BSP F400

Motorized fans F400 120

Transmission - Backward - AC - Less than 55,000 m3 / h

BSP F400 type T View larger

BSP F400

Motorized fans F400 120


Transmission - Backward - AC - Less than 55,000 m3 / h

ErP 2015 compliant - Fan ErP 2015 compliant - Fan
Approved 400°C 2h European compliance EASYVENT, OPTAIR® VVTP

  • F400 120 approved
  • Sturdy construction
  • Electrical accessories, relay box

Applications:

Extraction of fumes and hot gases in case of fire.
Extraction of stale air from tertiary and industrial premises.
Extraction of pollutants in professional kitchens.
Indoor and outdoor installation.
Extract air temperature up to 100°C continuously.

  • Description

  • Dimensions

  • Documentation

  • Public Price

  • Software

  • References

Comfort / Smoke extraction: 1,000 to 55,000 m3/ h.
Pressure: 1800 Pa.
11 sizes: 315/355/400/450/500/560/630/710/800/900/1000.
Range available in non-certified version.


Construction
  • Enclosure made of cold rolled galvanized steel sheet.
  • Single inlet reaction turbine, in steel protected by polyester paint.
  • Transmission by pulleys and standardized trapezoidal belts.
  • Protective cover in galvanized sheet steel.
  • Model type C (size 315 to 630): fan reinforcement profiles
    L-shaped, in galvanized steel. Medium duty ball bearing mounted in a 3-spoke bracket.
  • Type T model (size 710 to 1000): L-shaped fan reinforcement profiles, in steel protected by polyester paint. Support frame. Medium duty ball bearing mounted in a bearing fixed to the structure
  • 4 possible positions, CW or CCW clockwise rotation as desired.
  • BSP fans comply with class I defined by the AMCA 99-2408-60 standard.

Motorization
  • AC motor with feet B3, IP55, class F, without thermal protection:
    • 1 three-phase speed 230 / 400V, 50 / 60Hz (*) up to 3 kW.
    • 1 three-phase speed 400V, 50Hz above 3 kW.
    • 2 three-phase speeds 400V, 50Hz (option).
  • Three-phase 1-speed motors are variable in frequency.

(*) according to characteristics.


Selection of smoke extraction fans

Orientation




BSP 315 to 1000

 



Model

A1

A2

B1

B2

C min

C max

D

E

F

G

H1

H2

H3

J

K

L

M

N

P1

P2

+/- 15 mm

315

630

570

900

1000

120

200

315

480

518

578

287

334

343

373

52

253

283

38

431

257

355

706

630

1000

1100

120

200

355

548

578

654

317

370

389

407

52

287

327

30

486

284

400

788

702

1000

1100

120

200

400

612

650

736

351

412

437

434

52

314

354

38

540

310

450

879

778

1100

1200

120

200

450

671

726

827

388

456

491

468

52

348

388

45

600

341

500

970

852

1200

1300

120

200

500

750

800

918

427

500

543

505

52

385

425

50

656

376

560

1082

944

1300

1400

120

200

560

844

892

1030

472

554

610

553

52

433

483

48

732

416

630

1209

1050

1400

1600

120

200

630

945

998

1157

524

616

685

603

52

483

533

53

815

458

710

1382

1200

1600

1800

120

200

710

1057

1120

1302

610

716

772

649

80

529

579

63

940

536

800

1548

1334

1700

2000

120

200

800

1180

1254

1468

679

794

869

703

80

583

633

74

1052

590

900

1728

1488

1850

2150

120

200

900

1319

1408

1648

750

884

978

765

80

645

695

89

1170

652

1000

1890

1620

1950

2350

120

200

1000

1450

1540

1810

815

964

1075

833

80

713

763

90

1266

722

Close Open Detailed specifications

Close Open Installation instructions

Installation instructions (NT)

Close Open Fire / Smoke extraction certificates

CE smoke extraction certification (CCCE)

Close Open Performance / Environment Certificates

Declaration of performance (DOP)

Close Open Electrical / ATEX Certificates

Close Open Prescription assistance

Specification text (TP)

Close Open Commercial documents

Commercial leaflet (FCOM)

OPTAIR VVTP
Download OPTAIR VVTP Media locked
Software for calculating the ventilation rate in a technical room (VTP) housing a smoke extraction fan

OPTAIR-CTA-1-400px.jpg         
  • Calculation according to the smoke extraction flow rate, the installed extractor, the ductwork and the characteristics of the room.
  • Facilitates the optimisation of flow rates by adjusting the various parameters
  • Selection of air supply grilles or dampers.
  • Summary technical data sheets.
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