Fan T series

Overview
The LTG tangential fans in the T. series are modular and adaptable for a wide range of industrial applications. They feature a bolted, corrosion-resistant housing made of seawater-resistant aluminium with stainless-steel side panels. Impellers are available in galvanized steel (standard) or optionally in stainless steel. TM series: direct flange-mounted motor, right-hand or left-hand version. TW series: free shaft end for belt drive or direct drive with a flexible coupling. TTF high-temperature version: protruding shaft end permitting fluid temperatures up to +250 °C.

Performance and quality
All LTG T. series tangential fans deliver high power density, very good efficiency and low-noise operation thanks to flow-optimized impeller and housing geometry. Complete fans are balanced to at least G 6.3 in accordance with DIN ISO 21940-11.

Technical data
Type | Impeller Length [mm] | Max. Air Volume [m³/h] | Max. stat. Pressure [Pa] | Conveying Media Temperature [°C]
VQC…125…MS (TM 125) | 400-1000 | 5600 | 380 | -25 to +70
VQC…125…MH (TM t 125) | | | |
VQC…125…1S (TW 125) | 400-1000 | 4800 | 500 | -25 to +120
VQC…150…MS (TM 150) | 401-1464 | 10000 | 135 | -25 to +70
VQC…150…MH (TM t 150) | 401-1064 | 7400 | 135 | -25 to +120
VQC…150…1 (TW 150) | 401-1464 | 14000 | 600 | -25 to +120
VQC…200…MS (TM 200) | | | |
VQC…200…MH (TM t 200) | | | |
VQC…200…1S (TW 200) | 401-1250 | 10000 | 550 | -25 to +120

Key features / specifications

• Housing: bolted, corrosion-resistant; seawater-resistant aluminium with stainless-steel side panels.
• Impeller materials: galvanized steel standard; stainless steel optional.
• Versions: TM (direct flange-mounted motor, right-hand or left-hand), TW (free shaft end for belt drive or direct drive with flexible coupling), TTF (high-temperature version with protruding shaft end).
• High-temperature capability (TTF): up to +250 °C fluid temperature.
• Balancing: complete fans balanced to at least G 6.3 according to DIN ISO 21940-11.
• Performance: high power density, very good efficiency and low-noise operation due to flow-optimized impeller and housing geometry.
• Applicable conveying media temperature ranges: see technical data lines for specific type ranges.