b pla-rp100ba pla-rp100ba - mitsubishi...
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B PLA-RP100BA PLA-RP100BAC PUHZ-P100VHA4 PUHZ-P100YHA2E Inside dB 62 62
F Out-side
dB 70 70
G R410A GWP 1975 *15,2 5,2
J A AK kWh/a 628 628L kW 9,4 9,4
3,8 3,8J A AK kWh/a 2945 2945L kW 8,0 8,0
P kW 6,3(-10°C) 6,3(-10°C)
R kW 7,1(-7°C) 7,1(-7°C)
S kW 5,0(-15°C) 5,0(-15°C)
T kW 1,7 1,7
Design load
A ModelIndoor unitOutdoor Unit
Energy efficiency classAnnual electricity consumption *2Design load
DSound power levels on coolingmode
Refrigerant
CoolingH
SEER
Annual electricity consumption *2
M
Heating(Aver-ageseason) N
Energy efficiency class
De-claredcapacity
Back up heating capacity
at reference de-sign temperatureat bivalent tem-peratureat operation limittemperature
SCOP
(*) This information is based on the "product information requirement" in COMMISSION REGULATION (EU) No206/2012.
Contact details for obtainingmore information
MITSUBISHI ELECTRIC CORPORATION SHIZUOKA WORKS3-18-1, Oshika, Suruga-ku, Shizuoka 422-8528, JapanE-mail: [email protected]
1975 kgCO2eq.
variable YRated air flow(indoor/outdoor)
- 1800/3600 m3/h
staged N Global warming potential GWP
Capacity control (indicate one of three options) Other items
fixed NSound power level(indoor/outdoor)
LWA 62/70 dB(A)
heating/Colder QHE x kWh/acrankcase heater mode PCK 5 Wheating/Warmer QHE x kWh/athermostat - off mode PTO(c/h) 105/94 Wheating/Average QHE 2945 kWh/astandby mode PSB 25 W
Electric power input in power modes other than 'active mode' Annual electricity consumptionoff mode POFF 25 W cooling QCE 628 kWh/a
Degradion co-efficient heating Cdh 0.25 -Degradation co-efficient cooling Cdc 0.25 -for heating COPcyc x -for heating Pcych x kW
Cycling interval capacity Cycling interval efficiencyfor cooling Pcycc x kW for cooling EERcyc x -
heating/Colder Tol x ℃heating/Colder Tbiv x ℃heating/Warmer Tol x ℃heating/Warmer Tbiv x ℃
Bivalent temperature Operating limit temperatureheating/Average Tbiv -7 ℃ heating/Average Tol -15 ℃
Tj=-15℃ COPd x -Tj=-15℃ Pdh x kWTj=operating limit COPd x -Tj=operating limit Pdh x kWTj=bivalent temperature COPd x -Tj=bivalent temperature Pdh x kWTj=12℃ COPd x -Tj=12℃ Pdh x kWTj=7℃ COPd x -Tj=7℃ Pdh x kWTj=2℃ COPd x -Tj=2℃ Pdh x kW
Declared capacity for heating/Colder season, at indoortemperature 20℃and outdoor temperature Tj
Declared coefficient of performance/Colder season, at indoortemperature 20℃ and outdoor temperature Tj
Tj=-7℃ Pdh x kW Tj=-7℃ COPd x -
Tj=operating limit Pdh x kW Tj=operating limit COPd x -Tj=bivalent temperature COPd x -Tj=bivalent temperature Pdh x kW
Tj=12℃ Pdh x kW Tj=12℃ COPd x -Tj=7℃ COPd x -Tj=7℃ Pdh x kW
Declared coefficient of performance/Warmer season, at indoortemperature 20℃ and outdoor temperature Tj
Tj=2℃ Pdh x kW Tj=2℃ COPd x -
Declared capacity for heating/Warmer season, at indoortemperature 20℃and outdoor temperature Tj
Tj=operating limit Pdh 5.0 kW Tj=operating limit COPd 1.5 -Tj=bivalent temperature COPd 2.6 -Tj=bivalent temperature Pdh 7.1 kW
Tj=12℃ Pdh 3.1 kW Tj=12℃ COPd 6.8 -Tj=7℃ COPd 5.7 -Tj=7℃ Pdh 2.8 kWTj=2℃ COPd 3.6 -Tj=2℃ Pdh 4.3 kW
Declared capacity for heating/Average season, at indoortemperature 20℃ and outdoor temperature Tj
Declared coefficient of performance/Average season, at indoortemperature 20℃ and outdoor temperature Tj
Tj=-7℃ Pdh 7.1 kW Tj=-7℃ COPd 2.6 -
Tj=20℃ EERd 10.8 -Tj=20℃ Pdc 3.8 kWTj=25℃ EERd 7.2 -Tj=25℃ Pdc 4.6 kW
-Tj=30℃ Pdc 6.9 kW Tj=30℃ EERd 4.5 -
-
Declared capacity for cooling, at indoor temperature 27(19)℃and outdoor temperature Tj
Declared energy efficiency ratio, at indoor temperature 27(19)℃ and outdoor temperature Tj
Tj=35℃ Pdc 9.4 kW Tj=35℃ EERd 2.7
SCOP/W x -heating/Colder Pdesignh x kW heating/Colder SCOP/C x
Pdesignh x kW heating/Warmerheating/Average Pdesignh 8.0 kW heating/Average SCOP/A 3.8 -heating/Warmer
Seasonal efficiencycooling Pdesignc 9.4 kW cooling SEER 5.2 -
symbol value unitItem symbol value unitDesign load
heating Y Colder (if designated)
Item
Ncooling Y Warmer (if designated) N
Function (indicate if present)
If function includes heating: Indicate the heating season theinformation relates to. Indicated values should relate to oneheating season at a time. Include at least the heating seasonAverage (mandatory) Y
PRODUCT INFORMATION (*)
PACKAGED AIR CONDITIONERINDOOR MODEL PLA-RP100BAOUTDOOR MODEL PUHZ-P100VHA4
Function
Capacity control
ItemSeasonal efficiency (2)
Energy efficiency class
Other items
(1) This information is based on COMMISSION DELEGATED REGULATION (EU)No626/2011.(2) SEER/SCOP values are measured based on FprEN 14825:2011: Testing and rating at part load conditions and calculation of seasonal performance.
Global warming potential GWP 1975 kgCO2eq.Refrigerant - R410A -Sound power level (indoor/outdoor) LWA 62/70 dB(A)
heating/Colder SCOP/C x -heating/Warmer SCOP/W x -heating/Average SCOP/A A -cooling SEER A -
heating/Colder SCOP/C x -heating/Warmer SCOP/W x -heating/Average SCOP/A 3.8 -cooling SEER 5.2 -
symbol value unit
staged Nvariable Y
Colder (if designated) N
fixed N
The heating seasonAverage (mandatory) Y
Warmer (if designated) N
cooling Yheating Y
TECHNICAL DOCUMENTATION (1)
PACKAGED AIR CONDITIONERINDOOR MODEL PLA-RP100BA 298H840W840D (mm)OUTDOOR MODEL PUHZ-P100VHA4 943H950W330D (mm)