Friedrich MW24Y3J Submittal Data

Ductless Split Systems

Wall-mounted, Single Zone Heat Pump

PURCHASER P.O. # DATE

PROJECT LOCATION

ENGINEER ARCHITECT

SUBMITTED BY FOR APPROVAL FOR REFERENCE

ITEM PLAN DESIGNATION QUANTITY COOLING BTU/H VOLTAGE FRIEDRICH MODEL

Features

• Inverter technology (variable speed compressor)

• High efficiency for low operating cost

• DiamonGold Advanced Corrosion Protection™

• Self-cleaning indoor coil

• Cooling/Heating/Fan mode

• Surge Cool/Heat

• Natural air flow

• 4-Way auto swing

• Ultra quiet operation

• Sleep mode

• Dry mode

• Auto restart

• Auto changeover

• Built-in low ambient standard, down to 14ºF (Cooling Mode)

• 24-hour on/off timer

• Multiple ease of installation features

• BLDC Motor

MW24Y3J, MW30Y3J, MW36Y3J

WIRELESS REMOTE CONTROL

All Inverter line

Ductless_Wall-mounted_Single_Zone_Heat_Pump_Submittal_2015

MR24Y3J, MR30Y3J, MR36Y3J

PERFORMANCE RATINGS Single Zone Wall-Mounted - Heat Pump

24k 30k 36k

SYSTEM MODEL NO. M24YJ M30YJ M36YJ

INDOOR MODEL MW24Y3J MW30Y3J MW36Y3J

OUTDOOR MODEL MR24Y3J MR30Y3J MR36Y3J

SPECIFICATIONS

CAPACITY COOLING (RATED) Btu 22,000 30,000 33,000

CAPACITY COOLING (MIN~MAX) Btu 3,070~30,030 3,070~34,000 3,070~34,000

CAPACITY HEATING @ 470 F (RATED)

CAPACITY HEATING @ 170 F (RATED)

CAPACITY HEATING (MIN~MAX) Btu 3,070~38,898 3,070~38,900 3,070~38,900

COOLING AMPS 7.9 13.4 17.0

HEATING AMPS 10.7 13.9 16.2

SENSIBLE HEAT RATIO .72 .78 .78

SEER 21.0 18.5 16.5

EER 12.5 10.0 8.2

HSPF 11.0 10.0 10.0

ENERGY STAR YES No No

MOISTURE REMOVAL Pts/h 5.5 6.0 6.5

AIRFLOW (QUIET, LOW, MED, HIGH) CFM 300/389/512/600 459/530/706/848 459/530/706/848

SOUND RATING - INDOOR dB-A 33 / 39 / 43 / 46 33 / 39 / 44 / 49 37 / 40 / 44 / 49

SOUND RATING - OUTDOOR dB-A 54 55 55

OPERATING RANGE (COOLING)(WIND BAFFLE) °F 14(0)~118 14(0)~118 14(0)~118

OPERATING RANGE (HEATING) °F -4~75 -4~75 -4~75

EST. YEARLY OPERATING COST $ 158 270 395

POWER AND COMMUNICATION CABLE No. x AWG 4 x 14 4 x 14 4 x 14

ELECTRICAL DATA

POWER SOURCE V 208/230/60/1 208/230/60/1 230/208/60/1

MINIMUM AMPACITY A 19 19 19

COOLING WATTS W 1760 3000 4024

MAX. TD FUSE/BREAKER A 25 25 25

REFRIGERATION SYSTEM

REFRIGERANT R410A R410A R410A

COMPRESSOR TYPE Inverter Inverter Inverter

CONNECTIONS Flare Flare Flare

LIQUID LINE O.D. in 3/8 3/8 3/8

SUCTION LINE O.D. in 5/8 5/8 5/8

FACTORY PRECHARGE ft 25 25 25

REFRIGERANT CHARGE oz 78 78 78

MIN./MAX. LINE LENGTH ft 10~164 10~164 10~164

MAX. HEIGHT DIFFERENCE ft 98 98 98

DIMENSIONS & WEIGHT

INDOOR UNIT

W X H X D in 46-7/8 x 13-5/8 x10-3/8 46-7/8 x13-5/8 x 10-3/8 46-7/8 x 13-5/8 x 10-3/8

NET WEIGHT lbs 40 40 40

SHIPPING WEIGHT lbs 46 46 46

OUTDOOR UNIT

W X H X D in 34-5/16 x31-1/2 x12-5/8 34-5/16 x31-1/2 x12-5/8 34-5/16 x31-1/2 x12-5/8

NET WEIGHT lbs 125 125 125

SHIPPING WEIGHT lbs 132 132 132

TOTAL NET WEIGHT lbs 165 165 165

TOTAL SHIPPING WEIGHT lbs 178 178 178

Refrigeration line sets*

USED WITH

9000 and 12000

BTU indoor units

18000 BTU indoor units

24000,30000 and

36000 BTU indoor units

Length Ft.

Liquid Suction Kit#

15’

35’ 1/4” 3/8” T323 5 0

15’ 1/4” 1/2” T421 50

35’ 1/4” 1/2” T42350

15’ 3/8” 5/8” T5315 0

35’ 3/8” 5/8” T53350

1/4” 3/8” T3215 0

Btu 27,600 32,000 35,200

Btu 17,900 21,200 23,200

Low ambient wind baffle kitThermostat

WIRED CONTROLLER

DWC1

* Used with all models.

WIND BAFFLE USED WITH

DLAWB1 9000 - 12000 Btu wall-mounted single

zone models

DLAWB2 18000 - 36000 Btu wall-mounted

single zone models

Ductless_Wall-mounted_Single_Zone_Heat_Pump_Submittal_2015

SPECIFICATIONS

Your operating costs will depend on your utility rates and use. The estimated operating cost is based on a electricity cost of $.115 per kWH. For more information, visit www.ftc.gov/energy.

*Insulated line sets are available for all Friedrich split systems in 15 ft. and 35 ft. lengths. Each line

set is equipped with are

nuts on both ends. Both liquid and suction lines are insulated. Line sets can be joined together

with eld supplied double

male connectors. Each system requires one line set for each indoor unit installed. On multizone systems, line sets should be ordered based on individual indoor unit capacities not total system capacity.