ISD02 Full-Vision Industrial Sectional Doors

ISD02 industrial sectional doors are equipped with a panoramic glass section or can be fully glazed. They are an ideal solution for industrial buildings that require sunlight inside the building or for design openings such as cars show rooms or services. The production of panoramic sections using aluminium profiles guarantee the stability of the door leaf. Fro buildings where improved thermal properties are required we can offer panoramic sections with interrupted thermal bridge.

Application:

Automotive showrooms
Fire stations

Order with installation

Advantages

Wide range of designs and colors

Sandwich panels with interrupted thermal bridge

Shock resistant panoramic sections without extra charge

Short delivery times

Wide range of designs and colors

Sandwich panels with interrupted thermal bridge

Shock resistant panoramic sections without extra charge

Short delivery times

Design

Panel Type

Surface Type

Full-vision panels

Door panel options

Colour Options

S-line

V-line

W-line

M-line

Cassette

Woodgrain

Stucco

Smooth

Full-vision panel with single acrylic glass

Standard glazing

Full-vision glazing

Combined full-vision and sandwich panels

RAL 9003 Signal white (standard)

RAL 9006 White aluminium (standard)

RAL 7004 Signal grey (standard)

RAL 1014 Ivory (standard)

RAL 6005 Moss green (standard)

RAL 5005 Signal blue (standard)

RAL 7016 Anthracite grey (standard)

RAL 3000 Flame red (standard)

RAL 3005 Wine red (standard)

RAL 8017 Chocolate brown (standard)

RAL 8014 Sepia brown (standard)

Custom Ral-colour

Equipment

Standard

Optional

Full-vision door panel. Unbreakable, impact resistant polycarbonate is used as panel glazing.

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 closing cycles provide effortless closing and opening of the door.

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

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

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

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

Cath lock blocks the door leaf from inside.

Manual chain operator can be installed to any lift type commercial sectional door and is used for manual opening/closing of the door.

Torsion spring mechanism has a lifetime of 100 000 cycles.

Industrial doors can be equipped with openers and safety devices (go to Sectional Door Automation).

Technical description

Size Table

Construction

Standard Construction

Specifications

Operating Conditions

Parameters

Value

Opening height, mm

2 000–6 000

Opening width, mm

2 000–6 000

Headroom, mm

from 230

Sideroom clearance, mm

from 120

Panoramic panel height, mm

from 370 to 720

Panoramic panel width, mm

not more than 3 000 mm

Vertical track
Vertical angle
Cylindrical shaft
Spring safety device
Drum
U-shaped bracket
Counterbalancing mechanism (torsion spring)
Steel coupler
Internal support bracket
Top support with roller holder
Side support with roller holder
Hinge
Cable break safety device
Bottom profile
Panoramic panel
Bottom seal
Side seal
Top profile
Top seal
Perforated side cap
Full-vision impact-resistant filling
Spring bumper
Universal mounting bracket for horizontal tracks

Low lift, front mount

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	230: H<3 700
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 drum behind

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	150: 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 mm (without operator) H-200 mm (with operator)

Standard lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	350: H<3 700 420: 3 700
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

Standard inclined lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	500
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
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 inclined lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	660
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	Ab > 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
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 H<5 500 (H>5 500 on request)
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 drum

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
Q, mm Shaft opener position	≥ 650

Parameter	Value	Notes
Thermal resistance, m² · °С/W	0,4 (В)	depends on door size
Number of cycles	durability 10 000 (opening/closing) cycles for door and parts; 25 000 cycles for springs
Door leaf weight, kg/m²	14,5	depends on type and size of door panels
Force of manual opening and closing, N	260

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 or cross an opening under a moving door leaf as it may cause serious injury or death.

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

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

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

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

Shatterproof impact-resistant polycarbonate used as glazing for Full-vision doors.

Double reinforcement on side aluminium profile provides structural rigidity and secure fastening of brackets.

Special reinforcement provides structural rigidity of top aluminium profile and reliability of brackets mounting.

Top reinforced profile provides structural rigidity of big-size sectional doors and has special reinforcement for brackets mounting.

Bottom aluminium profile is reinforced to enhance rigidity of construction and to provide secure fastening of the brackets.

New plastic handle for full-vision doors is reliable and convenient to use.

Design

Panel Type

S-line

V-line

W-line

M-line

Cassette

Surface Type

Woodgrain

Stucco

Smooth

Full-vision panels

Full-vision panel with single acrylic glass

Door panel options

Standard glazing

Full-vision glazing

Combined full-vision and sandwich panels

Colour Options

RAL 9003 Signal white (standard)

RAL 9006 White aluminium (standard)

RAL 7004 Signal grey (standard)

RAL 1014 Ivory (standard)

RAL 6005 Moss green (standard)

RAL 5005 Signal blue (standard)

RAL 7016 Anthracite grey (standard)

RAL 3000 Flame red (standard)

RAL 3005 Wine red (standard)

RAL 8017 Chocolate brown (standard)

RAL 8014 Sepia brown (standard)

Custom Ral-colour

Equipment

Standard

Full-vision door panel. Unbreakable, impact resistant polycarbonate is used as panel glazing.

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 closing cycles provide effortless closing and opening of the door.

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

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

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

Optional

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

Cath lock blocks the door leaf from inside.

Manual chain operator can be installed to any lift type commercial sectional door and is used for manual opening/closing of the door.

Torsion spring mechanism has a lifetime of 100 000 cycles.

Industrial doors can be equipped with openers and safety devices (go to Sectional Door Automation).

Technical description

Size Table

Parameters

Value

Opening height, mm

2 000–6 000

Opening width, mm

2 000–6 000

Headroom, mm

from 230

Sideroom clearance, mm

from 120

Panoramic panel height, mm

from 370 to 720

Panoramic panel width, mm

not more than 3 000 mm

Construction

Vertical track
Vertical angle
Cylindrical shaft
Spring safety device
Drum
U-shaped bracket
Counterbalancing mechanism (torsion spring)
Steel coupler
Internal support bracket
Top support with roller holder
Side support with roller holder
Hinge
Cable break safety device
Bottom profile
Panoramic panel
Bottom seal
Side seal
Top profile
Top seal
Perforated side cap
Full-vision impact-resistant filling
Spring bumper
Universal mounting bracket for horizontal tracks

Standard Construction

Low lift, front mount

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	230: H<3 700
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 drum behind

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	150: 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 mm (without operator) H-200 mm (with operator)

Standard lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	350: H<3 700 420: 3 700
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

Standard inclined lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	500
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
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 inclined lift

Symbol, parameter name	Calculation formula
H, mm Opening height	H
h, mm Headroom height	660
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	Ab > 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
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 H<5 500 (H>5 500 on request)
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 drum

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
Q, mm Shaft opener position	≥ 650

Specifications

Parameter	Value	Notes
Thermal resistance, m² · °С/W	0,4 (В)	depends on door size
Number of cycles	durability 10 000 (opening/closing) cycles for door and parts; 25 000 cycles for springs
Door leaf weight, kg/m²	14,5	depends on type and size of door panels
Force of manual opening and closing, N	260

Operating Conditions

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 or cross an opening under a moving door leaf as it may cause serious injury or death.

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

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

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

Additional Information

Warranty

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.

Checkout

Managers of the company will answer all
questions by phone:

+420 474 319 111

CALL BACK