Panasonic WU-216MF1U9E AHRI Certified Ratings

Panasonic WU-216MF1U9E Manual

Panasonic WU-216MF1U9E manual content summary:

  • Panasonic WU-216MF1U9E | AHRI Certified Ratings - Page 1
    IEER INTEGRATED ENERGY EFFICIENCY RATIO Part load performance of commercial HVAC systems was represented as Integrated Part Load Performance (IPLV) which was used until January 1, 2010. Then a new methodology was adopted and defined as Integrated Energy Efficiency Ratio (IEER). IEER is intended to
  • Panasonic WU-216MF1U9E | AHRI Certified Ratings - Page 2
    Rating Standard: AHRI 1230 Type Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Heat Pump Salt Protect Salt Protect Salt Protect Normal Normal Normal Salt Protect Salt Protect Salt Protect Normal Normal
  • 1
  • 2

34
IEER
= (0°02 * A) + (0°617 * B) + (0°238 * C) + (0°125 * D)
Where as:
A = EER at 100% net capacity at AHRI standard condition (95 deg F)
B = EER at
75% net capacity and reduced ambient (81°5 deg F)
C = EER at
50% net capacity and reduced ambient (68 deg F)
D = EER at
25% net capacity and reduced ambient (65 deg F)
Example:
A = 11°0 EER
B = 16°0 EER
C = 19°0 EER
D = 23°0 EER
IEER = (0°02 * 11) + (0°617 * 16) + (0°238 * 19) + (0°125 * 23)
IEER =
0°2
+
9°8
+
4°5
+
2°9
=17°4 IEER
Part load performance of commercial HVAC systems
was represented as Integrated Part Load Performance
(IPLV) which was used until January 1, 2010°
Then
a new methodology was adopted and defined as
Integrated Energy Efficiency Ratio (IEER)°
IEER is intended to be used as a representation of part load performance
for energy comparisons of similar systems°
For Variable Refrigerant
Flow (VRF) Multi Split systems AHRI Standard 1230 defines the process
to calculate IEER°
In a most simplistic form IEER is calculated by
operating the system at 4 different capacities and applying a formula°
The basic calculation is as follows:
Some points to recognize from this calculation:
1° Full load EER (100% capacity) represents only 2% of
the overall IEER rating because the system would rarely
operate at this condition°
2° As overall capacity is reduced the system EER
increases significantly°
3° An ECOi system operating at 50% part load could
result in an efficiency increase of more than 70% over
the rated full load EER value°
4° Your actual efficiency could exceed the IEER rating
depending upon equipment sizing, environment and use
of the system°
Rating Standard:
AHRI 1230
COOLING PERFORMANCE
HEATING PERFORMANCE
SIMULTANEOUS
OPERATION
PERFORMANCE
System Model Number
Indoor Unit Rating
Type
Capacity
(Btuh)
EER
IEER
High Heating 47F
Low Heating 17F
Type
Capacity
(Btuh)
COP
Capacity
(Btuh)
COP
Simultaneous
Cooling-Heating
Efficiency (SCHE)
Heat Pump
Normal
U-72ME1U9
Ducted
72,000
11.5
16.7
81,000
3.53
47,000
2.31
Heat Pump
Normal
U-72ME1U9
Mixed
70,500
11.3
17.1
79,000
3.42
44,500
2.28
Heat Pump
Normal
U-72ME1U9
Non-Ducted
69,500
11
17.4
77,500
3.31
42,000
2.25
Heat Pump
Salt Protect
U-72ME1U9E
Ducted
72,000
11.5
16.7
81,000
3.53
47,000
2.31
Heat Pump
Salt Protect
U-72ME1U9E
Mixed
70,500
11.3
17.1
79,000
3.42
44,500
2.28
Heat Pump
Salt Protect
U-72ME1U9E
Non-Ducted
69,500
11
17.4
77,500
3.31
42,000
2.25
Heat Pump
Normal
U-96ME1U9
Ducted
95,000
11.1
16.3
106,500
3.32
69,000
2.26
Heat Pump
Normal
U-96ME1U9
Mixed
94,000
11.1
16.7
104,500
3.32
63,500
2.26
Heat Pump
Normal
U-96ME1U9
Non-Ducted
93,000
11
17
103,000
3.31
58,500
2.25
Heat Pump
Salt Protect
U-96ME1U9E
Ducted
95,000
11.1
16.3
106,500
3.32
69,000
2.26
Heat Pump
Salt Protect
U-96ME1U9E
Mixed
94,000
11.1
16.7
104,500
3.32
63,500
2.26
Heat Pump
Salt Protect
U-96ME1U9E
Non-Ducted
93,000
11
17
103,000
3.31
58,500
2.25
Heat Pump
Normal
WU-144ME1U9
Ducted
139,000
10.9
16.7
157,000
3.24
93,500
2.05
Heat Pump
Normal
WU-144ME1U9
Mixed
138,000
11
17.1
154,000
3.28
88,500
2.15
Heat Pump
Normal
WU-144ME1U9
Non-Ducted
137,000
11
17.4
151,000
3.31
83,500
2.25
Heat Pump
Salt Protect
WU-144ME1U9E
Ducted
139,000
10.9
16.7
157,000
3.24
93,500
2.05
Heat Pump
Salt Protect
WU-144ME1U9E
Mixed
138,000
11
17.1
154,000
3.28
88,500
2.15
Heat Pump
Salt Protect
WU-144ME1U9E
Non-Ducted
137,000
11
17.4
151,000
3.31
83,500
2.25
Heat Pump
Normal
WU-168ME1U9
Ducted
164,000
10.8
16.4
184,000
3.22
114,000
2.05
Heat Pump
Normal
WU-168ME1U9
Mixed
162,000
10.7
16.8
181,000
3.22
106,000
2.05
Heat Pump
Normal
WU-168ME1U9
Non-Ducted
160,000
10.6
17.2
178,500
3.21
98,000
2.05
Heat Pump
Salt Protect
WU-168ME1U9E
Ducted
164,000
10.8
16.4
184,000
3.22
114,000
2.05
Heat Pump
Salt Protect
WU-168ME1U9E
Mixed
162,000
10.7
16.8
181,000
3.22
106,000
2.05
Heat Pump
Salt Protect
WU-168ME1U9E
Non-Ducted
160,000
10.6
17.2
178,500
3.21
98,000
2.05
Heat Pump
Normal
WU-192ME1U9
Ducted
192,000
10.7
16.3
213,000
3.22
132,000
2.05
Heat Pump
Normal
WU-192ME1U9
Mixed
189,000
10.7
16.7
209,500
3.22
123,000
2.05
Heat Pump
Normal
WU-192ME1U9
Non-Ducted
186,000
10.6
17
206,000
3.21
114,000
2.05
Heat Pump
Salt Protect
WU-192ME1U9E
Ducted
192,000
10.7
16.3
213,000
3.22
132,000
2.05
Heat Pump
Salt Protect
WU-192ME1U9E
Mixed
189,000
10.7
16.7
209,500
3.22
123,000
2.05
Heat Pump
Salt Protect
WU-192ME1U9E
Non-Ducted
186,000
10.6
17
206,000
3.21
114,000
2.05
Heat Pump
Normal
WU-216ME1U9
Ducted
203,000
10.7
16.3
228,000
3.22
136,000
2.05
Heat Pump
Normal
WU-216ME1U9
Mixed
200,500
10.7
16.6
224,500
3.22
128,000
2.05
Heat Pump
Normal
WU-216ME1U9
Non-Ducted
198,000
10.6
16.9
221,000
3.21
120,000
2.05
Heat Pump
Salt Protect
WU-216ME1U9E
Ducted
203,000
10.7
16.3
228,000
3.22
136,000
2.05
Heat Pump
Salt Protect
WU-216ME1U9E
Mixed
200,500
10.7
16.6
224,500
3.22
128,000
2.05
Heat Pump
Salt Protect
WU-216ME1U9E
Non-Ducted
198,000
10.6
16.9
221,000
3.21
120,000
2.05
Heat Pump
Normal
WU-240ME1U9
Ducted
230,000
10.6
16.3
265,000
3.22
159,000
2.05
Heat Pump
Normal
WU-240ME1U9
Mixed
225,500
10.6
16.5
255,500
3.22
147,500
2.05
Heat Pump
Normal
WU-240ME1U9
Non-Ducted
221,000
10.6
16.7
246,000
3.21
136,000
2.05
IEER
INTEGRATED ENERGY EFFICIENCY RATIO
ECOi
TM
System Certified Efficiency Ratings