MODEL NO. FL-144

MODEL NO
FI-144

MAX AIR FLOW (M³/H)
58000

MAX AIR FLOW (F³/M)
34117

RPM (R/M)
630

ELECTRIC LOAD (KW)
1.6

NOISE (DB)
45

VOLTAGE
415/50

IMPELLER SIZE (MM)
1120

PRODUCT SIZE (MM)
1260 × 1260 × 1060

HOUSING OUTER CABINET
SMC Fiber Glass Moulding Compound

EXHAUST FAN CONE
SMC Fiber Glass Moulding Compound

BLADES ALUMINIUM
HPDC ADC12

BLADES DESIGN
Whale Fin Design

MOTOR
100% Copper Winding

MOTOR MAKE
OFS Limited

MOTOR CABINATE
Aluminium with Heatsink

EXHAUST FAN SHUTTER
Aluminium & PVC Material

MOTOR DRAFT COVER
PVC

MOTOR LEGS
Fiber Glass Material

WIRE GUARDS
Iron Metal Powder Coated

PRODUCT WEIGHT
65 Kg

Friston

About the Product MODEL NO. FL-144

The SMC Series Exhaust Fan is engineered for superior airflow performance, delivering an impressive 58,000 CMH and 34,117 CFM while maintaining low noise levels of just 45 dB. Built with SMC fiber glass moulding technology, the fan housing and cone provide exceptional durability, weather resistance, and structural stability. Its HPDC ADC12 aluminum blades, designed with an advanced whale fin profile, ensure higher wind output and enhanced efficiency. Powered by a 100% copper winding motor from OFS Limited, supported by an aluminum heatsink cabinet, the exhaust fan guarantees reliable and long-lasting performance. Additional components such as a PVC motor draft cover, fiber glass legs, powder-coated wire guards, and a combined aluminum–PVC shutter contribute to its robust construction. With 20% reduced noise, 20% increased wind power, and 20% energy savings compared to FRP models, the SMC Series stands out as a high-efficiency, eco-friendly, and durable ventilation solution for industrial applications.

Advantages of the SMC Series

  • Integrated shaping for fan housing and blade mounting arms
  • Low contractibility & weatherproof design
  • 20% lower noise level compared to FRP fans

The Smart Solutions

  • 20% higher wind power output with same horsepower
  • 20% power saving over FRP models
  • Eco-Tech composite – 70% SMC material derived from non-oil sources

Delivering Results with Solid Dependability