Industrie-Sektionaltore ISD01 | Isoliert

Industrie-Sektionaltore ISD01 – Robuste Isolierpaneele für gewerbliche Bauten

Das Industrie-Sektionaltor der Baureihe ISD01 ist für den Einsatz an gewerblichen und industriellen Gebäuden konzipiert, bei denen ein robuster Hallenabschluss mit Wärmeschutz gefordert ist. Typische Einsatzbereiche sind Warenumschlagslager, Fabrikhallen, Logistikterminals und kommunale Betriebshöfe mit regelmäßigem Durchgangsverkehr.

Das Torblatt besteht aus geschlossenen, doppelwandigen Stahl-Sandwichpaneelen mit einer dämmenden Schaumfüllung. Diese Ausführung schützt den Halleninnenraum vor Kälte und Wind. Widerstandsfähige Dichtungen an Sturz, Zargen und Bodensektion reduzieren Zugluft und tragen zur Beibehaltung stabiler Hallentemperaturen bei.

Für die Aufnahme der betrieblichen Belastungen verfügt die Baureihe ISD01 über verstärkte Stahlzargen und stabile Führungsrollen. Die Tore lassen sich wahlweise manuell über Handkettenzüge betätigen oder mit industriellen Elektroantrieben für den automatisierten Betrieb ausrüsten.

Häufig gestellte Fragen

Aus welchen Elementen besteht das Torblatt des Modells ISD01?

Das Torblatt wird aus geschlossenen, wärmegedämmten Stahl-Sandwichpaneelen aufgebaut, die für hohe mechanische Festigkeit und Wärmeschutz sorgen.

In welchen Objekten wird das Industrie-Sektionaltor ISD01 vorwiegend eingesetzt?

Haupteinsatzgebiete sind Lagergebäude, Produktionsstätten und Logistikknotenpunkte, an denen geschlossene, isolierte Außenabschlüsse benötigt werden.

Application:

Warehouse facilities

Production workshops

Order with installation

Design

Panel Type

Surface Type

Colour Options

D-line

S-line

M-line

V-line

W-line

A-line

Woodgrain

Stucco

Smooth

RAL 9016

RAL 9010

RAL 9007

RAL 9006 White aluminium

RAL 9005

RAL 8017 Chocolate brown

RAL 8014 Sepia brown

RAL 7040

RAL 7016 Anthracite grey

RAL 7016 ssndgrain

RAL 6009

RAL 5010

RAL 3000 Flame red

DB703

Custom colour (extra charge)

Equipment

Standard

Optional

Door leaf of 40 mm energy-efficient sandwich panels with reinforcement for hinges and side supports.

Side tracks and vertical angles made of 2 mm steel have increased strength and all the necessary perforation.

High-quality durable torsion springs designed for 25 000 operating cycles provide effortless closing and opening of the door.

Spring break safety device reliably locks the shaft in case of emergency preventing the door leaf from falling.

Cable break safety device is used as bottom bracket. It stops door leaf from falling by blocking itself to the track in case of cable failure.

A set of mounting hardware, instruction manual and product technical data.

Catch lock blocks the door leaf from inside the premises. Simple and reliable.

Special window design (627 × 327 or 607 × 202 mm) guarantees tight fitting in the door leaf preventing temperature loss. Black framing.

Double sided lock blocks the door leaf from inside and outside.

Pass door has improved construction, enhanced durability and aesthetic appearance.

Industrial doors can be equipped with operators and safety devices.

Manual chain hoist can be installed with any lift type industrial sectional door and is used for manual opening/closing of the door.

Torsion spring mechanism has a lifetime of 25 000 cycles (possible to increase up to 100 000).

Industrial handle.

Handle.

Technical description

Size Table

Construction

Standard Construction

Specifications

Operating Conditions

Parameters

Value

Opening height, mm

2 000–6 120

Opening width, mm

2 000–8 000

Headroom, mm

from 150

Sideroom clearance, mm

from 120

Vertical track
Vertical angle
Cylindrical shaft
Spring safety device
Drum
U-shaped bracket
Torsion spring)
Steel coupler
Internal support bracket
Top support with roller holder
Side support with roller holder
Omega profile
Cable break safety device
Sandwich panel
Hinge
Bottom profile and seal
Side seal
Top profile
Top seal
Perforated side cap
Spring bumper
Universal mounting bracket for horizontal tracks

Low lift, front drum

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	≥ 230
B, mm Opening width	B
A, mm Angle track height	H + 110
Ab, mm Height of shaft axle and drum	≥ A + 59
A1, mm Vertical track height	А - 543
A2, mm Horizontal track height	А - 106
E, mm Horizontal track length	Н + 300
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	120
P, mm Door opener position	Н + 1 185
n, mm Clear opening	H-250 mm (without operator) H-200 mm (with operator)

Low lift, rear drum

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	150 mm; H≤3 700
B, mm Opening width	B
A, mm Angle track height	if h < 170: H + 110; if 150 ≤ h ≤ 170: H + h - 60
Ab, mm Height of shaft axle and drum	if h ≤ 170: H + 55; if 150 ≤ h ≤ 170: H + h - 47
A1, mm Vertical track height	А - 543
A2, mm Horizontal track height	А - 106
E, mm Horizontal track length	Н + 510
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	120
P, mm Door opener position	Н + 1 185
n, mm Clear opening	H- 200 (with operator); H-200 (without operator)

Roof pitch

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	500 mm
B, mm Opening width	B
A, mm Angle track height	H + 250...985
Ab, mm Height of shaft axle and drum	А + 86/97
A1, mm Vertical track height	Н - 300
E, mm Horizontal track length	depends on α° (dimension that limits door backroom operation space)
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	120
α° Angle of the tracks to horizontal	5...65 (divisible by 5°)
Q, mm Shaft opener position	300

High lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	> 660 mm
B, mm Opening width	B
HL, mm Distance from opening to horizontal tracks level	by default h - 330
A, mm Angle track height	H + HL
Ab, mm Height of shaft axle and drum	A + 86/97
A1, mm Vertical track height	А - 580
A2, mm Horizontal track height	А - 53
E, mm Horizontal track length	H - НL + 470...600
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	120
Q, mm Shaft opener position	300

High lift, low level drums

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	≥1 500
B, mm Opening width	B
HL, mm Distance from opening to horizontal tracks level	1 330 ≤ HL ≤ h - 150
A, mm Angle track height	H + HL
Ab, mm Height of shaft axle and drum	H + 400...600 + 280
A1, mm Vertical track height	А - 580
A2, mm Horizontal track height	А - 53
E, mm Horizontal track length	H - НL + 470...600
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	≥ 500
Q, mm Shaft opener position	≥ 500

High lift inclined

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	660 mm
B, mm Opening width	B
HL, mm Distance from opening to horizontal tracks level	330
A, mm Angle track height	H + HL + 15...749
Ab, mm Height of shaft axle and drum	≤ А + 86/97
A1, mm Vertical track height	Н + HL - 330...580
E, mm Horizontal track length	depends on α° (dimension that limits door backroom operation space)
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	120
α° Angle of the tracks to horizontal	5...65 (divisible by 5°)
Q, mm Shaft opener position	300

High lift inclined/ low level drums

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	≥ 1 500
B, mm Opening width	B
HL, mm Distance from opening to horizontal tracks level	≥ 1 330
A, mm Angle track height	H + HL + 15...749
Ab, mm Height of shaft axle and drum	> H + 680
A1, mm Vertical track height	Н + HL - 330...580
E, mm Horizontal track length	depends on α° (dimension that limits door backroom operation space)
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	500 mm
α° Angle of the tracks to horizontal	5...65 (divisible by 5°)
Q, mm Shaft opener position	≥ 650

Vertical lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	> Н + 350 mm
B, mm Opening width	B
A, mm Angle track height	2H + 120
Ab, mm Height of shaft axle and drum	A + 166
A1, mm Vertical track height	Н
S, mm Minimum side room clearance	120
Q, mm Shaft opener position	300

Vertical lift low level drums

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	> H + 120
B, mm Opening width	B
A, mm Angle track height	2H + 120
Ab, mm Height of shaft axle and drum	H + 680
A1, mm Vertical track height	H + 850
S, mm Minimum side room clearance	500 min
Q, mm Shaft opener position	≥ 650

Standard lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	350 mm: H ≤ 3 700 420 mm: 3 700≤H≤5000 550 mm (spring 152)
B, mm Opening width	B
A, mm Angle track height	R381: H + 235; R305: H + 165
Ab, mm Height of shaft axle and drum	A + 97
A1, mm Vertical track height	R381: A — 580; R305: A — 490
A2, mm Horizontal track height	А - 110
E, mm Horizontal track length	R381: H + 200; R305: H + 250
Db, mm Torsion spring operation space	depends on opening dimensions and door leaf weight
S, mm Minimum side room clearance	120
P, mm Door opener position	Н + 1 060
Q, mm Shaft opener position	300

Parameter	Value	Notes
Thermal resistance, m² · °С/W	1,13 (А)	depends on door size, listed for a 3 500 × 3 000 mm door
Noise insulation, dB	24 (А)
Wind load, Pa	460 (В)
Force of manual opening and closing, N	260
Water resistance at pressure change, Pa	250
Air permeability, m³/m²*h	4,9
Number of cycles	from 25 000 to 100 000
Door leaf weight, kg/m²	13,5	depends on type and size of door panels

Door leaf should smoothly slide vertically along the tracks, and be properly balanced, i. e. counterbalancing mechanism should compensate leaf weight.

For opening the door in manual operation use only the door handle.

Do not lift too much force when opening/closing the door. Prevent any sharp movements of the door.

Keep people and animals clear of opening while door is operated.

Never stay within or cross an opening with a moving door leaf as it may cause serious injury or death.

Don’t strike the door leaf or obstruct its movement.

Keep the door opening clear of any objects and litter as it may unbalance and jam the door leaf.

Keep tracks and rollers clean, as dirt may prevent the door from smooth movement and cause overloading and damage of the door operator (if used).

Additional Information print

Sandwich panels should be stored in producer’s packaging on a flat horizontal surface in warehouses or under a canopy for a period not exceeding 6 months from the production date. Provide proper protection from water, snow, dirt, and direct sunlight.

Warranty print

DoorHan warrants to the original purchaser of the product that the sandwich panels and steel profiles of the track system will be free from corrosion for a period of ten years.

New Products

Lightweight cylindrical shaft for outside mount on a 60 × 40 mm tube is an affordable device for sectional doors of up to 4 750 × 3 500 mm.

Lightweight brackets system make installation of outside cylindrical shaft (bottom mount, 100 × 100 mm tube) easier, whilst being very strong and durable. Vertical angles used to mount this system made it possible to reduce the requirements for side room clearance. As there is no need to use additional fixtures when preparing the opening the weight of the system was reduced and installation time minimised.

Special support bracket enables installation of any DoorHan shaft opener on a shaft below outside mounting system on a 100 × 100 mm tube.

All drums have special cable holes which make installation easier and provide proper fixation of the cable.

New rollers have sealed bearings to prevent dust penetration and increase service life.