Conveyor system closures Universal · RGT - Stöbich Brandschutz

stoebich

Conveyor system closures Universal · RGT - Stöbich Brandschutz

Conveyor system closures

Universal · RGT · Omnischott · ECC

Smoke barriers

Smoke protection closures

Textile fire protection closures

Conveyor system closures

Tube closures

Fire protection stacking doors

Fire protection high-speed doors

Control units

Fire protection hoods

Fire protection-insulation doors for ships and buildings

Fire protection doors - panel walls/hygiene

Fluid barriers


Stöbich Customer Cosmos

Safety

by solidity

of the company

and

range of benefits

within the group of

companies

S t a t e - o f-t h e - a r t

Safety

by competence

in planning

and

innovative product

design

S t a t e - o f -t h e - a r t

Safety

in planning,

implementation

and

during the use

S t a te - o f -t h e - a r t

Safety

due to quality

of the processes

and

of the products

S t a t e - o f- t h e - a r t

securing

s t a t e - o f -t h e - a r t

Safety

many years

of experience

and

ambition for new

challenges

S ta te - o f -t h e - a r t

Safety

best solution

and

reliable partner

St a t e- o f-t h e - a r t


Summary

Page Type of closure Design Type of conveyor

1

2

4

5

Universal B

RGT

OS

ECC-S

closed

construction

open

construction

foamed steel

elements

steel plate

elements

belt, roller, carrying chain

belt, roller, carrying chain

belt, roller, carrying chain

belt, roller, carrying chain

9 OC stacking door belt, roller, carrying chain

6

7

8

3

11

10

12

ECC-RS

ECC-FLEX

Q

RGT/K

Universal EH

Universal BZ

Isogate

15 Universal S/T/K

13

14

Special

constructions

retaining and

clearing systems

steel Roller

Shutter

flexible,

coilable

closure

clap design,

horizontal axle

open

construction

revolving

doors

closed

construction

cold and fire insulation,

foamed

construction

slider,

clap,

drum

belt, roller, carrying chain

belt, roller, carrying chain,

circular conveyors,

mono rails

belt, hinge chain, carrying

chain

overhead, Power + Free,

chain conveyors

mono rails

newspaper conveyors

various conveyors

for cold storage

and freezing rooms

container conveyors

various designs various conveyors

for stopped

and continuing

conveyors


Conveyor system closures made by Stöbich

… not a standard door, but the innovative solution

gas-tight

despite of

high

operation cycles

Trouble free

conveying process

despite of

secure sealing

Approval from the

building supervision for

the control unit

despite of

connection to the

conveyor technique,

emergency power,

sealing

applicable for

clean rooms

despite of

mineralic building materials

for numerous situations of the closing technique

Secure closing

despite of

complicated

conveyor

technique

Secure fixing regarding

the fire protection

despite of

different wall qualities

Approval from

building supervision

despite of

large dimensions

Clearing of the

closing area

despite of

power failure

Various closing directions

and installation positions

because of

limitations in space

Secure clearing

despite of

different conveyed

materials

These specific requirements are defined in the corresponding norms.

In Germany until now the DIN 4102 was used together with guidelines for fire protection

closures for track bound conveyor systems.

This will be regulated in the future by the European Norm EN 1366-7.

In Germany the certification by an accredited expert is required.


R0 type - interrupted

conveyor systems

Universal B type

System advantages

· Very large construction, clear openings up to 8 x 5 m are possible

· Construction in elements as high as the wall or installation into hoods

· Displaced closing level in front of the wall level, or frame enlargement

· Limited closing power and controlled closing velocity (ex-version is possible)

· As an option: Acceptability for clean rooms

Design

· Corrosion-less dimension-adapted steel construction

· Shutter and frame plated with 20 mm Promatect H on both sides, many special

constructions respectively adaptations are possible, e.g. telescope construction

· Planking of the Promatect plate alternatively with galvanized steel or stainless steel

respectively colour coated

· Re-opening is done manually, electric motor driven or pneumatically

· Duplex-sealing system (integrable cable fittings)

· Design for clean rooms with even, easy to clean surfaces and encapsulated building materials

Closure types for the conveyor technique

R1 type - swivel roller with

different closing directions

and vice versa

G5 type - brought together

belts, continuous supporting

construction underneath the

closing level

R2 type - continuous bearing

bars, embraced roll

Application

parameters

≥LB + 310 LB = 200 - 2500 ≥145

8000

≥100 LH = 200 - 2700 ≥250

5000

K3 type - continuous slide

steel sheets and cross beams,

recirculation through sleeve

R3 type - continuous bearing

bars and driving elements,

external roll

and vice versa

for and the vice RO versa type

for the RO type

≥200 LB = 200 - 2500 ≥455

6000

K5 type - continuous slide steel

sheets/guiding plates - lower

belt through sleeve

R4 type - interrupted conveyors

with bridging roll

≥100 LH = 200 -2700 ≥LH + 310

5000

Page 1

Clean room

design as an

option

Brickwork

according to DIN 1053-1,

wall thickness d ≥ 115 mm

Concrete according to DIN 1045,

wall thickness d ≥ 100 mm

Metal single-planked walls

G11 type - tray belt,

continuous carrying bars,

recirculation through sleeve

K2 type - continuous chain

conveyors or travelling

carriage

Universal B type

in combination with high speed door

Dimensions: Red = technical feasibility,

White = according to the approval Wall qualities

You will find the approval at www.stoebich.de


RGT type

System advantages

R 0 type - interrupted

conveying systems

• Open construction, thus good access for maintenance

• Limited closing power and controlled closing velocity

• In case of horizontal closing direction the shutter lowering in the closing area is

possible in the closing position, thus minimum split for smoke penetration

• Suitable for all conveyor systems, e.g. chain conveyors

Design

• Special galvanized particular-steel profiles for frames and closure envelopings

• Shutter elements as sandwich-construction with full-cored mineral

and calcium silicate plates Promatect H

• Shutters alternatively planked with galvanized steel or stainless

steel, respectively colour-coated

• Re-opening is done manually, by electric motor or pneumatically

Closure types for the conveyor technique

R 2 type - continuous

bearing bars, embraced

roll

G 5 type - brought

together belts, continuous

supporting construction

underneath the closing level

R 3 type - continuous

bearing bars and driving

elements, external roll

Application

parameters

and vice versa

≥ 100 LH = ≥

200 - 2700 340

5000

≥ LB + 400 LB =

200 - 2500

6000

≥ 220

K 3 type - continuous slide

steel sheets and cross

beams, recirculation

through sleeve

K 2 type - continuous

chain conveyors or

travelling carriage

and vice versa

for the RO type

K 5 type - continuous slide

steel sheets/guiding

plates - lower belt through

sleeve

KS type - hinge chain for

steel and synthetic plates

≥ LH =

200 - 2700

5000

≥ 100

≥ 400 LB = 200 - 2500 ≥ 240

6000

≥ LH + 400

Page 2

Brickwork

according to DIN 1053-1,

wall thickness

d ≥ 175 mm

Concrete

according to DIN 1045,

wall thickness

d ≥ 140 mm

G 11 type- tray belt,

continuous carrying bars,

recirculation through sleeve

S type - container

conveyor system, fixed rails

Dimensions: Red = technical feasibility,

White = according to the approval You will find the approval at www.stoebich.de

Wall qualities


RGT/K type

System advantages

· For continuous circular conveyors, as cardan joint chains, overhead chains,

power & free systems

· Horizontal closing directions as well as closing direction from below

· Open construction, thus good access for maintenance

· Limited closing power and controlled closing velocity

· Running gear on top of the shutter system, thus no obstructions in the

floor area

Design

· Fixed closure for continuous conveyor system with integrated intumescent

construction components, such as heat consuming building material components

· The side guide is integrated in the closure blade and is guided on track rollers at the

wall as well as in the fixed closing

· Particular galvanized special steel profiles for frames and closure envelopings

· Shutter elements as sandwich-construction from mineral wool and calcium silicate

plates Promatect H

· Shutter alternatively coated with galvanized steel or stainless steel respectively

colour-coated

· Re-opening is done manually, by electric motor or pneumatically

Closure types for the conveyor technique

mk type - continuous

cardan joint conveyor

Application

parameters

≥LB+700 LB 200-2500 ≥200

6000

mo type - continuous

overhead chain conveyor

LH 200-2700 ≥

300

mp type - continuous

power & free conveyor

and vice versa ≥ LH+250 LH 200-2700 ≥300

≥470 LB 200-2500 ≥240

4000

Page 3

Brickwork

according to DIN 1053-1,

wall thickness

d ≥ 175 mm

Concrete

according to DIN 1045,

wall thickness

d ≥ 140 mm

Dimensions: Red = technical feasibility,

White = according to the approval You will find the approval at www.stoebich.de

Wall qualities


OS type

System advantages

· Economical standard design

· Minimum space requirement for overlapping

· Easier transports due to 600 mm wide elements, sheet steel construction

· Different fire resistance classes EI30 – EI90

· Controlled closing velocity

· As an option: Smoke-/gas tight design to reduce the loss of invert gases

Design

· Steel sheet case bays foamed with mineral foam

· Element construction, standard heights 600 resp. 900 mm

· Galvanized steel plate construction, alternatively in stainless steel, alternatively colour coating

· Horizontal joints of the individual elements

· Motorized re-opening is the standard (manual on request)

· For the gas tight design: Cone shaped sealing system which guarantees the sealing in its end

position

Closure types for the conveyor technique

R0 type - interrupted

conveyor systems

R1 type - swivel roller

with different closing

directions

G5 supporting underneath belts, type continuous

- brought construction

the closing together level K3 steel beams, through type sheets recirculation

- sleeve continuous and cross slide K5 type - continuous slide

steel sheets/guiding plates

– lower belt through sleeve

R2 type - continuous

bearing bars, embraced

roll

Application

parameters

≥ 120 LH = ≥ 240

500 - 2500

4000

R3 type - continuous

bearing bars and driving

elements, external roll

and vice versa

for the RO type

R4 type - interrupted

conveyor with bridge roll

≥ 120

LH =

≥ LH + 140

500 - 2500

4000

Page 4

Smoke-/

inert gas tight

G11 type - tray belt,

continuous carrying bars,

recirculation through sleeve

K2 type – continuous

chain conveyors or

travelling carriage

Omnischott in Kombination

mit Schnelllauftor

and vice versa

Masonry

according to DIN 1053-1,

wall thickness d ≥ 240 mm

Wall from concrete

according to DIN 1045,

wall thickness d ≥ 140 mm

≥ LB + 200

LB =

500 - 2500

3750

≥ 175

≥175 LB = 500 - 2500

3750

≥ 175

Gas concrete

according to DIN 4165,

wall thickness d ≥ 200 mm

Dimensions: Red = technical feasibility,

White = according to the approval Wall qualities

You will find the approval at www.stoebich.de


ECC-S type

System advantages

· Economical standard design

· Robust sheet steel design

· Open construction, therefore easy access for maintenance

· Little demand for space on the wall for the overlapping

· Various fire resistance classifications EI30 – EI90 (EI120)

Design

· Modular design for the closure elements, standard widths of the elements is 750

respectively 1.000mm

· Vertical joints of the elements

· Sheet steel elements are filled with mineral wool

· Galvanized sheet steel design

· Fixed panel (underneath of the conveyor system) made of adjustable components

· Motorized re-opening

Closure types for the conveyor technique

RO type - interrupted conveyor

system

R1 type - swivel roller with different

closing directions

G1 type - brought together

belts, continuous supporting

construction underneath the

sealing level

R2 type - continuing carrying

bars, embraced roller

Application

parameters

K3 type - continuing slide steel

sheets/guiding plates – recirculation

through sleeve

R3 type - continuing carrying

bars and drive elements,

external roller

Dimensions: Red = technical feasibility,

White = area where the approval is applied for

* depending on the wall quality

Page 5

K5 type - continuing slide steel

sheets/guiding plates – lower

belt runs through the sleeve

R4 type - interrupted conveyor

with bridge roller

G11 type – tray belt, continuous

carrying bars, recirculation

through sleeve

K2 type - continuing carrying

chain conveyors or travelling

carriages

Wall qualities

Masonry according to DIN 1053-1

Wall thickness ≥ 115mm

Wall thickness ≥ 240mm

Concrete according to DIN 1045

Wall thickness ≥ 100mm

Wall thickness ≥ 140mm

Armoured gas concrete

Wall thickness ≥ 200mm

Gas concrete according to DIN 4165

Wall thickness ≥ 175mm

Wall thickness ≥ 200mm

Covered steel building

components F90 according to DIN 4102-4

Installation walls

Wall thickness ≥ 100mm


ECC-RS type

System advantages

· Economical, robust solution due to the easy construction

· Little demand for space above the clear opening

· Large openings can be sealed

· Little demand for lateral space

· Small interruptions for interrupted conveyors, only 35mm

· Safe sealing for continuing carrying bars and drive units

· Safe sealing of rollers which may be positioned in the closing area

· Cycle ability: C3 according to DIN EN 14600

Design

· The door elements are stored on a coil above the opening

· Single (E) or double-walled (EW) profiles

· Roller Shutter profiles made of sheet steel

· Electro motorized opening and controlled closing velocity by an external drive unit

· Motorized opening and closing by an internal tubular motor

· Lateral construction and door elements can be galvanized, powder coated or made of

stainless steel as options

Closure types

R0 type - interrupted conveyor

systems

K2 type - continuing carrying

chain conveyor or travelling

carriage

R2 type - continuing carrying

bars, embraced roller

K3 type - continuing slide steel

sheets and bars, recirculation

through sleeve

Wall qualities

Masonry

250mm thickness and a volume of 600kg/m²

Masonry

210mm thickness and a volume of 1.651kg/m²

Gas concrete

150mm thickness and a volume of 600kg/m²

Further wall qualities

Provided that the volume is > 600kg/m²

R3 type - continuing carrying

bars and drive elements,

external roller

Application

parameters

90

Page 6

≥ LH = 3100

6500

145 LB = 3500 145

Dimensions: Red = technical feasibility ·

White = area where the approval is applied for * depending on the wall quality

6000

380

Stöbich – engineer like solution acco

�����������

���

���

���

���

!

�����������

���

���

���

���

����� ����� ���������� � ��������� � ��������� � ������� � �������

���������������� �� ��� �������� �� ��� ��������

����� ������ ����� ������

�� ��




� �� �� �� �� �� �� ���

����� �����

����� �����

����� �����

���

���� ���� ���������������� ���� ������� ������� �������� ������� �����

No Integrity as there is no

closure system underneath the

conveyor technique

Plastic = 30 min

Wood = 35 min

Paper = 35 min

0 100mm 200mm

� �

� � ��

No Integrity as there is no

sealing of the gaps which are

necessary due to the function

�����������

���

���

���

���

��

�����������

���

���

���

���

��

Plast

Woo

Pape

No engineer like solution to achi

no “E” classification according to


Typ ECC-FLEX

rding to EN 1366-7

Plastic = melted without ignition

Wood = 53 min

Paper = 53 min

ic = 58 min

d = 45 min

r = 45 min

300mm

���� �������

�� �� �� ���

�����

�����

�����

���� �������� ���� ��� ������� �����

eve Integrity/

EN 13501-2

!

Radiation – therefore ignition

of combustible components

of the conveyor technique

respectively of the conveyed

material

System advantages

· Applicable for large openings

· Various fire protection classifications for engineer like fire protection E90 – EW90

· Safe sealing of continuing carrying bars and drive units

· Safe sealing of rollers which may be positioned in the closing area

· Extreme little demand for space in the lintel area and in the area of the side guides

· Little expansion under fire load, therefore applicable for all fire wall constructions

· Controlled closing velocity

· Cycle ability: C3 according to DIN EN 14600

· Economical solution

Closure types

Closure of the cross section of the conveyor

system:

· Non combustible sealing element made of a fabric

· Coiled up into the casing

· Electro motorized re-opening by a tubular motor

· Galvanized sheet steel design, as an option stainless

steel or powder coating

0 100m

0 100m

R0 type - interrupted conveyor

systems

K3 type - continuing slide steel

sheets and bars, recirculation

through sleeve

Application parameters

≥ LH = 3100

6500

145 LB = 3500 145

6000

380

Page 7

R2 type - continuing carrying

bars, embraced roller

mp type - continuing Power +

Free conveyors

>105

145 LB = 3500 145

6000

≥ LH = 3100

6500

380

depending

FT

R3 type - continuing carrying

bars and drive elements,

external roller

mo type - continuing

Overhead conveyors

6000

≥ LH = 3500

380 6500

380

145 LB = 3500 145

Closure of the conveyor system:

· Robust Durasteel plate (sandwich sheet steel with

Calcium Silicate intermediate layer)

· Sealing of the continuing carrying construction, drive

units and further rollers which may be in the closing area

by intumescend, heat consuming parts

· Design which is adjusted to the individual protection

target

K2 type - continuing carrying

chain conveyor or travelling

carriage

A1 type - continuing monorail

conveyors made of Aluminium

Wall qualities

Masonry

According to DIN 1053-1 - wall thickness ≥ 115mm

Concrete

According to DIN 1045 - wall thickness ≥ 100mm

Gas concrete

Wall thickness ≥ 100mm

Gypsum fibre board wall according to DIN 4102

Gas concrete

According to DIN 4165 – wall thickness ≥ 200mm

Aspired certificate: MIWO-wall construction (MIneral WOol)

Dimensions: Red = technical feasibility · White = area where the approval is applied for

* depending on the wall quality


Q type

System advantages

· Shutter closing edge is tongue shaped, ideal for belt conveyors with high lateral guiding steel sheets

· Limited closing and opening force due to gas pressure spring system

· Extremely minimal space demand, as the flap blade can stand in the conveying direction

· Mechanical locking device in the closed position, usable for access control

Design

· Bearing corrosion-protected steel construction of the closure

· Planking on both sides with 20 mm Promatect H

· Closing edge of the flap is adapted to the conveyor cross section

· Fold-like tong frame for the sealing of the flap blade

· Gas pressure springs on both sides, bedded by 2 hinge systems

· Re-opening is done manually or by an electric motor

Closure types for the conveyor technique

K3 type - continuous slide

steel sheets and cross

beams, recirculation

through sleeve

K2 type - continuous chain

conveyors or travelling

carriage

G5 type - brought together

belts, continuous supporting

construction underneath

the closing level

KS type - hinge chain for

steel and synthetic plates

Application

parameters

Dimensions:

Red =

technical feasibility,

White =

according to the approval

K5 type - continuous slide

steel sheets/guiding plates

– under belt through sleeve

KC type - container

conveyor system

≥190 LB = 800 - 1400 ≥190

4500

G11 type - tray belt,

continuous bearing bars,

recirculation through sleeve

≥100 LH = ≥250

1000 - 1350

2500

Page 8

Brickwork

according to DIN

1053-1,

wall thickness

d ≥ 115 mm

Concrete / reinforced

concrete

according to DIN 1045,

wall thickness

d ≥ 100 mm

Wall qualities

You will find the approval at www.stoebich.de


OC type

System advantages

· Minimal space requirement above the clear opening

· Very large openings up to 9 x 6 m can be shut off

· Simple installation due to a segmented construction

· Blade height 500 mm / 360 mm in the screen

· Limited closing power and controlled closing velocity

Design

· Segmented construction of the closing element

· Steel plate case bays filled with mineral foam constitute the sealing elements

· Segments are stackable above the opening

· Electric motor driven opening process, velocity controlled closing process

· At the closing edge of the lowest elements is the corresponding sealing element of the

continuous conveyor system

· Blades and side guides galvanized, alternatively in stainless steel version or powder coated

Closure types for the conveyor technique

K3 type - continuous slide

steel sheets and cross

beams, recirculation

through sleeve

R3 type - continuous

bearing bars and driving

elements, external roll

K5 type - continuous slide

steel sheets/guiding plates

– lower belt through sleeve

R3 type - continuous

bearing bars and driving

elements, external roll

Application

parameters

Dimensions:

Red = technical feasibility

R0 type - interrupted

conveying systems

R4 type - interrupted

conveyor with bridge roll

≥ 100 LH = 2000 - 6000 ≥ 740

≥ 230 LB = 1000 - 9000 ≥ 230

Page 9

G11 type - tray belt,

continuous carrying

bars, recirculation

through sleeve

K2 type - continuous

chain conveyors or

travelling carriage

Brickwork

according to DIN 1053-1,

wall thickness d ≥ 240 mm

Concrete / reinforced

concrete according to DIN 1045,

wall thickness d ≥ 140 mm

Foam mortar, blocks or concrete precision blocks

according to DIN 4165,

wall thickness d ≥ 240 mm

Walls from armoured,

lying or standing

Gas concrete plates

wall thickness d ≥ 200 mm

Wall qualities

You will find the approval at www.stoebich.de


BZ type

System advantages

• Complicated plastic parts of the newspaper conveyor are sealed-off reliably

• Installation to the wall and to the ceiling

• Several conveyor tracks (up to 4 systems) through one closure

• Continuous guide rails for the guidance of the newspapers (support)

• Integrated ejection device for the newspaper, in case of standing conveyor system

combinations with unlocking system of the conveyor technique

Design

• Bearing corrosion protected steel construction, on all sides planked with

Promatect H-plates

• Shutter and fixed curtain with patented, temperature-controlled activation of

the foaming process

• Construction of 280 mm depth for shutter and fixed sealing

• Reverse motion through fixed closure, which is coated with foaming building

material

• Re-opening is manual, electric motor driven or pneumatical

Closure types for the conveyor technique

BZ type - continuous

newspaper conveyor

Application

parameters

Dimensions:

Red = technical feasibility

White = according to the

approval

≥830 LH= ≥620

100-350

420

≥200 LB=400-700 ≥430

5000

Page 10

Brickwork

according to DIN 1053-1,

wall thickness

d ≥ 115 mm

Walls from concrete

according to DIN 1045,

wall thickness

d ≥ 100 mm

Ceilings from reinforcedconcrete

according to DIN 1045,

ceiling thickness

d ≥ 140 mm

Wall qualities

You will find the approval at www.stoebich.de


EH type

System advantages

· Continuous aluminium or steel rail, including conductor rails

· No movable guiding components, as for example necessary when swinging out

(wearing/noises)

· No restrictions in the carrying capacity of the conveyor system

· Minimal space requirement for folding doors with opening angle of 90°

· In case of restriction by the conveyor system (e.g. bow, rotary wing in the swinging range)

use of sliding dors

· Can be combined with one-piece sliding elements

Design

· 2 half-shell sleeves embrace, in the closed position, the continuous rail

· Double-winged revolving or sliding door with integrated sleeves

· Sleeves are protected by double sided covers

· Sliding gates with thermomechanical lock

· Controlled closing sequence with revolving doors

Closure types for the conveyor technique

A1 type - continuous aluminium

electric mono-rail

≥ 200

LB =

1500 - 2500

3.250

≥ 200

S1 type - continuous steel electric

mono-rail

Application parameters

LH = 1700 - 3000

4000

Dimensions: Red = technical feasibility,

White = according to the approval

≥ LB +600

LB =

2 2500 - 8500 ≥ LB +600

2

Page 11

2000 - 6000 ≥295

Brickwork according

to DIN 1053-1,

wall thickness

d ≥ 240 mm

Concrete/reinforced

concrete according

to DIN 1045,

wall thickness

d ≥ 140 mm

Wall qualities

You will find the approval at www.stoebich.de


Isogate type

System advantages

· Tested according to DIN/EN

· Outstanding characteristics for the insulation (K = 0,0184) due to state-of-the-art insulation materials

· Low weight of the door, starting from 35 kg/m²

· Easy to operate

· Design being conform to veterinary demands

· Re-opening can be done manual or motorized

· Access control by a locking system, card reader

· Average opening velocity of up to 0,6m/sec. for sliding doors

Design

Revolving door:

· Surface made of stainless steel / RAL

· Increasing hinges

· Lock with panic function

· Pluggable hollow chamber sealing

· Overhead door closer

· Wearless, self-regulating heating

system for freezing rooms

Closure types for wall qualities

Revolving door:

With one-sided insulation

Sliding door:

With one-sided insulation

Revolving door:

With double-sided insulation

Sliding door:

With double-sided insulation

Revolving door:

In panel walls

Sliding door:

Panel walls

Application parameters

Dimensions:

Red = technical

feasibility,

White = according to

the approval

and vice versa

500

LH =

2000 - 3500

3500

LB =

≥ LB + 300 1000 - 3000 188

3000

Page 12

Sliding door:

· Stainless steel travelling gear with plastic

roller

· Element design

· Ball bearing ground guiding roller

· Pluggable hollow chamber sealing

· Opening cable

· Surface in stainless steel/RAL/galvanized

Legend

Sliding door: Dimension of the

wall = clear dimension

LH =

1700 - 2100

2100

≥188 LB = 500 - 1200 188

1200

You will find the approval at www.stoebich.de


Special Constructions

Sleeves

Page 13

System advantages

· Very large opening, e.g. 15 x 1 m

· Several conveyor systems can run through one opening

· Fixed deep closures with intumescent components

· Crane way closure (slide door and butterfly valve)

Design

· Combination of the different designs of conveyor system closures

· Combination of different closing directions, e.g. from below horizontally

pushing and from above tilting

· Various constructions based on more than 100 fire tests

· Re-opening is made manually, electric motor driven or pneumatically

System advantages

Design

Craneway Tilt tray sorter

· no movable sealing element

· Clearing of the closing area for non combustible conveyed

material is not necessary

· Little demand for space at the wall (small demand for

overlapping)

· Protected steel frame construction in terms of fire protection

· Intumescend sealing blocks (being attached to fire these blocks

start to foam) in several sealing levels

· Cross section of the sealing is adjusted to the conveyed material

You will find the approval at www.stoebich.de


Retaining and clearing

Problem-oriented clearing of the closing area.

For stopped

conveyor systems

Gravity roller conveyor

Stop M

Pulling out of

general cargo

Pulling out of

bulk goods

Blowing out of

the conveyed

material

Clearing

Crushing of the

conveyed goods

Protective

screen

When roller conveyor

systems run through

the closure with an

inclination, the delay of

the closing process is

adequate. Precondition

is that it may not lead

to a back draught

of the goods to the

closure level.

For conveyed goods,

which can be crushed

or displaced by kinetic

energy because of their

properties, the clearing

system “A-Y1 type”

offers an economic

possibility.

General cargo, which

move on the conveyor

system with gaps

between one to the

other, can be pulled

out of the closing area

via swivelling return

motion lever with

stored pneumatic

energy.

A rake, driven by stored

energy, swivels into the

conveyor process and

pulls out the conveyed

material.

Light conveyed goods

can be blown out

of the closing range

by means of stored

compressed air.

Page 14

For conveyor systems

which continue conveying

an emergency power

system is necessary

Light barrier control

Logistics

Stop M M

Closing area

surveillance

Initiator occupied

Retaining

of bulk material

Clearing

Initiator

free

I II III

Passage safeguard

Scan of the

hanger position

Security area

Parking space

One or more

transversally arranged

light barriers control

the closing level. In

case of a detected gap

the conveyor system

stops.

Bulk goods can be

retained by means

of a slider . The

arrangement of

the slider can be

rectangular, diagonal

or according to the

snowplough principle.

Only after the clearing

the conveyor system is

stopped.

When several

separated conveyor

systems are used for

the conveyor process,

the closing range

can be cleared by

switching-off of the

incoming conveyor

route and continued

running of the

outgoing conveyor

route.

The closing area

surveillance is defined

for the distance that is

necessary to guarantee

the closing range to be

free of conveyed goods.

Usually in front of and

behind this closing

area surveillance,

proximity switches

(initiators) are placed.

With this system it has

to be guaranteed that

all openings are free

simultaneously during

the closing period.

In dependence on

the uniformity of the

hanger distances as

well as of the hangers

itself, control elements

have to be installed.

Die Zulassung finden Sie unter www.stoebich.de


S type

System advantages

· No flexible rail parts, thus minimum wear and low-noise

· Secure function, few movable parts Installation to wall and ceiling, all closing directions,

as well hanging drive position

· Limited closing power and controlled closing velocity

· Cable sealings integrable

· Rail joints only max. 4 mm

Design

· Bearing, corrosion protected steel construction

· Frame and shutter planked on both sides with 20 mm Promatect H,

· Shutter additionally with 2 mm galvanized steel plate

· Incoming-/outgoing- as well as inter-rail fixed

· Closing power via interior hydraulic door closer

· Re-opening is made manually or electric motor driven by direct-current

motor and electromagnetic coupling

Closure types for the conveyor technique

S 1 type - upright drive

Application

parameters

and vice versa

≥LB + 420 LB = 200 - 800 ≥130

S 1 type - hanging drive

Dimensions: White = according to the approval

≥115 LH = 400-900 ≥125

and vice versa

≥190 LB=200-800 ≥345

page 15

≥115 LH = LH + 210

400 - 900

Brickwork

according to DIN 1053-1,

wall thickness d ≥ 115 mm

Concrete/reinforced concrete

according to DIN 1045,

wall thickness d ≥ 100 mm

Gas concrete

according to DIN 4165,

wall thickness d ≥ 115 mm

Metal single-plank walls

Wall qualities

Universal T (Trommel)

Universal KL (Klappe)

Die Zulassung finden Sie unter www.stoebich.de


Addresses

Stöbich - Fire Protection

Stöbich Brandschutz gained the position of the world wide

market leader for conveyor system closures since 1980 and also

became international trendsetter in the field of flexible smoke

and fire protection systems which are made of fabrics.

The know-how which grew by the immense number of

completed projects and fire tests as well as the proven

constructive competence take company Stöbich to be a fire

protection specialist with a wide range of products and a broad

range of services.

Eight world novelties and four awards express the innovative and

customer orientated design of the Stöbich products as well as

the efficient control of all processes.

Four affiliates and numerous national and international

representations allow for a direct presence and proximity to the

customer during all stages of a project.

Headquarter

Stöbich Brandschutz

GmbH

Pracherstieg 6

38644 Goslar, Germany

Phone +49-(0)5321-5708-0

Fax +49-(0)5321-5708-71

Affiliate South

Stöbich Brandschutz

GmbH

Gewerbehof 8

73441 Bopfingen, Germany

Phone +49-(0)7362-9614-0

Fax +49-(0)7362-9614-50

Affiliate East

Stöbich Brandschutz

GmbH

Geltestraße 12

06188 Landsberg OT Queis, Germany

Phone +49-(0)34602-552-0

Fax +49-(0)34602-552-50

Affiliate West

Stöbich Brandschutz

GmbH

Max-Planck-Straße 13

59423 Unna, Germany

Phone +49-(0)2307-98689-0

Fax +49-(0)2307-98689-50

International Representatives

· Australia

· Austria

· Belarus

· Belgium

· Bosnia and

Herzegovina

· Bulgaria

· Croatia

· Cyprus

· Czechia

· Denmark

· Estonia

· Finland

· France

· Greece

· Great Britain

· Hong Kong

· Hungary

· Ireland

· Italy

· Latvia

· Liechtenstein

Affiliate South • Gewerbehof 8 • 73441 Bopfingen · Germany

Affiliate East • Geltestraße 12 • 06188 Landsberg OT Queis · Germany

Affiliate West • Max-Planck-Straße 13 · 59423 Unna · Germany

· Lithuania

· Luxembourg

· Macedonia

· Netherlands

· New Zealand

· Norway

· Poland

· Portugal

· Romania

· Russia

· Sweden

· Switzerland

· Serbia and

Montenegro

· Slovakia

· Slovenia

· Spain

· Turkey

· Ukraine

· UAE

· USA

Further information

(Please see Video,

CD or Internet)

06/2009-E

More magazines by this user
Similar magazines