Kärcher ID 130/22 Z22 Industrial Vacuum Cleaner Operating Manual
Brand: KÄRCHER
Safety Instructions
1.1 Terms
Operation: includes installation, initiation (placing at disposal for usage), operation (handling, connection, disconnection, etc.)
Maintenance: includes control and attendance (inspections, revisions), maintenance and repair (detection of errors and their elimination).
Qualified Staff: employees authorised by the person responsible for the security of the installation to carry out operations, able to recognise and avoid dangers through training, experience, instructions, and knowledge of norms, prescriptions, accident-prevention rules, and working conditions.
1.2 Symbols
? NOTICE: Denotes information that does not relate to personal injuries. Contains additional directions or general hints.
⚠️ CAUTION: Dangerous situation, could result in minor to moderate injury if not avoided. Must be strictly regarded to avoid damages to the installation or environment!
❗ WARNING: Dangerous situation, could result in serious injury or death if not avoided.
? DANGER: Dangerous situation, will definitely result in serious injury or death if not avoided.
? Significance of the Operating Manual: Part of the supplied product, valid throughout its lifetime unless technical changes are made. Must be handed over with the product if sold. Read before first commissioning.
ℹ️ WARNING - Read the instructions before using the machine
CE marking: Symbol indicating compliance with European Community requirements.
? Only use with safety shoes (acc. to EN ISO 20345)
? Only use with work gloves
? Respiratory protection (EN 149:2001)
?️ Use protective clothing (acc. to EN 13982-1)
? Use protective glasses (acc. to DIN EN 166 1349-BT)
? ➡️ ? Before starting work, remove the plug from the wall socket!
⚡ ➡️ ⚡ Disconnect before starting work
⚡⚠️ While operating electrical machines, certain parts are inevitably alive dangerously or under mechanical stress.
✋⚠️ Hand injury warning sign!
♻️ Recycling symbol: Observe this information to preserve the environment!
1.3 General safety information
❗ WARNING: While operating electrical machines, certain parts are inevitably alive dangerously or under mechanical stress.
- Machines can cause severe injuries and damage due to electrical and mechanical properties, especially with incorrect use, operation, maintenance, or unauthorized interventions.
- All electrical work must be performed by a qualified electrician. Mechanical work must follow instructions. Operation only by qualified personnel who have read and understood instructions.
- Operators must receive information, instructions, and training on materials to be absorbed, including safe removal procedures.
- Observe all machine notes and data.
- Faultless and safe use requires correct transport, storage, operation according to regulations, and careful maintenance.
- Device is not intended for persons with limited physical, sensory, or mental skills, or lack of experience/knowledge, unless supervised or instructed by a responsible person.
- Children should be supervised to ensure they do not play with the device.
- Operation is permitted only on underground sloping no more than 10° and with sufficient load-bearing capacity.
⚠️ CAUTION: Only use with safety shoes (acc. to EN ISO 20345)
- Do not place limbs between parts being joined during assembly. Pull limbs from tightening spaces in time.
- Ensure the power supply cord is not damaged (run over, crushed, tugged). Stop the vacuum cleaner immediately if necessary.
- Regularly inspect the power supply cord for damage or ageing.
- Power supply cord connectors must be at least splash-proof.
- Starting without a filter or with a damaged filter is not allowed.
- The suction device must not be operated if wear is detected on fasteners or mounting brackets.
Contact Kärcher Industrial Vacuuming GmbH, Abt. Service, Robert-Bosch-Straße 4-8, 73550 Waldstetten, Tel: +49(0)7171-94888-523 for service or repair.
1.4 Zone 22: General safety information for dust explosion protection
❗ WARNING
1.4.1 Industrial vacuum cleaners, dust collectors
- Dust collector must be emptied as required, but always after use.
- Only genuine accessories must be used.
- Extension lines, receptacles, and adapters must not be used.
- If motor drive direction is incorrect (e.g., due to incorrect polarity), stop operation immediately to avoid critical conditions (reduced suction capacity, high surface temperatures, bubbles).
- Devices are not suitable for vacuuming potentially explosive substances or mixtures (e.g., §1 Explosives Law, flammable dusts with liquids).
- External surface temperature can reach up to approx. 95°C.
1.4.2 Commissioning notes
- Check if operating conditions match data on the plate and documentation.
- Verify correct installation and connection of all necessary lines and tubes.
- Ensure drive elements are correctly adjusted.
- Confirm cooling air duct is fully functional and cooling surfaces are not soiled.
- Extension lines, receptacles, and adapters must not be used.
- Check machine's rotational direction (should be clockwise).
- If motor drive direction is incorrect, stop operation immediately.
1.4.3 Instructions for Operation
- Safe operation and maintenance require correct procedures by qualified personnel, following manual warnings and machine instructions.
- Vacuum cleaner may only be used by commissioned and trained persons. User must follow safety requirements for sucked-up substances.
- Mains lead must be replaced with the specified type.
- Coupler plugs for mains and appliance cords must be at least splash-proof.
- Operate only with safety boots.
- Use only manufacturer-approved accessories for Zone 22; others may cause explosion.
- Do not pull out or plug the plug during current load.
- Dust collector must always be emptied after use.
- During normal operation, surface temperature can rise up to 135°C.
1.5 Only for version with Atex extraction arm:
- Installations, maintenance, and repairs on the extraction arm must be performed by instructed personnel or a specialist.
- Gas springs must only be installed or removed in an unpressurised condition.
- Observe accident prevention provisions.
- No changes must be made to the ATEX extraction arm; otherwise, its Zone 22 approval will be voided.
1.6 Potential equalization conductors
❗ WARNING
Before commissioning, always check that the potential equalization conductors (earthing conductors) are connected!
Diagram showing earthing connection points with green and yellow wires.
Delivery, Internal Transportation, Unpacking
2.1 Delivery
Unload the scope of delivery on level ground using sufficiently sized industrial trucks.
2.2 Internal transport
Transport the scope of supply to the setup site, secured against movement or tipping, using a sufficiently sized industrial truck.
2.2.1 Dimensions and weight
| Dimension | Value |
|---|---|
| L (mm) | 1200 |
| B (mm) | 800 |
| H (mm) | 1700 |
| Weight incl. packing (kg) | 173 |
2.3 Unpacking
Make sure that no components are left in the packaging.
Scope of delivery:
- Suction device
- Technical Manual
[NOTICE]
The suction unit is delivered installed on a pallet. If lifting from the pallet with a forklift, the dust container must be removed first to avoid damage.
2.4 Packaging material
Dispose of packaging materials according to valid legal requirements.
Correct disposal of this product (electrical waste) is applicable in EU countries and others with separate collection systems. It must not be disposed of with normal domestic waste. Dispose separately to prevent environmental or human health damage. Recycle to promote sustainable reuse of material resources. Private users should contact the dealer or competent authorities; commercial users should contact their supplier.
♻️ Recycling symbol: This information must be observed to preserve the environment!
2.5 Storage conditions
2.5.1 Information for storage
If the industrial exhauster is not operated for a longer period, store it in dry, dust, and vibrationless rooms.
Temperature: -10...+40°C
Humidity: max. 85%
Appliance Description
3.1 Intended Use
[NOTICE]
- This device is designed as a dry vacuum cleaner for commercial and industrial applications (e.g., hotels, schools, hospitals, factories, shops, offices, rent transactions). It is particularly suitable for vacuuming dust.
- Dedusting units are suitable for connection to dust-generating machines.
- Caution! This device is only meant for dry application and must not be used or stored outdoors under wet conditions.
- The machine may only be operated when all filters are installed correctly and undamaged.
❗ WARNING
3.1.1 Dust class "M"
Ⓜ️ Observe warning sign on the device!
- Dust class "M" contains dust class "L".
- Suitable for dusts hazardous to health and not flammable with workplace limit ≥0.1mg/m³ according to dust class M (max. permeability <0.1%) per DIN EN 60335-2-69 Annex AA:2010.
3.1.2 Dust Extractor Zone 22
®️ Observe warning sign on the device!
- Additionally suitable for flammable dusts of all dust explosion classes (except those with extremely low minimum ignition energy ME < 1 mJ).
- Devices for zone 22 are suitable for taking up flammable dust in zone 22.
- Dust extractors for zone 22 are suitable for connection to dust-generating machines in zone 22.
- Only use manufacturer-approved accessories for zone 22. Other accessories may pose an explosion danger.
3.2 Non-Intended Use
[NOTICE]
For personal injuries and material damages caused by misuse, the operator, not the manufacturer, is responsible!
- May not be used outdoors!
❗ WARNING
- Not suitable for ignition sources and dusts with a glow temperature of ≤190°C.
- Not suitable for potentially explosive or equivalent substances (e.g., §1 SprengG, explosive steam-air mixtures, Al- and Mg-dusts).
- Not suitable for flammable liquids (Flash Point under 55°C) or mixtures of combustible dusts with flammable liquids.
- Not suitable for dusts with extremely low minimum ignition energy (MZE < 1 mJ), such as toner, wettable sulphur, aluminium powder, lead stearate.
? DANGER
Improper use may cause explosion and fire!
3.2.1 Dust class "M"
Ⓜ️ Observe warning sign on the device!
- Not suitable for dust class H.
- Not suitable for carcinogenic hazardous substances per GefStoffV §10, TRGS 905 or TRGS 906.
- Not suitable for asbestos pursuant to TRGS 519.
3.2.2 Dust Extractor Zone 22
®️ Observe warning sign on the device!
- Not suitable to take up dusts and liquids with high danger of explosion or for mixtures of flammable dusts and liquids.
- Not suitable for machines when ignition sources are produced.
- Not suitable for use in potentially gas-explosive areas.
3.3 Only for version with Atex extraction arm:
- The ATEX extraction arm can be used to extract dust and fine solids.
- ATEX series extraction arms can be used in potentially explosive atmospheres of zone 22 according to their declaration of conformity.
- Surface temperature of the extraction arm must not exceed 80°C.
- Ensure that specified temperatures in data sheets of the material to be extracted are not exceeded.
Layout and Function
4.1 Main dimensions
Diagram showing the external dimensions of the unit: Height 1580mm, Width 1170mm, Depth 790mm.
4.2 Technical Data
| Technical Data | Unit | 50 Hz |
|---|---|---|
| Voltage | [V] | Δ230 Y400 |
| Output | [kW] | 2.2 |
| Protection type | IP 55 | |
| Power intake | [A] | Δ7.6 Υ4.3 |
| Air displacement volume | [m³/h] | 1600 |
| Vacuum | [mbar] | 35 |
| Noise level | [dB(A)] | 72 |
| Weight | [kg] | approx. 150 |
| Efficiency | IE3 | 86.1% cosp0.85 |
4.3 Only for version with Atex extraction arm
Extraction intake size: Ø140mm
Total length: 3000mm
Detailed dimensions: L1: 290 + xxx mm; L2: 590mm; L3: 1050mm, L4: 1100mm; L5:155mm
Diagram showing an articulated arm with labeled lengths L1 to L5.
Main Components
5.1 Chart "Raw air/clean air flow"
Diagram illustrating the airflow path: Raw air enters, passes through filtration stages (including a filter cartridge and potentially a dust collector), and clean air is exhausted. Key components are indicated by numbers (e.g., 018, 065, 062, 069, 070, 004, 013, 015, 007, 009).
5.2 Only for version with extraction arm Atex:
Gas-spring-supported self-carrying industrial extraction arm with outer joints. Gas springs must only be installed or removed in the unpressurised condition. Gas springs must be replaced with genuine spare parts if there is any damage. Observe the accident prevention provisions.
Initiation
6.1 Initial commissioning
⚠️ CAUTION
- Have electrical work performed by an electrician!
- Set up the device in a regular room, dry, on a level area, not outdoors. Latch the two casters.
- Ensure sufficient standing space with safety distance for work and maintenance.
- Test: Verify operating voltage matches the grid before plugging in.
- Main switch: Red pushbutton (switch position=0) for off, Green pushbutton (switch position=1) for on.
Attention:
- Check motor rotating direction before commissioning (see red arrow on motor housing). If incorrect, reverse polarity using the phase inverter. Turning pins in the plug's insulation part changes fan drive direction. Wrong direction causes overheating, lower air volume, and lower extraction output.
❗ WARNING
The machine must only be operated in TN grids with earthed neutral conductor!
6.2 Connection to an extraction source (e.g. processing machine)
- Perform a function test before connecting to the processing machine, as per monthly inspection.
- Connect the device firmly to the extraction source with a hose/pipe system.
- When connecting an extraction hose, ensure it is electrically conductive and the connection between hose and socket is impeccable. If a "spiral hose" is used, strip the metal spiral and push it against the extraction socket wall with a pipe clamp for earthing.
- Start the deduster first (green pushbutton), then the processing machine.
- When switching off, reverse the order: switch off the processing machine first, then the deduster (red pushbutton).
- Longer hose length and accessories generally mean additional pressure loss. Connect the source directly with the shortest possible hose for best working conditions.
- Do not change the machine's site during operation.
6.3 Assembly Instruction Pipes
Diagram showing pipes (1), earthing point (2), knurled sealing ring (3), clamp ring (4), and earthing strand 6mm² (5).
6.4 Assembly Instructions Hose
Diagram showing a hose clamp (1), wire spiral bent contact with blank steel tube (2), and spiral hose type "D" (3).
[NOTICE]
When using EPDM seals, remove paint from the inside of flanges for continuous grounding.
Diagram showing pipe connection with seal (Pos. 1), standard pipe (Pos. 2), insertion pipe (Pos. 3), and clamping ring (Pos. 4). The conductive ring seal connects the push-in pipe and standard pipe. Paint must be removed from the flange and push-in pipe casing for continuous grounding.
6.5 Only for version with extraction arm Atex:
Observe accident prevention provisions. The industrial extraction arm must be attached to a firm, stable base or support.
6.6 Only for version with extraction arm Atex:
Notice and safety notices:
- The deduster ID 130/22 can be operated with the described industrial extraction arm. The ID 130/22 requires a metal plate (default on devices) for attachment with 8 screws.
- Set up and operate on a horizontal level. Inclined sites risk tipping, endangering persons and causing property damage.
- Change deduster location by pulling the handle, not the extraction arm.
- Move the extraction arm carefully for repositioning. Strong pulling, especially when extended, is forbidden.
Diagram showing the deduster with a metal plate (1) and an earthing option (2).
Operation
7.1 Minimum air volume flow control
Ensure extracting air volume flow does not undercut a minimum value. Adjust the differential pressure switch to this minimum volume flow based on the extraction socket's cross-section.
Setting/changing the differential pressure switch must only be performed by an instructed person.
With the device off, use an adjustment tool (hexagon socket wrench, size 6) on the transparent plastic cover of the differential pressure switch to select the desired vacuum. The device is ready for operation when the white triangular mark aligns with the desired value.
| Extraction socket cross-section q (cm²) | Socket Ø (mm) | Minimum air volume flow V min. (m³/h) | Setting value on the scale P (Pa) |
|---|---|---|---|
| < 50,3 | 80 | 362 | 3260 |
| < 78,6 | 100 | 565 | 3110 |
| < 113,0 | 120 | 813 | 2740 |
| < 154,0 | 140 | 1100 | 2460 |
7.2 Cleaning of the filter cartridge
Deposits on the cartridge surface reduce airflow. The minimum air volume flow is monitored via the differential pressure switch.
If the lower limit (minimum air volume flow) is reached, the ? yellow warning lamp will light up, indicating the device needs cleaning.
Use the crank on the filter chamber cover for manual cleaning. Turn clockwise approx. 10-20 times.
⚠️ CAUTION
- Operating the crank counter-clockwise may damage the filter cartridge.
- Start cleaning only when the motor has stopped.
7.3 Emptying the collection container
Empty the dust/chip bag when the maximum fill height is reached (check via sight window) or always after daily use.
It is recommended to replace the dust/chip bag with a new one:
- Fasten the two latchable running rollers. Ensure they do not point inwards.
- Switch off the device and remove the mains plug.
- Lift the latching device (141) while pressing up the handle (23) of the lifting and lowering device. The handle stays up due to the latching device.
- Push up the grip of the lifting and lowering device to disconnect the container. Lower it with the device. Use the container rollers to move it away for disposal.
- Close the dust/chip bag carefully.
- Removal of the dust/chip bag can be done "on site" or at an internal disposal point, following local provisions.
- When inserting a new bag, ensure it is smooth against the container walls with minimal folds at the top edge.
- Push up the protruding part of the dust/chip bag until container holders (11) and rubber sealing sleeve (or plate 35) are free.
- Push the container to the holders (11). Lift the empty container slightly and guide it onto the holders. Lift latching device (141) and lower the handle downwards.
- The rubber seal at the container's upper edge must be airtight against the filter chamber. Ensure the rubber sealing sleeve plate is clean against the container wall to prevent leaks and maintain vacuum system integrity and earthing.
- The ID 130 is then ready.
- Always unlatch device (141) before pushing handle (23) down to fasten the container. Failure to do so may damage the lifting and lowering mechanism.
It is possible to inhale dust when closing the bag or emptying the container. Use suitable dust masks and protective clothing.
⚠️ CAUTION
- Ensure the air volume flow is not interrupted when switching on the deduster, especially with a new or empty dust/chip bag. Clogging or closed pushers can cause the bag to be sucked into the filter cartridge due to high vacuum.
- If an empty filter bag is sucked into the filter cartridge, a new bag must be inserted as the original may be damaged.
Troubleshooting and Fault Elimination
8.1 Safety instructions
❗ WARNING
- Before starting any work, especially on live or moving parts, disconnect the industrial vacuum cleaner or system from the mains and stop the drive unit.
- Measures specified below are valid only after complete reassembly and conclusion of maintenance.
- Usual safety regulations (e.g., VDE 0105): Disconnect from mains, provide safeguard against unintentional restarting, check equipment is not live, cover or shield adjacent live parts.
8.2 Initial fault elimination measures
[NOTICE]
Errors in the table can be eliminated by yourself. For major problems, contact Kärcher Industrial Vacuuming GmbH customer service immediately at +49(0)7171-94888-0. Perform maintenance tasks as described in the Maintenance/Servicing chapter.
| Interference | Possible Cause | Remedy |
|---|---|---|
| Motor is not running | Mains connection line is not plugged in. Motor protection switch tripped Pre-fuse defective Cable break | Plug in plug. Switch on motor protection switch. Replace 16 A slow-acting fuse Replace mains connection line |
| Extraction output too low | Filter cake too large Container overfilled Vacuum line Container / raw air space clogged | clean Replace dust/chip bag Check permeability, if applicable, remove contamination |
| Dust penetration in the clean air area | Chip bag is sucked in | Check rubber seal of filter chamber / container and repair if required |
| Increase of volume | Rotary direction incorrect Filter cartridge clogged Filter cartridge worn or damaged Tight fit of the filter cartridge no longer ensured Seal of cleaning shaft/filter cartridge defective Wrong rotating direction of the fan Component(s) have come loose | Reverse plug polarity Check cleaning process, replace cartridge if required Insert new filter cartridge at once!!! Tighten clamping screws Replace seal Reverse polarity of CEE plug Check tight fit of all machine parts |
Maintenance/Repair
Before starting work, remove the plug from the wall socket!
9.1 Maintenance regulations
[NOTICE]
- Careful and periodical inspections and maintenance are necessary for early detection and elimination of errors.
- Kärcher Industrial Vacuuming GmbH assumes liability and guarantee only for proper use and compliance with maintenance instructions.
- ? Suitable work gloves must always be worn during maintenance and service tasks to prevent injuries and soiling with contaminated substances.
❗ WARNING
- These works may only be carried out by an electrician.
- When replacing or repairing, ensure all earth conductors are connected again!
9.2 Maintenance intervals table
| Interval (for 1-shift operation) | Check | Maintenance work |
|---|---|---|
| Daily | Device or parts of it for damage Cable connection for damage Is there a dust/chip bag in the container? | visual inspection visual inspection visual inspection |
| Monthly | Minimum volume control (yellow warning lamp) Can leaks be found at the filter (dust vanes) | Function test Safety inspection |
| Annual | Filter cartridge Bearing of the suction turbine Visual inspection whether there is any dust deposited in the fan room; remove dust if required. | Replace filter cartridge on demand Replace bearing on demand |
9.3 Replacing the filter cartridge
After extended operation, the filter cartridge must be replaced. Filter pores clog over time and cannot be cleaned. Replacement is mandatory when cleaning intervals become disproportionately short, or if visual inspection shows dust penetration in the clean air area.
❗ WARNING
- Wear personal protection equipment (suits, mask, goggles) during this work.
- Ensure no other persons are endangered.
9.4 Procedure when replacing the filter cartridge
- Switch off the device and disconnect from the mains!
- Fasten the two latchable casters.
- Remove the manual cleaning crank.
- Turn out the 8 screws M6 of the filter chamber cover and remove it.
- Remove the earthing cable from the lid of the filter cartridge.
- The filter cartridge is fastened with 3 centring mandrels. Pull out the cartridge via the cleaning shaft, canting slightly to overcome resistance from the wipers.
- Insert the new filter cartridge in reverse order.
Comments:
- Ensure the felt seal on the crank is not damaged.
- Loosen the 8 screws "crosswise" first, then unscrew fully. When re-screwing, do so "crosswise" and then tighten opposing screws.
- Removal and installation should only be performed by qualified and instructed staff.
- Visually inspect the filter chapter, especially for dust vanes or damage to the cleaning shaft, wipers, etc.
- Clean the support face for the filter cartridge rubber seal thoroughly before installation to prevent leaks.
- Dispose of the filter cartridge in a closable container (e.g., plastic bag) according to local rules. Wear a particle filter mask P2.
[NOTICE]
Inspect the vacuum line of the container to the filter chamber for clogging at each dust/chip bag replacement. Clogging reduces volume flow or interrupts extraction.
9.5 Circuit diagram
Diagram shows electrical components and connections. Key components include: M1 (Asynchronous motor), K1 (Motor protection switch), B1 (Differential pressure switch), F1 (Fuse), H1 (Signal lamp yellow).
| No. | Dwg. | Description | Manufacturer |
|---|---|---|---|
| 1 | M1 | Asynchronous motor Y3PE-90L2B35, IE3,3~, 400V, 50Hz, 2.2kW, 4.3A 2880rpm, | Moll Motor |
| 2 | K1 | Motor protection switch SM1E-6.3, 690V, 6.3 A | OEZ-Siemens |
| 3 | B1 | Differential pressure switch JDL 116A, 250...5000 Pa, 500V/5A, IP54 | ALRE |
| 4 | F1 | Fuse 230V/1A | Moeller |
| 5 | H1 | Signal lamp yellow HIS-95-Y, 230V AC, IP54 | OEZ-Siemens |
9.6 Only for version with Atex extraction arm:
- During maintenance, ensure the industrial extraction arm cannot be moved by others to prevent injury from collision and crushing.
- Observe accident prevention provisions.
- Periodically check the industrial extraction arm during operation. Determine and remove the cause of any changes from the default condition without delay.
Periodically inspect and re-tighten accessible screw connections.
Setting the joints:
- Firmly tighten screw connections at the joints.
- Slowly release until the extraction arm can be easily positioned and maintains its position.
Annual maintenance and inspection dates:
- Tighten screws.
- Check for tension cracks and wear.
- Check for rivet connections.
Decommissioning, Storage
❗ WARNING
- Switch the device off and remove the mains plug.
- Roll up the connection cable.
- Empty the collecting tank as per "Operation, Control" chapter.
- Clean the device as specified in "Maintenance, Repair" chapter.
- When vacuuming aggressive substances, rinse the tank with clean water.
- Store the device in a dry place, out of reach of unauthorized personnel.
- "ATTENTION" - This product should be kept indoors only!
Disposal
❗ WARNING
- Note preceding chapter "Decommissioning, Storage".
- Filter inserts must be disposed of separately according to environmental standards, depending on the medium vacuumed up.
- Dispose of the device according to valid legal regulations.
Correct disposal of this product (electrical waste) is applicable in EU countries and others with separate collection systems. It must not be disposed of with normal domestic waste. Dispose separately to prevent environmental or human health damage. Recycle to promote sustainable reuse of material resources. Private users should contact the dealer or competent authorities; commercial users should contact their supplier.
♻️ Recycling symbol: This information must be observed to preserve the environment!
Component Documentation
12.1 Atex-Konform parts for Zone 22
Diagram shows electrical components and connections for the ME-1500 - ATEX model.
| LEGENDE - Stromlaufplan ME-1500 - ATEX | |||
|---|---|---|---|
| M1 | Asynchron Motor 1M810210EA22FB4 | 32,2kW, 400V, 50Hz, 4,5A, IP55, Ex | Siemens |
| S1 | Hauptschalter-XB4BG21EX | 230V, 10A, Extb IIC | Schneider |
| S2 | Ventilatorischalter XB48025EX | 230V, 10A, Exth IIC | Schneider |
| KA1 | Schaltschütz 100-K09-10 ser A | 3x230V/24V DC/25A | Allen-Bradley |
| KA2 | Motorschutzschalter SM1-66,3 | 400-500V, 4-63A, 3- | OEZ |
| B1 | Differenzdruckschalter JDL 116 | JOL 116A, 230V/5A, 250 5000Pa | Alre |
| H1 | Signalleuchte grün XB4EBVBJEX | 24 VAC/DC 50/60 Hz, Ex C | Schneider |
| H2 | Signalleuchte gelb XB4BVBSEX | 24V AC/DC 50/60 Hz, Ex | Schrader |
| F1 | Sicherung RP4 | RP, 2A | AB |
| TR1 | Schaltnetzteil 24V DC | In 230V, out 24V DC, 05A | Mesan Well |
| EK1 | Eldraschallen XP402512 | XP402512, 1120 Exth IEC Db | Generi |
EEC-Declaration of Conformity
EC declaration of conformity in the sense of ATEX directive 2014/34/EU
This declaration ceases to be valid if the machine is modified without prior approval.
Product: Deduster
Type: ID 130/22 Z22
Serial number: 99856000xxxxxx
Year of build: 03.2025
Produced by: Kärcher Industrial Vacuuming GmbH, Robert-Bosch-Straße 4-8, D 73550 Waldstetten
Contact: Tel: +49(0)7171-94888-0, Fax: +49(0)7171-94888-28, e-mail: info.iv@de.kaercher.com
Person authorized for compilation of technical documents: Alexander Haag, Dept.: Design/Construction, Robert-Bosch-Straße 4-8, D 73550 Waldstetten
Complies with the following EC directives:
- EC Directive (2006/42/EC)
- EMC Directive (2014/30/EG)
- EC Directive (2011/65/EU, RoHs)
- Explosion protection directive (2014/34/EU)
The following harmonized standards were applied:
- EN ISO 12100:2010: Safety of machinery - General principles for design - Risk assessment and risk reduction
- EN 60204-1: Safety of machinery; Electrical equipment of machines, part 1: General requirements
- EN 1127-1:2019: Explosive Atmospheres Explosion Protection Part 1: Basics and Methodology
- EN ISO 80079-36:2016: Explosive atmospheres Non-electrical equipment for explosive atmospheres - Basic method and requirements
- EN ISO 80079-37:2016: Explosive atmospheres Non-electrical equipment for explosive atmospheres - Non-electrical type of protection constructional safety "c", control of ignition sources "b", liquid immersion "k"
Waldstetten, 27.03.2025
T. Wahl, Managing Director
A. Haag, Director R&D
Cleaning equipment and pressure washers | Kärcher International
