Hydro boost power steering

Hi, I blew a hose on the power steering on a 76 caddy convertable and
had it repaired. Now the hoses heat up like it is boiling the fluid
and when you shut the enging off the fluid is forced out the top of
the power steering pump.

Any suggestions.

Thanks

> wrote in message
ups.com...
> Hi, I blew a hose on the power steering on a 76 caddy convertable and
> had it repaired. Now the hoses heat up like it is boiling the fluid
> and when you shut the enging off the fluid is forced out the top of
> the power steering pump.
>
> Any suggestions.

Could be a defective pressure relief valve in the pump.
Internal relief valves are designed for protection for brief periods of
time, if a faulty valve bypasses pressure continuously the fluid temperature
will rise significantly.
Internal relief valves are intended for nternal relief valves are designed
for protection
Internal relief valves are designed for protection for brief periods of
time. As the fluid recirculates within the pump the horsepower input at the
pump equates to heat, raising the temperature of the product as
recirculating time continues. It is not uncommon when relieving; even for
brief periods of time, for the product temperature to riseInternal relief
valves are designed for protection for brief periods of time. As the fluid
recirculates within the pump the horsepower input at the pump equates to
heat, raising the temperature of the product as recirculating time
continues. It is not uncommon when relieving; even for brief periods of
time, for the product temperature to risevInternal relief valves are
designed for protection for brief periods of time. As the fluid recirculates
within the pump the horsepower input at the pump equates to heat, raising
the temperature of the product as recirculating time continues. It is not
uncommon when relieving; even for brief periods of time, for the product
temperature to risevInternal relief valves are designed for protection for
brief periods of time. As the fluid recirculates within the pump the
horsepower input at the pump equates to heat, raising the temperature of the
product as recirculating time continues. It is not uncommon when relieving;
even for brief periods of time, for the product temperature to risefor brief
periods of time. As the fluid recirculates within the pump the horsepower
input at the pump equates to heat, raising the temperature of the product as
recirculating time continues. It is not uncommon when relieving; even for
brief periods of time, for the product temperature to rise Internal relief
valves are designed for protection for brief periods of time. As the fluid
recirculates within the pump the horsepower input at the pump equates to
heat, raising the temperature of the product as recirculating time
continues. It is not uncommon when relieving; even for brief periods of
time, for the product temperature to rise Internal relief valves are
designed for protection for brief periods of time. As the fluid recirculates
within the pump the horsepower input at the pump equates to heat, raising
the temperature of the product as recirculating time continues. It is not
uncommon when relieving; even for brief periods of time, for the product
temperature to rise Internal relief valves are designed for protection for
brief periods of time. As the fluid recirculates within the pump the
horsepower input at the pump equates to heat, raising the temperature of the
product as recirculating time continues. It is not uncommon when relieving;
even for brief periods of time, for the product temperature to rise Internal
relief valves are designed for protection for brief periods of time. As the
fluid recirculates within the pump the horsepower input at the pump equates
to heat, raising the temperature of the product as recirculating time
continues. It is not uncommon when relieving; even for brief periods of
time, for the product temperature to rise Internal relief valves are
designed for protection for brief periods of time. As the fluid recirculates
within the pump the horsepower input at the pump equates to heat, raising
the temperature of the product as recirculating time continues. It is not
uncommon when relieving; even for brief periods of time, for the product
temperature to rise Internal relief valves are designed for protection for
brief periods of time. As the fluid recirculates within the pump the
horsepower input at the pump equates to heat, raising the temperature of the
product as recirculating time continues. It is not uncommon when relieving;
even for brief periods of time, for the product temperature to rise Internal
relief valves are designed for protection for brief periods of time. As the
fluid recirculates within the pump the horsepower input at the pump equates
to heat, raising the temperature of the product as recirculating time
continues. It is not uncommon when relieving; even for brief periods of
time, for the product temperature to rise Internal relief valves are
designed for protection for brief periods of time. As the fluid recirculates
within the pump the horsepower input at the pump equates to heat, raising
the temperature of the product as recirculating time continues. It is not
uncommon when relieving; even for brief periods of time, for the product
temperature to rise Internal relief valves are designed for protection for
brief periods of time. As the fluid recirculates within the pump the
horsepower input at the pump equates to heat, raising the temperature of the
product as recirculating time continues. It is not uncommon when relieving;
even for brief periods of time, for the product temperature to rise Internal
relief valves are designed for protection for brief periods of time. As the
fluid recirculates within the pump the horsepower input at the pump equates
to heat, raising the temperature of the product as recirculating time
continues. It is not uncommon when relieving; even for brief periods of
time, for the product temperature to rise Internal relief valves are
designed for protection for brief periods of time. As the fluid recirculates
within the pump the horsepower input at the pump equates to heat, raising
the temperature of the product as recirculating time continues. It is not
uncommon when relieving; even for brief periods of time, for the product
temperature to rise Internal relief valves are designed for protection for
brief periods of time. As the fluid recirculates within the pump the
horsepower input at the pump equates to heat, raising the temperature of the
product as recirculating time continues. It is not uncommon when relieving;
even for brief periods of time, for the product temperature to rise
Internal relief valves are designed for protection for brief periods of
time. As the fluid recirculates within the pump the horsepower input at the
pump equates to heat, raising the temperature of the product as
recirculating time continues. It is not uncommon when relieving; even for
brief periods of time, for the product temperature to riseInternal relief
valves are designed for protection for brief periods of time. As the fluid
recirculates within the pump the horsepower input at the pump equates to
heat, raising the temperature of the product as recirculating time
continues. It is not uncommon when relieving; even for brief periods of
time, for the product temperature to rise