M 321F / M 391F / M 632F XLS 483F/ XLS 714F

Transcription

an erlab product
CLEAN AIR FUME ENCLOSURES
M 321F / M 391F / M 632F
XLS 483F/ XLS 714F
USER MANUAL
www.erlab.com
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an erlab product
User Manual
TABLE OF CONTENTS
1 - Command Box Description
Page 3
2 - First-time Start-up Guide
- Timer
- Event Triggering
- Default Display Screen
- Access to Menus
Page 5
3 - Digital display screen navigation
Page 10
4 - Installation and use of the Pressure Meter
Page 23
5 - Maintenance and Care
Page 24
6 - Technical specifications
- M 321F
- M 391F
- M 632F
- XLS 483F
- XLS 714F
7 - Warning
Page 37
- Filter replacement procedure
- High efficiency Particulate Air filters H14 replacement procedure
- Procedure for manual detection of optional molecular
filter saturation
- Cleaning and maintenance
Page 57
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Command Box Description
3
5
1
1
General Switch
2
Label for type
Manufacturer
name
4
2
Kunshan erlab D.F.S Co.,Ltd
100 Liu Shi Jing Road
Kunshan City
Jiangsu Province P.R.China 215333
www.erlab.com
Hood model
Serial Number
Voltage and
frequency
Power in Watts
Input power
Intensity
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3
4
Sampling port for the manual detection test of filter saturation or Control probe of
ambient air when the unit is equipped with the S Molecode option.
This equipment is to be used solely for detecting the saturation of optional molecular
.
Control Panel
Digital display screen
Warning yellow light
Warning red light
Warning green light
Warning red light
Navigation button
button
Internal
lighting switch
Ventilation
switch
To see the various situations that may
trigger visual and sound alarms for your unit,
go to the section “EVENTS TRIGGERING” in
the Start-up Guide chapter
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Fuse label
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Start-up Guide
You have carefully followed the steps described in the assembly notice and your Captair®
Flow™ hood is now ready for operation.
Power up the unit using the switch located on the left side of the control panel.
Activate ventilation by pressing the ventilation key located on the digital display screen.
The green light comes on and the screen displays the operational mode
DEFAULT SCREEN DISPLAY
The Timer starts working based on factory settings (60 hours).
We recommend keeping the general switch always on at all times after
starting up the unit.
Screen default display mode
Number of fans installed
in the unit
Filter Information
Filter
MM/Year
Month and year of installation
of the main filter
Vent: XX
HH:MN
Cumulated working time based on the
Timer cycle setting
(for units with optional molecular filter)
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To ensure your unit is working properly and safely, your Captair® Flow™ hood is equipped with systems to monitor the air flow parameters.
The Timer
The Timer keeps track of the hours of operation of the hood, so the user will be reminded when to perform a routine saturation test of the optional molecular filter.
The default (factory) setting is 60 hours
Therefore an alarm will remind the user to check whether the molecular filter still has
the capacity to perform efficiently
A pre-alarm may be triggered 0 to 10 hours before the Timer warning comes on (based
on factory settings).
Activation/Deactivation
It is possible to activate or deactivate the Timer and the Pre-Alarm.
To do this, see the section
Navigation in the digital display screen
Event Triggering
This section provides a detailed description of sound and visual alarms triggered by your
hood.
Event 1 :
Problem with fan control
Event conditions:
The blower of the hood is not reaching the number of rotations per minute (RPM) 10
seconds after it has been turned on.
Screen Display
FAN CONTROL
FAILURE
Solution :
Contact your service department right away.
Type of alarm
Non-blinking yellow light
Intermittent sound alarm
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Event 2 :
Fan Out of Order
Event conditions:
Blower rotation speed under 700 RPMs (Rotations Per Minute)
Screen Display
FAN OUT
OF ORDER
Type of alarm
Red non-blinking light
Continuous sound alarm
Solution :
Contact your service department right away.
Event 3 :
A solvent has been detected in the sampling chamber
(for hoods with optional molecular filter and MolecodeTM S)
automatic detector.)
Event conditions:
The detection threshold of the Molecode S cell was reached for five minutes.
Screen Display
FILTER NEAR
END OF LIFE
Type of alarm
Non-blinking yellow light
Solution :
The chemical concentration downstream the filter is close to saturation and can
increase very quickly. Consider now to change the filter.
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Event 4 :
Solvent detection 2
Event conditions:
The threshold detection of the Molecode S cell has been exceeded.
Screen Display
CHANGE
FILTER(S)
Type of alarm
Solution :
The molecular filter must be changed.
Please contact your service department.
Event 5 :
Detection of a pollutant in the laboratory’s ambient air
(for hoods with optional molecular filter and MolecodeTM S)
automatic detector).
Event conditions:
The cell on the front of the unit detects probable pollution in the laboratory’s ambient
Screen Display
LABORATORY
POLLUTION
Type of alarm
Red blinking light
Solution :
Push confirmation key to deactivate the alarm.
Identify the source of the pollution.
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Event 6 :
Pre-alarm servicing
Event conditions:
When the Timer’s pre-alarm is activated, it is triggered when the timer’s value is lower
than the pre-alarm value.
Screen Display
Type of alarm
FILTER
TEST
Yellow blinking light
Solution :
Push the navigation and confirmation keys at the same time and then release to
deactivate the alarm.
Plan to check filter saturation level.
Please see the service section of this manual.
Event 7 :
Servicing
Conditions de l’évènement :
The value of the Timer is 0.
Screen Display:
FILTER
TEST
Type of alarm
Solution :
Plan to check filter saturation level.
Please see the service section of this manual.
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Navigation in the digital display screen
SCREEN DEFAULT DISPLAY
Number of fans installed
in the unit
Filter Information
Filtre
MM/Year
Month and year of installation
of the main filter
Vent: XX
HH:MN
The time the unit has been
operating is based on the setting
of the Timer’s cycle.
(for units with optional
molecular filter)
ACCESS TO MENUS
Access screen menus by pressing the navigation
and confirmation buttons at the same time.
The menus appear when the buttons are released.
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1
1-1
1-2
1-3
1-4
1-5
1-6
1-7
1-8
Main menu
MAIN MENU
>Hood State
Hood State
>Set Language
Set Language
>Test
Test
>Set treshold
Set treshold
>Set setpoint
Set setpoint
>Set Timer
SetTimer
>Man. menu
Remarks:
Shows the hood’s status.
to access menu content.
Modifies the display language
parameters.
to access menu content.
Updates information after performing a saturation test of the
optional molecular filter.
Confirm to access menu content.
Changes the threshold settings of
the Molecode S detection cells.
Changes the ventilation flow settings. Protected by access code.
Activates or deactivates the
Timer.
Accesses the unit’s configuration
Protected by access code.
Quits the main menu.
Man. menu
>Exit
screen default display mode.
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1-1
Hood Status
Remarks:
MAIN MENU
>Hood State
1-1-1
This number matches the number of fans the unit has detected.
The number may be 1 to 4 based
on the model in the Captair®
Flow™ range of products.
Number of fan
XX
(Please see the technical features
described at the end of the
manual)
1-1-2
01:XXXX
03:XXXX
RPM
02:XXXX
04:XXXX
1-1-3-1
1-1-3-2
Solvent sencor
YES
1-1-4
1-1-5
RPM: Rotations per minute.
This number indicates the rotation speed of each fan.
This number can be between
0 and 3,000. The rotation speed
for each installed fan must be
the same, with only a +/- 5%
difference.
Solvent sencor
NO
Treshold sensor value
M : XXX
Treshold sensor value
R : XXX
Indicates that your unit has or
does not have an Molecode S
This number indicates the sensitivity setting of the measurement
cell of the Molecode S on your
unit.
If your unit does not have a
Molecode S, the content of this
screen is not visible.
This number indicates the sensitivity setting of the Reference cell
of the Molecode S on your unit.
If your unit does not have a
Molecode S, the content of this
screen is not visible.
Displays the HOOD STATUS
menu
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1-2
Language setting
Hood state
>Set language
1-2-1
Actual language
English
1-2-2-1
Change language
English
1-2-2-2
Change language
French
1-2-2-3
Change language
Spanish
1-2-2-4
Change language
German
1-2-2-5
Change language
Italian
Remarks:
The screen displays the default
(factory setting) navigation
language.
Possible display languages are:
French, English, Spanish, German
and Italian.
Displays the current navigation
language.
Displays the LANGUAGE
SETTINGS menu
Modifies the language in which
screen content is displayed.
Confirm this language to record
the selection.
the selection.
the selection.
the selection.
Displays the LANGUAGE
SETTINGS menu
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1-3
Filter test
1-3-1
1-3-2
Language Settings
>Test
Test
New
New
Month/Year
H:Mn
Remarks:
Note: accessing this menu
interrupts ventilation of your
unit. Updates information
after performing a saturation
test of the optional molecular filer.
Confirm to go to the next
step.
Reinitialization settings menu
after installation of a new filter
Displays the month, year and
running time of the unit after
installation of a new filter in the
Factory CFG menu.
Display menu 1-3-2-1
1-3-3
?
H:Mn
Month/Year
1-3-4
Date :
1-3-5
MM XX
AA XXXX
Treshold sensor M
Value : XXXX
1-3-6
Value
1-3-7
Confirms the date a new
filter was installed and resets
the Timer when it is activated using factory settings. If
it is not activated, no H:MN
is displayed on screen.
Indicates the new date of installation of new filter.
Displays the sensitivity value of
the current cell saved in the unit’s
memory or previously modified
If the unit does not have an
S Molecode Sinstalled on it,
the 1-3-5/1-3-6/1-3-7 and 1-38 tables do not appear.
Adjusts the sensitivity value of
the (M & R) cells after a new ter is installed. Scroll through the
numbers using the scroll button
and confirm each one using the
OK button to confirm.
Treshold sensor R
Value : XXXX
Confirms the previously selected
value.
1-3-8
Value
Displays the
FILTER TEST menu.
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1-3
1-3-2-1
1-3-2-2
Test filter
Remarks:
Note: accessing to this menu
interrupts ventilation of your
unit.
Confirm to go to the next step.
Test
Good
Good
Month/Year
1-3-2-3
Month/Year
H:Mn
?
H:Mn
After verifying that the optional
molecular filter is good using the
saturation test, this displays the
date when the filter was installed
and how long it has been in use.
Confirmation of data resets the
Timer to the factory CFG settings when the timer is activated.
Displays
FILTER TEST menu
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1-4
Treshold Settings
Test
>Set treshold
1-4-1
Treshold sensor M
Value : XXXX
1-4-2
Remarks:
Note: accessing this menu
interrupts ventilation of
your unit. Confirm to go to
the next step. Attention, this
menu only appears if the unit
is equipped with a MolecodeTM S
Displays the factory setting of the
sensitivity value of the Molecode
S (M & R) cells or one that been
previously modified.
Scroll through the numbers using
the scroll button and confirm.
Confirms the selected value.
XXXX ?
1-4-3
Treshold sensor R
Value : XXXX
1-4-4
XXXX ?
Displays the THRESHOLD
SETTINGS menu
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1-5
CSG Ventil Setting
Set treshold
>Set setpoint
1-5-1
1-5-2
1-5-3
1-5-4
Access Code
00000000
Access Code ?
00000000
Fan setpoint
Value : XXXX RPM
setpoint
XXXX ?
Remarks:
Note: this menu’s content is
protected by an access code.
Contact your service department for more information.
The screen displays the default
00000000. Using the scroll keys,
select the correct number in the
active box and confirm to move
on to the next number.
Confirm the selected access
code
Indicates the unit’s ventilation
control value. This number can be
from 0 to 3,000 RPMs (rotations
per minute). Using the scroll keys,
select the correct number in the
active box and confirm to move
on to the next number.
Confirm the previously selected
value.
Displays the CSG VENTIL
menu
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1-6
Timer settings
Set setpoint
>Set Timer
1-6-1-1
Remarks:
This menu activates or deactivates the Timer.
Displays Timer activation
Set Timer
Timer ON
1-6-1-1
Confirms Timer activation
Timer ON ?
Displays TIMER menu
1-6-2-1
Set Timer
Timer OFF
1-6-2-2
Displays deactivation of the
TIMER
Confirms deactivation of the
TIMER
Timer OFF ?
Displays TIMER menu
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Factory CFG
1-7
1-7
1-7-1
1-7-2
1-7-3
Note: this menu’s content is
protected by an access code.
Contact your service department
for more information.
Set Timer
>Factory CFG
To enter the access code, scroll
through the numbers in the active
box using the scroll button. Confirm
to go to the next step. Once the
code is recorded, validate it using
the OK key.
Access code ?
00000000
Manufacturer
Set up
Indicates the number of fans
the CPU has detected when the
hood is plugged in for the first
time.
Manufacturer
Fans : XX
1-7-4-1
1-7-4-2
Manufacturer
Molecode : YES
1-7-5
Remarks:
Manufacturer
Molecode : YES
Manufacturer
Nex
XXX
Indicates detection of the S
Molecode by the CPU when the
hood is plugged in for the first
time.
Records the number of resets of
the New Filter mode (1-3-1-1).
Reset the timer
1-7-6
Manufacturer
Filter good XXX
Records the number of resets of
the New Filter mode (1-3-2-1).
Reset the timer
Accesses the 1-7-7 menu
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1-7
Factory CFG
1-7-7-1
Remarks:
1-7-7-2
Manufacturer
Timer OFF
Manufacturer
Timer ON
Resets the time on the Timer when
reactivated. Possible settings: 1 to
250 hours. Scroll through the numbers using the scroll button and
Confirm each value selected using
the OK button to confirm.
1-7-8
Manufacturer
Timer value XXX
1-7-9-1
1-7-9-2
Manufacturer
Pre alarm OFF
Manufacturer
Pre alarm ON
1-7-10
Manufacturer
Pre alarm XX
Timer.
pre-alarm for the filter saturation
test.
Sets the time lapse for triggering
the pre-alarm.
May be set from 0 to 10 hours.
Scroll through the numbers using
the scroll button and confirm
each value selected using the OK
button to confirm.
Accesses the menu 1-7-11
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1-7
Factory CFG
1-7-11-1
Manufacturer
Lang. English
1-7-11-2
Fabricante
Idiioma Español
1-7-11-3
Hersteller
Sprache Deutsh
1-7-11-4
Produttore
Lingua italiano
1-7-11-5
CFG Usine
Lang. Français
Remarks:
Modifies the language in which
screen content is displayed.
the selection.
the selection.
the selection.
the selection.
Accesses the menu 1-7-12
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1-7
Factory CFG
1-7-12
1-7-13-1
Manufacturer
Debug OFF
1-7-14-1
Manufacturer
Save Settings OUI
Remarks:
Applies a ventilation value to the unit.
The rotation speed between 0 and
3000 RPMs (rotations per minute)
must match the values applicable to
unit configuration. Please refer to the
various values supplied by the manufacturer. Scroll through the numbers using
the scroll button and confirm each
value selected using the OK button to
confirm
Manufacturer
PWM XXXX RPM
1-1-13-2
Manufacturer
Debug ON
1-1-14-2
Manufacturer
Save Settings NON
The Debug ON mode reduces the
Timer cycle to verify in the factory that
the alarms are working properly (prealarms, Timer, S Molecode, etc.) The
cycle run through is three minutes.
Saves or cancels previously modified
parameters.
Displays the screen default
display mode.
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Installation and use of the Pressure Meter
The pressure meter is designed to measure the air pressure in the ventilation box and
through its variations, to indicate if the pre-filter or the main High Efficiency Particulate
Air filters H 14 are clogged and need to be changed.
Installation
Insert the Pressure Meter in the hole located at
the top left of the enclosure. Secure it from the
rear with the metal flange.
Connect the part of the silicone tubing inside
the enclosure to the rear of the Pressure
Meter.
Connect the other part of the silicone tubing
behind the command box to the air outlet of
the first column. If more than one column,
connact the successive parts of silicone
tubing to the other columns.
Instructions for use
Position of the needle
when ventilation is
turned off.
Positions of the needle
when ventilation is
turned on
when prefilter is clogged
and shall be changed
(yellow zone)
when High Efficiency
Particulate Air filter H 14
is clogged and shall be
changed (red zone)
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Filter replacement procedure
The Captair Flow clean air cabinets have a filtration column module equipped with
High Efficiency Particulate Air filters H 14 providing a filtration efficiency of 99.995%
for particles over 0.3 microns (according to MMPS of the EN 1822-1 standard).
A carbon filter can be optionally placed above the ventilation module to protect the
enclosure volume from gaseous pollutants present in ambient air of the laboratory.
High Efficiency Particulate
Air fiters H14
Molecular filter
(optional).
x1
x1
x2
x3
x4
M 321F
M 391F
M 632F
XLS 714F
XLS 483F
x1
x1
x2
x3
x4
UP
DOWN
Each filter is labelled as shown. Kindly adhere to the instructions.
The table below recapitulates the different types of filter offered by erlab® and their
applications.
For filtration of particles > 0.3 µm.
High Efficiency
Filtration efficiency of 99.995% for particles over 0.3
Particulate
Air fiters H14 microns (according to MMPS method of the EN 1822-1
standard).
Optional molecular filtration:
AS Type
BE + Type
K Type
F Type
For organic vapours
For organic and acid vapours
For ammonia vapours
For formaldehyde vapours
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High Efficiency Particulate Air filters H14 replacement procedure
Pre-requisites
• The customer shall provide an complete list of products used prior to any servicing so that a service technician may take into
account the potential hazards from these products in deciding what PPE to use.
• The laboratory shall be emptied of its occupants when servicing is taking place.
• The laboratory shall be ventilated by mechanical or natural means while action is being taken.
Required PPE (Personal Protection Equipment)
•
•
•
•
Coveralls + shoe covers + hairnet
Lab gloves
Protective goggles
Respirator mask for protection from particles
In chronological order and imperatively:
1. The unit’s ventilation must be turned on.
2. Carefully spray a non-flammable Hair lack using cross strokes on the interior surface of the High Efficiency Particulate
Air filters H 14 to be performed from inside the enclosure.
3. Drying time should be at least five minutes while fan is operating.
4. Stop and unplug the unit, unplug the power cable(s) from the ventilation housing and remove the tubing used for
taking air samples from the ventilation box.
5. Carefully remove the molecular filter(s) (if any) and the ventilation box.
6. Carefully unpack the new High Efficiency Particulate Air filters H 14. Save the plastic film (wrap) and cardboard items
for later re-packaging of the used filter.The plastic wrap should be unfolded on a flat surface near the place being
serviced.
7. Carefully remove the used High Efficiency Particulate Air filters H 14, by placing the dirty side down on the plastic film.
8. Clean the filter area using laboratory cleaning cloths impregnated with a cleaning liquid (mixture of water and
surface active agent). Clean the enclosure in the same manner after fogging it with the cleaner.
9. Pack the used filter along with the cleaning cloths and dirty gloves. Seal the plastic film using a wide adhesive
tape to seal hermetically. If the film is damaged, pack in an additional hermetic bag.
10. Pack the sealed filter in the carton box of the new filter and seal with tape.
(Dispose of the filter via the appropriate channel as per legal regulations in effect.To find out more about
this, do not hesitate to get in touch with your usual contact person.)
11. Install the new High Efficiency Particulate Air filters H 14, the ventilation box, the optional molecular filter (if any) in
the ventilation housing. During this step, the components of the column should be checked to verify if they are
properly stacked and if the «blades» are properly inserted in the grooves. The overall structure should be perfectly
square.
12. Reconnect the various cables and tubing. Turn on the ventilation.
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To perform these actions, it is strongly recommended that proper equipment be worn to
protect the user or service technician: safety glass, top over-garment and gloves.
Switch off your Captair® Flow™ hood.
M 321F - M 391F-M 632F Models
Remove the two side protection panels.
You should be able to see the fan card next to the
main switch. Unplug the cable connecting the
card to the control panel and the tubing connected to the ventilation housing (if any).
XLS 483F - XLS 714F Models
The ventilation cards are located
behind the protection panels. Unplug
the cables connecting the cards to
each other and to the control panel
and the interconnected tubing (if
any).
Remove the two screws holding the control
panel located at the top of the ceiling.
Remove the front protection panels.
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M 321F - M 391F Models
To only replace the prefilter only remove the grid on the
top of the fan box
Unit equipped with optional molecular filter(s) (including
prefilter)
M 632F Models
To only replace the prefilter only remove the grid on the
top of the fan box
prefilter)
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XLS 483F Models
To only replace prefilter, only remove the grid on the top
of the fan box
prefilter)
XLS 714F Models
To only replace prefilters, only remove the grid on the top
of the fan box
prefilter)
UP
DOWN
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Manual detection of optional filter saturation
To perform a manual filter saturation test,
you must have the following items at hand:
- a sampling pump (not supplied)
- a silicone tubing (supplied)
- 5 ml of acetone (not supplied)
- a piece of cloth (not supplied)
- a colorimetric tube for detecting acetone - (not supplied)
Equipment not supplied by erlab® may be purchased from erlab® or various suppliers such
as Gastec, Draeger, Kitagawa, RAE System, etc…
Switch on your Captair® Flow™ unit and switch on ventilation.
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Wet the cloth with acetone and place it
above the optional molecular filter in
User Manual
Connect the silicone tube to the sampling port located at the front of the control panel.
Break both ends of the colorimetric tube using the tool provide by the manufacturer of the tube.
Connect one end of the tube to the pump, taking care to check that it is inserted in the right direction. Colorimetric
tubes have this information marked on them.
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After connecting the flexible silicone tube to the other end of the tube, activate the pump to take an air sample from
the ventilation box. Check the instructions delivered to find out how the number of pumping.
Based on the colorimetric reaction you observe on the
tube, you will know whether acetone is detected of not
and if the filter needs to be replaced or not.
After performing this test and based on its results, you may
now record this information by using the menus on the digital
screen:
- either to enter the parameters for the newly installed filter
(menu 1-3-1-1)
Test
New
- or to confirm that the filter was not changed (menu 1-3-2-1)
Filter OK
Month/Year H:Mn
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Automatic detection of saturation of the optional molecular filter.
The Molecode S
The Molecode S automatic detector starts operating when the main switch of your
Captair® Flow™ is turned on.
It uses a sensor designed to detect a variety of pollutants which, depending on the cell’s
parameter settings, will detect saturation of the optional molecular filter.
The factory settings are set to detect acetone (code 3500).
MODIFYING CELL THRESHOLD SETTINGS
To detect a single product:
See the threshold values indicated in the following page.
To detect multiple products:
Contact your distributor to get the threshold value appropriated to your chemical
handling.
MODIFYING THE MOLECODE™ S
SETTINGS’ THRESHOLD
You can change the threshold value of the Molecode S detector at any time.
The attached table lists the code values to apply for detecting a single product. To record this informationin the detector, please
see menu 1-4 of navigation in the digital display screen explained in this manual.
Filter test
>Treshold set
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CHEMICAL NAME
FORMULA
CAS Number
Molecode™
setting
CHEMICAL NAME
FORMULA
CAS Number
Molecode™
setting
1, 4-Dioxane
C4H8O2
123-91-1
3500
4-tert-Butyl toluene
C11H16
98-51-1
2800
1,1,1-Trichloroethane
C2H3Cl3
71-55-6
2700
5-Methyl-3-Heptanone
C2H6O2
541-85-5
3500
1,1-Dichloroethane
C2H4Cl2
75-34-3
2800
Absolute alcohol
C2H6O
64-17-5
4500
1,2-Dibromoethane
C2H4Br2
106-93-4
2700
Acetaldehyde
C2H4O
75-07-0
2800
1,2-Dichloroethane
C2H4Cl2
107-06-2
2700
Acetic acid
C2H4O2
64-19-7
2800
1,2-Ethanediol
C2H6O2
107-21-1
3100
Acetone
C3H6O
67-64-1
4200
1-Aminobutane
C4H9NH2
109-73-9
2800
Acetonitrile
C2H3N
75-05-8
3000
1-Butanol
C4H10O
71-36-3
4000
a-Chlorotoluene
C7H7Cl
100-44-7
2700
1-Chloro butane
C4H9Cl
109-69-3
3000
Alcohol
C2H6O
64-17-5
4500
1-Propanol
C3H8O
71-23-8
4100
Aldehyde ethylique
C2H4O
75-07-0
2800
2, 2'-Dichlorodiethyl ether
C4H8OCl2
111-44-4
2800
Allyl alcohol
C3H6O
107-18-6
2800
2, 4-Dimethyl pentane
C7H16
108-08-7
3600
Allyl chloride
C3H5Cl
107-05-1
2800
2,4-Dimethyl-3-pentanone
C7H14O
565-80-0
2800
Allylglycidylether
C6H10O2
106-92-3
2800
2,6-Dimethyl-4-heptanone
C9H18O
108-83-8
3500
Allylic alcohol
C3H6O
107-18-6
2800
2-Amino butane
C4H9NH2
13952-84-6
2800
Aminocyclohexane
C6H11NH2
108-91-8
2700
2700
2-Butanol
C4H10O
78-92-2
4200
Aminoethane
C2H7N
75-04-7
2-Butanone
C4H8O
78-93-3
4000
Ammonia
NH3
7664-41-7
2600
2-Butenal
C4H6O
4170-30-3
3600
Ammonium hydroxyde sol
NH4OH
7664-41-7
2600
3200
2-Butoxyethanol
C6H14O2
111-76-2
2700
Amyl alcohol n
C5H12O
71-41-0
2-Chloroacetaldehyde
C2H3OCl
107-20-0
2700
Azine
C5H5N
110-86-1
2700
2-Chloroethanal
C2H3OCl
107-20-0
2700
Benzene chloride
C6H5Cl
108-90-7
2700
2-Chloroethanol
C2H5OCl
107-07-3
3000
Benzyl chloride
C7H7Cl
100-44-7
2700
2-Chloroethyl alcohol
C2H5OCl
107-07-3
3000
beta-Methyl acrolein
C4H6O
4170-30-3
3600
2-Ethoxyethanol
C4H10O2
110-80-5
3500
beta-Methylpropyl ethanoate
C6H12O2
110-19-0
3000
2-Furylmethanol
C5H6O2
98-00-0
3100
Bicyclopentadiene
C10H12
77-73-6
2800
2-Heptanone
C7H14O
110-43-0
4300
Bromoethane
C2H5Br
74-96-4
2700
2-Hexanone
C6H12O
591-78-6
2800
Bromoform
CHBr3
75-25-2
2800
2-Hydroxymethylfuran
C5H6O2
98-00-0
3100
Butyl acrylate
C7H12O2
141-32-2
2800
2-Methyl-1,3-butadiene
C5H8
78-79-5
2800
Butyl alcohol
C4H10O
71-36-3
4000
2-Methyl-1-propanol
C4H10O
78-83-1
2800
Butyl alcohol sec
C4H10O
78-92-2
4200
2-Methylbutane
C5H12
78-78-4
3500
Butyl alcohol ter
C4H10O
75-65-0
3000
2-Methylpropyl acetate
C6H12O2
110-19-0
3000
Butyl carbinol
C5H12O
71-41-0
3200
2-Methylpropyl ester of acetic acid
C6H12O2
110-19-0
3000
Butyl Cellosolve®
C6H14O2
111-76-2
2700
2-Pentanone
C5H10O
107-87-9
4000
Butyl ether
C8H18O
142-96-1
3500
2-Pentanone
C5H10O
107-87-9
4000
Butyl glycol
C6H14O2
111-76-2
2700
2-Phenyl propane
C9H12
98-82-8
3000
Butyl lactate
C7H14O3
138-22-7
3000
2-Propanol
C3H8O
67-63-0
4100
Butyl metacrylate
C18H14O2
97-88-1
2800
2-Propanone
C3H6O
67-64-1
4200
Butyl vinyl ether
C6H12O
111-34-2
3500
2-Propen-1-ol
C3H6O
107-18-6
2800
Butyl vinyl ether
C6H12O
111-34-2
3500
2-Propenol
C3H6O
107-18-6
2800
Butylene hydrate
C4H10O
78-92-2
4200
2-Propyl acetate
C5H10O2
108-21-4
3000
BVE
C6H12O
111-34-2
3500
3-Chloro-1-propene
C3H5Cl
107-05-1
2800
CS2
75-15-0
2600
3-Pentanone
C5H10O
96-22-0
4500
Cellosolve®
C4H10O2
110-80-5
3500
4-Methyl 2-pentanone
C6H12O
108-10-1
2800
Chlorobenzene
C6H5Cl
108-90-7
2700
4-Methyl-2-pentanone
C6H12O
108-10-1
2800
Chlorothene
C2H3Cl3
71-55-6
2700
Carbon
33
User Manual
an erlab product
CHEMICAL NAME
FORMULA
CAS Number
Molecode™
setting
CHEMICAL NAME
FORMULA
CAS Number
Molecode™
setting
Cinamene
C8H8
100-42-5
2800
Ethylidene chloride
C2H4Cl2
75-34-3
2800
Crotonaldehyde
C4H6O
4170-30-3
3600
Formic acid
CH2O2
64-18-6
2600
Cumene
C9H12
98-82-8
3000
Furfuryl alcohol
C5H6O2
98-00-0
3100
Cumol
C9H12
98-82-8
3000
Furyl carbinol
C5H6O2
98-00-0
3100
Cyanomethane
C2H3N
75-05-8
3000
Glacial acetic acid (pure compound)
C2H4O2
64-19-7
2800
Cyclohexane
C6H12
110-82-7
2800
Glutaraldehyde
C5H8O2
111-30-8
2600
Cyclohexanol
C6H12O
108-93-0
3000
Glycol
C2H6O2
107-21-1
3100
Cyclohexanone
C6H10O
108-94-1
3500
Heptan-4-one
C7H14O
123-19-3
4300
Cyclohexene
C6H10
110-83-8
3800
Hexane
C6H14
110-54-3
2800
Cyclohexyl alcohol
C6H12O
108-93-0
3000
Hexone
C6H12O
108-10-1
2800
Cyclohexyl ketone
C6H10O
108-94-1
3500
Hydroxybenzene
C6H6O
108-95-2
2800
Cyclohexylamine
C6H11NH2
108-91-8
2700
Hydroxycyclohexane
C6H12O
108-93-0
3000
Cyclopentane
C5H10
287-92-3
2800
IPA
C3H8O
67-63-0
4100
Decane
C10H22
124-18-5
2700
Isoamyl acetate
C7H14O2
123-92-2
3700
3200
Dibutyl ether
C8H18O
142-96-1
3500
Isoamyl alcohol
C5H12O
71-41-0
Dichloropropane 1, 2
C3H6Cl2
78-87-5
4500
Isobutanol
C4H10O
78-83-1
2800
Dicyclopentadiene
C10H12
77-73-6
2800
Isobutenyl methyl ketone
C6H10O
141-79-7
3000
Diethamine
C4H11N
109-89-7
3200
Isobutyl acetate
C6H12O2
110-19-0
3000
Diethyl ether
C4H10O
60-29-7
3700
Isobutyl alcohol
C4H10O
78-83-1
2800
Diethyl ketone
C5H10O
96-22-0
4500
Isobutyl methyl carbinol
C6H14O
108-11-2
2700
Diethyl oxide
C4H10O
60-29-7
3700
Isobutyrone
C7H14O
565-80-0
2800
Diethylamine
C4H11N
109-89-7
3200
iso-Nitropropane
C3H7NO2
79-46-9
3000
Diethylene dioxide
C4H8O2
123-91-1
3500
Isooctane
C8H18
540-84-1
3400
3500
Diethylene oxide
C4H8O
109-99-9
4200
Isopentane
C5H12
78-78-4
Diisopropyl ketone
C7H14O
565-80-0
2800
Isopentyl acetate
C7H14O2
123-92-2
3700
Diisopropyl ketone
C9H18O
108-83-8
3500
Isoprene
C5H8
78-79-5
2800
Dimethoxymethane
C3H8O2
109-87-5
3800
Isopropanol
C3H8O
67-63-0
4100
Dimethyl amine
C2H7N
124-40-3
2700
Isopropyl acetate
C5H10O2
108-21-4
3000
Dimethyl benzene (and isomers)
C8H10
95-47-6
2800
Isopropyl alcohol
C3H8O
67-63-0
4100
Dimethyl carbinol
C3H8O
67-63-0
4100
Isopropyl benzene
C9H12
98-82-8
3000
Dimethyl ketone
C3H6O
67-64-1
4200
Isopropyl benzene
C9H12
98-82-8
3000
Dimethyl sulfoxide
C2H6SO
67-68-5
2700
Isopropylcarbinol
C4H10O
78-83-1
2800
Dimethylacetone
C5H10O
96-22-0
4500
Isopropylideneacetone
C6H10O
141-79-7
3000
Dipropyl ketone
C7H14O
123-19-3
4300
MEK
C4H8O
78-93-3
4000
DMA
C2H7N
124-40-3
2700
Mesityl oxide
C6H10O
141-79-7
3000
DMSO
C2H6SO
67-68-5
2700
Mesitylene
C9H12
108-67-8
4000
Ethanal
C2H4O
75-07-0
2800
Methanoic acid
CH2O2
64-18-6
2600
Ethanoic acid
C2H4O2
64-19-7
2800
Methanol
CH4O
67-56-1
4200
Ethanol
C2H6O
64-17-5
4500
Methyl acetate
C3H6O2
79-20-9
3000
Ether
C4H10O
60-29-7
3700
Methyl acetone
C4H8O
78-93-3
4000
Ethyl acetate
C4H8O2
141-78-6
4000
Methyl alcohol
CH4O
67-56-1
4200
Ethyl acrylate
C5H8O2
140-88-5
3000
Methyl benzene
C7H8
108-88-3
3000
Ethyl alcohol
C2H6O
64-17-5
4500
Methyl butyl ketone
C6H12O
591-78-6
2800
Ethyl benzene
C8H10
100-41-4
2800
Methyl celllosolve
C3H8O2
109-86-4
2700
Ethyl bromide
C2H5Br
74-96-4
2700
Methyl chloroform
C2H3Cl3
71-55-6
2700
Ethyl ethanoate
C4H8O2
141-78-6
4000
Methyl cyanide
C2H3N
75-05-8
3000
Ethyl ether
C4H10O
60-29-7
3700
Methyl cyclohexanol
C7H14O
25639-42-3
3800
Ethyl formate
C3H6O2
109-94-4
3000
Methyl ethyl ketone
C4H8O
78-93-3
4000
Ethyl ketone
C5H10O
96-22-0
4500
Methyl formate
C2H4O2
107-31-3
2700
Ethyl methyl ketone
C4H8O
78-93-3
4000
Methyl isobutenyl ketone
C6H10O
141-79-7
3000
Ethyl nitrile
C2H3N
75-05-8
3000
Methyl isobutyl ketone
C6H12O
108-10-1
2800
Ethyl oxide
C4H10O
60-29-7
3700
Methyl metacrylate
C5H8O2
80-62-6
3000
Ethylamine
C2H7N
75-04-7
2700
Methyl propyl ketone
C5H10O
107-87-9
4000
Ethylen chlorhydrin
C2H5OCl
107-07-3
3000
Methyl styrene
C9H10
25013-15-4
3700
Ethylene alcohol
C2H6O2
107-21-1
3100
Methyl-2-propanol-2
C4H10O
75-65-0
3000
Ethylene bromide
C2H4Br2
106-93-4
2700
Methyl-3-butanol-1
C5H12O
71-41-0
3200
Ethylene chloride
C2H4Cl2
107-06-2
2700
Methylal
C3H8O2
109-87-5
3800
Ethylene chlorohydrin
C2H5OCl
107-07-3
3000
methylamyl alcohol
C6H14O
108-11-2
2700
Ethylene dibromide
C2H4Br2
106-93-4
2700
Methylethyl carbinol
C4H10O
78-92-2
4200
Ethylene dichloride
C2H4Cl2
107-06-2
2700
MIBC
C6H14O
108-11-2
2700
Ethylene glycol
C2H6O2
107-21-1
3100
MIBK
C6H12O
108-10-1
2800
Ethylene glycol mono ethyl ether
C4H10O2
110-80-5
3500
n-Amyl acetate
C7H14O2
123-92-2
3700
34
User Manual
an erlab product
CHEMICAL NAME
FORMULA
CAS Number
Molecode™
setting
Naphta 30/60
85% Nonane/15%
trimethylbenzene
8052-41-3
3600
n-Butanol
C4H10O
71-36-3
4000
n-Butyl acetate
C6H12O2
123-86-4
3000
n-Butyl amine
C4H9NH2
109-73-9
2800
n-Butyl chloride
C4H9Cl
109-69-3
3000
N-Ethylethanamine
C4H11N
109-89-7
3200
n-Hexane
C6H14
110-54-3
2800
Nitroethane
C2H5NO2
79-24-3
3700
Nitropropane 2
C3H7NO2
79-46-9
3000
n-Octane
C8H18
111-65-9
3400
Nonane all isomers
C9H20
111-84-2
3600
n-Pentane
C5H12
109-66-0
3000
o-Xylene
C8H10
95-47-6
2800
p-Dichlorobenzene
C6H4Cl2
106-46-7
2700
Pentanol 1
C5H12O
71-41-0
3200
Phenol
C6H6O
108-95-2
2800
Phenyl chloride
C6H5Cl
108-90-7
2700
Phenyl hydroxide
C6H6O
108-95-2
2800
Phenylethane
C8H10
100-41-4
2800
Phenylethylene
C8H8
100-42-5
2800
Phenylmethane
C7H8
108-88-3
3000
Propanol-1
C3H8O
71-23-8
4100
Propyl acetate
C5H10O2
109-60-4
3000
Propyl alcohol
C3H8O
71-23-8
4100
Propylacetate
C5H10O2
109-60-4
3000
Propylamine
C3H9N
107-10-8
3500
Propylbenzene
C9H12
108-67-8
4000
Propylene aldehyde
C4H6O
4170-30-3
3600
Propylene chloride
C3H6Cl2
78-87-5
4500
Propylene dichloride
C3H6Cl2
78-87-5
4500
Propylene oxide
C3H6O
75-56-9
2800
Pyridine
C5H5N
110-86-1
2700
SBA
C4H10O
78-92-2
4200
sec-Amyl acetate
C7H14O2
123-92-2
3700
sec-Butyl amine
C4H9NH2
13952-84-6
2800
Stoddard solvent
85% Nonane/15%
trimethylbenzene
8052-41-3
3600
Styrene
C8H8
100-42-5
2800
ter-Butyl acetate
C6H12O2
540-88-5
3500
tert-Butyl alcohol
C4H10O
75-65-0
3000
Tetrahydrofuran
C4H8O
109-99-9
4200
THF
C4H8O
109-99-9
4200
TMA
C3H9N
75-50-3
2700
Toluene
C7H8
108-88-3
3000
Toluol
C7H8
108-88-3
3000
Tribromomethane
CHBr3
75-25-2
2800
Triethylamine
C6H15N
121-44-8
2700
Trimethyl carbinol
C4H10O
75-65-0
3000
Trimethyl pentane-2,2,4
C8H18
540-84-1
3400
Trimethylamine
C3H9N
75-50-3
2700
Trimethylbenzene
C9H12
108-67-8
4000
Turpentine oil
C10H16
8006-64-2
3500
Vinyl acetate
C4H6O2
108-05-4
3500
Vinyl carbinol
C3H6O
107-18-6
2800
Vinyl toluene
C9H10
25013-15-4
3700
Vinylbenzene
C8H8
100-42-5
2800
White spirit
85% Nonane/15%
trimethylbenzene
8052-41-3
3600
Xylene (isomers)
C8H10
1330-20-7
2800
35
User Manual
an erlab product
Cleaning and maintenance
- CHECKING MECHANICAL PARTS
Hinges:
They must be correctly attached, not lock-up and allow the front parts to open instantly
and effortlessly.
Acrylic parts:
They must be clean; the presence of white marks or streaks indicates a rather intensive
use of acid (hydrochloric acid) or products that are manipulated when hot. To ensure
transparent sides, the enclosure must be cleaned regularly.
- CLEANING THE ENCLOSURE
The enclosure must be cleaned on a regular basis.
It may be done in several manners.
- with soapy water followed by rinsing with clean water and then dried with a
soft, non-abrasive paper towel.
- or with a PH neutral commercial product followed by drying with soft, nonabrasive paper towel.
- or it may be cleaned with a window-washing product
Metal parts and worksurface
They must be inspected to make sure they are free of rust.
Make sure that there is no liquid stagnating in the workspace spill tray.
Clean the spill tray when necessary with soapy water followed by rinsing with water and
then dried with a soft, non-abrasive paper towel.
CLEANING OF STAINLESS STEEL WORKTOP
Bleach should not be used.
We recommend using ethanol for cleaning the stainless steel worktop.
36
High Efficiency Particulate Air filters H14 filtered enclosure
Effective protection products and/or samples
an erlab product
Operations in an ultra-clean, dust-free
environment:
- Non-pathogenic cell cultures
- In-vitro cultures
- Microbiology (Non-pathogenic)
Specifications
Dimensions (mm)
Internal dimensions
without work surface
External dimensions
Ref.
Width
Depth
800
620
M 321F
Height
mini/maxi
1161-1246
Width
Depth
Height
764
546
866
Metallic parts
Anti-corrosion steel coated with 100% polyester
Front panels
6 mm thick acrylic
Side panels
8 mm thick acrylic
Injected polypropylene
Filtration column
Number of fans (IP44)
Structure
Filtration module
- Homeopathic preparations in pharmacies,
- Electronics
- Optics, etc.
1
Processed air flow
Voltage / Frequency
230 m3/h
100-240 V / 50-60Hz
Total power consumption including electricity for the lights
58 W
Amperage absorbed
0.58 A
Type 1P
Air velocity at openings
>0,3 m/s
High Efficiency Particulate Air filter H 14
This filtration technology traps particles
larger than 0.3 µm with 99.995% efficiency
according to the MPPS method set forth in
the EN 1822-1 standard.
Equipment
Controls pre-filter
Clogging and High Efficiency Particulate Air filters
H 14 clogging
Stainless steel
worktop
High quality brushed 304 stainless steel
1.5mm thickness.Smooth round angles,
easy to clean.Prevents bacterial
contamination.
High thickness 25mm.
Non-conductive material,very high
mechanical and chemical resistance.
Built-in spill tray.
Flow monitor
Permanent ventilation control device
Solid Phenolic
resin Worktop
Internal lighting
Compact tubular fluorescent lighting - 18 Watts
- 500 Lux - IP 67
Benchcap
Fixed work bench made of anti-corrosion
metallic alloy
For the passage of cables
Shelf
Adjustable slinding shelf for Benchcap
Energy ports
High Efficiency Particulate Air filter H 14
+molecular filter
Options
Standard Equipment
Pressure meter
Type 1P1C :
Adding a carbon filter to your vented
cabinet allows you to protect its volume
from gazes pollutants present in your
laboratory environment
Compliance to standards
Air quality within the enclosure: ISO 5*
*When used in a cleanroom in compliance with ISO 9 / EN 14-644 standard.
Kunshan erlab D.F.S Co.,Ltd 100 Liu Shi Jing Road Kunshan City Jiangsu Province
Tel : +86 (0)512 57814081 - Fax : + 86 (0)512 57814082 - e-mail : [email protected]
 Please consider the environment before printing this document.
w ww. e r l a b . com
Technical data are not contractual. Erlab® reserves the right to modify the present document without prior notice.
M 321F
37
High Efficiency Particulate Air filters H 14 filtered enclosure
M 321F
an erlab product
615 mm
815 mm
800 mm
1161 mm
895 mm
764 mm
80mm
316 mm
546 mm
620 mm
625 mm
764 mm
635 mm
Tel : +86 (0) 512 57814081 - Fax : + 86 (0)512 57814082 - e-mail : [email protected]
421 mm
38
an erlab product
M 321F
615 mm
815 mm
800 mm
1246 mm
895 mm
764 mm
80mm
316 mm
546 mm
620 mm
625 mm
764 mm
635 mm
421 mm
39
an erlab product
High Efficiency Particulate Air filters H14 filtered enclosure
M 321F
Stainless steel worktop
763 mm
45 mm
763 mm
Solid phenolic resin worktop
35 mm
37 mm
588 mm
35 mm
35 mm
w ww. e r l a b . c om
12 mm
587 mm
67 mm
45 mm
40
High Efficiency Particulate Air filters H 14 filtered
enclosure
an erlab product
environment:
- In-vitro cultures
Specifications
Dimensions (mm)
Internal dimensions
External dimensions
Ref.
Width
M 391F 1000
Depth
620
Height
mini/maxi
1161 - 1246
Width
Depth
Height
897
522
866
Metallic parts
Front panels
6 mm thick acrylic
Side panels
4 mm thick acrylic
Filtration column
Structure
Filtration module
- Electronics
- Optics, etc.
1
Processed air flow
Voltage / Frequency
230 m3/h
100-240 V / 50-60Hz
58 W
Amperage absorbed
0.58 A
Type 1P
>0,3 m/s
High Efficiency Particulate Air filters H 14
Equipment
Controls pre-filter
H 14 clogging
Stainless steel
worktop
contamination.
Flow monitor
Solid Phenolic
resin Worktop
Internal lighting
- 500 Lux - IP 67
Benchcap
metallic alloy
Shelf
Energy ports
+molecular filter
Options
Standard Equipment
Pressure meter
Type 1P1C :
M 391F
41
an erlab product
M 391F
689mm
324mm
1161mm
764mm
895mm
495mm
80mm
522mm
620mm
632mm
897 mm
1000 mm
42
M 391F
1000 mm
689mm
324mm
1246mm
764mm
895mm
495mm
80mm
522mm
620mm
632mm
897 mm
an erlab product
43
an erlab product
M 391F
965mm
45mm
965mm
35mm
36mm
577mm
35mm
35mm
12mm
578mm
67mm
45mm
44
an erlab product
environment:
- In-vitro cultures
Specifications
Dimensions (mm)
Internal dimensions
External dimensions
Ref.
Width
Depth
1600
620
M 632F
Height
mini/maxi
1161-1246
Filtration column
Width
Depth
Height
1497
522
866
Structure
Metallic parts
Front panels
6 mm thick acrylic
Side panels
4 mm thick acrylic
Filtration module
- Electronics
- Optics, etc.
2
Processed air flow
Voltage / Frequency
460 m3/h
100-240 V / 50-60Hz
125 W
Amperage absorbed
1.25A
Type 1P
>0.3 m/s
Equipment
+molecular filter
Options
Standard Equipment
Pressure meter
Type 1P1C :
Controls pre-filter
H 14 clogging
Stainless steel
worktop
contamination.
Flow monitor
Solid Phenolic
resin Worktop
Internal lighting
- 500 Lux - IP 67
Benchcap
metallic alloy
Energy ports
Shelf
M 632F
45
an erlab product
M 632F
Technical drawings of the version equipped with the 1P filtration column
689mm
1161mm
764mm
895mm
495mm
293mm
80mm
522mm
1497mm
620mm
632mm
1600mm
46
M 632F
an erlab product
Technical drawing of the version equipped with the 1P1C filtration column
689mm
764mm
895mm
1246mm
495mm
293mm
80mm
522mm
1497mm
620mm
632mm
1600mm
47
M 632F
an erlab product
67 mm
12 mm
578 mm
45 mm
45 mm
1565 mm
35 mm
36 mm
577 mm
35 mm
Tel : +86 (0)512 5781 4081 - Fax : + 86 (0)512 57814082 - e-mail : [email protected]
1565 mm
48
an erlab product
environment:
- In-vitro cultures
Specifications
Dimensions (mm)
XLS 483F
Internal dimensions
External dimensions
Ref.
Width
Depth
1275
790
Height
mini/maxi
1316-1400
Filtration column
Width
Depth
Height
1172
692
1014
Structure
Metallic parts
Front panels
6 mm thick acrylic
Side panels
4 mm thick acrylic
Filtration module
- Electronics
- Optics, etc.
3
690 m3/h
Processed air flow
Voltage / Frequency
100-240 V / 50-60Hz
175 W
Amperage absorbed
1.75 A
Type 1P
>0,3 m/s
Equipment
+molecular filter
Options
Standard Equipment
Pressure meter
Type 1P1C :
Controls pre-filter
H 14 clogging
Stainless steel
worktop
contamination.
Flow monitor
Solid Phenolic
resin Worktop
Internal lighting
- 500 Lux - IP 67
Benchcap
metallic alloy
Energy ports
Shelf
Kunshan erlab D.F.s Co.,Ltd 100 Liu Shi Jing Road Kunshan City Jiangsu Province
XLS 483F
49
High Effciiency Particulate Air filters H 14 filtered enclosure
XLS 483F
an erlab product
961 mm
1275 mm
330mm
80mm
692 mm
790 mm
1172 mm
800 mm
Kunshan erlab D.F.s Co.,Ltd 100 Liu Shi Jing Road Kunshan City Jiangsu Province
w ww.e r l a b. com
1316 mm
896mm
1050 mm
653mm
50
an erlab product
XLS 483F
Technical drawings of the version equipped with the 1P1C fitration column
961 mm
1400 mm
896mm
1050 mm
653mm
330mm
80mm
1172 mm
692 mm
790 mm
800 mm
w ww.e r l a b. com
1275 mm
51
an erlab product
XLS 483F
1240mm
45mm
1240mm
35mm
36mm
747mm
35mm
35mm
48
12mm
748mm
67mm
45mm
52
an erlab product
environment:
- In-vitro cultures
Specifications
Dimensions (mm)
Internal dimensions
External dimensions
Ref.
Width
XLS 714F 1800
Depth
790
Height
mini/maxi
1316-1400
Width
Depth
Height
1697
692
1014
Metallic parts
Front panels
8 mm thick acrylic
Filtration module
Filtration column
Structure
Side panels
- Electronics
- Optics, etc.
4
Processed air flow
Voltage / Frequency
920 m3/h
100-240 V / 50-60Hz
230 W
Amperage absorbed
2.3A
Type 1P
4 mm thick acrylic
>0.3 m/s
Equipment
Type 1P1C :
+molecular filter
Options
Standard Equipment
Pressure meter
Controls pre-filter
H 14 clogging
XLS 714F
Stainless steel
worktop
contamination.
Flow monitor
Solid Phenolic
resin Worktop
Internal lighting
- 500 Lux - IP 67
Benchcap
metallic alloy
Energy ports
Shelf
53
XLS 714F
an erlab product
Technical drawings of the version equipped with the 1P filtration column
961 mm
1800 mm
288 mm
1697 mm
80mm
1697 mm
692 mm
790 mm
800 mm
1316 mm
896mm
1050 mm
653mm
54
XLS 714F
an erlab product
Technical drawing of the version equipped with the 1P1C filtration column
961 mm
1800 mm
896mm
1050 mm
1400 mm
653mm
288 mm
1697 mm
80mm
1697 mm
692 mm
790 mm
800 mm
55
XLS 714F
an erlab product
1765mm
45mm
1765mm
35mm
36mm
747mm
35mm
35mm
Tel : +86 (0)512 5781 4081 - Fax : + 86 (0)512 57814082 - e-mail : [email protected]
12mm
748mm
67mm
45mm
56
User Manual
an erlab product
WARNING
Captair®Flow clean air enclosures are designed to protect non pathogenic samples and/or products handled into the enclosure. These enclosures can not protect the user. Erlab® can not be responsible for any
improper use of these units.
The unit supplied to you is not intended for use in an explosive atmosphere.
The filters that come with this device should be removed from the packaging, correctly positioned and
adapted to type of chemical agents that are manipulated to ensure user protection.
Erlab® recommends performing optional molecular filters saturation tests on a regular basis. Though they
Timer alarm may be deactivated, Erlab® recommends leaving on the alarm that is triggered every 60 hours
the device is used.
New filters should be kept in their packages, on a flat surface and in a dry place.
Erlab® recommends keeping a log for this device, listing performed applications, frequency of use and
cleaning times.
You may, at any time, contact our company with any question
you may have about operating, servicing or using this hood.
Our team is always ready to provide clear, precise answers in
the shortest time possible.
57
World Leader
erlab
erlab
D.F.S S.A.S Head
- FRANCE
inc. - USA
Kunshan erlab
erlab
erlab
D.F.S. - co Ltd. CHINA
Asia SDN BHD Malaysia
S.L SPAIN
w w w. e r l a b . c o m
International sales
[email protected]
France & DOM
TOM, Monaco
Spain, Andorra,
Portugal
United Kingdom, Belgium,
Netherland, Irlande,
Norway, Sweden,
Finland, Denmark
Germany, Switzerland,
Austria, Luxembourg,
Liechtenstein
Italy, Poland,
Romania, Hungary,
Czech Republic,
Slovakia
Erlab D.F.S. S.A.S.
Erlab S.L.
Erlab D.F.S. S.A.S.
Erlab D.F.S. S.A.S.
Erlab D.F.S. S.A.S.
Parc d’Affaires des Portes BP 403
27104 Val de Reuil Cedex
France
Tel. : +33 (0)2 32 09 55 80
Fax. : +33 (0)2 32 09 55 90
Pol. Ind. Sur-Passaje Newton 3A
08754 El Papiol-Barcelona
Spain
Tel. : +34 93 673 24 74
Fax. : +34 93 673 24 76
Tel. : +44 (0)1722 341 940
Fax. : +44 (0)1722 341 950
from Deutschland:
Tel.: 0800 330 47 31
Fax: 0800 330 47 32
from Schweiz or Österreich:
Tel. : +33 (0)2 32 09 55 80
Fax. : +33 (0)2 32 09 55 90
Tel. : +39 (0)2 89 00 771
Fax. : +39 (0)2 72 097 812
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
[email protected]
North AMERICA
ASIA
U.S.A., Canada
China
Malaysia
Erlab inc.
Kunshan Erlab D.F.S. co Ltd.
ERLAB SOUTHEAST ASIA SDN BHD
388 Newburyport Turnpike
Rowley, MA 01969
USA
Tel : +1 (800) 964-4434
Fax : +1 (978) 948-3354
100 Liu Shi Jing, road
Kunshan Development Zone
Jiangsu Province
Penglang - P.R. China 215333
Tel. : +86 (0) 512 5781 4085
Fax. : +86 (0) 512 5781 4082
25 Jalan Firma 2/1 Kawasan
Perindustrian
Tebrau - 81100 Johor Bahru,
Malaysia
Tel. : +60 (0)7 3 555 724
Fax. : +60 (0)7 3 552 810
[email protected]
[email protected]
[email protected]
Captair®Flow - User manual V01- 06/12 - Drawings, photos, text,
and technical
are non-contractual. Erlab® reserves the right to
modify this document without notice. Erlab®,Captair® are registered trademarks of Erlab® DFS SAS.
EUROPE
53

M 321F / M 391F / M 632F XLS 483F/ XLS 714F

Transcription

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