VPM 600 3200 brochure
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Nilan VPM 600-3200 Active heat recovery and cooling (air/air)

Nilan VPM 600-3200 Commercial ventilation with heat recovery and cooling How do you combine ventilation, heat recovery and cooling in one unit? Modern industrial buildings with large areas of glass make substantial demands on a ventilation unit. The unit must actively contribute to both heating and cooling of the building. In all Nilan’s industrial ventilation units, heat recovery and cooling have been considered from the outset. Our intelligent units work in harness with changes in the day, season and weather, minimizing operating costs while at the same time ensuring a healthy, stable...

By installation of an additional heat exchanger is it possible to recover the heat from the cooling process for domestic hot water production Wide range of accessories and add-ons Hermetically sealed refrigerant circuits, no special cooling authorisation required for fitting Easy, service-friendly access to all components Passive pre-heat-exchange of air via the built-in heat-pipe, based on an environmentally friendly refrigerant Easy to fit modular structure - everything is delivered plug and play Reversible modulating cooling circuit and heat recovery in one module Effectively insulated,...

Online control and monitoring of Nilan VPM 600-3200 CTS 6000 enables Nilan industrial units to be controlled and monitored online using a computer located anywhere in the world. CTS 6000 has been designed to meet future requirements for optimizing the economy of ventilation units as well as detailed adaptation to the requirements of individual buildings. Control Optimum control of ventilation units assumes simple and user-friendly operation of the most important functions. Using a weekly or annual programme, units can be set for automatic operation to allow for the setting of operating...

Calculating operational economy A precise analysis of weather conditions and geographical location are decisive when choosing the most efficient and economically viable ventilation unit. Nilan has developed unique calculation software, The Nilan Calculator, which allows you to carry out realistic and extremely precise calculations that take every factor into account. Obtain a precise calculation of operational economy Whereas traditional calculation methods only take into account the units efficiency by extreme temperatures, Nilan’s software is based on data that presents a straightforward,...

VPM capacity diagram Unit 16°C

Nilan brings fresh air and well-being into every room Winter: Summer: Air volume of 25 % (relative to the nominal air volume), where the shown incoming air temperatur is maintained by capacity regulation of the heat pumps performance. Incoming air temperature at nominal air volume and nominal output at heat pump/cooling circuit. Air volume at an air temperature of 21°C is achieved without after-heat and maximum compressor power.

Nilan VPM 600Technical DataSpecifications Air volume Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Sound Resulting sound level, Lw (dB) 21° indoor temperature, 50% RH, air volume 6.000 m3/h. Capacity graph Pt External pressure drop [Pa] Cooling performance 21° indoor temperature, 50% RH, air volume 6.000 m3/h. VPM cooling performance Compressor output

Dimensional sketch Gable end with a filter and fan Recommended service clearan

Nilan VPM 700Technical DataSpecifications Air volume Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Sound Resulting sound level, Lw (dB) 21° indoor temperature, 50% RH, air volume 7.000 m3/h. Capacity graph Pt External pressure drop [Pa] Cooling performance 21° indoor temperature, 50% RH, air volume 7.000 m3/h.

Dimensional sketch Built-in evaporator and heat pipe Recommended service clearanc

Nilan VPM 800Technical DataSpecifications Air volume Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Sound Resulting sound level, Lw (dB) 21° indoor temperature, 50% RH, air volume 8.000 m3/h. Capacity graph Pt External pressure drop [Pa] Cooling performance 21° indoor temperature, 50% RH, air volume 8.000 m3/h.

Dimensional sketch Recommended service clearanc

Nilan VPM 1000Technical DataSpecifications Air volume Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Sound Resulting sound level, Lw (dB) 21° indoor temperature, 50% RH, air volume 10.000 m3/h. Capacity graph Pt External pressure drop [Pa]

Dimensional sketch Hermetic closed cooling circuit Recommended service clearanc

Nilan VPM 1200Technical DataSpecifications Air volume Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Sound Resulting sound level, Lw (dB) 21° indoor temperature, 50% RH, air volume 12.000 m3/h. Capacity graph Pt External pressure drop [Pa] Cooling performance 21° indoor temperature, 50% RH, air volume 12.000 m3/h.

Dimensional sketch Recommended service clearanc

Nilan VPM 1500Technical DataSpecifications Air volume Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Sound Resulting sound level, Lw (dB) 21° indoor temperature, 50% RH, air volume 15.000 m3/h. Capacity graph Pt External pressure drop [Pa] Cooling performance 21° indoor temperature, 50% RH, air volume 15.000 m3/h.

Nilan VPM 1500 Dimensional sketch Built-in mixing circuit for water heating surface

Technical Data Total weight Weight of filter/fan section Resulting sound level, Lw (dB) Air volume 22.000 m³/h 250 Pa, + Tolerance +/- 3 dB Inlet Weight of centre module Supply voltage Refrigerant Heat Pump Filler volume Heat Pump Refrigerant heat pipe Filler volume heat pipe Isolation thickness Installation with self-supporting structure. Materials: 1 and 1.5 mm Alu-Zink. * May differ according to configuration of compressors and fans. Heating 21° indoor temperature, 50% RH, air volume 22.000 m³/h. VPM + HP heat output Compressor output Capacity graph Pt External pressure drop [Pa]...