catalog lab
TRANSCRIPT
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TechnicalCataloguemc6
Labor
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1Service modules1.1 Service spine Service panels and electrical modules Add-on parts Service modules Suspended service booms 1.2 Service wing
1.3 Service distribution terminal
Work benches2.1 Add-on tables and supporting structures 2.2 Worktops
2.3 Mobile table 2.4 Swing 2.5 Height adjustable table 2.6 Balance table 2.7 VarioTHEK 2.8 Rack 2.9 Analysis tables Assistant Round table
Add-on plate Oval Skate Caddy 2.10 Sink work benches Laboratory sinks
Sink modules Drip cups 2.11 Mobile sinks Sink station AquaEl
Fume cupboards and exhaust devices3.1 Bench mounted fume cupboards 3.2 Low ceiling bench mounted fume
cupboards 3.3 Low level fume cupboards 3.4 Walk-in fume cupboards
3.5 Secuflow bench mounted fume cupboards 3.6 Secuflow low volume
bench mounted fume cupboards 3.7 Bench mounted fume cupboards with
side installation 3.8 Low ceiling bench mounted fume cupboards with sideinstallation 3.9 Special application fume cupboards 3.10 Filter fume cupboards
3.11 Radio-isotope fume cupboards 3.12 Mobile fume cupboards 3.13 Local
exhaust devices 3.14 Monitoring and control
4Storage space4.1 Underbench units Underbench unit on plinth Underbench unit on castors Suspended underbench unit Underbench unit for fume cupboards Underbench
unit for fume cupboards for the storage of solvents Underbench unit for fume
cupboards for the storage of acids and alkalis 4.2 Disposal Underbench unit for waste
disposal Waste disposal system for acids and alkalis Waste disposal system for flammable
liquids 4.3 Wall mounted cabinets 4.4 Instrument cupboards 4.5 Top-mounted
cabinets 4.6 Exhaust cabinets Pull-out cabinet Emergency cabinet Acid and alkalicabinet Gas cylinder cabinet Solvents cabinet Supply system for flammable liquids
5Teaching laboratories5.1 Teacher desk 5.2 Students desk with service pillar/service module 5.3 Students desk with service module 5.4 Mobile table
6General
6.1 Patents, brands, design patents and registered designs 6.2 Certifiedsafety and quality 6.3 Design and colours 6.4 From planning to the finished
laboratory 6.5 Standards and technical rules
Page 3 21
Page 23 45
Page 47 87
Page 89 115
Page 117 127
Page 129 136
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Service modules1.1 Service spine
Service panels and electrical modules
Add-on partsService modules
Suspended service booms
1.2 Service wing
1.3 Service distribution terminal
The philosophy of our mc6fur-
niture system is to enable
changes to be made easily andtherefore to provide more
mobility in the laboratory.
Energy and service systems have
a central role.
Pipes and cables for supplies
and waste are run to the service
spine, service module, sus-
pended service boom and the
service wing. These units then
provide the services at fittings
and integrated electrical units.
Due to the modular layout andflexible installation technology,
services and energy are always
available where they are needed.
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Service modules
General
The special feature of the serv-
ice spine is its modular layout
and its logical separation from
the furniture in the laboratory.
The service spine gives the
designer freedom of choice
during the design of the labo-
ratory environment and pro-
vides the best possible options
for different designs and rapid
changes. The backbone of thissystem is formed by the strong
pillar profile without grooves,
which can be combined
together with the freely selec-
table bench frames to form a
work bench against a wall or a
double-sided work bench.
The strong profile frame is per-
fectly designed for fitting dif-
ferent services and electrical
modules, reagent shelves,
instrument shelves and muchmore.
The surfaces of the supporting
structure and the panels are
protected with high-grade
powder coatings. As the items
fitted to the panel can be
changed rapidly without the
need to undo bolts, laboratory
operations are hardly inter-
rupted at all.
The supply pipes, for example
for water and compressed air,
can be rapidly extended and
fitted using a quick release
coupling system. Overbench
cabinets can also be fastened
when pillar extensions are
used.
For the perfect planning of the
preparatory work on-site, weprovide planners and architects
with installation plans contain-
ing exact sizes for supply pipes
and cables as well as informa-
tion on dimensioning and flow
rates.
Flexibility and rapid upgrad-
ability
The modular design principle
enables all modules to be rap-
idly replaced or changed for
expansion. This feature signi-fies low installation costs.
Shelves can be fitted as
required independent of modu-
lar size. Ready to plug-in elec-
trical modules are installed in
no time.
Full independence from the
work bench
As a result of the separation of
the service spine and furniture,
worktops and underbench
units can be moved or
changed without dismantling
the mechanical services and
electrical installation.
Two service spines used fordouble-sided work benches
Here the double spine com-
prises two self-contained spines
that are independent of each
other. When making changes,
double bench spines can be
converted into two individual
spines set up against the wall.
Service spine
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Use of electrical modules
that can be positioned as
required
Our modules only need space
where the power is required.
There is no awkward electrical
trunking with the service
spines. You can use the full
depth of the bench.
Wear-free cold/hot water
fittings
Unlike upper sections with a
grease chamber, our fittings
with ceramic sealing in the
upper section are wear-free
and maintenance-free for sig-
nificantly increased economy.
The basic structure of the
service spine based on the
example of a double work
bench with the various
elements fitted
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Service modules
General
Service wing
Since the introduction of our
laboratory furniture system
mc6 , the term freedom in
the laboratory has been com-
pletely re-defined: Maximum
flexibility of all systems and
maximum freedom of move-
ment without interface prob-
lems provide people working in
laboratories freedom to be able
to implement their ideas.
The revolutionary service wing
supplements the new freedom
in the laboratory in a special
manner: as the central furni-
ture element in which all key
services such as mechanical,
electrical, lighting, EDP, extract
air and of course the disposal
of waste water are integrated,
our system provides a very
high-degree of flexibility.
The possibility of being able toplug-in to the service wing,
practically anywhere, using
quick-release couplings signifies
a very high level of freedom of
movement in the laboratory.
Using the service wing simpli-
fies the entire laboratory fitting
out process including the
mechanical and electrical serv-
ices. A central feed point is
sufficient and the service wing
securely mounted to the ceil-
ing with adjustable steel bars
makes further installations,
holes in the walls and visible
suspension systems superflu-
ous. Installation costs are
reduced significantly, exten-
sions can be made without
problems without the need to
make structural changes.
With the service wing we have
created a service supply area
outside the direct working
area. All services can be rapidly
fed to the work bench without
complications.
Extraordinary flexibility in
the laboratory
All areas of the laboratory are
supplied using cross and T ele-
ments. All services are pre-
installed in the wing. In this
way we achieve a large num-
ber of possible configurations.
It is possible to dock any-
where at any time. Standard-
ised units for analysis tables
and work benches, mobile
tables, racks, mobile sink units
or mobile fume cupboards
everything can be used as
required under the wing.
Simplification of the prelimi-nary structural planning
Complex installations for differ-
ent systems and their planning
are no longer required when
the service wing is used. The
saving in room height due to
the lack of need for a sus-
pended ceiling for improved
appearance signifies a consid-
erable saving in planning and
fitting out costs.
Easy to reach connection
quick-release couplingsWhen standing, the connec-
tions on the service wing
can be reached easily without
problems.
The service wing is also
easy to integrate in difficult
circumstances
The existing room architecture
and the characteristics of the
ceiling, wall and floor often
make extensive installations
more difficult. On listed build-ings it is not even allowed to
make major changes to the his-
toric structure. Here the service
wing can be easily integrated
with minimal effort without
complications.
Perfectly planned, pre-
assembled and equipped in
the factory
The service wing system for
your laboratory is fully pre-assembled in our factory to suit
your needs. You save assembly
time on-site and your service
wing is rapidly installed and
ready to use.
Uncomplicated to extend
and maintain
Due to its independent design
as a self-contained unit, the
service wing is almost mainte-
nance-free. Extending, upgrad-
ing and checking the system
are possible without major
effort.
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The service wing with cross
element and systems and
furniture components that can
be placed below it.
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Service modules
1.1 Service spine
Service spines provide fittings
and sockets, can be fitted with
supply pipes and cables and
waste pipes, and are used for
mounting a wide range of shelf
systems.
Service panels and electrical
modules can be individually
equipped and upgraded. The
powder-coated panels made ofsteel sheet are clipped into the
lateral profiles on the service
spine above the worktop with-
out the need for tools.
The uprights for the service
spine can be extended in
height at any time as required,
e. g. for installing overbench
cabinets.
Layout
1 Installation com-partment panel
2 Cantilever3 Sanitary panel4 Reagent shelf
(add-on part)5 Slot panel6 Cover panel7 Electrical module8 Uprights9 Frame with
levelling screw
1 Underbench units2 Table connectionpanel
3 Row of panels4 Instrument shelf
(add-on part)5 Reagent shelf
(add-on part)6 Worktop7 Uprights8 Frame with
levelling screw
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Service modules
1.1 Service spine
Service panels and electrical modules
The panels and modules are
clipped into a mounting frame
and can be arranged as
required.
The outlet valves in the panels
can be connected as required
to the main pipes using
branch pipes. The main pipes
are laid in the installation com-
partment underneath theworktop or the cantilever.
It is possible to fit up to five
angle taps to sanitary panels
(for gas, water, vacuum, com-
pressed air or high purity gas
valves).
In addition, a sanitary panel
can be fitted with a drip cup.
Up to eight sockets for alter-
nating current or up to two
sockets for three-phase cur-
rent can be fitted to electrical
modules. Different sockets
can be combined.
As an option, the sockets can
also be supplied fitted flush
with the service spine.
The supply is provided using
an electrical module with an
interface to the electrical
supply and, on request, anelectrical module with up to
14 fuses under a cover.
Cover panels cover the areas
between sanitary panels and
electrical modules. Individually
mounted electrical modules
are always fitted with a half
height cover panel.
Behind slot panels there are
slot rails to which add-on parts
of varying height can be fitted.
Sanitary panelwith angle taps
Sanitary panelwith drip cup
Electrical modulewith eight sockets foralternating current
Electrical module withvarious sockets
Electrical module withinterface to the electrical
supply and electrical modulewith fuses
Cover panel with anelectrical module
Slot panel
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Add-on parts
Add-on parts can be fitted at
different heights to panels
and runners with slots on the
service spine.
The following add-on parts
are available:
- Reagent shelf
- Instrument shelf
- Scaffold points
Reagent shelf
A glass plate is fastened to
two brackets using screws.
An angle behind the glass
plate is used as a stop and for
stiffening.
Bracket for reagent
shelf
The reagent shelf can beextended using rods sup-
ported with braces at the top
or bottom. For this purpose
special brackets with a fasten-
ing feature for rods with a
diameter of 13 mm are used.
The rods are fixed in the holes
in the brackets using clamping
screws. Braces can be clamped
to the rods, the braces are fas-
tened to the slots in the serv-
ice spine using hooks andincrease the load capacity of
the rods.
Instrument shelf
A panel is fastened to two
brackets from below using
countersunk screws. An angle
behind the panel is used as a
stop and for stiffening. The
panel is supported underneath
or on top using braces.
Scaffold points
Scaffold points are used for
fitting a rod with a diameter
of 13 mm. The rod is fixed by
turning the knob on the scaf-
fold point by a quarter of a
turn.
Reagent shelf
Bracket withhole for rod
Reagent shelfwith brace underneath
Reagent shelfwith brace on top
Bracket for reagentshelf
Instrument shelfwith brace underneath
Instrument shelfwith brace on top
Scaffold points
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Service modules
Service modules
1.1 Service spine
Service modules are used for
the provision of electrical and
mechanical services at the
laboratory workstation. They
are fastened to the raw ceil-
ing using a ceiling anchor.
The sanitary panels and elec-
trical modules fastened to the
uprights can be positioned on
both sides and can beequipped as required.
Suspended service booms are
used for the provision of elec-
trical and mechanical services
at the laboratory workstation.
The modular spines are fas-
tened to the raw ceiling. The
sanitary panels and electrical
modules fastened between
the uprights can be posi-
tioned on both sides and can
be equipped as required.
Suspendedservice booms
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Technical data
Service spine
Widths (mm)
Height (mm)
Depths, single-sided with table (mm)
Depths, double-sided with table (mm)
Working heights (mm)
Pillar extension (mm)
Pillar extension for suspended cabinet
with height of 540 mm (mm)
Pillar extension for suspended cabinet
with height of 720 mm (mm)
Pillar extension up to
the ceiling (mm)
Height S2 panel
for working height of 900 mm (mm)
600, 900, 1200,
1500, 1800
1745
750, 900
1500, 1800
720, 900
960
515
695
1725
280
Dimension of the panels
Width, panel (mm)
Width, slot panel (mm)
Height, panel (mm)
300
300, 75
180, 360
Dimension of the electrical modules
Width, electrical module (mm)
Height, electrical module (mm)
300
180
Bench mounted service module
Widths (mm)
Height (mm)
Working heights (mm)
Opening
for working height of 720 mm (mm)
Opening
for working height of 900 mm (mm)
900, 1200,
1500, 1800
1563
720, 900
563
383
Reagent shelf
Widths (mm)
Depth (mm)
Load carrying capacity
600, 900, 1200,
1500, 1800
150
20 kg
Instrument shelf
Widths (mm)
Depth (mm)
Load carrying capacity
600, 900, 1200,
1500, 1800
300
30 kg
Scaffold points
Diameter of the hole for rods (mm)
Load carrying capacity in conjunction
with reagent shelf without brace
Load carrying capacity in conjunction
with reagent shelf with brace
13
5 kg
20 kg
Service module
Width (mm)
Length of the uprights (mm)
300
adjusted to suit
customer needs
Width, panel (mm)
Heights, panel (mm)
300
180, 360
Dimension of the electrical modules
Width, electrical module (mm)
Height, electrical module (mm)
300
180
Suspended service boom
Widths (mm)
Length of the uprights (mm)
600, 900, 1200,
1500, 1800
adjusted to suit
customer needs
Dimension of the panels
Width, panel (mm)
Height, panel (mm)
300
180
Dimension of the electrical modules
Width, electrical module (mm)Height, electrical module (mm)
300180
Dimension of the panels
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700 mm
211mm
100 mm300 mm 300 mm
520 mm90 mm 90 mm
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Service modules
1.2 Service wing
The service wing provides
services and waste facilities at
the laboratory workstation.
The service wing support is
fastened underneath the lab-
oratory ceiling, independent
of modular size. To avoid
vibrations, the support is
braced in the longitudinal and
transverse directions.Different fittings or electrical
modules can be fitted to the
Layout
Components ofthe service wing
1 Cover panel2 Wing element
3 Electrical module4 Support5 Front cover6 Workplace light7 Fittings8 Alsident exhaust
(optional)
underside of the elements on
both sides.
Due to the modular layout, the
services and energy supplies in
the laboratory can be varied as
required during the design of
the laboratory space and can
also be upgraded at any time.
Cross sectionthrough the
service wing
1 Support2 Indirect room
lighting3 Service duct4 Workplace lighting
and possibility forextract air spigot
5 Electrical supplyarea
6 Mechanicalservices supply andwaste area
Section
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Service wing elements
Feed element
T-element
Wing element
Cross element
Design variants
Mechanical
services
Electrical
Lighting
Ventilation
Dust protection
A very wide range of supply services such as flammable gas,
technical gases, pure gas, vacuum, compressed air, water in
a very wide range of quality stages
Waste pipes for waste water
Electrical supply for alternating current and three-phase current
Fuse modules
Workplace lighting
- Indirect room lighting
Alsident exhaust
Extract air spigot for mobile fume cupboard AeroEm
Plate valves for room ventilation
Cover over the spacing elements from above
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Service modules
1.2 Service wing
Service wing elements
Feed element
The supply pipes are fed
through the wall at the height
of the service wing using a feed
element. As an alternative to
the feed element, the supply
pipes can be fed through a
service duct from the ceiling to
the service wing. In this case
the isolating valves are outsidethe service wing.
Easy access to the isolation
valves and pipes in the service
wing is provided by opening
the feed element.
Mechanical services supply
and waste facilities directly
at the service wing
The fittings (angle taps, high
purity gas valves or quick
release outlets) supply the labo-
ratory workstation with flam-
mable gas, technical gases,
pure gases, vacuum or com-
pressed air and water.
The pipes from, e. g., service
distribution terminals (see sec-
tion 1.3) or mobile sinks (see
section 2.11) are connected to
quick release outlets.
Wing elementwith angle taps
Wing element withhigh purity gas valve
Quick release outlets forgas, water, waste water
Feed elementOpen
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Dimension of the elements
Length, feed element (mm)
Lengths, wing elements (mm)
Lengths, T elements (mm)
Lengths, cross elements (mm)
Width (mm)
Height (incl. dust cover) (mm)
600
600, 900, 1200,
1500
1500
1500
700
210
Dimensions panels and modules
Length (mm)
Width (mm)
300
180
Dimensions of the workplace lights/cover panels
Lengths (mm)
Width (mm)
600, 900,
1200, 1500
100
Electrical supply directly at
the service wing
Up to eight sockets for alter-
nating current or up to two
sockets for three-phase cur-
rent can be fitted to electrical
modules.
Connections, e. g., for tele-
phones, monitors, data or
loudspeakers can also beinstalled on electrical modules.
Extract air removal directly
at the service wing
Extract air spigots can be fitted
to the underside of the service
wing between the two halves
of the wing.
The spigots are connected to
the central exhaust system
using an extract air duct.
It is possible to connect, e. g.the ducts from mobile fume
cupboards AeroEm (see section
3.12) or specific Alsident
exhausts (see section 3.13).
Wing element withextract air spigots
Wing elementwith electricalmodules
Technical data
Alsident exhaust onthe extract air spigot
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Service modules
1.3 Service distribution terminal
In combination with the serv-
ice wing as a supply and
waste disposal system, the
service distribution terminal
enables services and electrical
supplies to be drawn directly
at the workplace. The service
distribution terminal is
clamped to worktops or steel
support frames using aclamping system.
Layout
Components of aservice distributionterminal
1 Service distributionterminal with
sanitary panel2 Service distribution
terminal withelectrical module
3 Clamping system4 Service beam
The service distribution termi-
nal is supplied using the service
wing. Services and the electri-
cal supply are provided using
flexible pipes and cables thatare connected to the service
distribution terminal.
The pipes and cables are con-
nected to the service wing
using quick release outlets and
plugs.
A very wide range of mechani-
cal services such as flammable
gas, technical gases, pure
gases, vacuum, compressed air
can be provided.
Design variants
Up to three angle taps or high
purity gas valves are fitted to
the sanitary panel.
Up to eight sockets for alter-nating current or up to two
sockets for three-phase current
can be fitted to the electrical
panel. Different sockets can be
combined.
The pipes and cables between
the service distribution terminal
and the service wing are fed to
the service beam and bundled
with two straps. In addition, a
steel rope on the service beam
is used to provide strain relieffor the pipes and cables.
The service distribution termi-
nal can be fastened horizon-
tally, e.g. to a worktop or ver-
tically to a steel frame, e. g. to
the rack (see section 2.8) .
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Examples of the design variants
Service distribution termi-
nal with angle taps
Service distribution terminal
with high purity gas valves
Service distribution terminalwith 8 sockets for alternating
current
Service distribution termi-
nal with different sockets
Fastening two service distri-
bution terminals one above
the other
Vertical fastening of the
service distribution terminal
Horizontal fastening of the
service distribution terminal
Dimension service distribution terminal
Width (mm)
Height of a service distribution
terminal (mm)
Height of two service distribution
terminals (mm)
Depth (mm)
Clamping range for the fastening (mm)
300
205
410
125.5
10 to 90
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C frame steel support
frames
are extremely steady and can
be loaded with 200 kg/m2.
They carry suspended under-
bench units without problems
and provide users a large
amount of knee and legroom.
The height is adjusted using
fully integrated adjusting
strips.
The cantilever frame
provides the greatest legroom
and lightest visual impact. It is
fitted to service spines or
directly to walls via its can-
tilever bracket design.
The multi-talent, the rack
is used primarily for fitting
items of equipment and has
a load carrying capacity of
150 kg.
The heights of shelves can be
adjusted as required in 45 mm
increments.
The shelves are available made
of either melamine coated
particleboard or powder-
coated perforated steel plate.The shelves can be fitted with
a tilt of up to 15 without
tools. The extendable shelves
mounted on caged ball-bear-
ings and with 60 kg maximum
load can be pulled out to 2/3
of their depth. The castors
enable the rack to be moved
quickly.
Further refined accessories
The skate as a castor-mountedbase unit for your PC, the
caddy as a trolley for the
printer, add-on plate, assistant
and round table are only a few
examples of useful accessories
in the laboratory environment.
Our modular sinks
Available in various installa-
tion variants, the sink module
impresses with its height of
950 mm, which facilitates
fatigue-free work. Sink and
module are manufactured as
one unit without joints.
Our sink and drip modules are
manufactured from self-sup-
porting, acid proof technical
ceramic material. The sup-porting structure is formed by
underbench cupboards with
plinth.
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The worktops for the laboratory benches are
mounted on height adjustable bench frames
(4-leg, C frame or cantilever frame) or directly
on underbench units with plinth.
The complete WIG-welded sides and supports
are made of precision rectangular steel tube.
Supports are bolted to the frame such that
underbench units can be suspended in the
bench frame or pushed underneath on
castors.
Work benches
2.1 Add-on tables and supporting structures
Supporting structures
Add-on tables with H frame
Material frame and supports (mm)
Powder coating
Load capacity
Working heights (mm)
Frame heights 4-leg (mm)
Frame depths 4-leg (mm)
Standard lengths (mm)
The individual H frame has adjustable levelling feet made of steel each with a plastic
plate.
Levelling: - 5 to +25 mm with key projection.
ST 50/25/2
Layer thickness 80
200 kg/m2
720, 900
690, 870
552, 702, 852
600, 900, 1200, 1500, 1800
Variant
Levelling covered by tube sleeve
Two-part installation compartment cover that can be slid to the side for
standard length frame 600 to 1800 mm in front of a service spine
Add-on tables with C frame
Material frame and supports (mm)
Powder coating
Load capacity
Working heights (mm)
Frame heights C frame (mm)
Frame depths C frame (mm)
Standard lengths (mm)
C frames can be individually adjusted in height and have two levelling screws in the
bottom steel brackets with a continuous pressure pad.
ST 50/25/2
Layer thickness 80
200 kg/m2
720 or 900
690, 870
552, 702
600, 900, 1200, 1500, 1800
Variant
Two-part installation compartment cover that can be slid to the side for
standard length frame 600 to 1800 mm in front of a service spine
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Add-on table with cantilever frame
Material frame and supports (mm)
Powder coating
Load capacity
Working heights (mm)
Frame heights (mm)
Frame depths (mm)
for wall fastening
Standard lengths (mm)
Fastening to the service spine or to the wall adapter using clamp strap.
The individual cantilever frames have adjustable levelling feet made of steel each
with a plastic plate. Levelling: - 5 to +25 mm with key projection.
ST 50/25/2
Layer thickness 80
200 kg/m2
720 bzw. 900
690, 870
661, 811
Wall adapter ST 50/25/2
WH 720 mm length 572 mm
WH 900 mm length 752 mm
600, 900, 1200, 1500, 1800
Variant
Levelling covered by tube sleeve
Two-part installation compartment cover that can be slid to the side for
standard length frame 600 to 1800 mm
Notes on underbench units:
Moveable underbench units for the working heights 720 and 900 mm can be
pushed in.
Notes on fastening:
The cantilever frame can only be used in conjunction with a service spine or
fixed to a strong wall.
The welded tube construction is not self-supporting and must be firmly
joined to the service spine or the wall.
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Work benches
2.2 Worktops
Worktops for wall benches without service spine
or for free-standing benches
The laboratory worktops are either mounted
on bench frames (4-leg, C frame or cantilever
frame) or directly on underbench units with
plinth.
The following dimensions are available
Worktop widths (mm)
Worktop depths (mm)
600, 900, 1200, 1500, 1800
600, 750, 900
Material worktop
Melamine resin coating on base
material
Particleboard, self-supporting*
Polypropylene coating on
particleboard base*
Solid grade laminate without
increased edge*
Stainless steel on particleboard base*
Tiles on coated plywood board*
Technical ceramic material
self-supporting
Technical ceramic material -
compound worktop on structural
element
Epoxy resin self-supporting
Glass (safety glass ESG)
* Work surfaces also available by the
metre. Maximum length that can be
supplied 3600 mm
Grooved upstand edging strip made
of plastic
Wall sealing strip
Installation ventilation grid
750x100 mm
Flush edge profile
Marine edging
Installation ventilation grid
750x100 mm
Flush stainless steel edge
Marine edging
Marine edging on two
or three sides
Profiled plastic end cap
Marine edging on two
or three sides
Marine edging
Profiled plastic end cap
Without marine edge
Marine edging on two or three sides
Marine edging
Material increased edge: Epoxy resin
Marine edging on two or three sides
Marine edging
Variants
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Worktops for wall benches and
double work benches in front of a service spine
The laboratory worktops are either mounted
on bench frames (4-leg, C frame or cantilever
frame) or directly on underbench units with
plinth.
The following dimensions are available
Worktop widths (mm) 600, 900, 1200, 1500, 1800
Wall bench
Module depth 750 mm
Module depth 900 mm
Worktop depth (mm)
675
825
Double work bench
Module depth 1500 mm
Module depth 1800 mm
Worktop depth per side (mm)
675
825
Material worktop
Melamine resin coating on base
material
Particleboard, self-supporting*
Polypropylene coating on
particleboard base*
Solid grade laminate without
increased edge*
Stainless steel on particleboard base*
Tiles on coated plywood board*
Technical ceramic material
self-supporting
Technical ceramic material -
compound worktop on structural
element
Epoxy resin self-supporting
Glass (safety glass ESG)
* Work surfaces also available by the metre. Maximum length that can be
supplied 3600 mm
Flush edge profile
Marine edging
Flush stainless steel edge
Marine edging
Marine edging on two
or three sides
Profiled plastic end cap
Marine edging on two
or three sides
Marine edging
Profiled plastic end cap
Without marine edge
Marine edging on two or three sides
Marine edging
Material increased edge: Epoxy resin
Marine edging on two or three sides
Marine edging
Variants
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Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- Acids with concentration > 10%
- Concentrated hydrochloric acids
- Nitric acids
- Heated sulphuric acid
- Resistance to moisture
- Flat
- Easy to dispose of
- Low coating thickness
- Wet room
- Benches with medium stress
26.4 kg/m2
19 mm
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- Acids with concentration > 10%
- Concentrated hydrochloric acids
- Nitric acid
- Heated sulphuric acid
- Flat
- Joints sensitive to moisture
- Medium chemical resistance
- Mobile tables, add-on tables, window
benches
- Instrument benches and laboratory
benches in the dry area
- Cannot be used in the moist or wet
area
19.6 kg/m2
30 mm
Melamine resin/postformed Polypropylene
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- Hydrocarbons
- Citric acid
- Oxalic acid
- Carbon tetrachloride
- Diesel oil
- Ozone
- Concentrated nitric acid
- Chloroform
- Petrol
- Benzol
- No joints
- Flat
- Light
- High chemical resistance to acids and
many solvents
- Easy to dispose of
- Less glass breakage
- Soft surface sensitive to scratches
- Sensitive to heat
- Areas with high chemical resistance
- Working with hydrofluoric acid
- Area in which the lack of joints is
important
- Radio-isotope area
20.3 kg/m2
30 mm and 7 mm increased edge
Tiles
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- None
- Hydrofluoric acid
- Flat
- High resistance to chemicals
- Tops have gaps with low resistance
to chemicals
- Gaps difficult to clean and difficult
to decontaminate
- Laboratory benches of all types that
are subjected to chemicals
30 kg/m2
30 mm and 7 mm increased edge
Work benches
2.2 Worktops
Properties of the worktops
Solid grade laminate
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Epoxy resin
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- Various solvents
- Diluted acids
- Hydrofluoric acid
- Concentrated, warm mineral acids
- No joints
- Flat
- Solid panel
- High mechanical loading possible
- Easy to dispose of
- Surface sensitive to scratches
- Sensitive to concentrated acids
- Laboratory workstation of all type
32 kg/m2
19 mm and 7 mm increased edge
Stainless steel
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- Cadmium
- Lactic acid
- Oxalic acid
- Compounds containing chlorine
and bromine
- Formic acid
- Sulphuric acid
- No joints
- High resistance to solvents
- High temperature resistance
- Sensitive to halogens and their
compounds
- For maximum loads in the area of
decontamination and moisture
resistance as well as solvent resistance
- Biology
- Microbiology
- Pharmacy
- Radio-isotope area
- Pathology
27.5 kg/m2
30 mm and 7 mm increased edge
Technical ceramic material
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- None
- Hydrofluoric acid
- Best chemical resistance
- Mechanically stable
- Easy to dispose of
- Evenness tolerances due to firing process
- Thermodynamic stress limited
- Areas with very high chemical and
mechanical stress
56 kg/m2
26 mm and 7 mm increased edge
Glass
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- None
- Hydrofluoric acid
- Flat
- High resistance to chemicals
- Sensitive to knocks at corners and
edges
- Laboratory benches of all types subject
to large amounts of chemicals
38 kg/m2
30 mm
Stoneware compound worktop
Critical substances
Damaging
substances
Advantage
Disadvantage
Use
Weight
Total thickness
- None
- Hydrofluoric acid
- Flat
- Lighter than technical ceramic material
- Best chemical resistance
- Easy to dispose of
- Thermodynamic stress limited
- Areas with very high chemical stress
40 kg/m2
30 mm and 7 mm increased edge
made of epoxy resin
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Work benches
2.3 Mobile table
Mobile table
The rectangular worktop on our mobile tables
is fitted to a seamless WIG-welded precision
rectangular steel tube frame with four heavy
duty castors. The two front castors are
equipped with a full fixing device that simulta-
neously locks castors and steering axle.
Material worktop
Melamine resin coating on structural
element, self-supporting
Polypropylene coating on
particleboard base
Solid grade laminate
Stainless steel on particleboard base
Tiles on coated plywood board
Technical ceramic material
self-supporting
Technical ceramic material - compound
worktop on structural element
Epoxy resin self-supporting
Glass (safety glass ESG)
Marine edging
Marine edging
Marine edging
Marine edging
Marine edging;
Material increased edge: Epoxy resin
Marine edging
Mobile table
Working heights (mm)
Widths (mm)
Depths (mm)
Load capacity
720, 900
1200, 1500
750, 900
150 kg/m2
Variants
Shelf fitted to bottom of frame
Suspended underbench units
Underbench units fitted onto bottom shelf
Edges and increased edge
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Swing
2.4 Swing
The curved worktop on the Swing sits on a
4-leg frame. In combination with the Swing
two tables of different depth can be joined
together.
Material worktop
Melamine
Melamine with beech finish
Glass (safety glass ESG)
3mm polypropylene edge, 4-sides
3mm ABS edge, 4-sides
Edges
Swing
Working heights (mm)
Widths (mm)
Depths (mm)
Load capacity
720, 900
1200, 1500
600 / 750
675 / 825
750 / 900
200 kg/m2
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2
3
1
2
34
Work benches
2.5 Height adjustable table
Height adjustable table
The working height of the height adjustable
C-frame tables can be infinitely varied
between sitting working height (720 mm) and
standing working height (900 mm) using an
electric motor or a crank.
Material worktop
Melamine
Postformed
Melamine with beech finish
3mm polypropylene edge, 4-sides
3mm polypropylene edge on side and
rear
3mm ABS edge, 4-sides
Edges
Height adjustable table
Working height (mm)
Width (mm)
Depth (mm)
Load capacity
720 to 900
1500
750
70 kg/m2
Height adjustabletable with electricmotor
1 Switch for electricmotor
2 Electric motor3 Bench frame with
height adjustment
Height adjustabletable with crank
1 Crank2 Bench frame with
height adjustment
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Balance table
The balance table is used for analytical balances
and other sensitive measuring equipment.
A heavy slab of concrete is specially mounted
on a supporting construction.
The supporting construction for the slab is
vibration isolated from the outer worktop.
Material worktop
Melamine
Postformed
3mm polypropylene edge, 4-sides
3mm polypropylene edge on side and
rear
Edges
Balance table
Working height (mm)
Width (mm)
Depths (mm)
Width of the balance slab (mm)
Depth of the balance slab (mm)
Weight of the balance slab
Total weight of the balance table
720
900
750, 900
400
450
65 kg
120 kg
2.6 Balance table
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Work benches
2.7 VarioTHEK
VarioTHEK
The VarioTHEK provides the ideal workplace
for laboratories as well as preparation rooms
for teaching and research.
This item can be variably equipped and is
supplied ready to plug into the service wing.
A waste water pump is integrated in the
underbench unit.
VarioTHEK
Working height (mm)
Width (mm)
Length (mm)
Height incl. castors (mm)
Worktop
Lighting
Electrical supply
Mechanical services supply
Weight
Fold down analysis table
Working height 720 mm
Suspended underbench units
900
825
1900
1920
Melamine resin with or without raised
drip cup arranged in the middle of the
bench
Variant
Stoneware compound worktop.
Integrated in the services transition
above the working area
Integrated in service modules on
request
Integrated in service panels for various
water, gases, pure and high purity
gases on request
Approx. 250 kg
Work surface beech finish
Various variants on request
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Rack
Ideally suited for fitting items of equipment,
our rack is available with or without castors.
For analysis workplaces the rack is equipped
with the secretaire worktop.
Rack
Widths (mm)
Height (mm)
Depth (mm)
Widths, shelves (mm)
Depths, fixed shelves (mm)
Depths, extendable shelves (mm)
Load carrying capacity per shelf
Lad carrying capacity, total
Shelves
850, 1150
1746
677
800, 1100
440, 730
440
50 kg
150 kg
4 pieces
Material: coated OSB panels
Height adjustable in increments
of 45 mm
Optional
Powder-coated perforated plate
2.8 Rack
Analysis workplace secretaire
Widths (mm)
Depth (mm)
Load carrying capacity
800, 1100
900
50 kg/m2
Material worktop secretaire
Melamine, colour grey
Melamine with beech finish
3 mm polypropylene edge, 4-sides
3 mm ABS edge, 4-sides
Edges
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Work benches
2.9 Analysis tables
Assistant
The analysis workplace assistant is an addi-
tional swivelling table for 900 mm high and
750 mm deep add-on tables with 4-leg frame.
In the extended position the swivelling table
provides an additional, quarter circle shaped
work surface with a working height of
720 mm.
Assistant
Working height (mm)
Width (mm)
Depth (mm)
Load capacity
Worktop
720
695
672
30 kg/m2
Melamine, colour grey or beech finish
The round table can be fitted to 4-leg add-on
tables.
It comprises a round worktop with a cut-out
and table leg.
Round table
Round table
Working heights (mm)
Diameter (mm)
Load capacity
Worktop
720, 900
1200
50 kg/m2
Melamine, colour grey or beech finish
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Skate
Work benches
2.9 Analysis tables
As a mobile unit the skate is used for the PC
tower at the analysis workplace. It comprises a
beech finish panel and a perforated plate side
wall.
The PC tower is fastened using a holding
strap.
Caddy
As a moveable printer table, the caddy is used
at the PC analysis workplace.
Skate
Width (mm)
Height (mm)
Depth (mm)
Base
215
467
450
Melamine resin with beech finish
Thickness 19 mm
Caddy
Width (mm)
Height (mm)
Depth (mm)
Top work surface
450
400
500
Melamine resin with beech finish
Thickness 30 mm
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Laboratory sinks
Laboratory sinks are permanently installed
parts of the laboratory furniture and are
placed either against a wall or a service spine.
The sinks can be fitted to the service spine
along the laboratory bench or as end sink units
on double work benches.
The sinks can be manufactured from
polypropylene, stainless steel, epoxy resin or
technical ceramic material. On worktops made
of technical ceramic material and polypropy-lene, the sinks are fitted from below. On work-
tops with tiles, or made of epoxy resin or
melamine, the sinks are inserted from above.
As standard underbench units with hinged
doors and plinths are used.
2.10 Sink work benches
Material worktop
Technical ceramic material
Tiles*
Melamine resin*
Melamine resin*
Polypropylene*
Stainless steel*
Technical ceramic material
Compound worktop
Epoxy resin
* Work surfaces also available by the metre.
Technical ceramic material
Technical ceramic material
Polypropylene
Stainless steel
Polypropylene
Stainless steel
Technical ceramic material
Epoxy resin
Options
Wide range of different versions
for water bench mounted service
outlets
Eye shower
Draining rack
The following dimensions are available for worktops
Widths (mm)
Depths (mm)
900, 1200, 1500, 1800
600, 675, 750, 825, 900
500 x 400 x 250 (W x D x H) and
400 x 400 x 250 (W x D x H)
460 x 360 x 330 (W x D x H) and
360 x 360 x 330 (W x D x H)
500 x 400 x 250 (W x D x H) and
400 x 400 x 250 (W x D x H)
500 x 400 x 250 (W x D x H) and
340 x 370 x 160 (W x D x H)
500 x 400 x 235 (W x D x H) and
400 x 400 x 235 (W x D x H)
500 x 400 x 250 (W x D x H)
510 x 360 x 265 (W x D x H) and
360 x 360 x 265 (W x D x H)
457 x 381 x 279 (W x D x H) and
406 x 406 x 190 (W x D x H)
On request
On request
On request or see Internet
accessories catalogue
Sinks bonded to the worktop
from below using silicon and also
secured with steel straps
Sinks fitted flush with worktop
and also secured with steel straps
Sinks with beading fitted in the
worktop from above
Sinks with beading fitted in the
worktop from above
Sinks fitted in the worktop from
below and welded
Sinks welded flush with worktop
Sinks fitted flush with worktop
Sinks fitted flush with worktop
Material sinks Sink dimensions i. L. (mm) Type of installation
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Sink modules
Work benches
2.10 Sink work benches
Sink modules are primarily used as end sink
units on double work benches but can also be
fitted along the laboratory bench.
The sink module and the adjacent work
surfaces on the end sink unit are made of
glazed, acid-proof technical ceramic material.
A polypropylene splash bench runs along the
entire width behind the sink module and the
adjacent work surfaces.
As standard underbench units with hinged
doors and plinths are used.
Sink modules for head sink unit
Head sink unit standard width 1500 mm
Width (mm)
Depth (mm)
600
710
Head sink unit standard width 1800 mm
Width (mm)
Depth (mm)
900
710
Adjacent work surface left and right for standard width 1500 and 1800 mm
Width (mm)
Depth (mm)
450
670
Sink height (mm)
Thickness of the splash protection
panel (mm)
made of grey polypropylene
300
10
Sink modules for service spine and as sink to stand against walls
Sink module in front of service spine with depth 750 mm
Widths (mm)
Depth (mm)
Sink module in front of service spine with depth 900 mm
Widths (mm)
Depth (mm)
Sink module as sinks to stand against walls
Widths (mm)
Depth (mm)
Sink height (mm)
600, 900
710
600, 900
860
600, 900
785, 935
300
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Drip cups
Drip cups are integrated in the service spine
or fitted in the worktop.
Material drip cupsPolypropylene
Technical ceramic material
270 x 82 x 113 (W x D x H)
260 x 82 x 108 (W x D x H)
Sink dimensions i. L. (mm)
Drip cups for service spines
Drip cups for fitting in worktop
Material worktop
Melamine resin;
Polypropylene
Polypropylene
Technical ceramic material;
Tiles
Melamine resin
Stainless steel
Epoxy resin
Technical ceramic material
Compound worktop
Variants:
various different versions for water fittings on request
Polypropylene
Polypropylene
Technical ceramic material
Stainless steel
Stainless steel
Epoxy resin
Technical ceramic material
Material drip wastes Sink dimensions i. L. (mm)
255 x 105 x 150 (W x D x H)
255 x 105 x 140 (W x D x H)
250 x 95 x 112 (W x D x H)
240 x 80 x 120 (W x D x H)
240 x 80 x 120 (W x D x H)
246 x 95 x 180 (W x D x H)
245 x 95 x 150 (W x D x H)
Type of installation
Sinks with beading fitted in the
worktop from above
Sinks fitted to the worktop from
below and welded
Sinks with beading fitted in the
worktop from above
Sinks with beading fitted
in the worktop from above
Sinks welded flush with worktop
Sinks fitted flush with worktop
Sinks with beading fitted flush in
the worktop from above
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The ready to plug-in compact system for the
supply and disposal of water can be used on
mobile or fixed laboratory benches and
connected to the Waldner service wing using
flexible pipes.
A pump removes the waste water via the
service wing.
AquaEl
AquaEl
Material housing and sink Epoxy resin
Width (mm)
Depth (mm)
Height (mm)
Weight (incl. pipes)
304
500
480
11 kg
Lengths, feed and waste pipes (mm)
Lengths, power connecting cables (mm)
2500
2500
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Fume cupboards and exhaust devices3.1 Bench mounted fume cupboards
3.2 Low ceiling bench mounted fume cupboards
3.3 Low level fume cupboards3.4 Walk-in fume cupboards
3.5 Secuflow low volume bench mounted fume cupboards
3.6 Secuflow low ceiling bench mounted fume cupboard
3.7 Bench mounted fume cupboards with side panels
3.8 Low ceiling bench mounted fume cupboards
with side panels
3.9 Special application fume cupboards
3.10 Filter fume cupboards
3.11 Radio-isotope fume cupboards
3.12 Mobile fume cupboards
3.13 Local exhaust ventilation
3.14 Monitoring and control
The requirements on laboratoryfume cupboards in relation to
work safety, ease of use andeconomy have significantlyincreased, not least due to thenew EN 14175.Waldner fume cupboards, irre-spective of the type, providehighly innovative technologyfor every type of laboratory,and that way beyond the levelsrequired in the standards.
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Fume cupboards and exhaust devices
General
Fume cupboards are a key ele-ment in laboratories. All workduring which gases, fumes,particles or liquids are handledin dangerous quantities andconcentrations must be per-formed in fume cupboards.
Our fume cupboards, irrespec-tive of the type and version,ensure maximum safety, excel-
lent ergonomics and maximumeconomy.
During the development of ourfume cupboards, many years ofdesign know-how are accom-panied by scientific findings our designs are not based onthe example of others. Numer-ous patents demonstrate ourtechnical lead. All Waldnerfume cupboards of coursecomply with the requirements
of EN 14175.As an important part of theoverall laboratory ventilationscheme, our fume cupboardscan be integrated into thebuilding ventilation concept.
The fact that our Secuflowfume cupboard technologyalso reduces the overall costsfor the ventilation system is acommercial advantage thatcannot be ignored and that ismade possible by the inte-grated supportive flow technol-ogy. You will find further infor-
mation on this topic atwww.waldner-lab.com.
Our in-house certified test
laboratory for fume cup-
board measurements
Previously the effectiveness offume cupboards was definedby the extract volume flowrates. With the re-publicationof DIN 12924 Part 1 in 1991, alimit for the leakage of test gaswas defined instead. In this
way it was intended to facili-tate innovations, particularly inrelation to energy saving via areduction in the extract volumeflow rates.
Our test facility, which hadalready been in existence formany years and that had beensetup for studies on fluidmechanics and the optimisa-tion of fume cupboards, was asa result expanded to form atest laboratory for ventilationengineering tests according toDIN 12924 Part 1 in 1991. Overthe last somewhat more than10 years, over 150 differenttypes of fume cupboard havebeen type tested in this testfacility.
On the publication of EN14175 we setup our new testlaboratory for fume cup-boards. The latest technicalequipment and the GS certifi-cation via TV Product ServiceGmbH guarantee the bestmeasurement results in rela-tion to accuracy and repro-ducibility.
In two independent test cham-bers it is possible to independ-ently test two fume cupboardsin parallel due to the duplica-tion of equipment.
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We test fume cupboards tothe old standards DIN, BS(UK), and AFNOR (France), aswell as to the new EuropeanEN 14175 that will replace theprevious national standards.Furthermore, we can also per-form measurements accordingto ASHRAE 110/1995 as areoften required by customersbased in the USA.
Anybody who designs, buildsand tests fume cupboards hasa major responsibility. Notleast to the staff in the labora-tory whose health depends onthe safe and reliable operationof the fume cupboards.Beyond our ISO 9001:2000certification and the GS mark-ing for our entire productrange, we have closed theloop in relation to fume cup-board tests and had our newtest laboratory tested and cer-tified by TV Product ServiceGmbH according to the Ger-man law on equipment safety(Gertesicherheitsgesetz). As aresult the first certified testlaboratory for fume cupboardsin Europe is in Wangen im All-gu. Visitors are welcome atany time.
Safety via the patented
intake airflow profile on
the front edge of the fume
cupboard worktop
It prevents turbulence thatcould carry pollutant emissionsin the direction of the user inthe laboratory.
Air flowing into the fume cup-board is guided via the airfoil-
like profile geometry (with lowturbulence over the worktop)to the rear panel low levelextraction which ensures thesafe removal of heavy gases,e.g. solvent fumes.
The technology in the new Waldner test laboratory:
Two independent ventilation systems incl. cooling andheating for supply air and extract air with a flow rate of2,500 m3/h each
Input air either via ceiling ventilation or supply air outletsof varying design
Pressure and air quantity conditions in the test chambervariably adjustable using high resolution ventilation controltechnology
Temperature conditions variably adjustable, from isother-mal to the simulation of various temperature gradients inthe chamber
Reference air exchange rate determination according to
DIN 1952 and VDI 2080 Calibrated test gas control Transducers with electronic data acquisition Data analysis and documentation using PC software
Clear view of all processes in
the workspace
The high level glazed panelenables the experimentalequipment and processes tobe clearly seen.
We offer the best possible
utilisation of the working
width The slender, patentedfume cupboard side posts,
only 25 mm wide, provide themaximum workspace widthand due to their special shapeensure that there is little tur-bulence in the intake air.
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The removable panels with
perimeter extraction in the
fume cupboard rear panel
provide maximum grouping
of services
In this way we ensure thatmechanical and electrical serv-ices can be quickly and eco-nomically changed orupgraded.
For more safety andeconomy
Maximum user safety is pro-vided by our toothed belt sashmounting along with signifi-cantly reduced maintenanceeffort. The stainless steel rein-forced toothed belts also pro-vide the supply of electricalpower and signals to thephoto-electric barrier in themoving sash.
Endurance tests with morethan 200,000 load cycles ver-ify that this mounting is atleast ten-times more resistantto load changes compared toa conventional steel ropemounting.
The track mechanism also
provides additional safety
In the unlikely case that bothsash mountings fail, the sashis stopped in fractions of asecond.
All functions at a glance
The control switch and dis-plays integrated into the fumecupboard side posts provideinformation on the operationalstate of the fume cupboard atthe ideal eye height.
Sash handle with aero-
dynamic design the air frowsinto the workspace when the
sash is opened and pollutantemissions due to the openingsash are prevented. The bal-anced and free-moving sashmechanism including therelease for the sash stop canbe operated with one hand.
The motion detector
The sash is closed automati-cally if there is nobody work-ing at the fume cupboard.The photo-electric barrierstops the closing process ifthere are objects protrudingfrom inside the workspace.
Cost saving due to exten-
sive pre-assembly
The factory pre-assembly andtesting of our fume cupboardsenable them to be very quicklyinstalled on-site.Due to the easy to maintaindesign, all components arequick and easy to access whenrequired.During installation, servicingand maintenance, our trainedinstallation and service person-nel ensure that everything
goes smoothly and quickly.
Fume cupboards and exhaust devices
General
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4
3
2
1
6
7
8
9
10
11
52
Bench mounted fume cup-boards according to EN 14175
prevent fumes, aerosols and
dusts escaping into the labora-
tory in dangerous quantities or
concentrations.
The following substances arenot approved for use in bench-mounted fume cupboards:
Radioactive substances Microorganisms Genotype modified substances
Bench mounted fume cup-boards are not suitable for pulp-ing works. This instruction alsoapplies to bench mounted fumecupboards with ceramic liner.
Fume cupboards and exhaust devices
3.1 Bench mounted fume cupboards
Fume cupboard EN 14175
1 Sash handle2 Worktop
3 Display andoperating device
4 Upper sashwindow
5 Fascia panel6 Extract-air
manifold7 Baffle with
integrated servicepanels
8 Vertical sash
9 Glazed side panel10 Cable through-put
11 Service module
1200 1500 1800 mm 900 mm
WH900mm
Extractairconnectionforairflowcontroller2
890mm
2710mm
Extractairconnectionforfunctiondisplay2610mm
250
190
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53
* Control system for the regulation of air exchange rates mustbe at a distance of at least 250 mm from the soffit for thecollection duct to avoid interference with the FAZ measure-ment.
All air quantity figures relate to a sash opening heightof 500 mm and the recommended trace gas maximumvalues from the German industry body BG Chemie.
On the use of on-site extract air control systems and otherproduct rules, the air quantities may vary.For this reason the operating limits must be agreed withWaldner in advance.
A maximum extract pressure of 600 Pa should not be exceeded.
The minimum extract volume must not drop below 400 m3/hper running metre fume cupboard width according to EN14175 and should therefore not be used as the basis for thedesign of the ventilation system.
We are of course always available at any time to answer anyquestions during the planning or implementation of yourproject.
Variants
Worktops
Internal lining
Glazing of the side panel
Cable through-put in the solid side
panel
Underbench units
Electrical supply
Water supply
Drip cup on the service panel
Lighting
Electrical/RCCB
Sash controller SC
Technical ceramic material, polypropylene, stainless steel, epoxy resin, tiles, stoneware compound worktop
Melamine resin, technical ceramic material, polypropylene, solid grade laminate
Left and/or right side possible, not on version with internal lining in technical ceramic material
Left and/or right side, possible with all internal lining variants
(see section 4: Storage space - underbench unit for fume cupboards)
Internal and/or external sockets
Take-off valves for water, gases, pure gases and high purity gases
Polypropylene, technical ceramic material
In ex-proof version
Optional
Optional
Air data mc6 EN 14175 for bench mounted fume cupboards
Dimensions
(mm)
1200x900x2710
1500x900x2710
1800x900x2710
Minimumvalue according to EN 14175
(m3/h)
480
600
720
Technical data
Data
1200
2710
900
1440
1150
250
7
2
Standard
1500
2710
900
1440
1450
300
10
3
Standard
1800
2710
900
1440
1750
350
10
3
Standard
Widths (mm)
Height (mm)
Depth (mm)
Clear internal height in the
workspace (mm)
Clear internal width in the
workspace (mm)
Weight in kg (without installations)
Scaffold points for 13mm
Service panels
Light switch, lighting
Ventilation technics variants (see section 3.14)
Function display
Constant airflow damper
Variable airflow damper
Cross slide acquisition
FAZ*
Air flow controller AC
Air flow controller AC
Only with variable air flow controller AC
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4
3
2
1
5
7
6
8
54
Fume cupboards and exhaust devices
3.2 Low ceiling bench mounted fume cupboards
Low ceiling bench mounted fume cupboard EN 14175
Low ceiling bench mountedfume cupboards are used inrooms that have low internalheight. The sash is two-partand does not project beyondthe total height of the fumecupboard.General purpose fume cup-boards according to EN 14175
prevent fumes, aerosols anddusts escaping into the labora-tory in dangerous quantities orconcentrations.
The following materials are notpermitted in low ceiling benchmounted fume cupboards: Radioactive substances Microorganisms Genotype modified substances
Low ceiling bench mountedfume cupboards are not suit-
able for pulping works. Thisinstruction also applies to lowceiling bench mounted fumecupboards with ceramic liner.
1 Sash handle2 Worktop
3 Display andoperating device
4 Fascia panel5 Extract-air
manifold6 Two-part verticalsash
7 Baffle withintegrated service
panels8 Service module
1200 1500 1800 mm 900 mm
250
190
WH900mmE
xtractairconnectionforairflowcontroller2530mm
2350mm
Extractairconnectionforfunctiondispla
y2250mm
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55
Technical data
* Control system for the regulation of air exchange rates mustbe at a distance of at least 250 mm from the soffit for thecollection duct to avoid interference with the FAZ measure-ment.
All air quantity figures relate to a sash opening heightof 500 mm and the recommended trace gas maximumvalues from the German industry body BG Chemie.
On the use of on-site extract air control systems and otherproduct rules, the air quantities may vary.For this reason the operating limits must be agreed withWaldner in advance.
A maximum ectract pressure of 600 Pa should not be exceeded.
The minimum extract volume must not drop below 400 m3/hper running metre fume cupboard width according to EN14175 and should therefore not be used as the basis for thedesign of the ventilation system.
We are of course always available at any time to answer anyquestions during the planning or implementation of yourproject.
Air data mc6 EN 14175 for low ceiling bench mounted fume cupboards
Dimensions
(mm)
1200x900x2350
1500x900x2350
1800x900x2350
Minimumvalue according to EN 14175
(m3/h)
480
600
720
Variants
Worktops
Internal lining
Glazing of the side panel
Cable through-put in the solid side
panel
Underbench units
Electrical supply
Water supply
Drip cup on the service panel
Lighting
Electrical/RCCB
Sash controller SC
Technical ceramic material, polypropylene, stainless steel, epoxy resin, tiles, stoneware compound worktop
Melamine resin, technical ceramic material, polypropylene, solid grade laminate
Left and/or right side possible, not on version with internal lining in technical ceramic material
Left and/or right side, possible with all internal lining variants
(see section 4: Storage space - underbench unit for fume cupboards)
Internal and/or external sockets
Take-off valves for water, gases, pure gases and high purity gases
Polypropylene, technical ceramic material
In ex-proof version
Optional
Optional
Ventilation technics variants (see section 3.14)
Function display
Constant airflow damper
Variable airflow damper
Cross slide acquisition
FAZ*
Air flow controller AC
Air flow controller AC
Only with variable air flow controller AC
Data
1200
2350
900
1080
1150
220
4
2
Standard
1500
2350
900
1080
1450
260
6
3
Standard
1800
2350
900
1080
1750
300
6
3
Standard
Widths (mm)
Height (mm)
Depth (mm)
Clear internal height in the
workspace (mm)
Clear internal width in the
workspace (mm)
Weight in kg (without installations)
Scaffold points for 13mm
Service panels
Light switch, lighting
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5
4
3
2
1
6
7
9
8
56
Fume cupboards and exhaust devices
3.3 Low level fume cupboards
Low level fume cupboard EN 14175
Low level fume cupboards areused for working with tall itemsof experimental equipment. Thesash is two-part and does notproject beyond the total heightof the fume cupboard.General purpose fume cup-boards according to EN 14175prevent fumes, aerosols and
dusts escaping into the labora-tory in dangerous quantities orconcentrations.
The following substances arenot approved for use in lowlevel fume cupboards: Radioactive substances Microorganisms Genotype modified substances
Low level fume cupboards arenot suitable for pulping works.This instruction also applies to
low level fume cupboards withceramic liner.
1 Griffleiste2 Tischplatte
3 Anzeige- undBedieneinheit
4 Oberlicht-verglasung
5 Frontblende6 Abluftsammel-
kanal7 Luftleitwand mit
integriertenMedien-Panels
8 Zweigeteiltes
vertikalesSchiebefenster9 Modultraverse
1200 1500 1800 mm 900 mm
250
190
WH540
mm
Extractairconnectionforairflowcontroller2890mm
2710mm
Extractairconnectionforfunctiondisplay2610
mm
180
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Technical data
* Control system for the regulation of air exchange rates mustbe at a distance of at least 250 mm from the soffit for thecollection duct to avoid interference with the FAZ measure-ment.
All air quantity figures relate to a sash opening heightof 500 mm and the recommended trace gas maximumvalues from the German industry body BG Chemie.
On the use of on-site extract air control systems and otherproduct rules, the air quantities may vary.For this reason the operating limits must be agreed withWaldner in advance.
A maximum extract pressure of 600 Pa should not be exceeded.
The minimum extract volume must not drop below 400 m3/hper running metre fume cupboard width according to EN14175 and should therefore not be used as the basis for thedesign of the ventilation system.
We are of course always available at any time to answer anyquestions during the planning or implementation of yourproject.
Variants
Worktops
Internal lining
Glazing of the side panel
Cable through-put in the solid side
panel
Underbench units
Electrical supply
Water supply
Drip cup on the service panel
Lighting
Electrical/RCCB
Side service pillar 180mm
Sash controller SC
Technical ceramic material, polypropylene, stainless steel, epoxy resin, tiles, stoneware compound worktop
Melamine resin, technical ceramic material, polypropylene, solid grade laminate
Left and/or right side possible, not on version with internal lining in technical ceramic material
or side service pillar
Left and/or right side, possible with all internal lining variants, not possible with side service pillar
(see section 4: Storage space - underbench unit for fume cupboards)
Internal and/or external sockets
Take-off valves for water, gases, pure gases and high purity gases
Polypropylene, technical ceramic material
In ex-proof version
Optional
Optional, instead of service module below the worktop
Optional
Dimensions
(mm)
1200x900x2710
1500x900x2710
1800x900x2710
Minimumvalue according to EN 14175
(m3/h)
480
600
720
Ventilation technics variants (see section 3.14)
Function display
Constant airflow damper
Variable airflow damper
Cross slide acquisition
FAZ*
Air flow controller AC
Air flow controller AC
Only with variable air flow controller AC
Data
1200
2710
900
1800
1150
270
10
2
Standard
1500
2710
900
1800
1450
320
12
3
Standard
1800
2710
900
1800
1750
370
14
3
Standard
Widths (mm)
Height (mm)
Depth (mm)
Clear internal height in the
workspace (mm)
Clear internal width in the
workspace (mm)
Weight in kg (without installations)
Scaffold points for 13mm
Service panels
Light switch, lighting
Air data mc6 EN 14175 for low level fume cupboards
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4
3
2
1
5
6
8
7
58
Fume cupboards and exhaust devices
3.4 Walk-in fume cupboards
Walk-in fume cupboard EN 14175
Walk-in fume cupboards areused for working with tall itemsof experimental equipment andwith items of experimentalequipment that are placed inthe fume cupboard using amobile table. The sash is two-part and does not projectbeyond the total height of the
fume cupboard.General purpose fume cup-boards according to EN 14175prevent fumes, aerosols anddusts escaping into the labora-tory in dangerous quantities orconcentrations.
The following substances arenot approved for use in walk-infume cupboards: Radioactive substances Microorganisms
Genotype modified substancesWalk-in fume cupboards are notsuitable for pulping works.
1 Sash handle2 Display and
operating device3 Upper sash
window4 Fascia panel5 Extract-air
manifold6 Baffle with
integrated servicepanels
7 Two-part verticalsash
8 Side service pillar
1200 1500 1800 mm 900 mm
250
190
Extractairconnectionforairflowcontroller2890mm
2755mm
Extractairconnectionforfunctiondisplay2610
mm
180
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4
3
2
1
5
6
8
7
62
Fume cupboards and exhaust devices
3.6 Secuflow low ceiling bench mounted fume cupboards
Secuflow low ceiling bench mounted fume cupboard
EN 14175
Secuflow low volume benchmounted fume cupboards areused in rooms that have lowinternal height. The sash isdivided in two and does not
project beyond the total height
of the fume cupboard.
Over and above the requirements
of EN 14175, our Secuflow fume
cupboards with supportive flowtechnology provide maximum
economy and safety with lower
extract air volumes and therefore
lower power consumption.
General purpose fume cupboards
according to EN 14175 prevent
fumes, aerosols and dusts escap-
ing into the laboratory in danger-
ous quantities or concentrations.
The following substances are notapproved for use in Secuflow
low volume bench mountedfume cupboards: Radioactive substances Microorganisms Genotype modified
substances
Secuflow low volume
bench mounted fume
cupboards are not suitable
for pulping works. This
instruction also applies to
Secuflow low volume
bench mounted fumecupboards with ceramic
liner.
1 Sash handle2 Worktop
3 Display andoperating device
4 Fascia panel5 Extract-air
manifold6 Baffle with
integrated servicepanels
7 Two-part verticalsash
8 Service module
5
1200 1500 1800 mm 900 mm
250
190
WH900mmE
xtractairconnectionforairflowco
ntroller2530mm
2350mm
Extractairconnectionforfunctiondispla
y2250mm
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63
Technical data
* Control system for the regulation of air exchange rates mustbe at a distance of at least 250 mm from the soffit for thecollection duct to avoid interference with the FAZ measure-ment.
All air quantity figures relate to a sash opening heightof 500 mm and the recommended trace gas maximumvalues from the German industry body BG Chemie.
On the use of on-site extract air control systems and otherproduct rules, the air quantities may vary.For this reason the operating limits must be agreed withWaldner in advance.
A maximum extract pressure of 600 Pa should not be exceeded.
The minimum extract volume must not drop below 300 m3/hper running metre fume cupboard width according to EN14175 and should therefore not be used as the basis for thedesign of the ventilation system.
We are of course always available at any time to answer anyquestions during the planning or implementation of yourproject.
You will find further information on the Secuflow benchmounted fume cupboard with supportive flow technol-ogy in printed form in our Secuflow brochure and fordownload in the Internet at www.waldner-lab.com
Variants
Worktops
Internal lining
Glazing of the side panel
Cable through-put in the solid side
panel
Underbench units
Electrical supply
Water supply
Drip cup on the service panel
Lighting
Electrical/RCCB
Sash controller SC
Technical ceramic material, polypropylene, stainless steel, epoxy resin, tiles, stoneware compound worktop
Melamine resin, technical ceramic material, polypropylene, solid grade laminate
Left and/or right side possible, not on version with internal lining in technical ceramic material
Left and/or right side, possible with all internal lining variants
(see section 4: Storage space - underbench unit for fume cupboards)
Internal and/or external sockets
Take-off valves for water, gases, pure gases and high purity gases
Polypropylene, technical ceramic material
In ex-proof version
Optional
Optional
Ventilation technics variants (see section 3.14)
Function display
Constant airflow damper
Variable airflow damper
Cross slide acquisition
FAZ*
Air flow controller AC
Air flow controller AC
Only with variable air flow controller AC
Data
1200
2350
900
1080
1150
220
4
2
Standard
1500
2350
900
1080
1450
260
6
3
Standard
1800
2350
900
1080
1750
300
6
3
Standard
Widths (mm)
Height (mm)
Depth (mm)
Clear internal height in the
workspace (mm)
Clear internal width in the
workspace (mm)
Weight in kg (without installations)
Scaffold points for 13mm
Service panels
Light switch, lighting
Air data mc6 EN 14175 for Secuflow low volume bench mounted
fume cupboards
Dimensions
(mm)
1200x900x2350
1500x900x2350
1800x900x2350
Minimumvalue according to EN 14175
(m3/h)
360
450
540
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5
4
3
2
1
7
9
8
10
6
64
Fume cupboards and exhaust devices
3.7 Bench mounted fume cupboards with side panels
Bench mounted fume cupboard with side panels
EN 14175
General purpose fume cup-boards according to EN 14175prevent fumes, aerosols anddusts escaping into the labora-tory in dangerous quantities orconcentrations.
The following substances arenot approved for use in benchmounted fume cupboards with
side installation: Radioactive substances Microorganisms Genotype modified substances
Bench mounted fume cup-boards with side installation arenot suitable for pulping works.This instruction also applies tobench mounted fume cup-boards with side installationwith ceramic liner.
1 Sash handle2 Worktop
3 Service panels onthe inside in thearea of the posts
4 Display andoperating device
5 Upper sashwindow
6 Fascia panel7 Extract-air
manifold8 Baffle with
scaffold points9 Vertical sash10 Installed side
posts
1200 1500 1800 2100 mm900 mm
WH900mm
2710mm
Extractairconnectionforfunctiondisplayandairflowcontroller2810mm
150 150
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Technical data
Data
1200
300
2710
900
1440
850
320
6
6
Standard
1500
300
2710
900
1440
1150
390
6
6
Standard
1800
300
2710
900
1440
1450
450
6
6
Standard
Widths (mm) incl. service pillar
Width installed side panels
(left and right 150 mm each)
Height (mm)
Depth (mm)
Clear internal height in the
workspace (mm)
Clear internal width in the
workspace (mm)
Weight in kg (without installations)
Scaffold points for 13mm
Service panels on the inside in the
area of the posts
Light switch, lighting
2100
300
2710
900
1440
1750
510
6
6
Standard
Worktops
Internal lining
Glazing of the side panel
Cable bushing
Underbench units
Electrical supply
Water supply
Drip cup fastened to the inside of
the fume cupboard
Lighting
Electrical/RCCB
Sash controller SC
Extract-air manifold
Technical ceramic material, polypropylene, stainless steel, epoxy resin, tiles, stoneware compound worktop
Solid grade laminate, technical ceramic material, polypropylene, epoxy resin, powdered steel sheet,
stainless steel
Not possible
Via front panel and side panel
(see section 4: Storage space - underbench unit for fume cupboards)
Internal and/or external sockets
Take-off valves for water, gases, pure gases and high purity gases
Polypropylene, technical ceramic material
In ex-proof version
Optional
Optional
For fume cupboard width (mm) Size (mm) Material
1200 250 Polypropylene
1500/1800/2100 315 Polypropylene
or 600 x 250 Stainless steel
Ventilation technics variants (see section 3.14)
Function display
Constant airflow damper
Variable airflow damper
Cross slide acquisition
FAZ*
Air flow controller AC
Air flow controller AC
Only with variable air flow controller AC
Air data mc6
EN 14175 for bench mounted fume cupboards with side installation
Dimensions
(mm)
1200x900x2710
1500x900x27101800x900x2710
2100x900x2710
Minimumvalue according to EN 14175
(m3/h)
360
480600
720
* Control system for the regulation of air exchange rates mustbe at a distance of at least 250 mm from the soffit for thecollection duct to avoid interference with the FAZ measure-ment.
All air quantity figures relate to a sash opening heightof 500 mm and the recommended trace gas maximumvalues from the German industry body BG Chemie.
On the use of on-site extract air control systems and otherproduct rules, the air quantities may vary.For this reason the operating limits must be agreed withWaldner in advance.
A maximum extract pressure of 600