Muller Unit Coolers MHD/MHDE Series

Muller unit coolers comes with 4 main product with different temperature ranges and sizes.  Muller Medium Temp (MMT), Muller Low Temp (MLT),  Muller Heavy Duty Medium Temp (MHD), and Muller Heavy Duty Evaporator Low Temp (MHDE).

MHD (Electric Defrost Option) – MHDE Features:

  • High efficiency heat exchanger incorporated.
  • Interlink external rotor type fan motor. Optional: Ziehl-Abegg motor.
  • 1.6mm powder-coated aluminium casing.
  • Stainless steel screws to prevent corrosion.
  • Sturdy supports for shipping & ceiling mount.
  • Hinged access panel to TXV valve location for ease of service and installation.
  • 180 degrees reversible drain tray.
  • 10 Medium Temperature Models:
    1 to 5 – 500mm diameter fans, 10 to 70 kW
  • 11 Low Temperature Models:
    1 to 5 – 500mm diameter fans, 6 to 40 kW

 

MULLER HEAVY DUTY EVAPORATOR FEATURE:
– High efficiency heat exchanger incorporated
– Interlink external rotor type fan motor. Optional: Ziehl-Abegg motor
– 1.6mm power-coated aluminium casing
– Stainless steel screws to prevent corrosion
– Sturdy supports for shipping & ceiling mount
– Hinged access panel to TXV valve location for ease of service and installation
– 180 degrees reversible drain tray

10 Medium Temperature Models: 1 to 5-500mm diameter fans, 10 to 70kW
11 Low Temperature Models: 1 to 5-500mm diameter fans, 6 to 40kW

1. CAPACITY – Based on SC2 conditions, 40C entering liquid (inherent subcooling), 0 degrees Celcius air inlet temperature, 85% Relative Humidity, 8 KTD. Capacity figure is Total Capacity (including sensible and latent heat). KTD is defined as entering air temperature – leaving refrigerant saturation temperature.
3K useful coil superheat assumed.
2. AIRFLOW – Rated at standard air conditions (20 degrees Celcius dry air, 101.35kPa atmospheric pressure).
3. AIRTHROW – Based on CRMA guidelines. Measurements taken at 0.5, 0.75 and 1m from the ceiling at 20 degrees Celcius air. The distance at which the average of the 3 values equals 0.5 m/s is taken as the limit of the airthrow.