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Contact us sales@innergytech.com Innergy tech Inc 605 Rocheleau Drummondville, Quebec J2C 6L8 Canada Phone : 1-800-203-9015 (USA & Canada) (819) 475-2666 Fax : (819) 475-9541
Contact Europe Marcel Riendeau Schlossgasse 4 35423 Lich Germany Tel. : +49 6404 665 775 Fax : +49 6404 665 745 mriendeau@innergytech.eu
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Enthalpy Plate EPE5000 Specifications
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Heat and moisture recovery without moving parts!The EPE5000 Series installed in a ventilation system recovers both heat and moisture from one air stream and transfer them to the other without any moving parts. It supplies a continuous flow of fresh air providing a comfortable level of humidity at a minimal ventilation cost.
Operating Principles
Summer operation
In summer operation, heat and moisture from the outside fresh air is transferred to the outgoing air, greatly reducing air-conditioning costs.
Winter operation In winter, heat and moisture from the outgoing air is recovered and transferred to the fresh incoming air, greatly contributing to reduced heating costs.
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Dimensional Data
| Model |
Square size (S) in/mm |
Diagonal (D) in/mm |
Height (H) in/mm |
12
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12/305
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17/432
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As requested
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| 13.5S |
13.5/343
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19.09/485
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As requested |
15S
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15/381
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21.25/540
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As requested |
16.5S
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16.5/419
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23.33/593
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As requested |
18S
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18/457
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25.5/648
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As requested |
21S
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21/533
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29.75/756
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As requested |
24S
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24/610
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34/864
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As requested |
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1. General specifications1.1. Furnish and install the EPE5000 enthalpy plate energy exchanger, to be manufactured by Innergy tech inc.
1.2. The enthalpy plate energy exchanger shall transfer both sensible and latent energies between outgoing and incoming air streams in a cross flow arrangement.
1.3. The enthalpy plate exchanger must be manufactured in North America.
1.4. The enthalpy plate exchanger manufacturer must have at least ten (10) years of experience in the manufacturing of energy recovery components.
2. Product Specifications:2.1. The enthalpy plate exchanger media shall be impregnated with a RC134 polymeric desiccant.
2.2. The hydroscopic polymer shall exchange water by direct vapor transfer using molecular transport without the need of condensation.
2.3. Desiccant shall be bactericide. The desiccant shall be tested by a third party laboratory and the document showing the tests results shall be supplied to the air handling unit end user.
2.4. The core shall be constructed of alternate layers of corrugated aluminum material and polymeric desiccant impregnated media.
2.5. The enthalpy plate exchanger shall have a unique rectangular flute design to provide very low pressure drop values.
2.6. The enthalpy plate exchanger shall operate at temperatures between -40 °F and 140 °F (-40 °C and 60 °C).
2.7. The enthalpy plate exchanger shall withstand, without more than 10 % increase of pressure drop, pressure differential of at least 2”. It shall withstand pressure differential of 10” without permanent deformation or decrease of performance.
2.8. As specified in ASHRAE 52.2-2007, MERV 6 type filters shall be used on both faces of the enthalpy core. Filters to be supplied by others.
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3. Quality Assurance Specifications:3.1. The enthalpy plate exchanger shall be a UL recognized component.
3.2. The manufacturer’s quality procedures shall be ISO 9001-2000 certified.
3.3. The manufacturer shall be a participant in the ARI Standard 1060-2005 certification program.
3.4. The enthalpy plate exchanger shall be warranted for at least 1 year against manufacturing defect that could alter is function.
4. Performance Specifications:4.1. The enthalpy plate exchanger shall be listed in the ARI Certified Product Directory.
4.2. The enthalpy plate exchanger shall bear the ARI Certified Product Seal.
4.3. Sensible, latent and total effectiveness along with pressure drop, EATR and OACF rating shall be clearly documented with performance tests conducted in accordance with ASHRAE Standard 84-91 and ARI Standard 1060-2005. |
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