Ibiza y Baleares Recambios, electrónica y seguridad náutica

Bowman FH200-3182-3

Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Bowman FH200-3182-3
Marca
-15%
1.039,47€
1.222,91€
IVA inc. 1.039,47€
  • Stock: En stock
Marine spare part and equipment for Bowman FH200-3182-3.

The Bowman FH200-3182-3 heat exchanger is a highly specialized component meticulously designed for use with engines generating a power output of 115 kW, equivalent to approximately 154 horsepower. This particular unit is engineered to be compatible with a variety of engine models, including the well-known Ford BSD-666, making it a versatile choice for both enthusiasts and professionals in the boating industry.

One of the key features of this heat exchanger is its raw water inlet and outlet connections. It is equipped with a 1" BSP connection on one side for raw water intake and a corresponding 1" BSP connection on the opposite side for raw water discharge. This design ensures efficient water flow, which is crucial for maintaining optimal engine temperatures during operation.

It is important to note that the heat exchanger comes complete with essential components such as counterpart flanges, threaded bolts, and gaskets specifically intended for the fresh water circuit. However, it is the user’s responsibility to establish the proper connections for both the inlet and outlet of the fresh water coolant associated with the heat exchanger. Proper installation is vital to ensure the unit operates effectively and reliably.

Bowman also provides an essential recommendation regarding the use of zinc anodes. They advise against their use because the heat exchanger tubes are made from a durable copper-nickel alloy. This material does not require zinc anodes for protection. In fact, installing a zinc anode could potentially damage the naturally occurring copper oxide film that forms on the tubes. This film serves as a protective barrier, and any disruption to it could lead to corrosion of the tube material, compromising the integrity and longevity of the heat exchanger. Therefore, following these guidelines will help ensure optimal performance and durability of your heat exchanger.