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Ceiling installation
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Fan coil unit type VKE
- LTG System with LTG slot or swirl diffusers.
- Individual adjustment of the cooling capacity according to use of the room.
- Low-noise operation.
- Low installation costs since all the components are factory-wired and integrated in the unit.
- Energy-efficient by optimisation controls.
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Fan coil unit type VKH
- Specially designed for use in hotels, for installation in a ceiling bulkhead.
- Low-noise cooling at night for high sleeping comfort: 1000 W cooling capacity at LWA = 28 dB(A) (size 800).
- High cooling capacity for rapid cooling: 1750 W at level 5 (size 800).
- Primary air box may be attached to the unit.
- Low water-side pressure loss: 12,5 kPa at 250 l/h.
- Continous operation at 6°C water inlet considering acceptable room air velocity.
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Fan coil unit type VDC
- Type VDC to supplement the induction unit type HDC of the same look.
- Optimized for cooling office rooms.
- Designed for installation in band grid ceilings of low height, overlap or non-overlap.
- Combined air inlet / air outlet grille (as shown) not requiring any additional return air grilles or shadow joints.
Controlled indoor air flow even in case of varying loads. High cost-effectiveness due to small water volumes. High comfort due to low air speeds and very low sound power levels with high cooling capacity.
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Fan coil unit type VFC
- Low installation height of only 178 mm for space-saving installation in ceilings.
Low-noise operation. Insulation of the unit suitable for operation with 6°C cooling water. Oversize drain tray, suitable for use in conjunction with condensate pump. Low-cost due to energy-saving fan operation. Maintenance-friendly design (motor, impeller and heat exchanger are accesible from below).
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Air Conditioning System Indivent® - Fan coil unit type LVC
- LTG System Indivent® with integrated LTG slot diffuser type LDB for
air flow with high thermal comfort. - High comfort due to low air flow velocities and low-noise operation.
- Flexible design of ceilings and lighting.
- Rooms may be arranged flexible according to requirement.
- Space-saving integration of air and water.
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 Sill installation
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Fan coil unit type VFC
- High-efficient EC- and AC-motors with low power consumption (SFP < 500 W/(m³/s)).
Optimized component arrangement of fan and large-area heat exchanger for high performance (30-75 Wth/Wel) at low sound level. - Quiet running and low sound levels by vibration damped tangential fans and low-noise slide bearings.
- Heat exchanger for efficient room heating by natural convection.
- Tangential fan with maintenance free, low-noise slide bearings for long durability.
- Air baffle elements for an optimized and patented LTG mixed/displacement flow, adjustable for different room geometries and varying room loads.
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Fan coil unit typ QVC
- Excellent room climate due to perimeter displacement effect.
- Improved indoor air quality as airborne particles are removed from the occupied zone by ascending convection currents.
- Quick reduction of temperature differences.
- Saving of cooling energy by directing the air flow from the floor upwards.
- Heating and cooling with the same unit.
- Low-noise.
- Easy installation.
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 Installation in false floors
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Type VKB with fresh air supply
Type VKB-N
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Fan coil unit type VKB
High-efficiency EC and AC motors with very low power consumption (<500 W/(m³/s)). - Optimized component arrangement of fan and large-area heat exchanger for high performance (30-75 Wth/Wel) at low sound level.
- Heat exchanger for efficient room heating by natural convection.
- Quiet running and low sound levels by vibration damped tangential fans and low-noise slide bearings.
- Tangential fan with maintenance free, low-noise slide bearings for long durability.
- Air baffle elements for an optimized and patented LTG mixed/displacement flow, adjustable for different room geometries and varying room loads.
- High efficiency by integration of a supply air diffuser.
- High flexibility: versions with all air treatment functions like de/humidification, ventilation and electric heating.
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© LTG Aktiengesellschaft 2006 |