SKU: SLZ-M_12+12+12+MXZ-3F68VF4741

Mitsubishi Electric Trial Split Cassette R-32 12000+12000+12000 BTU Air Conditioner with MXZ-3F68VF4 Wi-Fi Optional

Price
4.390,00 €

+ Spese di spedizione: 40,00€
Extension of Technical Service
Extend your technical service for an additional 3 years after the standard 24-month warranty expires. | Info
Wi-Fi: Without Wi-Fi
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Condizionatore Climatizzatore Mitsubishi Electric Cassetta A 4 Vie R-32 60X60 9000 BTU SLZ-M25FA Wi-Fi Optional

Mitsubishi Electric Trial Split Cassette R-32 12000+12000+12000 BTU Air Conditioner with MXZ-3F68VF4 Wi-Fi Optional

Without Wi-Fi

Price
4.390,00 €

+ Spese di spedizione: 40,00€
Without Wi-Fi

TECHNICAL DATA SHEET

Product information

FAST SHIPPING AND SUPER PACKAGING! Mitsubishi Electric Trial Split Cassette Air Conditioner R-32 12000+12000+12000 BTU with Optional Wi-Fi MXZ-3F68VF


Technical Features

Model

Mitsubishi Electric Trial Split Cassette R-32 12000+12000+12000 BTU Air Conditioner with MXZ-3F68VF4 Wi-Fi Optional

  • Indoor unit codes: 3x SLZ-M35FA2
  • External unit codes: MXZ-3F68VF4

Energy Efficiency

SEER/SCOP (W/W): 6.84/3.81
Energy Efficiency Class (cooling): A++
Energy Efficiency Class (heating): A
Annual energy consumption cooling/heating kWh/a 353/2499
Nominal cooling capacity (kW): 6.8
Nominal heating capacity (kW): 8.6
Power consumption in cooling (kW): 1,845
Power consumption in heating mode (kW): 2,233
External unit sound pressure min-max (dB-A): 48/53
Nominal sound power dB(A): 63

Characteristics

Power supply (V/Hz/Φ) : 230/50/1
Refrigerant gas: R-32
Refrigeration lines Diameters Liquid/gas mm 6.35x3/9.52x3
Guaranteed operating range:
- Cooling °C: -10 ~ +46
- Heating °C: -15 ~ +24

Dimensions

Internal Unit; HxWxD: 245 x 570 x 570 mm; 15kg
Grill; HxWxD mm 10 x 625 x 625; 3kg
External Unit; HxWxD: 710 x 840 x 330 mm; 58kg


General Features

SLZ-M Series

  • Ecological refrigerant R32
  • Compact design for modular false ceilings (60x60)
  • High energy efficiency
  • Design panel
  • Low noise level
  • DC fan
  • Integrated condensate pump
  • External air intake
  • Infrared control
  • Multisplit compatible
  • Wi-Fi compatible

The ideal solution for offices and commercial premises

The linear shapes of the SLZ-M units make them ideal solutions for offices and commercial premises, ensuring a high level of environmental comfort.

Optimized energy efficiency and reduced sound pressure

Great attention has been paid to seasonal energy efficiency, which has increased by approximately 10% compared to the previous model, achieving an A++ rating in cooling mode. Thanks to the new "3D turbo fan," the units offer significantly improved silence compared to the previous SLZ-KA model.


Modern and elegant design



The 4-way cassettes of the SLZ series, designed for installation in 60x60 false ceilings, are the ideal solution for offices or commercial premises.

The use of straight lines gives the units a modern design dominated by linear shapes, making them perfectly combinable with any type of interior.

Comfortable airflow



Thanks to the introduction of the new fan and the design of the panel and fins, it is possible to direct the air flow horizontally, directing it completely towards the ceiling and eliminating any type of draft, thus ensuring a high level of comfort.

Compactness and simplified installation

With a height of 245 mm from the false ceiling, making it the most compact on the market, the unit is easy to install thanks to the presence of special hooks for the temporary installation of the panel and thanks to the 850 mm head of the condensate drain pump supplied.

Fresh Air Intake


For optimal air exchange in environments with difficult recirculation or for improved occupant well-being, the SLZ-KF(M) unit guarantees the possibility of introducing external air.

3D i-see sensor


Thanks to the 3D i-see sensor corner accessory, it is possible to use additional functions for energy saving and comfort in the room.

The sensor allows the air flow to be directed directly or indirectly towards the occupants and to reduce the power supplied during periods of less occupancy.

This is achieved through complete mapping of the environment, both in terms of occupancy and temperature, for optimal air distribution.