Venmar 1200 cfm Manual do Utilizador descarregar pdf (Página 6)

Effectiveness Performance Data

Page 6

HRV600i - POLYPROPYLENE AND ALUMINUM CORES

Model Number: PHE500-13.1H-12S-0.11

Model Number: AHE500-13.1H-12S-0.14T

Type: Plate (Plate) Nominal Airflow: 200 (200) scfm

Pressure Drop: 0.22 (0.09) inches

Leakage Ratings

Pressure Purge Angle

Differential EATR OACF or Setting

Test 1: -5.00 (-3.00) inches 0% (0%) 1.00 (1.00) N/A (N/A)

Test 2: 0.00 (0.00) inches 0% (0%) 1.00 (1.00) N/A (N/A)

Test 3: 5.00 (3.00) inches 0% (0%) 1.00 (1.00) N/A (N/A)

Thermal Effectiveness Ratings at 0" Pressure Differential

Sensible Latent Total

100% Airflow Heating Condition: 64% (60%) 0% (0%) 42% (39%)

75% Airflow Heating Condition: 66% (66%) 0% (0%) 44% (43%)

100% Airflow Cooling Condition: 55% (54%) 0% (0%) 21% (21%)

75% Airflow Cooling Condition: 60% (59%) 0% (0%) 23% (23%)

Net Sensible Net Latent Net Total

100% Airflow Heating Condition: 64% (60%) 0% (0%) 42% (39%)

75% Airflow Heating Condition: 66% (66%) 0% (0%) 44% (43%)

100% Airflow Cooling Condition: 55% (54%) 0% (0%) 21% (21%)

75% Airflow Cooling Condition: 60% (59%) 0% (0%) 23% (23%)

200

10%

30%

50%

70%

Effectiveness

350 500 650 800

94 165 236

Airflow (L/s)

307 378

Airflow (cfm)

Based on equal amounts of outdoor air and return air.

Total Effectiveness (Cooling)

Sensible Effectiveness (Heating)

Latent Effectiveness (Heating)

atings outside the scope of the

HRI Energy Recovery Ventilation Certification Program.

n/a

Energy recovery component is certified by

AHRI to AHRI Standard 1060. Actual

performance in packaged equipment may vary.

HRV600i - HM CORE

Model Number: EPE5000-13H-12S-0.1

Type: Plate Nominal Airflow: 200 scfm

Pressure Drop: 0.28 inches

Leakage Ratings

Pressure Purge Angle

Differential EATR OACF or Setting

Test 1: -0.50 inches 2.0% 1.00 N/A

Test 2: 0.00 inches 0.5% 1.01 N/A

Test 3: 0.50 inches 0.0% 1.02 N/A

Thermal Effectiveness Ratings at 0" Pressure Differential

Sensible Latent Total

100% Airflow Heating Condition: 60% 50% 56%

75% Airflow Heating Condition: 65% 55% 61%

100% Airflow Cooling Condition: 60% 38% 47%

75% Airflow Cooling Condition: 65% 45% 53%