FRAC RADIATOR FILTER ASSEMBLY
A filter assembly for a heat exchanger unit having a pliable body made of a filter medium. The filter assembly has a first end extending from an inner region through a middle portion to an outer perimeter end, and a second end extending from the inner region through the middle portion to the outer perimeter end. The second end is configured for coupling with the first end. The assembly has a central opening, and a mount insert coupled with the pliable body in the central opening.
1 . A filter assembly comprising:
a pliable body made of a filter medium, and further comprising:
a first end extending from an inner region through a middle portion to an outer perimeter end;
a second end extending from the inner region through the middle portion to the outer perimeter end, the second end configured for coupling with the first end;
an outer perimeter comprising the outer perimeter end;
a drawstring disposed circumferentially around the outer perimeter end; and
a central opening;
a mount insert coupled with the pliable body in the central opening, the mount insert further comprising a closeable opening, whereupon the mount insert is positionable around a fan motor housing and the closeable opening being closeable therearound,
wherein the filter medium comprises nylon, wherein the filter medium comprises a percent opening defined by an average mesh size opening, and an average thread size, wherein the average mesh size opening is in the range of 300 microns to 625 microns, and the average thread size is in the range of 50 microns to 180 microns.
2 . The filter assembly of claim 1 , wherein the average mesh size opening is in the range of 590 microns to 610 microns.
3 . The filter assembly of claim 2 , wherein the drawstring is configured for tightening the outer perimeter end around a fan guard associated with a fan blowing air into a heat exchanger unit, wherein the fan operates at a fan speed in the range of 900 rpm to 1000 rpm.
4 . The filter assembly of claim 3 , wherein an inner drawstring is disposed circumferentially around an inner region perimeter end, the inner drawstring configured for tightening the mount insert around the fan motor housing.
5 . The filter assembly of claim 4 , wherein the first end and the second end are configured to provide a hook and loop coupling along the entirety of each, and wherein the mount insert is cylindrically shaped with openings on either end thereof.
6 . A heat exchanger system comprising:
a heat exchanger unit comprising:
a frame;
an at least one cooler coupled with the frame;
an at least one fan system coupled with the frame proximate to the at least one cooler, the at least one fan system further comprising: a motor operationally coupled with a rotating member, and a fan motor housing disposed at least partially around the motor;
a fan guard coupled to the frame and around the rotating member; and
a filter assembly, the filter assembly comprising:
a pliable body made of a filter medium, and further comprising:
a first end extending from an inner region through a middle portion to an outer perimeter end;
a second end extending from the inner region through the middle portion to the outer perimeter end, the second end configured for coupling with the first end;
an outer perimeter comprising the outer perimeter end;
a drawstring disposed circumferentially around the outer perimeter end; and
a central opening;
a mount insert coupled with the pliable body in the central opening, the mount insert further comprising a closeable opening, whereupon the mount insert is positionable around the fan motor housing and the closeable opening being closeable therearound,
wherein the filter medium comprises nylon, wherein the filter medium comprises a percent opening defined by an average mesh size opening, and an average thread size, wherein the average mesh size opening is in the range of 300 microns to 625 microns, and the average thread size is in the range of 50 microns to 180 microns, and wherein the rotating member operates to blow air through the at least one cooler.
7 . The heat exchanger system of claim 6 , wherein the average mesh size opening is in the range of 590 microns to 610 microns, and wherein the drawstring is configured for tightening the outer perimeter end around a fan guard associated with the fan.
8 . The heat exchanger system of claim 7 , wherein an inner drawstring is disposed circumferentially around an inner region perimeter end, the inner drawstring configured for tightening the mount insert around the fan motor housing, and wherein the fan operates at a fan speed in the range of 900 rpm to 1000 rpm.
9 . The heat exchanger system of claim 8 , wherein the first end and the second end are configured to provide a hook and loop coupling along the entirety of each, wherein the mount insert is cylindrically shaped with openings on either end thereof, and wherein the heat exchanger unit is operably coupled with a heat generating device.
10 . The heat exchanger system of claim 9 , wherein the heat generating device is a diesel engine operably associated with a frac pump, and wherein the heat exchanger unit, the heat generating device, and the frac pump are disposed on a frac trailer.
11 . A heat exchanger system comprising:
a heat generating device;
a heat exchanger unit operably coupled with the heat generating device, the heat exchanger unit further comprising:
a frame;
an at least one cooler coupled with the frame;
an at least one fan system coupled with the frame proximate to the at least one cooler, the at least one fan system further comprising: a motor operationally coupled with a rotating member, and a fan motor housing disposed at least partially around the motor;
a fan guard coupled to the frame and around the rotating member; and
a filter assembly, the filter assembly comprising:
a pliable body made of a filter medium, and further comprising:
a first end extending from an inner region through a middle portion to an outer perimeter end;
a second end extending from the inner region through the middle portion to the outer perimeter end, the second end configured for coupling with the first end;
an outer perimeter comprising the outer perimeter end;
a drawstring disposed circumferentially around the outer perimeter end; and
a central opening;
a mount insert coupled with the pliable body in the central opening, the mount insert further comprising a closeable opening, whereupon the mount insert is positionable around the fan motor housing and the closeable opening being closeable therearound,
wherein the filter medium comprises nylon, wherein the filter medium comprises a percent opening defined by an average mesh size opening, and an average thread size, wherein the average mesh size opening is in the range of 300 microns to 625 microns, and the average thread size is in the range of 50 microns to 180 microns, and wherein the rotating member operates to blow air through the at least one cooler, and wherein the drawstring is configured for tightening the outer perimeter end around a fan guard associated with a fan blowing air into a heat exchanger unit.
12 . The heat exchanger system of claim 11 , wherein an inner drawstring is disposed circumferentially around an inner region perimeter end, the inner drawstring configured for tightening the mount insert around the fan motor housing.
13 . The heat exchanger system of claim 12 , wherein the first end and the second end are configured to provide a hook and loop coupling along the entirety of each, and wherein the mount insert is cylindrically shaped with openings on either end thereof.
14 . The heat exchanger system of claim 13 , wherein the heat generating device is a diesel engine operably associated with a frac pump, and wherein the heat exchanger unit, the heat generating device, and the frac pump are disposed on a frac trailer.
15 . The heat exchanger system of claim 14 , wherein the frac pump operates to inject fluid into a wellbore, and wherein a service fluid is transferred from the heat generating device to the heat exchanger unit for cooling.
16 . The heat exchanger system of claim 15 , wherein the service fluid comprises one of lube oil, hydraulic fluid, fuel, and transmission fluid, and wherein the fan operates with a fan speed in a range of 600 rpm to 2000 rpm.
17 . The heat exchanger system of claim 16 , wherein the fan guard has a clearance between respective windings in a range of ⅛″ to about ½″, and the fan guard has a depth in a range of 1″ to 7″, wherein the filter assembly is generally circular having a diameter of 70″ to 90″.