out a spray test and adjust the spray pattern and the spray material quantity according to the spray material. For adjustments, see the following sections.
– Make sure to hold the spray gun with a uniform clearance of 20–25 cm vertical to the object being sprayed.
– Begin the spraying procedure outside the target area.
– Move the spray gun evenly horizontally or vertically according to the spray pattern configuration.
An even surface quality can be achieved when the spray paths overlap by 4–5 cm.
– When spraying horizontal objects or spraying overhead, hold the spray gun at a slight angle and move back from the sprayed surface.
Risk of tripping! Be aware of potential obstacles.
– Avoid interruptions when spraying the target area. Guiding the spray gun evenly will provide uniform surface quality.
A non-uniform spraying angle and distance will lead to heavy formation of paint mist and consequently an uneven surface.
– End the spraying procedure outside the target area.
Never completely empty the container for the spray material by spraying. If the suction tube is no longer immersed in the spray material, the spray jet will be interrupted and this will result in an inconsistent surface.
– After breaks or refilling the container (7), check the nozzle cap (10)/(11)/(12) and the air cap (2) and clean them if required.
– If spray material settles on the air cap (2) or the nozzle cap, clean the components with the supplied cleaning brush (28) or a commercially available washing-up brush.
Setting the spray pattern (see figure I)
u Never actuate the trigger switch (5) while adjusting
the air cap (2).
– Turn the air cap (2) to the required position.
Air cap | Spray jet pattern | Application |
Horizontal flat jet for vertical working direction | ||
Vertical flat jet for horizontal working direction | ||
Round jet for corners, edges and hard to reach locations |
Setting the spray material quantity (see figure J)
(PAINTVolume)
– Turn the thumbwheel (4) to set the required spray material quantity: Stages
1/2/3: “Wood/glaze/lacquer” application, Stages 4/5: “Wall” application.
– Start with a spray test at setting 1 and increase the spray material volume until the required spray pattern is achieved. If a satisfactory spray pattern is not achieved,
dilute the spray material in 5 % increments (see “Preparing the spray material”, page 23). Please note: The intensity of the paint application is highly dependent on the moving speed.
Spray material volume | Setting | |
Too much material on target area | The spray material volume must be reduced. – Turn down by one setting. |
|
Not enough material on the target area | The spray material volume must be increased. – Turn up by one setting. |
Setting the airflow (see figure D)
(AIRVolume)
– Turn the airflow control (25) to select the appropriate
application in order to set the correct airflow and pressure for the spray material used.
Start with minimum/”Wood/glaze” application
Setting the applications
Thin-viscosity spray material thick-viscosity spray material
“Wood/glaze” application | “Wood/lac- quer” application |
“Wall” application |
The airflow and pressure can be steplessly adjusted within an application.
Excessive paint mist:
The air flow must be reduced.
– Turn the airflow control (25) to the left. Atomization too coarse:
The airflow must be increased.
– Turn the air flow control (25) to the right.
Dampening Wallpaper
To make it easier to remove old wallpaper, you can spray warm water on the wallpaper (max. 55 °C). Use the grey nozzle cap (11) to do so.
Work breaks and transport (see figure K–L)
A carrying handle (23) is fitted to the base unit to enable easy transport of the fine-spray system.
Wheels are fitted to the bottom of the base unit (22). You can pull the base unit behind you by the air hose (20) during work.
The spray gun (1)can be put down on a flat work surface during breaks. No spray material can leak out.
Always put the spray gun upright on a flat surface when it is filled with spray material. Spray material can leak out from a spray gun if it is lying down.
Maintenance and Service
Maintenance and Cleaning
u Pull the plug out of the socket before carrying out any
work on the power tool.
u To ensure safe and efficient operation, always keep
the power tool and the ventilation slots clean.
In order to avoid safety hazards, if the power supply cord needs to be replaced, this must be done by Bosch or by an after-sales service center that is authorized to repair Bosch
power tools.
u Thoroughly clean the individual parts of the fine-spray the system immediately after each use, especially all paint-carrying components. Proper cleaning is a prerequisite for the faultless and safe operation of the spray gun. No warranty claims will be accepted if the cleaning has not been done at all or has not been done properly.
Cleaning After Using Water-Based Paints (see figure M) Always clean the spray gun and the spray material container with warm water. Never clean the nozzle and air holes in the spray gun with pointed objects.
– Switch off the base unit (22) and remove the air hose (20) from the spray gun (1).
– Remove the container (7) from the spray gun (1) Hold the container (7) underneath the suction tube (17) and pull the trigger switch (5) on the spray gun so that the
spray material can flow back into the container.
– Empty the container (7).
The spray material can be stored in an airtight, sealed paint container for other applications. Use the spare container (8) with cover or the original spray material container, for example, for this purpose.
– Clean the container (7).
– Remove the suction tube (17) with the container seal (16) and rinse it thoroughly. Reattach the suction tube (17) with the container seal (16) to the spray gun.
– Fill the container (7) with warm water and fit it to the spray gun (1)again.
– Connect the air hose (20) to the spray gun (1)again.b
– Spray until only clear water comes out. You may have to fill the container with warm water again.
– Remove the air hose (20) from both the base unit (22) and the spray gun (1).
– Clean the base unit if necessary with a moistened cloth and then remove the base unit (22) and the air hose (20) from the immediate cleaning environment.
– Remove the cap nut (3), the air cap (2), the nozzle cap used (10)/(11)/(12) and the suction tube (17) with the container seal (16).
– Clean all paint-carrying parts in a bucket with warm water using the cleaning brush (28) or with a commercially available washing-up brush. Also clean the paint channel (19) of the spray gun (1).
– Check that the suction tube (17) and the container seal (16) are free of spray material and undamaged.
– Clean the ventilation hole (18) using the cleaning brush (28).
– If required, clean the filling sieve (13) thoroughly with warm water.
– Clean the outside of the container (7) and the spray gun (1)with a damp cloth.
– Allow all components to dry thoroughly before assembling them.
– Reassemble the fine-spray system in reverse order. Slide the container seal (16) upwards again into the groove of the suction tube (17). Ensure that the container seal is positioned precisely all around in the suction tube groove in order to seal the spray gun correctly. Make sure that you slide the suction tube (17) all the way
back onto the paint channel (19).
Cleaning After Using Solvent-Based Paints (see figure M)
Always clean the spray gun and the container for the spray material with the respective diluting agent for the spray material being used.
Never clean the nozzle and air holes in the spray gun with pointed objects. Wear suitable gloves during cleaning work involving solvents and solvent-based paints.
– Switch off the base unit (22) and remove the air hose (20) from the spray gun (1).
– Clean the base unit if necessary with a cloth moistened with diluting agent and then remove the base unit (22) and the air hose (20) from the immediate cleaning environment.
– Remove the container (7) from the spray gun (1). Hold the container (7) underneath the suction tube (17) and pull the trigger switch (5) on the spray gun so that the
spray material can flow back into the container.
– Empty the container (7). The spray material can be stored in an airtight, sealed paint container for other applications. Use the spare container (8) with cover or the original spray material container, for example, for this purpose.
– Clean the container (7).
– Remove the suction tube (17) with the container seal (16) and rinse it thoroughly.
Reattach the suction tube (17) with the container seal (16) to the spray gun.
– Fill the container (7) halfway with solvent and fit it to the spray gun (1)again.
– Shake the spray gun several times. Make sure that you do not spray the diluting agent. There is a risk of explosion.
– Remove the container (7) from the spray gun (1)and empty it completely into a sealable material tin.
– Remove the cap nut (3), the air cap (2), the nozzle cap used (10)/(11)/(12) and the suction tube (17) with the container seal (16).
– Clean all paint-carrying parts in a bucket with diluting agent using the cleaning brush (28) or with a commercially available washing-up brush. Also clean the paint channel (19) of the spray gun (1).
– Check that the suction tube (17) and the container seal (16) are free of spray material and undamaged. If required, clean the container seal (16) again with diluting agent.
– Clean the ventilation hole (18) using the cleaning brush (28).
– If required, clean the filling sieve (13) thoroughly with diluting agent.
– Clean the outside of the container (7) and the spray gun (1)with a cloth moistened in diluting agent.
– Allow all components to dry thoroughly before assembling them.
– Reassemble the fine-spray system in reverse order. Slide the container seal (16) upwards again into the groove of the suction tube (17). Ensure that the container seal is positioned precisely all-around in the suction tube groove in order to seal the spray gun correctly.
Make sure that you slide the suction tube (17) all the way back onto the paint channel (19). Cleaning the air filter (see figure N) The air filter (30) must be cleaned occasionally. The air filter must be replaced if it is heavily contaminated.
– Open the air filter cover (29).
– Remove the air filter (30).
– Light contamination: Knock on the air filter (30). or
Heavy contamination:
Clean the air filter (30) under running water and subsequently leave it to dry thoroughly, in order to prevent mould from forming. or Replace the air filter (30).
– Reinsert the air filter.
– Close the air filter cover (29) again.
Never use the fine-spray system without air filter. Dirt particles may get into the motor compartment and damage it.
Material Disposal
Contaminated diluting agent, remnants of spray material
and, if applicable, remnants of diluting agent must be disposed of properly and in an environmentally friendly manner. Observe the manufacturer’s disposal information and
the local regulations for disposal of hazardous waste. Chemicals harmful to the environment may not be disposed of into soil, groundwater or bodies of water. Never pour
chemicals harmful to the environment into the sewerage system. Storage
– Before putting the fine-spray system into storage, thoroughly clean the fine-spray system and allow all parts to dry completely before assembling them.
Troubleshooting
Problem | Cause | Corrective measure | |
Spray material does not cover properly | Spraying capacity too low | Turn the thumbwheel (4) towards setting 5 | |
Clearance to target area too large | Reduce spray distance | ||
Not enough spray material on target area, too | Apply more spray paths over target area | ||
Spray material too viscous | Dilute the spray material again and carry out a test-spray run | ||
Spray material runs off after coating | Too much spray material applied | Turn the thumbwheel (4) towards setting 1 | |
Clearance to target area too close | Increase spray distance | ||
The viscosity of spray material too low | Add original spray material | ||
Spray material applied too often over the same | Remove spray material; reduce number of spray paths over the same spot | ||
Atomization too coarse | Spraying capacity too high | Turn the thumbwheel (4) towards setting 1 | |
Airflow too low | Turn the airflow control (25) to the right |
problem | Cause
White nozzle cap (10) mounted (nozzle diameter too large) |
Corrective measure
Mount the grey nozzle cap (11) or the black nozzle cap (12) | |
Nozzle needle (15) contaminated | Clean nozzle needle | ||
Spray material too viscous | Dilute the spray material again and carry out a test-spray run | ||
Air filter (30) heavily contaminated | Change air filter | ||
Excessive paint mist | Too much spray material applied | Turn the thumbwheel (4) towards setting 1 | |
Airflow too high | Turn the airflow control (25) to the left | ||
Clearance to target area too large | Reduce spray distance | ||
Spray jet pulsates | Not enough spray material in the container | Refill spray material | |
Ventilation hole (18) on suction tube (17) clogged | Clean the suction tube and the ventilation hole | ||
Suction tube (17) loose | Slide the suction tube all the way onto the paint channel (19) | ||
Container seal (16) not positioned or not correctly positioned in the groove of suction tube (17) | Mount the container seal precisely all-around in the suction tube groove | ||
Nozzle cap (10)1(11)1(12) loose | Tighten the nozzle cap | ||
Air filter (30) heavily contaminated | Change air filter | ||
Spray material too viscous | Dilute the spray material again and carry out a test-spray run | ||
Spray material dripping at the nozzle cap | Deposit of spray material on the nozzle cap (10)1(11)1(12). the nozzle needle (15) and the air cap (2) |
Clean the nozzle cap. nozzle needle and air cap | |
Nozzle cap (10)1(11)1(12) loose | Tighten the nozzle cap | ||
No spray material coming out of the nozzle cap | The base unit is switched off | Press the on/off button (25) | |
No pressure build-up in a container (7) due to container not being completely closed | Turn the container (7) towards the close symbol until you hear the lock ring (6) engage | ||
Suction tube (17) loose | Slide the suction tube all the way onto the paint channel (19) | ||
Nozzle needle (15) clogged | Clean nozzle needle | ||
Suction tube (17) clogged | Clean suction tube | ||
Ventilation hole (18) on suction tube (17) clogged | Clean the suction tube and the ventilation hole | ||
Container seal (16) missing or damaged | Slide a (new) container seal over the suction tube into the groove | ||
Spray material too viscous | Dilute the spray material again and carry out a test-spray run | ||
Spray material dirty (lumps of paint) | Completely empty and clean the spray gun; pour the spray material through the filling sieve (13) when filling |
After-Sales Service and Application Service
Our after-sales service responds to your questions concerning maintenance and repair of your product as well as spare
parts. You can find explosion drawings and information on spare parts at:
www.bosch-pt.com
The Bosch product use advice team will be happy to help you
with any questions about our products and their accessories.In all correspondence and spare parts orders, please always include the 10‑digit article number given on the nameplate of the product.
Great Britain
Robert Bosch Ltd. (B.S.C.)
P.O. Box 98
Broadwater Park
North Orbital Road Declaration of Conformity Fine-spray system Article number PFS 5000 E 3 603 B07 270
We declare under our sole responsibility that the stated products comply with all applicable provisions of the regulations listed below and are in conformity with the following
standards. Technical file at: Robert Bosch Ltd. (PT/SOP-GB), Broadwater Park, North Orbital Road, Uxbridge UB9 5HJ, United Kingdom Supply of Machinery (Safety) Regulations 2008 Electromagnetic Compatibility Regulations 2016 The Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulations 2012 EN 62841-1:2015
EN 55014-1:2017+A11:2020
EN 55014-2:2015
EN IEC 61000-3-2:2019
EN 61000-3-3:2013+A1:2019
EN IEC 63000:2018
Robert Bosch Power Tools GmbH, 70538 Stuttgart, Germany represented (in terms of the above regulations) by Robert Bosch Limited, Broadwater Park, North Orbital Road,
Uxbridge UB9 5HJ, United Kingdom Martin Sibley Head of Sales Operations and Aftersales Vonjy Rajakoba
Managing Director – Bosch UK
Robert Bosch Ltd. Broadwater Park, North Orbital Road, Uxbridge UB9 5HJ, United Kingdom, as authorized representative acting on behalf of Robert Bosch Power Tools GmbH, 70538 Stuttgart, Germany Uxbridge, 11/05/2021
Robert Bosch Power Tools GmbH
70538 Stuttgart
GERMANY
www.bosch-pt.com