Brazed Plate Water Oil Cooler - PWO series - (Europe)

The Parker PWO is a compact and lightweight Water Oil Cooler (also known as a brazed plate heat exchanger) with a high cooling capacity for its size. Please use the PWO Sizing Software on the Product Support Tab for proper cooler sizing.

 

  • Product Type:

    PWO B5 to PWO B56

  • Flow Rate:

    40 to 1600 L/min

  • Maximum Cooling Capacity:

    5 to 510 kW

  • Port Size:

    2×3/4″ INT HEX + 2×1/2″ INT HEX to 4×2 1/2″ inch

  • Maximum Operating Pressure:

    28 to 31 barg

  • Maximum Operating Temperature:

    225 °C

  • Materials of Construction:

    Stainless steel (AISI 316) & Copper to Titanium

  • Application:

    Industrial, moblie and marine

 


The cooling elements of the Parker PWO 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 PWO emphasizes a number of possibilities for versatile and efficient solutions.

Markets:
• Industrial
• Marine
• Mobile

Features/Benefits:
• Light and compact
• Suitable for many applications
• Easy installation
• Cost-efficient and environmentally friendly

The correct working temperature produces a number of economic and environmental benefits:
• The hydraulic system’s useful life is extended.
• The oil’s useful life is extended.
• The hydraulic system’s availability increases – more operating time and fewer shutdowns.
• Service and repair costs are reduced
• High efficiency level maintained in continuous operation – the system’s efficiency falls if the temperature exceeds the ideal working temperature.

Applications:
• Marine cranes
• Crushing machines
• Mining equipment
• Power units
• Lubrication systems
• Presses
• Wind power

We have only included a small selection of part numbers, for more cooler options please download the PWO brochure or contact us.

Previously branded as Oiltech and Olaer.