Water Oil Cooler - Brazed Plate OAW Series - (Americas) | Product Series

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Water Oil Cooler - Brazed Plate OAW Series - (Americas)

Water Oil Cooler - Brazed Plate OAW Series - (Americas)

The OAW Series of water oil coolers offers rugged, brazed plate construction; providing the highest performance and most compact size available.

Technical Specifications

  • Maximum Cooling Capacity: 7 to 274 HP, 5.3 to 204.4 kW
  • Maximum Flow Rate: 10 to 120 Gal/min, 38 to 456 L/min
  • Operating Temperature: -320 to 435 °F, -196 to 224 °C
  • Maximum Operating Pressure: 450 psi, 31.0 bar
  • Port Size: 5/8 inch (#10 SAE), 1 inch (#16 SAE), 1-1/4 inch (#20 SAE), 1-1/2 inch (#24 SAE)
  • Connection Thread Size: 7/8"-14 inch, 1-5/16"-12 inch, 1-5/8"-12 inch, 1-7/8"-12 inch
  • Weight: 1.4 to 97.0 lb, 0.6 to 44.1 kg
  • Length: 7.4 to 20.7 inch, 188 to 526 mm
  • Width: 2.9 to 9.6 inch, 74 to 244 mm
  • Height: 2.2 to 9.0 inch, 56 to 229 mm
  • For Fluid Type: Oil Side: Mineral Oil, Oil/Water Emulsion, Water Glycol, Phosphate Ester, Water Side: Demineralized, Untreated Water. For sea water or chemically treated water, consult factory
  • Materials of Construction: Stainless Steel AISI 316 (Plates)
Safety Warning

Full Product Description

The Parker OAW Series offers up to 275 horsepower of cooling at an Entering Temperature Difference of 60 F, based on a 2:1 water flow. The cooling elements of the Parker OAW Water Oil Cooler consist of corrugated channel plates sandwiched between the front and rear cover plates. The channel plates are pressed and vacuum brazed in the same automated procedure, with rigorous standards of quality control. The design of the Parker OAW emphasizes a number of possibilities for versatile and efficient solutions.

Markets:
• Construction
• Forestry
• Material Handling
• Agriculture
• Automotive
• Marine & Offshore
• Oil & Gas
• Renewable & Wind Energy
• Power Generation

Features/Benefits:
• Higher performance in a more compact footprint than traditional shell & tube water oil coolers
• Cost-effective and environmentally friendly based on high cooling efficiency with low water consumption
• Compact design results in lighter weight and higher cooling capacity
• Easy installation

Applications:
• Hydraulic power units
• Lubrication systems
• Hydraulic presses
• Plastics machinery
• Automotive machinery
• Large diesel engines

687PDC
687399