Oil Coolers

MODEL:
Y-4HP-01
Capacity: 11.6 kW

Oil chillers are used to cool spindle&gearbox mechanisms of CNC lathes and to cool bor oils.

Applications
System Limits
Gauges & Lights
Cabinet
Options
Dimensions

Applications

  • Cooling of transmission oil and spindle oils of CNC machines
  • Cooling of boron oil needed by CNC machines

Oil Circuit

  • Low oil level protection
  • Frost protection

Refrigerant Circuit

  • Low pressure protection
  • High pressure protection

Electric Circuit

  • Pump over current motor protection
  • Pump motor phase protection
  • Compressor over current motor protection
  • Compressor motor phase protection

Oil Circuit

  • Dixell digital oil temperature gauge
  • Oil pressure manometer

Refrigerant Circuit

  • Low pressure warning light
  • High pressure warning light
  • Low pressure fault lamp
  • High pressure fault lamp

Electric Circuit

  • Compressor thermal fault lamp
  • Pump thermal fault lamp

Cabinet

  • Galvanized sheet (1.5mm)
  • Electrostatic powder coated
  • Top and side panels can be opened
  • Compact dimensions
  • It is designed for indoor work.

Options

  • Hermetic Reciprocating Compressor
  • Oil level sensor
  • Oil flow sensor
  • Cabin Wheels
Product size
Teknik Specifications
Cooling Capacity kW 11,6
Kcal/h 10
Compressor Type Scroll
Power Hp 4
Refrigeration Gas R407C
Refrigerant Flow Control Expansion Valve
Evaporator Type Co-axial
Cooling Fan Quantity 1
Diameter cm 50
Power Watt 520
Flow Rate m3/h 8.760
Pump Type
Power Hp
Flow Rate m3/h
Head mss
Material
Yağ Tankı Volume Liter
Material
Yağ Bağlantısı Inch 1
Electrical Apparatus Siemens veya Schneider Electric
Electrical Supply V / Hz 380 /50-60Hz
Working Current A 12,6
Power Cable n x mm2 5 x 2,5
Supply Power kW 5,12
Weight kg
The cooling capacity given in the table is calculated at +7,2C evaporation and +40,0C evaporation temperature.
Product image
Product icons
PRODUCT CATALOG

Heat Load Calculation

Flow rate
Unit
Fluid
Inlet Temperature (°C)
Outlet Temperature (°C)
Heat Load (kWatt)

Cooling Capacity Calculation

Volume
Unit
Fluid
Initial Temperature (°C)
Final Temperature (°C)
Time (minutes)
Cooling Capacity (kWatt)