Klimawent Big-10000/ex User manual

USE AND MAINTENANCE MANUAL

Filtering unit BIG-10000/Ex

(XCC-109)

ATEX marking:

II 3 D Ex tD A22 T200ºC

Contents:

INTRODUCTION .........................................................................................................................................................2

PURPOSE ...................................................................................................................................................................2

RESERVATIONS OF MANUFACTURER..................................................................................................................3

TECHNICAL DATA.....................................................................................................................................................3

STRUCTURE ADN FUNCTION.................................................................................................................................4

ASSEMBLY AND STARTUP .....................................................................................................................................6

OPERATIONAL USE..................................................................................................................................................8

TROUBLESHOOTING GUIDE..................................................................................................................................15

MAINTENANCE AND REPAIR................................................................................................................................15

OCCUPATIONAL HEALTH AND SAFETY..............................................................................................................16

TRANSPORT AND STORAGE...............................................................................................................................16

TERMS OF WARRANTY.........................................................................................................................................16

DECLARATION OF CONFORMITY ........................................................................................................................17

08.10.2019

Producer: KLIMAWENT S.A.

81-571 Gdynia, ul. Chwaszczyńska 194

tel. 58 629 64 80, 58 771 43 40

fax 58 629 64 19

email: klimawent@klimawent.com.pl

www.klimawent.com.pl

issue: October 2019

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INTRODUCTION

The purpose of the present Use and Maintenance Manual is to supply User with directions within the range of

application, assembly, start-up and operational use of the BIG-10000/Ex Filtering unit.

Prior to assembly at the place of operation and use, it is important to get thoroughly acquain-

ted with the contents of the present instruction.

With regard to continuity of work carried on improvement of our products, we reserve for

ourselves the revision possibility of the draft and technological changes improving their

functional features and safety.

Construction of BIG-10000/Ex meets the requirements of the current state of technology as well as the safety and

health assurances included in:

the safety and health assurances included in:

2006/42/EC Directive of the European Parliament and of the Council of the 17 May, 2006 on machinery,

amending the 95/16/EC Directive (recast) / Official Journal EC L157 of the 09.06.2006, page 24);

2014/35/EC Directive of the European Parliament and of the Council of the 26 February, 2014 on the harmo-

nisation of the laws of the Member States, relating to the making available on the market of electrical equipment

designed for use within certain voltage limits / Official Journal EC L96 of the 29.03.2014;

2014/34/EC Directive of the European Parliament and of the Council of the 26 February, 2014 on the harmo-

nisation of the laws of the Member States, relating to the equipment and protective systems intended for use in

potentially explosive atmospheres / Official Journal EC L96 of the 29.03.2014 /

1999/92/EC Directive of the Council of the 19 December, 1999 on minimum requirements regarding safety

of health protection of workers employed at workplaces where explosive atmosphere is likely to occur / Official

Journal No.138, Pos. 931/

Is in accordance with the subsequent harmonised standards:

EN ISO-12100:2012 Safety of machinery –General principles of design –Assessment and reduction of hazard

EN 60204-1:2018-12 Safety of machinery –Electrical equipment of machines –Part 1: General requirements

EN ISO 13857:2010 Safety of machinery –Safe distances to prevent hazard zones from being reached by up-

per and lower limbs

EN 60079-0:2013-03/A11:2014-03 Electrical appliances in areas of gas explosion hazard –Part 0: General

requirements

EN 1127-1:2011 Explosive atmospheres –Explosion prevention and protection. Basic terminology and me-

thodology

EN ISO 80079-36:2016-07 Explosive atmospheres –Part 36: Non-electrical appliances in areas of explosion risk

Methodology and requirements

PURPOSE

BIG-10000/Ex is appropriate for cleaning the dust laden air from dry dust particles, arising during production

processes with occurrence of powdery materials and dust particles of ST1 explosiveness class. The appliance is

equipped with 9 cartridge filters, with antistatic polyester membrane –functioning on the basis of surface filtration.

Admissible maximum temperature of the filtered air is 40ºC.

The device can be applied for such processes as:

–

grinding of non-sparking materials,

–

sand blasting, shot peening,

–

mechanical cutting of metals, gas-, plasma-, laser-, arc cutting of metals,

–

polishing, planishing,

–

processing of plastics,

–

metalization,

–

powder varnishing.

Basic advantages of the device are optimum filtration efficiency, long operational use (longevity) of the cartridge

filters, low power consumption and simple and fast maintenance. The appliance is admitted for use, according to

the Ex marking, for cleaning the air in areas of explosion hazard, according to the ATEX 137 1999/92/EC Directive.

According to ATEX, the operational conditions are specified (as for this device) as follows:

Ex II 3 D Ex tD A22 T200ºC. The subsequent markings are interpreted as:



group II –the device is designed for work in enterprises, in on-ground premises, in sites of occur-

rence of explosion atmospheres, except for application in areas of methane hazard (firedamp), or risk

connected with carbon dust;



category 3 –the device is designed for application in areas where explosive atmospheres are likely

to occur, whereby the explosive atmospheres are of low risk;



D hazard –flammable dusts;



Ex tD A22 IP65 –application of the implemented motor –as constructed and tested according to the

European standards for application in areas of explosion hazard, with dust-proof housing and with

the implemented protection against humidity.



T200ºC –the surface temperature of any part (of the device)will not exceed 200ºC during normal

operation.

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BIG-10000-Ex filtering unit can be installed, exclusively in areas classified as 22, or in areas not featuring

explosive hazard.According to the ATEX 137 Directive, User has to determine the environment where

the appliance shall be used.

RESERVATIONS OF MANUFACTURER

3.1 Manufacturer is not responsible for damages / malfunctions being caused as a result of reasons

mentioned below:

Any consequences following from the installing that is in contradiction to the present Use and Maintenance

Manual.

Situations where the appliance is connected to the electrical power supply- or the pneumatic system

incorrectly.

Operational use that is in contradiction with the present Use and Maintenance Manual and its specified

purpose.

Installing of any additional elements that are not belonging to the normal device structure (or accessory

set) is not acceptable.

Introduction of any structural or constructional modifications of the system on one’s own.

Situations when the principles of control and maintenance of the appliance are not observed.

Forwarding of the air containing viscous and aggressive impurities or of the air temperature exceeds 40C

what might result in damage of the filters.

3.2

In the course of operational use, it is important to prevent ignition sources (i.e. sparks, cigarette

butts / embers) from getting into the filtering unit.

3.3

Operator should wear antistatic clothes while emptying the waste container, during the technical

inspection, maintenance and during any other activities near the filtering unit.

3.4

Do not use mobile phones and devices emitting electromagnetic waves close to the filtering unit

and in the vicinity.

3.5

At the side of decompression panel –it is important to create a hazard area of potential explosion

according to the Fig. No.6. This area should be free of barriers such as machines, devices, walls

etc.

3.6

In case when explosion hazard exists within the whole installation, (where the filtering unit is

installed), User should carry out the total risk evaluation, with reference to the being valid

regulations and should apply protections of the filtering unit and the fan.

TECHNICAL DATA

Table No.1

Type

Maximum

volume flow

Maxi-

mum

vacuum

Motor

rate

Supply

voltage

Quantity of

cartridge

filters

Acoustic

pressure

level

Compressed

air

consumption

Weight

[m³/h]

[Pa]

[kW]

[V/Hz]

[pcs]

[dB(A)]

[Nm3/h]

[kg]

BIG-10000/Ex

17000

3300

3x400/50

7,2

1230

Filtration efficiency 99,9% (according to the BIA classification) the filters carry the USGC class certificate

Cartridge filters: quantity 9 pieces;

diameter 325 mm

height 1200 mm

total filtration area 87 m2

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Fig. No.1 –BIG-10000/Ex –Flow chart

CAUTION: Measurement performed with the inlet connection attached to the filtering unit

According to the 99/92/EC ATEX 137 Directive, manufacturer

carried out the classification of the internal and external zones,

connected with the explosion hazard during the operation

of the filtering unit.

In the Fig. No.2 is presented the classification of the internal

zones. The chamber of filters and the hopper chamber along

with the waste container have been specified as zone 20/21,

because in these areas always and in long periods potentially

explosive atmosphere occurs.

Whereas, the regeneration chamber is classified as zone 22,

because the dust occurs in this area sporadically, in case of

failures consisting in damage of the cartridge filter or the filter

mounting.

External zones can be created:



while opening the inspection doors,



during the emptying the waste container.

They have been classified as zone 22.

Fig. No.2 –Classification ATEX –internal zones

STRUCTURE ADN FUNCTION

5.1 Structure

BIG-10000/Ex filtering unit consists of three functional assemblies:



Regeneration chamber, being the upper part of the device, where are located outlets from the cartridge filters and

Venturi Orifices. Outside the regeneration chamber is installed the compressed air installation, consisting of:

–

compressed air tank –constructed for operational pressure not exceeding 0,8 MPa, the tank meets the re-

quirements of the European Union Directive 87/404/EEG and 90/488/EEG;

–

three electromagnetic valves of diameter 1”½, designed for regeneration of the cartridge filters, these valves

meet the requirements of directives: ATEX 94/9/EC and EMC 89/336/EC.



Chamber of filters –forms the middle part of the filtering unit and contains the cartridge filters. On the chamber

housing is located the inspection door, (for filter replacement) and a decompression panel lowering the pressure

in case of potential explosion. Outside the chamber is installed a micro-controller –to activate the electromagnetic

valves, (described in details in Section 7).



Supporting construction along with the hopper chamber. Underneath the hopper chamber is placed a waste

container.

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Fig. No.3 –BIG-10000-/Ex –Structure and dimensions

BIG-10000/Ex filtering unit is served by an Ex execution fan, in a fan chamber. The fan chamber is located beyond

the device and connected with it by a rigid spiral-seam duct of diameter 315 mm. The applied fan is type GR

400/2 with a 11 kW motor –all this is integrated in the fan chamber of total weight 300 kg, as in details described

in separate Use and Maintenance Manual. In Fig. No.3 is illustrated the filtering unit along with the fan chamber.

Connection between these two units is an example as applied in the test station at the manufacturer.

To control the devices is applied a switchgear, which should be installed outside (beyond)the zone of

explosion hazard. Detailed description can be found in Section 7 of the present Use and Maintenance Manual.

CAUTION: The switchgear, fan along with the fan chamber are delivered upon separate order.

5.2 Function

BIG-10000/Ex filtering unit provides separation of the air containing dry dust fraction. The dust laden air is guided

to the chamber of filters. Here, in the decompression process and because of the flow velocity reduction, larger

particles of dust are extracted into the hopper chamber, and subsequently they fall into the waste container.

Precise dust cleaning proceeds while the air flows through the cartridge filters. In the Fig. No.4 is presented a run

diagram of the air flow through the filtering unit. As the dust accumulates on the operational surface of the cartridge

filters, this reduces the air flow intensity. To limit this disturbance, the device is equipped with a continuous

regeneration system of the filters. The impulses of compressed air (directed into the cartridge filters) strike off the

dust particles. The cleaning air is supplied from the compressed air tank, through the electromagnetic valves that

are operated by the micro-controller (as in details described in Section No.7).

In the Fig. No.5 is illustrated a schematic diagram of regeneration of the cartridge filters.

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Fig. No.4 Filtration scheme Fig. No.5 Scheme of filters regeneration

ASSEMBLY AND STARTUP

6.1 Description of mounting

Before the assembly of the device in the place of use, check if the device is complete, and if it is not damaged, or

there are indentations, etc. The appliance is delivered in two assemblies, so it should be installed by means of

adequate lifting devices and by a specialised assembly team.

First, put the supporting structure with the hopper chamber. The supporting frame should be levelled and its legs

fastened firmly to the floor. Having installed the first assembly, put the chamber of filters (with the fixed to it

regeneration chamber) on it. Handle with care, as the assembly is of large dimensions. At the upper part of the

regeneration chamber are installed lifting hooks (for lifting and positioning during the transport and assembly

activities).

After the chamber of filters is connected with the supporting structure, seal up the join surface with “silicone” and

screw it up thoroughly with bolts. The screws, bolts and “silicone” are delivered by manufacturer along with the

device.

The compressed air tank and the electromagnetic valves are delivered to the operator in completely assembled

state. Having installed the device, connect it to the external compressed air installation of 0,6 0,8 MPa. The

pressure air must not contain pollutants, oil and humidity.

The connection must be equipped with a cut-off valve, air filter and a dewaterer. These elements are not

delivered along with the device.

The nominal diameter of the compressed air connection (for the device of 9 cartridge filters and at the nominal

diameter of the compressed air tank of 8”) should be 1”1/2.

6.2 Start-up

Upon first operation of the compressed air installation (of the device), check if the connected part of the

compressed air system is sufficiently cleaned of the metal particles, rust, etc., because the membrane of the ele-

ctromagnetic valves would get damaged. If in the first stage of start-up there is not enough air flow intensity (in

the system) –this means the valves are not tight enough. Shut the cut-off valve in the supply of the compressed

air tank. Wait until the air pressure in the system reaches 0,6 0,8 MPa, and then quickly open the cut-off valve.

The fan chamber with the Ex fan inside –is located on top of the filtering unit –see Fig. No.3.

Connect the electrical system, power supply and the control units –strictly according to the enclosed Connection

Diagram Fig. No.7, 8and 9. As the control system is very complicated, any activityof device connection/energizing

must be carried out by an authorised installing team with qualifications. The filtering unit and the fan should be

connected to the equilibrating grounding profile.

Connect the motor with reference to the adequate data placed on the nominal data plate and in conformity with

the Connection Diagram on the cover of the terminal box (fastened to the motor).

Switchgear A1 should be mounted in area, beyond the explosion hazard zone.

6.3 ATEX Directive

BIG-10000/Ex filtering unit has been classified, according to the 2014/34/Ex Directive and therefore, it is

important to take precaution measures during the installing and start-up, and follow subsequent aspects:



As the filtering unit is of Category 3D, it should be installed according to the PN-EN 60079-0:2013,

PN-EN 1127-1:2011, PN-EN 13463-1:2010 standards, therefore the installer must be thoroughly ac-

quainted with the contents of these standards.

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

Installer should know the ATEX Classification of installing zones, as well as the hazard connected

with the atmosphere of explosion risk. Especially, here is important the hazard of explosion, of fire,

with the purpose of selection of suitable protection sorts.



Any activities, related to the installing, necessarily must be performed by a specialised assembly team

(after being instructed).



Having completed the assembly, check the conductivity between the subsequent parts of the device,

and check if the maximum resistance does not exceed 106Ohm.



Grounding of the device and of its parts should be carried out and examined by an authorised person,

according to being in force regulations (in this range).



Any device modification / change, within the construction and mounting, without the consent of

deliverer shall cause the invalidation of conformity with requirements of ATEX Directive.

6.4 Precautions measures



Check if the lifting devices are suitable, approved for use and used by authorized operators;



During the activity of displacement and assembly –it is important to point out the hazardous zones, that no

other people in the vicinity (incidental workers) would enter these zones;



Transport, assembly and start-up should be executed exclusively by authorized employees, who have been

instructed properly and approved by User;



Prior to any activities connected with mounting and start-up, it is important to get acquainted with the contents

of the present Use and Maintenance Manual.

Fig. No.6 –Decompression panel –Zone of hazard

Table No.2 –Dimensions of zones

A [m]

B [m]

L [m]

BIG-10000/Ex

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Fig. No.8

Fig. No.9

OPERATIONAL USE

The filtering unit is designed for filtration of the air, at the workplaces, according to the purpose of application as

described in Section 2 of the present Use and Maintenance Manual.

7.1 Description of the control system

Control unit is designed to operate the filtering unit, providing automatic regeneration of surfaces of the filters, by

means of cyclical impulses of compressed air. The control system consists of subsequent assemblies: switchgear

A1, micro-controller A2 and aterminal box A3. In the housing of the switchgear A1 are included electrical elements

providing the appropriate and safe work of the whole filtering unit.

Power supply 3x400 ±10%; 50Hz ±1%; L1; L2; L3; N; PE.

Fig. No.10 –Switchgear A1 –Cover

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Fig. No.11 –Switchgear A1 –internal view

Micro-controller A2 provides control of the electromagnetic valves –the function is described in Section 7.2.

Supply 230V ±10%; 50Hz ±1%; L; N; PE

Fig. No.13 –Terminal box A3

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The A3 terminal box connects the cable to the sensors on the venting panel, with the output cable, (going out of

the Switchgear A1). When the cable on the panel is interrupted (during the explosion), the device automation

disconnects the fan and the system of regeneration of filters. Any electrical connections ought to be performed

in conformity with the above placed Connection Diagram –see Fig. No.7, 8, 9.

Motor in ATEX execution is secured with the motor switch with protection against the blocked startup, overload,

short-circuit- and fade of one phase. Additionally, the motor is protected by the PTC sensor, installed directly

within its windings, as a protection against the excessive overheating.

7.2 Use of the A2 micro-controller

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7.3 Startup of the system

Connect the elements strictly according to the diagram, using cables selected with reference to current-carrying

capacity of the receivers.



Switch on the protections in the switchgear A1.



Check if the F1 fuse in the micro-controller A2 is not damaged.



Apply the supply voltage with the S1 disconnector in the switchgear A1.



Switch on the system with the S2 switch.



The fan can be safely started with the green button S3.2 –under the condition that the red lamp ALARM (on

the A1 switchgear door) in not on.



When the green lamp (built in the double button S3) is lighting –this is the information that the fan is in

operation and the filter regeneration system is switched on; {To make sure, the filter regeneration system is

functioning –after the first device startup, examine the device, check (after the ALARM state emerges) the

communicates emerging on the micro-controller display}. Additionally, after the first start-up, check the

rotation sense of the fan impeller.



To switch off the fan –press the red button S3.1.



The green lamp (build in the button) goes off –subsequently, proceeds the final filters regeneration –at any

time the fan can be started again.

7.4 Alarms

In the device can appear states of alarms, caused by:



activation of the motor protective switch



interruption of the sensors on the decompression membrane,



alarm from the micro-controller (controlling the function of the electromagnetic valves) –description in 7.2.

These alarms are signalised by the red lamp H2 (placed on the door of the switchgear A1). When the alarm

occurs, it is important to disconnect the power supply by means of the S1 disconnector. Next, find the fai-

lure/damage, find out its/their reason and remove the malfunction. After the failure is removed correctly, and

the power supply is applied again –the filtering unit can be operated again.

On the appliance is installed a temperature sensor. At the moment when the temperature of the conveyed air

exceeds 40C –an acoustic signal (buzzer) activates –this is signalised by the H4 “HIGH TEMPERATURE” lamp.

Operators should react and switch off the device. If the device is not switched off by the operator –it will work

longer and when the temperature exceeds 45C –it will switch off automatically. Indications of temperature are

shown in the upper line of the governor / thermostat REG1.

CAUTION: If the fan works incorrectly, please contact the Deliverer.

7.5 Removal of dust

The dust must be emptied systematically, when the waste container is filled up. User has to give instructions to

the operating personnel, that while disconnection of the waste container from the hopper (by means of the

blocking lever)they must take precautions. In case when the waste container is not sufficiently supported from

underneath, it can be rapidly discarded (thrown away). Mind, the workers should necessarily wear antistatic

clothes. Additionally, the waste container (while withdrawal, mounting) must be placed on an antistatic pad.

This activity should be carried out, after the fan is switched off and the device disconnected from the power supply

mains. When the waste container is fastened back to the device, mind that the contact surfaces are clean and the

seal is suitable to the edge between the waste container and the hopper chamber.

7.6 Measures of precautions during the maintenance



The filtering unit must be used according to the present Use and Maintenance Manual and according to the

being in force regulations.



Maintenance steps / activities should be executed by authorised workers after the instructions.



In the course of operational use, be careful that no ignition sources (e.g. sparks, cigarette butts, embers)

gets into the device.



During the emptying of the waste container and during any other activity near the filtering unit, it is important

to wear antistatic clothes. Put the antistatic pad/rug underneath the waste container.



Directly, at the filtering unit, and in the vicinity –do not use mobile phones and other devices emitting

electromagnetic waves.

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TROUBLESHOOTING GUIDE

Table No.3

Problem

Possible reason

Corrective action

Regeneration runs incorrectly, due

Adjust to obtain the pressure of

to too low pressure of the compres-

0,60,8 MPa in the system

sed air.

Decrease in the inlet air volume

The cleaning time and work time

Adjust the work of micro-controller

after the period of correct fun-

are not adjusted correctly

according to the present Use and

ction

Maintanance Manual

Too high humidity of the filters, cau-

It is important to dewater the com-

sed by the humid air in the compres-

pressed air tank, check the state

sed air system

of the compressed air system

Dust emerges in another area, due to

Limit the temperature at the inlet

temperature higher than 40C of the

inlet air

Dust emerges outside the devi-

The cartridge filter is not tightly con-

Replace the cartridge filter or

nected of damaged

improve its mounting

The dust is of another sort than stated

Contact the manufacturer

in the instruction.

Filtration efficiency is too low

Contact the manufacturer

Dust is appearing outside the

The cartridge filter is damaged

Replace the faulty element

filtering unit after a longer

The mounting flange (of the cartridge

period of correct work

filter) is deformed or damaged

Replace the faulty element

MAINTENANCE AND REPAIR

9.1 Cartridge filters

It is necessary to undertake a visual control of the cartridge filters, at any case when the waste container

(underneath the hopper chamber) is emptied of the dust. Examine the state of the mounting elements, the state

of the filtration surface, the degree of pollution, the presence of damages, etc. –through the inspection door.

Additionally, this revision should be carried out in case when any improper function of the device is noticed.

In case the cartridge filters are damaged or worn out –replace them for new. The filters should be drawn out,

beginning from the filter closest to the inspection door. Before User draws out the filter, first release the mounting

nuts, turn the filter itself and take it out.

9.2 Fan

Technical revision and maintenance of the fan should be executed according to the instruction of the fan. In case

when faulty function of the fan is noticed, please contact the producer. The fan motor must be submitted to

systematic maintenance, to provide correct function and safety. Follow steps strictly as described in the

instructions of the fan manufacturer. When necessary, replace the fan or motor for new and this can be carried

out exclusively by an authorised personnel.

9.3 Compressed air tank.

The compressed air tank must be submit to technical revision and maintenance, according to the valid regulation

on the pressure devices. Periodically, examine all the connections on the compressed air tank. It is important to

dewater the tank, through the connection (installed in the lower part of the tank).

9.4 Electromagnetic valves

Electromagnetic valves do not require current maintenance. Simply, it is sufficient to check the electrical

connections, the state of grounding and tightness on the pneumatic installation.

It is recommended to replace the valves after 2 years of use, and not later than after 4 years of operational use

(but in this case, contact the producer of the filtering unit).

9.5 Recommended periods of technical revisions and maintenance of the filtering unit.

Table No.4

Current check and action after the fill up state of the waste

container

Removal of dust from the waste container

Current revision

Systematic cleaning of the device and its assemblies,

in order to avoid accumulating of the dust layer ex-

ceeding 5 mm

Every time, the waste container is emptied

Control visually the cartridge filters, through the

revision door.

Once a month

Check the state of the device grounding, and examine

the conductivity between the all assemblies of the

device, if the maximum resistance does not exceed

106Ohm

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Once for 2 3 months

Overall visual control of the supporting construction

(base frame) and of the housing. Examine the screw

connections and anti-corrosion protection.

Once for 12 months

Check the state of the electrical connections and of the

external installation of the compressed air, check the

connections of the electromagnetic valves.

Once for 12 18 months

Visual control of the compressed air tank and of its

dewaterer. When, (with reference to the environment

and the state of the pressure air), it is necessary –this

revision should be executed more frequently.

Fan –Use and Maintenance Manual of the fan

Follow as according to the instruction

Motor –Use and Maintenance Manual of the of the motor

Follow as according to the instruction

9.6 Measures of precaution during the revision activities and the maintenance



Maintenance and revision ought to be executed with reference to the being valid regulations, and

with the present Use and Maintenance Manual and carried out by authorised workers after being

instructed.



Any activities on the device must be carried out after the fan is switched off and disconnected from

the power supply system.



During these activities it is important to wear antistatic clothes.



While emptying the waste container of the dust, during the dismantling of the container and its

mounting –the waste container must be placed on the antistatic pad/rug.



Near the device, do not use mobile phone, and other devices emitting electromagnetic waves.



The filtering unit cannot be submit to modification or complemented with functional parts or control

elements, without the consent of the Deliverer.

OCCUPATIONAL HEALTH AND SAFETY



Assembly, installing, start-up and maintenance can be carried out after getting acquainted with the

contents of the present Use and Maintenance Manual.



For safety reasons, the device must be connected to the power supply system –strictly according

to the enclosed Connection Diagram, and with the being in force regulations within the range of

personal protection against electric shock.



Connection to the power supply system should be executed by an authorised person with electrical

qualifications.



Maximum operational pressure of the compressed air, for safety reasons, must not exceed 0,8 MPa.



Any activities, connected with repair and technical revisions as well as emptying the filled up waste

containers (underneath the hopper chamber) –should be executed after the fan is switched off and

the device disconnected from the power supply.



The fan as a rotating appliance –constitute a potential source of hazard, therefore installing, start up

and maintenance should be carried out by qualified personnel.



As the filtering unit is equipped with a decompression panel VMP 450x800 (0,34m2) –the whole device

should be placed in such a way, that there is provided free access to the control system, and

additionally, (in case of explosion) there should be safety area for the discarded vent panel. During

the explosion, the control connection shall be interrupted and the filtering unit stops functioning.

TRANSPORT AND STORAGE

BIG-10000/Ex filtering unit is transported in two assemblies, wrapped in foil, placed on transport pallets. During

the time of transport, the assemblies must be located vertically and protected from overturn (being knocked down)

and from displacement. The fan chamber is a separate assembly, it should be placed on a transport pallet too.

Handle with care during the lifting the subsequent assemblies, during the transport, unloading and mounting. The

device has to be stored in close rooms and in dry rooms and in areas of efficient ventilation.

TERMS OF WARRANTY

The period of warranty for the purchased device is indicated in the Card of Warranty. The warranty does

not comprise:

●

mechanical damage and malfunctions caused by User,

●

device failures caused during the use which is in contradiction with the purpose of application and with the

present Use and Maintenance Manual,

●

malfunctions resulting from the improper transport, storage or incorrect maintenance.

Infringement of the Section 3 “Reservations of Producer” of the present Use and Maintenance Manual and,

especially modifications undertaken by User on one’s own or use in contradiction with the purpose of application

–shall result in the loss of warranty validity.

Klimawent –the warranty of highest quality at attractive price

08.10.2019

Filtering unit BIG-10000/Ex

17 z 20

DECLARATION OF CONFORMITY

DECLARATION OF CONFORMITY EC No. _______________

Manufacturer (eventually also the authorised representative / importer):

name: KLIMAWENT S.A.

address: 81-571 GDYNIA, ul. Chwaszczyńska 194

A person, authorised for issuing the technical documentation:

name and address: Teodor Świrbutowicz, KLIMAWENT S.A.

hereby declares that the product:

Filtering unit

type / model:

BIG-10000/Ex

serial number:___________________

year of production: ___________________

Meets the requirements of the subsequent European Directives: