Inter-axial inline fluid heater
An inter-axial inline fluid heater is presented. The inter-axial inline fluid heater includes an outer retaining sheath defining a first area, and an interior flow tube disposed within the outer sheath and capable of having fluid flow therethrough. Further, the inter-axial inline fluid heater includes a resistance wire disposed between the interior flow tube and the outer retaining sheath, the resistance wire capable of producing heat for heating a fluid passing through the interior flow tube when power is applied to the resistance wire. Also includes is a dielectric heat transfer material disposed between the interior flow tube and the outer retaining sheath and surrounding at least a portion of the resistance wire.
1. A fast response fluid heater comprising:
a flow body having a proximal end and a distal and defining an area therein;
an outer tube within and spaced away from said flow body and an inlet tube within said outer tube, said inlet tube comprised of a first material;
an inlet orifice disposed within a surface of said flow body, said inlet orifice for allowing the flow of a fluid into said flow body;
an outlet tube having a first end extending outside said flow body and a second end disposed within said flow body;
a heater element comprising a resistance wire having a set of power leads extending therefrom, said resistance wire disposed between said inlet tube and said outer tube, said resistance wire capable of producing heat for heating a fluid passing through a space between said flow body and said outer tube and within said inlet tube when power is applied to said resistance wire; and
a castable dielectric heat transfer material disposed between said inlet tube and said outer tube and surrounding at least a portion of said resistance wire, wherein said dielectric heat transfer material fills a space between said inlet tube and said outer tube and is in contact with said inlet tube and said outer tube.
2. The fast response fluid heater of claim 1 wherein said resistance wire comprises a sinuated resistance wire.
3. The fast response fluid heater of claim 1 wherein said resistance wire comprises a coiled resistance wire.
4. The fast response fluid heater of claim 1 further comprising a flow switch in fluid communication with said inlet orifice.
5. The fast response fluid heater of claim 4 further comprising a control contactor coil in electrical communication with said flow switch and in electrical communication with said power leads of said heater.
6. The fast response fluid heater of claim 5 further comprising a power supply in electrical communication with a control contactor switch of said control
contractor coil.
7. The fast response fluid heater of claim 1 wherein fluid enters said flow body via said inlet orifice, travels along an outer surface of said outer tube and is heated by said outer tube, travels along an inner surface of said inlet tube and is heated by said inlet tube and exits said flow body through said outlet tube.
8. The fast response fluid heater of claim 6 wherein fluid enters said flow body via said inlet orifice through said flow switch, wherein said flow switch detects said fluid and triggers said control contactor coil to provide electrical power from said power supply to said heater resistance wire, and wherein said fluid travels along an outer surface of said outer tube and is heated by said outer tube, travels along an inner surface of said inlet tube and is heated by said inlet tube and exits said flow body through said outlet tube.
9. The fast response fluid heater of claim 1 wherein said heater element comprises:
said outer tube defining a first area, said outer tube having a first end and a second end; and
said resistance wire having a set of power leads extending therefrom, said resistance wire disposed within said outer tube, said resistance wire capable of producing heat for heating a fluid passing along said outer tube when power is applied to said resistance wire.
10. The fast response heater of claim 9 wherein said inlet tube has a first end extending beyond said first end of said outer tube, and wherein said inlet tube has a
second end extending beyond said second end of said outer tube.
11. The fast response fluid heater of claim 1 wherein fluid enters said flow body via said inlet orifice, travels along a length of said fast response fluid heater and is heated by said heater element, travels along an outer surface of said outer tube and is heated by said outer tube and exits said flow body through said outlet tube.
12. The fast response fluid heater of claim 1 wherein said heater element comprises a cartridge heater.
13. A fast response fluid heater comprising:
a flow body having a proximal end and a distal and defining an area therein;
a heater element mounted within the flow body containing an exterior flow path, where said exterior flow path is the area between the heater element and the flow body, and an integral interior flow path such that a fluid passes singularly along one of said interior flow path and said exterior flow path prior to entering an other one of said interior flow path and said exterior flow path; and
wherein said heater element is within said flow body and is inserted through said flow body such that one end of said heater element is isolated from the flow path and the heater element has an interior flow section capable of carrying all of a volumetric flow, and wherein heater element conductive leads are secured via a castable dielectric heat transfer material capable of forming a hermetic seal, wherein said dielectric heat transfer material fills a space between said interior flow path and said exterior flow path and is in contact with said interior flow path and said exterior flow path.
14. The fast response fluid heater of claim 13 wherein said flow body has a generally tubular shape.
15. The fast response fluid heater of claim 13 wherein said heater element comprises a cartridge heater.
16. The fast response fluid heater of claim 13 wherein said heater element comprises a resistance wire.
17. A fast response fluid heater comprising:
a flow body having a proximal end and a distal and defining an area therein;
a heater element mounted within said flow body, having an outside diameter surface spaced away from said flow body, and an inside diameter surface, said heater element centrally disposed within said flow body wherein said heater element includes a built in flow path acting as a port which is exposed beyond a limit of said flow body allowing for process connection built integrally to an element support structure, wherein a second flow path is located between the outside diameter surface of said heater element and said flow body, and wherein a castable dielectric heat transfer material fills a space between within said heater and is in contact with said heater.
18. The fast response fluid heater of claim 17 wherein said heater element comprises a cartridge heater.
19. The fast response fluid heater of claim 17 wherein said heater element comprises a resistance wire.