WSE870 - Welding machine SCHEPPACH - Free user manual and instructions

USER MANUAL WSE870 SCHEPPACH

Exterior view of a Schpeppach welding torch kit with attached clamp and cable (no visible text or symbols on main body)

https://www.scheppach.com/deriservice scheppach

WSE870

DE	Inverter SchweißgerätOriginalbedienungsanleitung	5
GB	Inverter welderTranslation of original instruction manual	26
FR	Poste à souder inverterTraduction des instructions d'origine	44

1 2 Scheppach WSE870 120 A Scheppach HOT START | ANTISTROVER | ARC FORCE 3 4 5 6 7 8 12 11 MIN MAX 13

Close-up of a device with attached straps and a knotted rope, labeled with number 2 (no text or symbols on the device itself)

3 9 8 10

4 9 8 10

5 6 5

Günzburger Straße 69

D-89335 Ichenhausen

Verehrter Kunde

Homepage: https://www.scheppach.com/de/service

https://www.scheppach.com/de/service scheppach

Explanation of the symbols on the equipment

The use of symbols in this manual is intended to draw your attention to possible risks. The safety symbols and the explanations that accompany them must be perfectly understood. The warnings in themselves do not remove the risks and cannot replace correct actions for preventing accidents.

	Caution - Read the operating instructions to reduce the risk of inquiry
EN 60974-1	European standard for welding sets for manual arc welding with limited on time.
	Single-phase static frequency converter transformer rectifierr
	Symbol for manual arc welding with sheathed rod electrodes
	Direct current
	Suitable for welding with increased electric risk
	Power input; phase number, as well asAlternating current symbol and rated value of the frequency
U0	Rated idling voltage
U1	Mains voltage
X	On-load factor
I2	Welding current
U2	Welding voltage [V]
Imax	Rated maximum mains current
Ieff	Effective value of the highest line current [A]
IP21S	Protection type
B	Insulation class
	Caution! Risk of electric shock!
	Electric shock from the welding electrode can be fatal
	Inhaling welding smoke can be hazardous to your health.
	Electromagnetic fields can interfere with the functionality of pacemakers.
	Welding sparks can cause an explosion or fire.
	Arc rays can damage the eyes and injure the skin.
	Do not use the device outdoors and never in rain!
⚠ Attention!	In this operating manual, we have used this sign to mark all sections that concern your safety.

Table of contents: Page:

1. Introduction ...... 29
2. Layout....30
3. Scope of delivery.... 30
4. Intended use....30
5. Safety notes 31
6. Technical data 38
7. Unpacking 38
8. Attachment / Before starting the equipment 38
9. Initial operation....39
10. Electrical connection....41
11. Cleaning and Maintenance 41
12. Transport....42
13. Storage....42
14. Disposal and recycling 42
15. Troubleshooting 43

1. Introduction

Manufacturer:

scheppach

Günzburger Straße 69

D-89335 Ichenhausen

Dear customer,

We hope your new tool brings you much enjoyment and success.

Note:

In accordance with the applicable product liability laws, the manufacturer of this device assumes no liability for damage to the device or caused by the device arising from:

• Improper handling,
• Failure to comply with the operating instructions
  • Repairs carried out by third parties, unauthorised specialists.

• Installing and replacing non-original spare parts

• Application other than specified

- Failure of the electrical system in the event of the electrical regulations and VDE provisions 0100, DIN 13 / VDE0113 not being observed

Please consider:

Read through the complete text in the operating manual before installing and commissioning the device.

The operating manual is intended to help the user to become familiar with the machine and take advantage of its application possibilities in accordance with the recommendations.

The operating instructions include important instructions for the safe, proper and economic operation of the machine, for avoiding danger, for minimising repair costs and downtimes and for increasing the reliability and extending the service life of the machine.

In addition to the safety instructions in this operating manual, you must also observe the regulations applicable to the operation of the machine in your country.

Keep the operating manual package with the machine at all times and store it in a plastic cover to protect it from dirt and moisture. They must be read and carefully observed by all operating personnel before starting the work.

The machine may only be used by personnel who have been trained to use it and who have been instructed with respect to the associated hazards. The required minimum age must be observed.

In addition to the safety instructions in this operating manual and the separate regulations of your country, the generally recognised technical rules relating to the operation of such machines must also be observed.

We accept no liability for accidents or damage that occur due to a failure to observe this manual and the safety instructions.

2. Layout (Fig. 1)

1. ON / OFF switch
2. Carrying strap
3. Negative quick-lock coupling
4. Positive quick-lock coupling
5. Cable with electrode holder
6. Cable with ground terminal
7. Combination wire brush with chipping hammer
8. Welding shield
9. Protective glass
10. Grip
11. Potentiometer for adjusting the welding current
12. Indicator lamp for operation
13. Warning lamp for overheating

3. Scope of delivery

• Welding machine with mains cable
• Cable with earth clamp
• Cable with electrode holder
• Welding mask
• Handle
• Protective glass
• Combination wire brush with slag hammer
• Electrodes (3x)
• Carrying strap

4. Intended use

This welding device is suitable for welding metals such as carbon steel, alloy steel, other stainless steels, copper, aluminium, titanium etc.

The product has an indicator lamp, heat protection indicator and cooling fan. It is also equipped with a carrying strap for safe lifting and moving of the product.

The machine may only be used in the intended manner. Any use beyond this is improper. The user/operator, not the manufacturer, is responsible for damages or injuries of any type resulting from this.

The device may only be operated by qualified or instructed personnel. This includes persons who, due to their technical training, experience and knowledge of the relevant facilities, are able to assess the work assigned to them and recognize possible dangers or persons who are responsible for the assigned work and have been instructed about possible dangers due to careless behaviour.

Please observe that our equipment was not designed with the intention of use for commercial or industrial purposes. We assume no guarantee if the equipment is used in commercial or industrial applications, or for equivalent work.

5. Safety notes

⚠ WARNING! Read all safety warnings, instructions, illustrations and specifications provided with this power tool. Failure to follow all instructions listed below may result in electric shock, fire and/or serious injury.

Please note

ATTENTION

Use this equipment only for the purpose for which it is designed, as described in these instructions.

Handling this system incorrectly may be hazardous for persons, animals and property. The user of this system is responsible for his/her own safety and for the safety of others:

• Read these operating instructions and follow all the regulations.
  • Repairs and/or maintenance work must be left strictly to qualified personnel.
• Only the welding cables supplied with the equipment and the accessories recommended by the manufacturer are allowed to be used.
• Ensure that the appliance is looked after properly.
• To ensure that sufficient air can be drawn in through the ventilation slits, the appliance should not be constricted or placed next to a wall while it is operating. Make sure that the appliance is correctly connected to the mains supply. Do not subject the mains lead to any tensile stress. Unplug the appliance before you change its position.
• Check the condition of the welding cables, the electrode tongs and the earth terminals; wear on the insulation and the live parts may result in dangerous conditions and reduce the quality of the welding work.
• Arc welding generates sparks, molten metal particles and smoke, so the following is required: Remove all inflammable substances and/or materials from the working area.
• Ensure that there is adequate ventilation.
• Do not weld on tanks, vessels or pipes that have contained inflammable liquids or gases. Avoid all direct contact with the welding circuit; the idling voltage between the electrode tongs and the earth terminal may be dangerous.
• Do not store or use the appliance in wet or damp conditions or in the rain.

- Protect your eyes with specially designed goggles (DIN Grad 9-10). Wear gloves and dry safety clothing that are not contaminated by any oil or grease to ensure that your skin is not exposed to ultraviolet radiation from the arc.

- Do not use this welder to defrost pipes

Remember!

• The radiation from the arc can damage your eyes and cause burns on skin.

- Arc welding generates sparks and droplets of molten metal; the welded workpiece may start to glow and will remain very hot for a relatively long period of time.

- Arc welding releases vapors that may be harmful. Every electric shock is potentially fatal.

- Do not approach the arc within a radius of 15 ~m unprotected.

- Protect yourself (and others around you) against the possible hazardous effects of the arc.

- Warning: Depending on the mains connection conditions at the connection point of the welding set, other consumers connected to the mains may suffer faults.

Attention!

If the supply mains and circuits are overloaded, other consumers may suffer interference during the welding work. If you have any doubts, contact your electricity supply company.

Sources of danger during arc welding

Arc welding results in a number of sources of danger. It is therefore particularly important for the welder to comply with the following rules so as not to place himself or others in danger and to avoid endangering people and equipment.

- Have all work on the mains voltage system, for example on cables, plugs, sockets, etc., performed only by trained electricians. This particularly applies to configuring intermediate cables.

- If an accident occurs, disconnect the welding power source from the mains immediately.

- If electric touch voltages occur, switch off the welding set immediately and have it checked by an expert.

• Always check for good electrical contacts on the welding current side.

- Wear insulating gloves on both hands for welding. These offer protection from electric shocks (idling voltage in the welding circuit), harmful radiation (Heat and UV radiation) and from glowing metal and slag spatter.

- Wear firm, insulated footwear. Your shoes should also protect you in wet conditions. Opentoed footwear is not suitable since falling droplets of glowing metal will cause burns.

- Wear suitable clothing, do not wear synthetic clothes.

- Do not look into the arc with unprotected eyes, use only a welding safety shield with the proper safety glass in compliance with DIN standards. In addition to light and heat, which may cause dazzling and burns, the arc also gives off UV radiation.

Without proper protection, this invisible ultraviolet radiation causes very painful conjunctivitis, which will only be noticeable several hours later. In addition, UV radiation will cause sunburn-type symptoms on unprotected parts of the body.

- Personnel or assistants in the vicinity of the arc must also be notified of the dangers and provided with the required protection; if necessary install safety walls.

- Ensure adequate ventilation for welding, particularly in small rooms since the process causes smoke and harmful gases.

- Do not carry out any welding work on tanks that have been used to store gases, fuels, mineral oil or the like, even if they have been empty for a lengthy period of time, since any residue will result in a danger of explosion.

- Special regulations apply in areas where there is a potential risk of fire and/or explosion.

- Welds that are exposed to large stresses and must comply with safety requirements may only be completed by specially trained and approved welders. Examples of such welds include pressure vessels, rails, trailer hitches, etc.

- Arc beams can damage your eyes and injure your skin..Wear a helmet and safety goggles.

- Wear hearing protection and high, closed shirt collars.

- Wear welding safety helmets and make sure you use the appropriate filter settings.

- Wear complete body protection.

ATTENTION:

- It must be noted that the protective conductor in electrical systems of appliances may be destroyed by the welding current in the event of negligence, for example if the earth terminal is placed on the welding set casing to which the protective conductor of the electrical system is connected. The welding work is completed on a machine with a protective conductor connection. It is therefore possible to weld on the machine without having connected the earth terminal to it. In this case the welding current will flow from the earth terminal through the protective conductor to the machine. The high welding current may cause the protective conductor to melt.

- The fuses on the supply cables to the mains sockets must comply with the relevant regulations. To comply with these regulations, only fuses or circuit breakers suitable for the cross-section of the cables may be used.

The use of too high a fuse may result in the cable burning and fire damage to the building.

- Do not use the welding device in the rain.

- Do not use the welding device in a humid environment.

- Only set up the welding device on a flat surface.

- The output is rated at an ambient temperature of 20^ C . The welding time may be reduced at higher temperatures.

Danger due to electric shock

Electric shock from a welding electrode can be fatal. Do not weld in rain or snow. Wear dry insulating gloves. Do not touch the electrode with bare hands. Do not wear wet or damaged gloves. Protect yourself from electric shock by insulating against the workpiece. Do not open the housing of the device.

Danger due to welding fumes

Inhalation of welding fumes can be hazardous to health. Do not hold your head in the fumes. Use equipment in open areas. Use ventilation to remove the smoke.

Danger due to welding sparks

Welding sparks can cause an explosion or fire. Keep flammable materials away from welding. Do not weld next to flammable materials. Welding sparks can cause fires. Keep a fire extinguisher nearby and an observer who can use it immediately. Do not weld on drums or any closed containers.

Safety instructions specific to welding masks

• Always make sure that the welding mask is functioning properly by using a bright light source (e.g. lighter) before starting welding work.
• Welding spatter can damage the protective panel. Replace damaged or scratched protective panels immediately.
• Replace damaged or heavily soiled or splattered components immediately.
• The device must only be operated by people over the age of 16.
• Familiarise yourself with the safety instructions for welding. Also observe the safety instructions for your welding device.
• Always put on the welding mask when welding. Failure to do so may result in serious retinal injuries.
  • Always wear protective clothing when welding.
• Never use the welding mask without a protective panel.
• Replace the protective panel in good time for good visibility and fatigue-free working.

Environment with increased electrical hazards

When welding in environments with increased electrical hazards, the following safety instructions must be observed.

Environments with increased electrical hazards can be found, for example:

• At workplaces where the range of movement is restricted so that the welder works in an enforced posture (e.g. kneeling, sitting, lying down) and touches electrically conductive parts;
• At workplaces which are wholly or partially bounded by electrically conductive parts and where there is a high risk of avoidable or accidental contact by the welder;

- In wet, humid or hot workplaces where humidity or perspiration significantly reduces the resistance of human skin and the insulating properties or protective equipment.

A metal ladder or scaffolding can also create an environment with increased electrical hazards.

In such environments, use insulated pads and shims. Also, gauntlet-style gloves and headgear made of leather or other insulating material should be worn to insulate the body from earth. The welding power source must be located outside the work area or electrically conductive surfaces and out of reach of the welder.

Additional protection against shock from mains current in the event of a fault may be provided by the use of a residual current circuit breaker operating at a leakage current not exceeding 30 mA and supplying all mains operated equipment in the vicinity. The fault-circuit interrupter must be suitable for all types of current.

Means for rapid electrical disconnection of the welding current source or welding current circuit (e.g. emergency stop device) shall within easy reach. When welding equipment is used in electrically hazardous conditions, the output voltage of the welding equipment shall not exceed 113V (peak value) under no-load conditions. This welding equipment may be used in these cases because of the output voltage.

Welding in confined spaces

When welding in confined spaces, there may be a risk of toxic gases (danger of suffocation). Welding may only be carried out in confined spaces if instructed persons who can intervene if necessary, are in the immediate vicinity. Here, an assessment by an expert must be carried out before the welding process begins to determine which steps are necessary to ensure the safety of the work and which precautionary measures should be taken during the actual welding process.

Summation of open circuit voltages

If more than one welding power source is in operation at the same time, their open-circuit voltages can add up and lead to an increased electrical hazard. Welding power sources must be connected in such a way that this hazard is minimised. The individual welding power sources, with their separate controls and connections, must be clearly marked to indicate what belongs to which welding circuit.

Use of shoulder slings

Welding shall not be carried out while the welding power source is worn, e.g. with a shoulder sling.

This is to prevent:

• The risk of losing balance when pulling connected cables or hoses.
- The increased risk of electric shock due to the welder coming into contact with earth when using a Class I welding power source whose housing is earthed by its protective earth conductor.

Safety clothing

• While working, the welder must protect his entire body from radiation and burns by wearing suitable clothing and a face guard.
• Slip-on gloves made of a suitable material (leather) must be worn on both hands. They must be in perfect condition.
• Suitable aprons must be worn to protect clothing from sparks and burns. A safety suit and, if necessary, head protection must be worn if required by the type of work in question, e.g. overhead welding.
• The protective clothing used as well as all accessories must be in compliance with the "Personal safety equipment" EU Directive.

Protection from radiation and burns

• Provide information about the risk to eyes at the working site in the form of a poster with the wording “Caution – do not look at the flames”. Workplaces are to be screened off wherever possible so that personnel in the vicinity are protected. Unauthorized persons are to be kept away from the welding work.
• The walls in the immediate vicinity of stationary workplaces should not have a light color or a sheen. Windows up to head height are to be protected against radiation passing through them or reflecting off them, for example by coating them with a suitable paint.

EMV device classification

ATTENTION! This class A device is not intended for use in residential environments in which the power supply comes from a public low-voltage supply system. It can be difficult to ensure electromagnetic compatibility in these areas,

both due to conducted and radiated high-frequency interferences.

Even if the welding device complies with the emission limit values of the standard, arc welding devices can still result in electromagnetic interferences in sensitive systems and devices. The user is responsible for interference caused by the arc during welding and the user must take appropriate protective measures.

The user must pay particular attention to the following:

• Mains, control, signal and telecommunication lines
  • Computers and other microprocessor-controlled devices
  • Television, radio and other playback equipment

• Electronic and electrical safety devices
• Persons with pacemakers or hearing aids
• Measuring and calibration equipment
• Immunity of other equipment in the vicinity
• The time of day when the welding work is carried out.

In order to reduce possible interference radiation, it is recommended:

• Set up and operate the welding device properly to minimise possible disruptive emissions.
• Maintain the welding device regularly and keep it in good condition.
• Welding cables should be fully unwound and run parallel to the floor insofar as possible
  • Devices and systems that are compromised by the interference radiation must be removed from the welding area or shielded.
  • Using an electromagnetic filter that reduces electromagnetic interference.

General safety information

It is the user's responsibility to install and use the equipment properly in accordance with the instructions issued by the manufacturer. If electromagnetic interference is noticed, it is the user's responsibility to eliminate said interference with the technical devices mentioned in the section "Important information about the power connection".

Reduction of emissions

Main current supply

The welder must be connected to the main current supply in accordance with the instructions issued by the manufacturer. If interference occurs, it may be necessary to introduce additional measures, e.g. fitting a filter to the main current supply (see above in the section "Important information about the power connection"). The welding cables should be kept as short as possible.

Warning! This power tool generates an electromagnetic field during operation. This field can impair active or passive medical implants under certain conditions.

In order to prevent the risk of serious or deadly injuries, we recommend that persons with medical implants consult with their physician and the manufacturer of the medical implant prior to operating the power tool.

6. Technical data

Mains connection 230V\~ / 50-60 Hz

Welding current 10 - 120 A

On-load factor X

20% 120 A

60% 70 A

100% 54 A

Idling voltage (V) 80 V

Energy efficiency of the power source 85%

Weight 4 kg

Subject to technical changes!

7. Unpacking

• Open the packaging and remove the device carefully.
• Remove the packaging material as well as the packaging and transport bracing (if available).
• Check that the delivery is complete.
• Check the device and accessory parts for transport damage.
• If possible, store the packaging until the warranty period has expired.

ATTENTION

The device and packaging materials are not toys! Children must not be allowed to play with plastic bags, film and small parts! There is a risk of swallowing and suffocation!

8. Attachment/ Before starting the equipment

Fitting the carrying strap (Fig. 2)

Attach the carrying strap (2) as shown in Fig. 2.

Installing the welding shield (Fig. 3 - 4)

• Install the handle (10) on the welding shield (8).
• Install the protective glass (9) on the welding shield (8).
- Then fold the three sides of the welding shield. The two sides each connect to the top with two press studs.

Before starting the equipment

Connecting to the mains power supply

Before you connect the power cable to the mains power supply, make sure that the data on the rating plate is the same as that for your mains supply.

Connect the machine to a properly installed protective contact socket, with at least 16A circuit breaker.

Danger! The mains plug may only be replaced by a qualified electrician.

Connecting the welding cable (Fig. 5)

Danger! Always make sure the device is unplugged before carrying out any connection work on the welding cable (5 + 6)! Connect the welding cable as shown in Fig. 5. To do so, connect the two connectors on the electrode holder (5) and the ground terminal (6) to the corresponding quick-lock couplings (3/4) and lock the connectors in place by turning them in a clockwise direction. The cable with the electrode holder (5) is normally connected to the positive pole (4) and the cable with the ground terminal (6) to the negative pole (3).

Welding preparations

Connect the earth terminal (10) direct to the part to be welded or to the support on which the part is resting. Ensure that the earth terminal is in direct contact with the part to be welded. You should therefore avoid coated surfaces and/or insulated materials.

The electrode holder cable has a special clamp at one end, which is used to secure the electrode. The welding safety shield must be used at all times for welding. It protects your eyes from the radiation emitted by the arc and nevertheless enables you to watch the welding process.

9. Initial operation

Switching ON/OFF (Fig. 1)

Switch on the machine by moving the On/Off switch (1) to the "I" position. The indicator lamp for operation (13) then comes on. Switch off the machine by moving the On/Off switch (1) to the "0" position. The indicator lamp for operation (13) then goes out.

Welding (Fig. 1 + 5)

Connect all the electrical connections for the power supply and for the welding current circuit. Most coated electrodes are connected to the positive pole. However, some types of electrode have to be connected to the negative pole. Ensure that you observe the information supplied by the manufacturer in relation to the type of electrode and correct polarity. Fit the welding cables (5/6) to the quick-lock couplings (3/4) accordingly. Then fasten the unsheathed end of the electrode in the electrode holder (5) and connect the ground terminal (6) to the part you wish to weld.

Ensure that a good electric contact is made. Switch on the device and set the welding current, depending on the electrode used, using the potentiometer (11). Hold the safety shield in front of your face and rub the tip of the electrode on the part you wish to weld as if you were striking a match. This is the best method of igniting an arc. Check that you have the correct electrode and current strength on a test part.

Note: See the following table for information on the welding current to be used, depending on the electrode diameter.

Electrode (∅ mm): Welding current (A)
1.6 25 - 40 A
2 40 - 60 A
2.5 50 - 80 A
3.2 100 - 130 A

Important!

Do not dab the workpiece with the electrode since it could be damaged, making it more difficult to ignite the arc.

As soon as the arc has ignited, attempt to keep it a distance from the workpiece equivalent to the diameter of the electrode.

This distance should be kept as constant as possible during the welding process. The angle of the electrode in the direction in which you are working should be 20 / 30^ .

Always use tongs to remove spent electrodes and to move parts that you have just welded. Please note that the electrode holder (5) must always be put down so that it is insulated after you have completed the welding work.

Do not remove the slag until the weld has cooled.

If you want to continue a weld after an interruption, the slag from your initial attempt must first be removed.

Overheating guard

The welding set is fitted with an overheating guard that protects the welding transformer from overheating. If the overheating guard trips, the control lamp (12) on your set will be lit. Allow the welding set to cool for a time.

Replacing the power cable

Danger!

If the power cable for this equipment is damaged, it must be replaced by the manufacturer or its after-sales service or similarly trained personnel to avoid danger.

10. Electrical connection

The customer's mains connection as well as the extension cable used must also comply with these regulations.

Damaged electrical connection cable

The insulation on electrical connection cables is often damaged.

This may have the following causes:

• Passage points, where connection cables are passed through windows or doors.
- Kinks where the connection cable has been improperly fastened or routed.
- Places where the connection cables have been cut due to being driven over.
• Insulation damage due to being ripped out of the wall outlet.
• Cracks due to the insulation ageing.

Such damaged electrical connection cables must not be used and are life-threatening due to the insulation damage.

Check the electrical connection cables for damage regularly. Make sure that the connection cable does not hang on the power network during the inspection.

Electrical connection cables must comply with the applicable VDE and DIN provisions. Only use connection cables with the marking „H05RR-F“.

The printing of the type designation on the connection cable is mandatory.

• The mains voltage must be 230 V\~
- Extension cables up to 25 m long must have a cross-section of 2.5 mm ^2 .
Connections and repairs of electrical equipment may only be carried out by an electrician. Please provide the following information in the event of any enquiries:
• Machine data - type plate

11. Cleaning and Maintenance

Danger!

Always pull out the mains power plug before starting any cleaning work.

Note: The welding device must be regularly serviced and overhauled for proper function and for compliance with the safety requirements. Improper and incorrect operation may result in failure and damage to the device.

• Before carrying out any cleaning work on the welding device, pull the mains cable 8 out of the socket so that the device is safely disconnected from the power supply circuit.
• Clean the outside of the welding device and its accessories regularly. Remove dirt and dust using air, a cleaning rag or a brush.

Note: The following kinds of maintenance work must be performed only by suitably-qualified personnel.

• Current regulator, earthing device, internal wiring, the welding torch coupling device and adjustment screws should be serviced regularly. Retighten loose screws and replace rusty screws (replacement M4 x 10 screws are available at any commercial hardware store).
• Regularly check the insulation resistances of the welding device. Use the appropriate measuring device for this purpose.
• In the event of a defect or if it is necessary to replace parts of the device, please contact the appropriate specialist personnel.

Service information

With this product, it is necessary to note that the following parts are subject to natural or usage-related wear, or that the following parts are required as consumables.

Wear parts*: earth terminals, electrode holder

* Not necessarily included in the scope of delivery!

12. Transport

For easy transport of the welding machine, carry it over the shoulder using the carrying strap provided or simply carry by the transport handle.

13. Storage

Store the device and its accessories in a dark, dry and frost-free place that is inaccessible to children. The optimum storage temperature lies between 5 and 30 °C. Store the power tool in its original packaging.

Cover the electric tool to protect it from dust or moisture. Store the operating manual with the power tool.

14. Disposal and recycling

The equipment is supplied in packaging to prevent it from being damaged in transit. The raw materials in this packaging can be reused or recycled. The equipment and its accessories are made of various types of material, such as metal and plastic. Defective components must be disposed of as special waste. Ask your dealer or your local council.

Old devices must not be disposed of with household waste!

This symbol indicates that this product must not be disposed of together with domestic waste in compliance with the Directive (2012/19/EU) pertaining to waste electrical and electronic equipment (WEEE). This product must be disposed of at a designated collection point. This can occur, for example, by handing it in at an authorised collecting point for the recycling of waste electrical and electronic equipment. Improper handling of waste equipment may have negative consequences for the environment and human health due to potentially hazardous substances that are often contained in electrical and electronic equipment. By properly disposing of this product, you are also contributing to the effective use of natural resources. You can obtain information on collection points for waste equipment from your municipal administration, public waste disposal authority, an authorised body for the disposal of waste electrical and electronic equipment or your waste disposal company.

15. Troubleshooting

The table below contains a list of error symptoms and explains what you can do to solve the problem if your tool fails to work properly. If the problem persists after working through the list, please contact your nearest service workshop.

Malfunction Possible cause Remedy
The machine will not switch on	No mains voltage	Check the socket, mains cable, cable, mains plug; have these repaired by a qualified electrician if necessary.
	The main fuse has tripped Check the main fuse
	On / off switch defective	Repair by customer service department
	Motor defective	Repair by customer service department
No ignition spark	Earth terminal not connected to the device / earth terminal not attached to the work-piece	Connect the earth clamp to the welding machine / Fit the earth clamp on the work-piece

Günzburger Straße 69

D-89335 Ichenhausen

Cher client,

Exploded view diagram of an electronic device with numbered parts for identification

CE - Declaration of Conformity

89/686/EC_96/58/EC 90/396/EC

2000/14/EC_2005/88/EC Annex V Annex VI Noise: measured LWA = xx dB(A); guaranteed LWA = xx dB(A) P = xx KW; LØ = cm Notified Body: Notified Body No.: 2010/26/EC Emission. No:

2006/42/EC

Annex IV

Notified Body:

Notified Body No.:

Certificate No.:

Standard references:

EN 60974-10:2014/A1:2015; EN 60974-1:2012

This declaration of conformity is issued under the sole responsibility of the manufacturer.

The object of the declaration described above fulfils the regulations of the directive 2011/65/EU of the European Parliament and Council from 8th June 2011, on the restriction of the use of certain hazardous substances in electrical and electronic equipment.

Subject to change without notice

CE - Declaration of Conformity

Hersteller - manufacturer:

Taizhou Anan Welding Equipment Co., Ltd.

Zhujia Industrial Zone, Luqiao Street, Luqiao District West

Taizhou City, Zhejiang

P.R. CHINA

Einführer - importer:

Standard references:

Standard references: EN 379:2003+A1:2009; EN169:2002; EN175:1997

This declaration of conformity is issued under the sole responsibility of the manufacturer.

Subject to change without notice

Apparent defects must be notified within 8 days from the receipt of the goods. Otherwise, the buyer's rights of claim due to such defects are invalidated. We guarantee for our machines in case of proper treatment for the time of the statutory warranty period from delivery in such a way that we replace any machine part free of charge which provably becomes unusable due to faulty material or defects of fabrication within such period of time. With respect to parts not manufactured by us we only warrant insofar as we are entitled to warranty claims against the upstream suppliers. The costs for the installation of the new parts shall be borne by the buyer. The cancellation of sale or the reduction of purchase price as well as any other claims for damages shall be excluded.

Garantie FR