KENTALMAT 400 T6 0,37KW STD

KENTALMAT
Model
KENTALMAT 400 T6 0,37KW STD
Code
KM4000182

BACKWARD IN-LINE FAN FOR CONTINUOUS OPERATION UP TO 120°C

MANUFACTURING FEATURES

Casing

  • Available in galvanized steel sheet or Magnelis® steel, a high corrosion-resistant metallic coating equivalent to a C5 finish. Connection flanges and inspection door included.
  • In-line configuration with airtight panels.
  • Inspection cover for easy access to the impeller for cleaning and maintenance.
  • Hinged opening system for the motor–impeller assembly, allowing maintenance without dismantling the casing. Opening positions at approximately 45° and 90°.

Impeller

  • High-efficiency backward-curved blade impeller.
  • Designed to operate without volute or scroll.
  • Self-cleaning design, statically balanced.
  • Manufactured from galvanised steel with anti-corrosion treatment.
  • Direct driven.

Motor

  • Motor with flange (B5) and waterproof shaft.
  • Standard asynchronous squirrel-cage motor.
  • Protection rating IP55, insulation class F.
  • Standard asynchronous squirrel cage motor with IP-55 protection and Class F insulation. Standard voltages 230V 50Hz for single-phase andmotors 230/400V 50Hz and 400/690V 50Hz for single-speed, 400V 50Hz three-phase motors 50Hz for the 2 speeds.

APPLICATIONS

  • Ventilation and smoke extraction in covered car parks.
  • Ventilation of technical rooms, industrial premises, commercial spaces and kitchens.
  • Maximum continuous working temperature: transported air 120ºC, ambient 60ºC to -25ºC in three-phase motors and 50ºC to -25ºC in single-phase motors.

Fan

Max flow
3170 m³/h
Weight
91 Kg

Motor

Power
0,37 kW
RPM Motor
900
I max. 230 V
2,2
I max. 400 V
1,27
Size
80
Weight
8.9 Kg
Efficiency
68 %
FP
0.62

ERP

Fan sheet
Fan type Unit for non-residential ventilation (LOT 6)
Tipology Unidirectional
Other None
Type of driver A variable speed drive is not required
Motor power (kW) 0,37
Requirements 2018 Values
Max. efficiency (%) 32.95 40.97
Eff. heat recovery (%) - -
Maximum efficiency point data
Flow (m³/h) 1951.74
Static pressure (Pa) 167.67
Speed (m/s) 3.44
Absorbed power (kW) 0.232
SFP 428.61