Bag - In Bag - Out Safety Housing

Clean Air Solutions

BPT E&T CORP. SUPPLY PRODUCTS, SERVICES, AIR CLEAN SOLUTION FOR INDUSTRIAL
FACTORY, HOSPITAL AND OFFICE BUILDING. THE MAIN PRODUCT AS:

Pre-filter and fine filter for AHU and HVAC system.

HEPA, high temperature HEPA for clean room and hospital.
FFU, filter housings, frames & louvers.
Air purifier for health care, comfort, hotels, offices & laboratories.
Activated carbon filter, wet scrubber, ozone generator, hydroxyl generator for odor
control, gas treatment.
Dust, oil, mist collector, central vacuum system and cartridge filters.
Air filter for life science, microelectronic, hospital, automotive, food industries.
Air contamination treatment solution and carbon filters.
Accessories and fan, vacuum pump.

BPT ENGINEERING AND TRADING CORPORATION

Address : 108 DHT02 - Dong Hung Thuan Ward, District 12 - Ho Chi Minh City
Tel : (+84) 028 6256 8462 - Fax: (+84) 028 6256 8463
Clean Air Solutions Website : www.bpt.com.vn

Clean Air Solution

 CONTAINMENT CLASSIFICATION INFECTIOUS DISEASES AND ISOLATION IN HEALTHCARE FACILITY

Active Pharmaceutical Ingredients_Pharmacy application Healthcare workers (HCWs) are occupationally exposed to a variety of infectious diseases during the
"Chemicals are used in manufacturing of performance of their duties. The delivery of healthcare services requires a broad range of workers, such as
pharmaceutical drug and harmful for people working physicians, nurses, technicians, clinical laboratory workers, first responders, building maintenance, security
with them. Every harmful chemical has an occupational and administrative personnel, social workers, food service, housekeeping, and mortuary personnel.
exposure limit that should be followed in industries”. Moreover, these workers can be found in a variety of workplace settings, including hospitals, nursing care
facilities, outpatient clinics (e.g., medical and dental offices, and occupational health clinics), ambulatory
Considering the number of hour’s worker has to spend
care centers, and emergency response settings. The diversity among HCWs and their workplaces makes
administering medicine they are at a higher risk of illness
occupational exposure to infectious diseases especially challenging.
from toxicity. The health specialist should have enough
knowledge of how their health may be affected by Four types of infectious disease transmission can
exposure to the high levels of toxic compounds. It is occur:
important to put into consideration the amount of time (1) Contact transmission can be sub-divided into direct
they spend at work. Due to the need to want to protect the health practitioners the occupational exposure and indirect contact.
band for pharmaceutical drugs was set up.
(2) Droplets containing infectious agents are generated
The occupational exposure band classifies chemicals into groups based on the occupational exposure limit. when an infected person coughs, sneezes, or talks, or
The occupational exposure band cares about how long workers may by exposed to the high-level during certain medical procedures, such as suctioning
concentration of compounds. This exposure may cause a number of health challenges namely, skin or endotracheal intubation.
corrosion, eye damage, germ cell mutagenicity and skin sensitization
(3) Airborne transmission occurs through very small
The occupational exposure band set out the OEL (Occupational exposure limit) that sets to give a precise particles or droplet nuclei that contain infectious
limit under which workers may still be safe working under. There are certain levels of airborne concentration agents and can remain suspended in air for High contagious
for a specific time that workers may remain healthy. The standards are important as well as the occupational extended periods of time. Rubeola virus (measles),
exposure set limits. The limits help by protecting workers who are in the environment of harmful chemicals Varicella virus (chickenpox),
(4) Vector transmission, which is spread through insects or
from getting occupational diseases. Mycobacterium tuberculosis
animals.
SARS-CoV.
Occupational exposure band (OEBs) – Classification

BAG-IN/BAG-OUT ISOLATION TECHNOLOGY

Not harmful, not irritating, low pharmacological activity e.g. predicted
1.000 -5.000 µg/m3 OEB 1 therapeutic dose >100 mg/day, Example-many excipients. Bag-in/Bag-out: the safest and quickest way to keep confinement while changing filters on a
glove-box
Operator remains protected and external environment remains clean while removing contaminants stopped
Harmful, may by irritant, moderate pharmacological activity, predicted inside the old filter (HEPA) wrapped and secured inside the bag and ready for disposal after the process…
100 - 1.000 µg/m3 OEB 2
therapeutic dose >10-100 mg/day. Example-Loratadine. Allows working staff to change filter without getting in direct contact with contaminants (e.g. toxic powders,
radioactive dust, viable organism, carcinogens…). Used filters are easily removed from the isolator structure
Moderate toxic and/or high pharmacological activity, predicted wrapped inside a barrier material (containment bag) and external atmosphere remains un-contamined.
10 – 100 µg/m 3
OEB 3 therapeutic dose >1-10 mg/day. Respiratory sensitizers and potent Bag-in/bag-out filter replacing method can be available for filters with different shape and size. Different
dermal sensitizers, severe irritants and corrosives, also default filters are available on the market according to the required air flow: can be cylindrical, square or rectangular,
category. Example-many penicillin & cephalosporin antibiotics.
available in different sizes.
Toxic serious irreversible effects, carcinogens, mutagens, reproductive
1 – 10 µg/m 3
OEB 4 and developmental toxins, potent respiratory sensitizers, predicted Some Importance Zone Necessary Need Airborne Isolation
therapeutic dose <1mg/day. Examples-corticosteroids some oncology
drugs. ∙ Nuclear power plants and fuel processing facilities ∙ Industrial, research, and military facilities handling
∙ Animal disease laboratories chemical, biological, radiological, or carcinogenic
Extremely toxic and/or extremely high pharmacological activity ∙ Food facilities (make up chemical subject) materials
< 1 µg/m3 OEB 5 predicted therapeutic dose ≤0,1 mg/day. Serious irreversible effects,
potent carcinogens, mutagens, reproductive and developmental ∙ Hospitals and other healthcare facilities ∙ Biomedical research and genetic engineering
toxins. Example-potent hormones or hormone effectors, select ∙ Electronics manufacturing (cleanrooms) facilities…
anti-cancer drugs. ∙ Toxic waste isolation plants

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 BIBO SAFETY HOUSING “UP-DOWN FLOW” 4. CAMFIL ABSOLUTE PROSAFE E10 - H14 AIR FILTER:

WITH HIGH SAFETY FEATURE

• Optimized for Bag-in Bag-out safe change
• 23% Energy savings compared to market average
1. STRENGTH PROFIE FOR AIRTIGHT • Strong and airtight frame
• Hygienic product acc. to VDI6022 and ISO846
Four walls and access doors are made by stainless • Free of BPA, Formaldehyde, Phthalates
steel 304 with 2.0mm thickness and folded to angle.
• 100% individual MPPS test report for HEPA/ULPA filter
Continuously welding for complete tightness, Modules
according to EN1822.
are tested with pressure between 5.000 to 6.000
Pascal.
Gasket frame apply for DIN gasket filter type and knife
frame as option for gel filter type.
The leak tightness complies with DIN 25496, Table 3. 5. PVC PLASTIC BAG
Some materials are be used as SS304/ 304L;
SS316/316L; applied for inside chemical environment.
Make in USA or France.
The safety bag is designed to offer highest possible protection
1 and convenience for the operator. It is made of a 200 micrometer
5 (0,2 millimeter) thick plastic material, which makes it really strong
2. TOOL FREE + KNIFE FRAME and tear proof. It has an integrated O-ring for quick and easy
mounting. And the safety bag also has a special sleeve function
4 which securely removes any residue from the previous bag.
Z-clamping frame fully contact at four edge of filter.
Press force impact on z-clamping at corners by 2
eccentric wheels.
The clamping- lock dispose at behind door. It is
impossible to close the door if the clamp shaft is not in 6
the locked position.

3. MANUAL SCAN TESTING DEVICE

6. ACCESSORIES OPTION
Quickly connection ports are place for scanning HEPA/ULPA filter.
Upside: upstream aerosol concentration port APPLICATION AREAS • Glass window as inspection window
Downside: downstream scanning system. • Handling table
Injection module is as option to mixing aerosol well. Hospital, Pharmaceutical, Safety laboratories, Industries • Different pressure gauge or sensor
DP TEST PORT chemical, Biotech, Biosafety, Animal facilities.
• Collection plenum to connect to ducting system
Quick connec¬tion and flexible tubes are applied normal Hospital isolation rooms/wards and Intensive Care Units (ICUs) for
• Making material: CS with painting or SS304
environment. Thread connection, ball valve and brass tube for the control of airborne pathogens, viral contaminants and
hazardous exhausted air. infectious organisms. • Accesses Door Fixation.

Pre-filter Fine-filter HEPA filter Molecular filter

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 MODULE CONFIGURATION 5. FLOW RATE/ BANK:

Size/bank 1 2 3 4 5 6
1. TYPE: 305 2.000 4.000 6.000 8.000 10.000 12.000

Bag-in bag-out safety filter housing_up-down type. 610 4.000 8.000 12.000 16.000 20.000 24.000
762 6.000 12.000 18.000 24.000 30.000 36.000

2. STANDARD SIZE:

Size Filter Size (mm)

305 305 x 610

610 610 x 610
305 610 762
762 762 x 610
610 is always on the door size 6. CONNECTION DUCTING:

Inlet Plenum

3. FILTER STAGES: 1 Top left side

2 Top central
Pre-filter Main filter 3 Top right side
Size
Height: 50 mm Height: 292 mm
Outlet Plenum
F -- 01
4 Bottom left side
P+F 01 01
5 Bottom central
F+F -- 02
6 Bottom right side
P+F+F 01 02

BIBO-610-P+F-SS304-MS

Scan Mode:
M: Manual
BIBO: Bag in Bag-Out Housing
MS: Manual scan
AS: Automatic scan

Construction Material
Filter size: CS: Carbon steel with powder
305: 305 x 610 x 292 painting
610: 610 x 610 x 292 SS304: Stainless steel grade 304
762: 762 x 610 x 292 SS316: Stainless steel grade 316

4. MATERIAL: Filter stage:

P+F: Pre-filter and Fine filter (main filter)
F: HEPA filter (main filter)
- Carbon steel with powder painting. - Stainless steel SUS304.
F+F: Fine Filter and HEPA filter

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 BIBO SAFETY HOUSING “UP-DOWN FLOW” 4. CAMFIL ABSOLUTE PROSAFE E10 - H14 AIR FILTER

WITH THE HIGH SAFETY FEATURE

• Optimized for Bag-in Bag-out safe change
• 23% Energy savings compared to market average

1. HOUSING MODULE FOR AIRTIGHT • Strong and airtight frame

• Hygienic product acc. to VDI6022 and ISO846
• Free of BPA, Formaldehyde, Phthalates
Four walls and access doors are made by stainless
steel 304 with 2.0mm thickness and folded to angle. • 100% individual MPPS test report for HEPA/ULPA filter
Continuously welding for complete tightness, Modules according to EN1822.
are tested with pressure between 5.000 to 6.000
Pascal.
7
Gasket frame apply for DIN gasket filter type and knife
frame as option for gel filter type. 6
The leak tightness complies with DIN 25496, Table 3.
Some materials are be used as SS304/ 304L; 1 5. MANUAL SCAN SYSTEM
SS316/316L; applied for inside chemical environment. 5
2

4 Advantages
• Better efficiency guaranty qualification
2. ACCESSORIES FOR THE BEST SAFETY ISOLATION 3
• Reliability with good mixing aerosol injection
• Easyness, quickness, cleanlieness
All isolation valves (particulate laden and clean gas) meet the highest tightness
requirements and may be operated manually, pneumatically and motorized DOP Test and DP test system including with:
electrical mechanism. The following standards are complied with: • Quick connection ports are place for scanning
• DIN 3230 T3 BO BN (leakage rate 1) HEPA/ULPA filter
• ISO 5208, Category 3 • Upstream aerosol concentration port
• ANSI B 16-104, Class VI • 4 ports downstream scanning system designed
according to ISO 14644.
• Injection module is as option to mixing aerosol well
• Photohelic gauges or switch gauges; ball valve and
7. MORE ACCESSORIES brass tube to connection.
Filter test section is available in different option,
• Reducer/transition between air ducting and either to measure the overall or local (leak test)
housing module efficiency according EN 1822. Advantage.
• Air plenum for aerosol injection
3. CHANGE-OUT AND CLAMPING FILTER DEVICES • Lifting lugs, legs and support to housing
• Measuring devices and monitoring devices

8- mill change-out bag are made in USA or France. • HEPA filter and activated carbon media….
6. DECONTAMINATION PORTS (OPTION)
They are poly vinyl chloride include three glove sleeves
to facilitate handling of the filters and an elastic shock
cord to seal internal components from the atmosphere
during a change.
For highly dangerous pathological agents
Standard version incorporates a linkage clamping
(microbiological), a safe decontamination of the
mechanism that may be operated with a level handle
housing, filter and all relevant components is absolutely
from inside of the door.
essential.
Auto version will be upgrade pneumatic clamping
device, permit full operation, including air cylinder, pilot
valve and compress spring. Operating status will be
display by lamps on control box system.

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 BAG-IN/BAG OUT CONCEPT MODEL CONFIGURATION
BIBO-3-4 F-12 P 1-3 GB-SS-M

Bag-in/ Bag-out Housing Module Scan Test:

Only for 01 filter high. A: auto scan with motor
M: Manual scan with screw wheel

Number of Filter Arrange to Depth’s

Housing Sheet Metal Type:
Housing:
SS: 304 stainless steel standard
1/2 one filter on half size
304L: 304L stainless steel
1: one filter depth
Safety housings are designed with safety in mind. Each housing is shipped with an instruction book 2: two filter depth
316: 316 stainless steel
detailing how to change the filters. The basics of filter change include installing the new filters in the 316L: 316L stainless steel
3: three filter depth
change-out bag, securing the bag over the ribbed openings on the housing door opening, and
performing the filter change entirely within the bag. Housing Type:
Depth of Prefilter: GB = Gasket seal bag-in/bag-out
0: none pre-filter GN = Gasket seal non-bag-in/ bag-out
2: 44/46/50 mm deep pre-filter FB = Fluid seal bag-in/bag-out
4: 95 or 100 mm deep pre-filter FN = Fluid seal non-bag-in/bag-out
6: 150 mm deep pre-filter

Access Door Arrangement:

STEP 1: During operation the STEP 2: After removing the access STEP 3: Remove the 1* = One (1) access door on one side
filter (s) are in place and the door, extend the bag, and use the contaminated filter from the Prefilter:
of housing
bag is stored in the door. bag gloves to carefully move the housing, supporting the filter G = Coarse filter G4
2 = Two (2) access doors, one
contaminated filter into the bag. on a table, or optional M = Medium class M5/M6
access door on each side of housing
change-out tray. F = Fine class F7/F8/F9
3 = Two (2) access doors on one
side of housing only, one door for
pre-filter, one door for main filter
Depth of Main Filter:
4= Four (4) access doors, two on
06: 150 mm actual filter depth
each side of housing, one for
12: 292 mm actual filter depth
pre-filter access, one for primary
(standard size)
filter access
16: 406 mm actual filter depth
* Housing can only accommodate 2”
STEP 4: Seal the bag with STEP 5: Place a new filter in a STEP 6: Move the old bag 18: 457 mm actual filter depth
deep pre-filter and primary filter.
banding ties between the filter new bag and secure the new stub into the third service
and the door opening. Cut the bag opening to the housing glove sleeve and seal the
bag with shears to contain the door opening. Move the old sleeve with banding ties Main Filter: Main Filter Size:
used filter. bag stub into the new bag between the bag body and the
P = Particulate filter (H13, H14) 1 = Filter size 610x610
cavity and install the filter. glove sleeve.
C = Carbon filter (HEGA) 2 = Filter size 762 x 610

STEP 7: Carefully fold the bag

and place in the door cavity.
Replace door.

Door arrangement 1 with a Door arrangement 1 with pre - Door arrangement 3 with dual
single filter. Designed to filter and main filter. Designed to access doors. Designed to
accommodate main filters accommodate prefilters and accommodate prefilter (s) and
through one door opening. main filters through one door primary filter (s) through
Actual filter depth may be 150, opening. Prefilter depth limited separate access doors. Prefilter
292, 406, 457 mm. to “2”. depth may be “2”, “4”, or “6”.

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 SPECIFICATIONS SPECIFICATIONS

MODULE SIZE 0F-12P1-1GB MODULE SIZE 2F-12P2-1GB

Configuration Arr. 1, Main Filter 610x610x292 mm Configuration Arr. 1, Pre-filter, Main Filter 762x610x292 mm

Housing Pre-filter Main filter Max. Flow Housing Pre-filter Main filter Max. Flow
*Length Width Height Weight *Length Width Height Weight
Size Depth Depth rate Size Depth Depth rate
(L. mm) (W. mm) (H.mm) (kg) (L. mm) (W. mm) (H.mm) (kg)
(H x W) (mm) (mm) (m3/h) (H x W) (mm) (mm) (m3/h)

1x1 None 292 4.000 650 720 780 80 1x1 44/46/50 292 6.000 700 872 780 95
1x2 None 292 8.000 650 1.330 780 120 1x2 44/46/50 292 12.000 700 1.634 780 145
1x3 None 292 12.000 650 1.950 780 155 1x3 44/46/50 292 18.000 700 2.406 780 190

MODULE SIZE 0F-12P2-1GB MODULE SIZE 0F-12P1-1GB

Configuration Arr. 1, Main Filter 762x610x292 mm Configuration Arr. 3, Pre-filter, Main Filter 610x610x292 mm

Housing Pre-filter Main filter Max. Flow Housing Pre-filter Main filter Max. Flow
*Length Width Height Weight *Length Width Height Weight
Size Depth Depth rate Size Depth Depth rate
(L. mm) (W. mm) (H.mm) (kg) (L. mm) (W. mm) (H.mm) (kg)
(H x W) (mm) (mm) (m3/h) (H x W) (mm) (mm) (m3/h)

1x1 None 292 6.000 650 872 780 90 1x1 50/95 292 4.000 900 720 780 102
1x2 None 292 12.000 650 1.634 780 140 1x2 50/95 292 8.000 900 1.330 780 150
1x3 None 292 18.000 650 2.406 780 180 1x3 50/95 292 12.000 900 1.950 780 195
* Length L = 1.000 mm with scan test version * Length L = 1.200 mm with scan test version

MODULE SIZE 2F-12P1-1GB MODULE SIZE 2F-12P2-3GB

Configuration Arr. 1, Pre-filter, Main Filter 610x610x292 mm Configuration Arr. 3, Pre-filter, Main Filter 762x610x292 mm

Housing Pre-filter Main filter Max. Flow Housing Pre-filter Main filter Max. Flow
*Length Width Height Weight *Length Width Height Weight
Size Depth Depth rate Size Depth Depth rate
(L. mm) (W. mm) (H.mm) (kg) (L. mm) (W. mm) (H.mm) (kg)
(H x W) (mm) (mm) (m3/h) (H x W) (mm) (mm) (m3/h)

1x1 44/46/50 292 4.000 700 720 780 85 1x1 50/95 292 6.000 700 720 780 120
1x2 44/46/50 292 8.000 700 1.330 780 125 1x2 50/95 292 12.000 700 1.330 780 180
1x3 44/46/50 292 12.000 700 1.950 780 165 1x3 50/95 292 18.000 700 1.950 780 225
* Length L = 1.200 mm with scan test version * Length L = 1.200 mm with scan test version

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 STANDARD SPECIFICATION FOR BIBO SAFETY HOUSING STANDARD SPECIFICATION FOR BIBO SAFETY HOUSING

1.0 - General 2.4 - A filter clamping mechanism shall be operated construction components, and 3 for performance Factory-Mounted Pressure Gauges
1.1 - Housing shall be BPT BIBO-type side-access by means of a standard from outside the housing. The criterion. Dependent upon the option there may be an 2.# - Housing shall
bag-in/bag-out, gasket seal housing. The housing clamping mechanism shall include two pressure addition to one or more specification sections. include factory
shall be adequately reinforced to withstand a negative channel assemblies with eight springs per filter and Replace the # with a proper sequencing number mounted pressure
or positive pressure of 5,000 Pa. Housing design and exert a minimum filter sealing force of 1,400 pounds based upon options selected. gauge to measure any
filter arrangement shall allow air to enter and exit per full size filter, 1050 pounds per half size filter, and Banding Kit combination of
housing without changing direction. The housing shall 700 pounds per quarter size filter. The force shall be pressure drop across
applied as an even, uniform load along at least 80% 2.# - A banding kit that includes a case/lap apron, a
accommodate standard size filters that do not require heavy duty tie-banding gun, PVC bag cutting shears, prefiltration, final
any special attachments or devices to function of the top and bottom of each filter outer frame. The filtration, or
filter clamping mechanism adjustment penetration a 7” cinching Velcro strap and ten 100-lb tensile
properly in the housing. strength banding ties shall be provided. Banding kit combination thereof
through the housing wall shall be sealed airtight. (specify requirements).
1.2 - Sizes shall be noted on enclosed drawings or shall be manufactured by same manufacturer that
other supporting materials. 2.5 - One (1) Camfil manufactures the housing. Gauge increments
Farr manufactured shall be as noted on enclosed drawings or other
2.0 - Construction PVC change-out bag Decontamination Ports supporting materials. Gauge tubing shall be copper
2.1 - Housing shall be constructed of 2.0 and 2.5 mm shall be furnished with 2.# - Housing shall be provided with decontamination construction with brass compression fittings.
SUS304 stainless steel metal. All pressure retaining each filter access port. ports for injection of materials to neutralize Pressure Taps (static)
joints and seams shall be continuously welded with Change-out bags shall contaminants. (Specify details. Contact factory for
no porosities. Joints and seams requiring intermittent assistance). 2.# - Static pressure taps with 1/4-inch FIPS threads
be 8-mill thickness
welds, such as reinforcement members, shall be that allow field installation of static measurement
with a yellow DOP/Freon Test Port
intermittently welded. Housing shall be free of burrs gages or other measurement devices shall be
t r a n s l u c e n t ,
and sharp edges. All weld joints and seams that are a 2.# - Challenge aerosol sampling ports shall be included upstream and downstream of filter stages.
non-sticking, matte
portion of any gasket setting surface, (duct provided upstream and downstream of each primary Taps shall allow measurement across (prefilter only,
finish. It shall include a
connection flanges and filter sealing surfaces), shall filter access door. The port shall be 3/8” FIPS and prefilter and primary filter system, primary filter only,
1/4" diameter elastic shock cord hemmed into the
be ground smooth and flush with adjacent base include a hex head brass plug for periods when it is or overall systems including multiple prefilter and
opening of the bag so when stretched around the
metals. All welded joints and seams shall be wire not in use. primary filter combinations). (Specify requirements).
housing bagging ring flange, a secure fit is created.
brushed to remove heat discoloration. The housing The bag shall include three (3) integral glove ports to Drilled Duct Connection Flanges Security Strap
shall be reinforced to withstand a positive or negative assist in filter change-out. One (1) nylon security strap 2.# - Housing shall include pre-drilled flanges to 2.# - ( ) additional security straps shall be included.
pressure of 5,000Pa. The upstream and downstream shall be included per filter access port to prevent the facilitate attachment to ductwork. Holes shall be Cinching Strap
ductwork connections shall have W50mm bag from sliding off the bagging flange during the 7/16-inch diameter with spacing between holes not to
outward-turned flanges. exceed 4” as recommended in 2.# - ( ) additional cinching straps shall be included.
change-out process. Design of components shall be
DOE-HDBK-1169-2003 “Nuclear Air Cleaning Swivel Door Latches
2.2 - The housing shall such that all change-out operations shall be within the
have a bagging ring bag so there is a barrier between the worker and the Handbook”. 2.# - Housings shall be equipped with swivel door
around each filter filter at all times. latches that shall completely swing-away from the
Filter Change-out Tray
access port that is filter change opening. All latching components shall
3.0 - Performance 2.# - A filter change-out tray of stainless steel welded remain captive during change.
sealed by a gasket
3.1 - The filter housing shall be manufactured under a construction shall be provided. The tray shall be
filter access door. The Weather Cap
BPT Quality Assurance Program. The filter housing designed for attachment to door studs during filter
filter access door 2.# - Housing shall be provided with a weather cap
shall be factory tested for filter fit, flatness of filter change. The tray shall be capable of supporting 300
gasket shall be that shall promote moisture run-off and prevent
sealing surface and operation of filter clamping pounds. (Specify quantity required).
silicone and shall be moisture accumulation on the top of the containment
mechanism. Lifting Lugs
replaceable, if housing. The weather cap shall be constructed of the
necessary. The 3.2 - Filter bags shall be capable of continuous 2.# - Lifting lugs, same materials as the housing and shall be
bagging ring shall have two (2) continuous formed operating to temperature extremes of 0° F to 150° F. constructed of (intermittently welded and sealed against weather
raised ridges to secure the PVC change-out bag. The 3.3 - Multi-wide housing shall be equipped with a filter 1/4-inch thick Type intrusion, bolted to the housing to allow access to
bagging ring shall be hemmed on the outer edge to removal rod to pull the filters to the change-out 304 stainless steel housing mounting flanges). Items in parenthesis ( )
prevent the change-out bag from tearing. position. The removal rod shall operate from the shall be provided on require selection.
2.3 - Ancillary hardware including filter clamping inside of the filter change out bag. the (side, top) of the
mechanism, door handles, door studs and labels shall Optional Specification Items housing. The lugs shall
be 304 stainless steel. The threaded pivot blocks in be capable of
The format of these additional specification items
the filter clamping mechanisms shall be of brass supporting the
includes a section numbering system consistent with
construction. Filter access door knobs shall be cast housing without
today’s requirements. Items beginning with the
hard plastic and designed to prevent galling of housing deflection
numeral 1 relate to general items, numeral 2 for
threads. during transport and installation.

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 FILTER CELL DATA BIBO SAFETY HOUSING

PRE-FILTER

Filter class
Size Media surface Air flow Pressure drop
Name according to
W x H x D (mm) (m2) (m3/h) (Pa)
EN 779
AeroPleat HP G4 305 x 610 x 50 0.6 1800 100
AeroPleat HP G4 610 x 610 x 50 1.1 3600 100
AeroPleat HP G4 762 x 610 x 50 1.7 5400 100
EcoPleat F7 305 x 610 x 5 2.9 1450 120
EcoPleat F7 610 x 610 x 50 5.89 2900 120
EcoPleat F7 762 x 610 x 50 8.8 4350 120
Opakair Green 2 F9 305 x 610 x 292 9.6 1700 135
Opakair Green 2 F9 610 x 610 x 292 24.4 3400 135
Opakair Green 2 F9 762 x 610 x 292 34 5100 135

MAIN FILTER

NOTE:
Filter Class
Size Media surface Air flow Pressure drop
Name According To
W x H x D (mm) (m2) (m3/h) (Pa)
En 1822
Absolute DG H14 305 x 610 x 292 19.0 1350 290
Absolute DG H14 610 x 610 x 292 39.9 3200 290
Absolute DG H14 762 x 610 x 292 50.1 4100 290
Absolute VGXL ProSafe H14 305 x 610 x 292 20.5 1500 250
Absolute VGXL ProSafe H14 610 x 610 x 292 41.6 4000 310
Absolute VGXL H14 762 x 610 x 292 46.0 6000 380

MAIN FILTER (Carbon Filter)

Size Size Active Carbon Recommended Recommended

Weight
Name WxHxD Version Volume Temp. Relative
(kg)
(mm) (Liter) (OC) Humidity (%)
Acticarb 4000 305 x 610 x 292 4 V version 32.5 0-40 30-70 45
Acticarb 4000 610 x 610 x 292 4 V version 65 0-40 30-70 82

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