MrCool Outtasight DIY Series Service Manual

Ceiling cassette

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DIY

Ceiling Cassette

MODELS:

DIYCASSETTE*HP-230D25-O

Read this manual carefully before installation and keep it where

the operator can easily find it for future reference.

Due to updates and constantly improving performance, the

information and instructions within this manual are subject to

change without notice.

Version Date: May 20, 2025

Please visit www.mrcool.com/documentation

to ensure you have the latest version of this manual.

This product utilizes R-454B refrigerant

Series Outtasight

SERVICE MANUAL

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Summary of Contents for MrCool Outtasight DIY Series

Page 1 Due to updates and constantly improving performance, the information and instructions within this manual are subject to change without notice. Version Date: May 20, 2025 Please visit www.mrcool.com/documentation to ensure you have the latest version of this manual.
Page 2 5.5 Information Inquiry & Setting ..................51 5.6 Error Diagnosis Without Error Code ................56 5.7 Quick Maintenance by Error Code .................63 5.8 Troubleshooting by Error Code ..................65 5.9 Check Procedures ......................85 TEMPERATURE SENSOR RESISTANCE TABLE ..............92 SYSTEM PRESSURE TABLE....................94 mrcool.com...
Page 3 8. For units with a wireless network function, the USB device access, replacement, and maintenance operations must be carried out by professional staff. 9. Refer to details further in this manual regarding installing the unit to its support. mrcool.com...
Page 4 Call your local dealer, or MRCOOL® tech support at (270) 366-0457, for further assistance. 2. If the air conditioner is used together with burners or other heating devices, thoroughly ventilate the room in order to avoid an oxygen deficiency.
Page 5 3. Service, maintenance, and repair of this unit must be performed by a certified technician. 4. Product un-installation and recycling must be performed by a certified technician. 5. When checking the unit for leaks, maintain proper record-keeping of all checks. mrcool.com...
Page 6 22. Ensure that the area is in the open or that it is adequately ventilated before breaking into the system or conducting any hot work. A degree of ventilation shall continue during the period that the work is carried out. The ventilation should safely disperse any released refrigerant and preferably expel it externally into the atmosphere. mrcool.com...
Page 7 The following procedure should be adhered to: • safely remove refrigerant following local and national regulations; • evacuate; • purge the circuit with inert gas; • evacuate; • continuously flush or purge with inert gas when using flame to open circuit; • open the circuit mrcool.com...
Page 8 Equipment shall be labeled stating that it has been decommissioned and emptied of refrigerant. The label should be dated and signed. For appliances containing flammable refrigerants, ensure that there are labels on the equipment stating the equipment contains flammable refrigerant. mrcool.com...
Page 9 This symbol shows that the operation manual should be read carefully. CAUTION This symbol shows that a service personnel should be handling this equipment with reference to the installation manual. CAUTION This symbol shows that information is available such as the operating manual or CAUTION installation manual. mrcool.com...
Page 10 Anvmin shall not be less than the following: • Height of Outlet/m Mc/kg Mmax/kg Anvmin/m 2.685 0.045 2.941 0.042 3.177 0.038 3.396 0.035 3.602 0.031 3.797 0.028 3.983 0.024 4.160 0.020 4.330 0.016 4.493 0.013 4.651 0.009 4.803 0.005 4.951 0.001 mrcool.com...
Page 11 SYSTEM OVERVIEW 2.1 Model Reference Indoor Unit Model Capacity (Btu/h) Power Supply DIYCASSETTE06HP-230D25-O DIYCASSETTE09HP-230D25-O 208/230V~, 60Hz, 1 Phase DIYCASSETTE12HP-230D25-O DIYCASSETTE18HP-230D25-O Cassette Apperance mrcool.com...
Page 12 SYSTEM OVERVIEW 2.2 Dimensional Drawing mrcool.com...
Page 13 SYSTEM OVERVIEW 2.3 Part Names mrcool.com...
Page 14 SYSTEM OVERVIEW 2.4 Placement Diagram Perspective A Perspective B mrcool.com...
Page 15 Cable Ties Drainpipe Adapter Screw Kits (ST8*550, M4*22, ST2.9*16, (8,8,2,2,3) ST4.8*12, ST3.9*10) Water Receiver Rubber Ring Insulation Sleeve Smart Kit Panel MC Cable Sound Deadening Pad Note: The panel installation should be performed after wiring and piping have been completed. mrcool.com...
Page 16 SYSTEM OVERVIEW 2.6 Air Velocity and Temperature Distributions DIYCASSETTE06HP-230D-O: Cooling (Indoor: 80.6°F /27°C Outdoor: 95°F /35°C) Discharge angle 50° Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 17 SYSTEM OVERVIEW DIYCASSETTE06HP-230D-O: Heating (Indoor: 68°F /20°C Outdoor: 44.6°F /7°C) Discharge angle 77° Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 18 SYSTEM OVERVIEW DIYCASSETTE09HP-230D-O: Cooling (Indoor: 80.6°F /27°C Outdoor: 95°F /35°C) Discharge angle 50° Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 19 SYSTEM OVERVIEW DIYCASSETTE09HP-230D-O: Heating (Indoor: 68°F /20°C Outdoor: 44.6°F /7°C) Discharge angle 77° Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 20 SYSTEM OVERVIEW DIYCASSETTE12HP-230D-O: Cooling (Discharge angle 45°) Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 21 SYSTEM OVERVIEW DIYCASSETTE12HP-230D-O: Heating (Discharge angle 65°) Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 22 SYSTEM OVERVIEW DIYCASSETTE18HP-230D-O: Cooling (Discharge angle 45°) Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 23 SYSTEM OVERVIEW DIYCASSETTE18HP-230D-O: Heating (Discharge angle 65°) Airflow Velocity Distributions Temperature Distributions mrcool.com...
Page 24 Reference acoustic pressure OdB=20µPa • Sound level will vary depending on a range of factors such as the construction (acoustic absorption coefficient) of the room in which the equipment is installed. • The operating conditions are assumed to be standard. mrcool.com...
Page 25 SYSTEM OVERVIEW mrcool.com...
Page 26 Electrical Wiring Diagrams: Capacity (Btu/h) IDU Wiring Diagram 16022500006143 Abbreviation Paraphrase Yellow-Green Conductor CAP1 Indoor Fan Capacitor FAN1 Indoor Fan PUMP PUMP To CCM Comm.Bus Central Controller Indoor Room Temperature Coil Temperature of Indoor Heat Exchanger Super High Speed High Speed mrcool.com...
Page 27 SYSTEM OVERVIEW Indoor Unit Wiring Diagram: 16022500006143 mrcool.com...
Page 28 5. When the remote switch is on you can use the remote controller to select the mode desired; when the remote switch is off the unit will not respond to any demand from the remote. 6. The voltage of the port is 12VDC with a design max current of 5mA. mrcool.com...
Page 29 2. Although the design voltage can support higher voltage it is highly advised to have the incoming power less than 24V with a current draw of less than 0.5A. 3. When the unit occurs a problem the relay will close then the ALARM will activate. mrcool.com...
Page 30 3. The new motor cannot exceed 200W or 1A. 4. The new motor will work when a call is made for the indoor fan to operate. 5. When the unit goes into forced cooling mode or capacity testing mode the new motor will not work. mrcool.com...
Page 31 Note: SW2 dip switch is only reserved as a physical part but without mode modification function, if changes are needed to the factory setting use the remote control. Breezeless SW2-2 Mode (Factory Setting) Micro-switch SW2-2 is for selection of breezeless function. Range: OFF, ON. mrcool.com...
Page 32 If the height of installation is lower, a smaller value can be chosen. Range: 6°C, 4°C, 2°C, E Function (reserved for special customizing). For Header/Follower Setting Mode Header No Follower (Factory Setting) Header Header Follower Micro-switch SW8 is for setting Main or Slave (for some models). Range: No Slave, Main & Slave. mrcool.com...
Page 33 Usually there is glue on the switch as the switch position cannot be changed at random unless you use the PCB as a spare part on another unit. If using on a different unit you will have to select the proper position to match the size of the system. mrcool.com...
Page 34 SYSTEM OVERVIEW 1.9 Refrigerant Cycle Diagrams Pipe Size (Diameter: Piping Length (ft/m) Elevation (ft/m) Additional ø) inch (mm) Capacity (Btu/h) Refrigerant Liquid Rated Max. Rated Max. 3/8 (9.52) 1/4 ( 6.35) 24.6/7.5 82/25 49.2/15 0.16oz/ft (15g/m) mrcool.com...
Page 35 SYSTEM OVERVIEW Pipe Size (Diameter: Piping Length (ft/m) Elevation (ft/m) Additional ø) inch (mm) Capacity (Btu/h) Refrigerant Liquid Rated Max. Rated Max. 1/2 (12.7) 1/4 (6.35) 24.6/7.5 98.4/30 65.6/20 0.16oz/ft (15g/m) mrcool.com...
Page 36 INSTALLATION 3.1 Installation Overview mrcool.com...
Page 37 • An oil trap should be installed every 20ft (6m) of vertical suction line riser (<36000 btu/h). • An oil trap should be installed every 32.8ft (10m) of vertical suction line riser (≥36000 Btu/h). mrcool.com...
Page 38 The special vacuum drying method shall be adopted when: 5. Finding moisture during flushing refrigerant pipe. 6. Conducting construction on a rainy day (Rain water might get into pipeline). 7. Construction period is long (Rain water might get into pipeline). mrcool.com...
Page 39 (If the gas and liquid pipe • Do not let wires touch or rest against the were insulated together it will decrease the refrigerant tubing, the compressor, or any performance of the system). moving parts. mrcool.com...
Page 40 • Ensure the manual buttons on the indoor unit work properly. • Check to see that the drainage system is clear and draining smoothly. • Ensure there is no vibration or abnormal noise during operation. mrcool.com...
Page 41 11. Use a torque wrench to tighten the caps to a scale and record the starting weight. torque spec of 13.28ft. lbs (18Nm). 7. Fully open the Handle Lo manifold valve, 12. Check for any leaks. 2-way and 3-way valves. mrcool.com...
Page 42 Preheating is automatically activated when T4 sensor is lower than setting temperature. Sensor redundancy and automatic shutoff • If one temperature sensor malfunctions, the air conditioner continues operation and displays the corresponding error code, allowing for emergency use. • When more than one temperature sensor is malfunctioning, the air conditioner ceases operation. mrcool.com...
Page 43 • If the following conditions are satisfied, the (1.5°C), fan speed increases to 80%. compressor ceases operation. • When T1-Tsc is higher than or equal to 7.2°F • Calculated frequency(fb) is less than (4°C), fan speed increases to 100%. minimum limit frequency(FminC). mrcool.com...
Page 44 • The indoor fan is controlled by the indoor temperature T1 and indoor unit coil temperature T2. • Off: Compressor stops. • Decrease: Decreases the running frequency to lower level per 1 minute. • Hold: Keep the current frequency. • Resume: No limitation for frequency. ΔTE1=0 mrcool.com...
Page 45 TIMING_DEFROST_TIME, if any one of the to the lower level per 20 seconds. following conditions is satisfied, defrosting • Hold: Keep the current frequency. ends and the machine switches to normal • Resume: No limitation for frequency. heating mode: mrcool.com...
Page 46 (fixed at rated frequency), and the indoor • The timer setting is available in this mode. fan runs at rated speed. After running for 30 minutes, the unit will switch to auto mode with a preset temperature of 76°F (24°C). mrcool.com...
Page 47 • When the unit receives signals such as switch off, turbo, silence, self clean, forced cooling, mode change, sleep mode, or adjusting the set temperature to less than 76°F (24°C), it will cease ECO operation. mrcool.com...
Page 48 After maintenance is completed, insert the female end back into the port. Note: This picture is for reference only. Actual appearance may vary. LED Flash Frequency: mrcool.com...
Page 49 Test the unit using the remote control. If the unit a code undefined by the service manual. Ensure does not respond to the remote, the indoor PCB that this code is not a temperature reading. requires replacement. If the unit responds, the display board requires replacement. mrcool.com...
Page 50 4. In order to exit from the engineering mode, press the "Power" + "Fan" buttons together for 2s to quit checking and return back to the home screen 5. The engineering mode will be exited if there is no valid input data for 60s. mrcool.com...
Page 51 System lacks refrigerant EH 0E Water-level alarm malfunction EH 0F Intelligent eye malfunction FH 07 Communication malfunction between indoor unit and auto-lifting panel PC 00 ODU IPM module protection PC 10 Over low voltage protection PC 11 Over voltage protection mrcool.com...
Page 52 Frequency limit caused by TP LC 05 Frequency limit caused by voltage LC 30 Frequency limit caused by high pressure LH 07 Frequency limit caused by remote controller IDUs mode conflict (match with multi outdoor unit) No malfunction and protection mrcool.com...
Page 53 5. In order to exit from the engineering mode please follow these steps. • Press the "Power" button for 2s until the remote controller screen shows "0". • The press the "Power" + "Fan" buttons together for 2s to quit the engineering mode and back to the home screen. mrcool.com...
Page 54 Capacity setting (kW) 23,26,32,35,51,72,120,-- (cancel) Max. frequency selection in cooling 40,41,42,..,83,83,-- (cancel) mode Max. frequency selection in heating 40,41,42,...,83,84,-- (cancel) mode Cooling temperature -3.0,-2.5,-2.0,...,3.0,3.5,-- (cancel) compensation Heating temperature -6.5,-6.0,-5.5,...,0.5,1.0,1.5,...,7.0,7.5,-- (cancel) compensation Max. fan speed -41,-40,-39,...,19,20,-- (cancel) selection in cooling mrcool.com...
Page 55 Compressor short-cycles due to overload TS16-TS17 High suction pressure TS16-TS17 Low discharge pressure TS16-TS17 High suction pressure TS16-TS17 Low suction pressure TS16-TS17 Unit runs continuously but insufficient cooling TS16-TS17 Too cool TS16-TS17 Compressor is noisy TS16-TS17 Horizontal louver cannot revolve TS16-TS17 mrcool.com...
Page 56 Unit runs but shortly √ √ √ stops The unit startup and √ √ √ stops frequently Unit runs continuously but √ √ √ √ √ insufficient cooling/ heating Cool cannot change to heat Unit is noisy Test method/ remedy mrcool.com...
Page 57 Unit is on but the air is not cold/hot Unit runs but shortly stops The unit startup and √ stops frequently Unit runs continuously but √ √ √ insufficient cooling/ heating Cool cannot change to heat Unit is noisy √ √ Test method/ remedy mrcool.com...
Page 58 Condenser fan will not start Unit runs but √ √ √ √ √ √ shortly stops Compressor short-cycles √ √ √ due to overload High discharge √ √ √ √ √ √ pressure Low discharge √ √ pressure Test method/ remedy mrcool.com...
Page 59 √ √ √ √ √ √ √ √ √ √ √ insufficient cooling Too Cool X X X Compressor is X X X √ √ √ √ √ noisy Horizontal louver X X X cannot revolve Test method/ remedy mrcool.com...
Page 60 Air handler fan will √ √ √ √ not start Condenser fan will √ √ √ √ √ not start Unit runs but √ √ shortly stops Compressor short-cycles due to √ √ overload High discharge pressure Low discharge pressure Test method/ remedy mrcool.com...
Page 61 TROUBLESHOOTING 2. Field Electrical Circuit Maintenance Possible causes of trouble High suction pressure Low suction pressure Unit runs continuously but insufficient cooling Too cool √ √ Compressor is noisy Horizontal louver √ √ √ can not revolve Test method/ remedy mrcool.com...
Page 62 Indoor PCB √ √ Outdoor PCB √ Indoor Fan Motor √ T1 Sensor √ √ √ T2 Sensor T3 Sensor √ T4 sensor √ Reactor Compressor Additional √ √ √ Refrigerant √ Water-Level Switch √ Water Pump √ Display Board mrcool.com...
Page 63 Outdoor PCB Outdoor Fan √ √ √ √ Motor √ T3 Sensor √ TP Sensor √ T2B Sensor Refrigerant √ Sensor √ Reactor Sensor √ √ Compressor IPM Module √ √ √ √ Board Pressure √ Protector Additional √ Refrigerant mrcool.com...
Page 64 Note: These pictures are for reference, actual appearance may vary. Troubleshooting and repair of the compressor driven chip EEPROM parameter error and communication error between the outdoor main chip and compressor driven chip are the same as EC 51. mrcool.com...
Page 65 TROUBLESHOOTING EL 01: IDU & ODU Communication Error Diagnosis and Solution. Description: Indoor unit cannot communicate with the outdoor unit. Recommended parts to prepare: • Indoor PCB • Outdoor PCB • Reactor Troubleshooting and repair: mrcool.com...
Page 66 Use a multimeter to test the resistance of the reactor which does not connect with the capacitor. • The normal value should be around zero ohms. Otherwise the reactor has a malfunction. Note: The pictures and the values are for reference only, actual condition and specific values may vary. mrcool.com...
Page 67 Description: When the indoor/outdoor fan speed keeps too low or too high for a certain time, the unit ceases operation and the LED displays a fault. Recommended parts to prepare: • Connection wires • Fan assembly • Fan motor • PCB Troubleshooting and repair: mrcool.com...
Page 68 Release the UVW connector and measure the resistance of U-V, U-W, V-W. If the resistance is not equal to each other the fan motor has a problem and needs to be replaced. Otherwise the PCB has a problem and needs to be replaced. mrcool.com...
Page 69 Description: If the sampling voltage is lower than 0.06V or higher than 4.94V, the LED displays a fault code. Recommended parts to prepare: • Connection wires • Sensors • PCB Troubleshooting and repair: Note: The picture and the value are for reference only, actual condition and specific values may vary. mrcool.com...
Page 70 Description: Judging the abnormality of the refrigeration system according to the number of compressor stops and the changes in operating parameters caused by excessive exhaust temperature. Recommended parts to prepare: • Indoor PCB • Additional refrigerant Troubleshooting and repair: mrcool.com...
Page 71 EH 0E: Water-Level Alarm Malfunction Diagnosis and Solution. Description: If the sampling voltage is not 5V, the LED displays a fault code. Recommended parts to prepare: • Connection wires • Water-level switch • Water pump • Indoor PCB Troubleshooting and repair: mrcool.com...
Page 72 Description: When the voltage signal the IPM sends to the compressor drive chip is abnormal, the LED displays a fault code. Recommended parts to prepare: • Connection wires • IPM module board • Outdoor fan assembly • Compressor • Outdoor PCB Troubleshooting and repair: mrcool.com...
Page 73 PC 01: ODU Voltage Protection Diagnosis and Solution. Description: Abnormal increases or decreases in voltage are detected by checking the specified voltage detection circuit. Recommended parts to prepare: • Power supply wires • IPM module board • PCB • Reactor Troubleshooting and repair: mrcool.com...
Page 74 Description: An abnormal inverter compressor drive is detected by a special detection circuit, including communication, signal detection, voltage detection, compressor rotation speed signal detection, and so on. Recommended parts to prepare: • Connection wires • IPM module board • Outdoor fan assembly • Compressor • Outdoor PCB Troubleshooting and repair: mrcool.com...
Page 75 638 PSI.(4.4MPa)). Or the outdoor pressure switch cut off the system due to low pressure (if the pressure is lower than 18.85 PSI.(0.13MPa) the LED will display a fault code. Recommended parts to prepare: • Connection wires • Pressure switch • Outdoor fan • Outdoor main PCB • Refrigerant Troubleshooting and repair: mrcool.com...
Page 76 TROUBLESHOOTING PC 03: Cont. mrcool.com...
Page 77 If the temperature of the IPM module is higher than a certain value, the LED will display a fault code. Recommended parts to prepare: • Connection wires • Outdoor PCB • IPM module board • High pressure protector • System blockages Troubleshooting and repair: mrcool.com...
Page 78 EH b3: Communication malfunction Between Wire and Master Control Diagnosis and Solution. Description: If the indoor PCB does not receive feedback from the wired controller, the error displays on the wired controller.. Recommended parts to prepare: • Connection wires • Indoor PCB • Wired Controller Troubleshooting and repair: mrcool.com...
Page 79 Description: The indoor unit does not receive the feedback from the external fan module during 150s or the indoor unit receives abnormal increases or decreases in voltage from the external fan module. Recommended parts to prepare: • Indoor main PCB Troubleshooting and repair: mrcool.com...
Page 80 FH 07: Communication Malfunction Between the Indoor Unit and Auto-Lifting Panel Diagnosis and Solution. Description: Indoor PCB does not get the feedback from the PCB of the auto-lifting panel. Recommended parts to prepare: • Connection wires • PCB of auto-lifting panel • Indoor PCB Troubleshooting and repair: mrcool.com...
Page 81 Description: Indoor unit receives a fault signal for 10s or the indoor unit does not receive feedback from the refrigerant sensor for 150s. Recommended parts to prepare: • Connection wires • Sensors • Indoor man PCB Troubleshooting and repair: mrcool.com...
Page 82 APP, and so on to eliminate the alarm) and any other non- refrigerant leakage fault the indoor unit will only display ECC1 and the buzzer will not make a sound. Recommended parts to prepare: • Additional refrigerant Troubleshooting and repair: mrcool.com...
Page 83 EH 12: Main Unit or Secondary Unit Malfunction (for Twin System) Diagnosis and Solution. Description: When set in twin systems, one indoor unit displays this error code which means another unit if faulty. Check another indoor unit's error code and then follow the prescribed solutions to resolve the malfunction. mrcool.com...
Page 84 Note: The picture and the value are for reference only, actual condition and specific values may vary. Compressor Check: 1. Disconnect the compressor power cord from the outdoor PCB. 2. Measure the resistance value of each winding using a multi-meter. 3. Check the resistance value of each winding in the following table. mrcool.com...
Page 85 Resistance Value KSN140D58UFZ KTM240D43UKT KSN98D64UFZ23 ASN140D35TFZ Blue-Red 1.86±5%Ω 1.03±5%Ω 2.7±5%Ω 0.83±5%Ω Blue-Black (at 68°F (20°C)) (at 68°F (20°C)) (at 68°F (20°C)) (at 68°F (20°C)) Red-Black Resistance Value KTF420D62UNT ASN108D22TEZ Blue-Red 0.86±5%Ω 1.76±5%Ω Blue-Black (at 68°F (20°C)) (at 68°F (20°C) Red-Black mrcool.com...
Page 86 2.14±%Ω 2.56±%Ω 1.97±%Ω 2.35±%Ω 1.91±%Ω Blue-Black (at 68°F (20°C)) (at 68°F (20°C)) (at 68°F (20°C)) (at 68°F (20°C)) (at 68°F (20°C)) Red-Black Note: The picture and the value are for reference only, actual condition and specific values may vary. mrcool.com...
Page 87 ∞ ∞ (Several M±5%Ω) (Several M±5%Ω) Or test the conductivity of IPM with diode mode: Needle-type Tester Needle-Type Tester Normal Value Normal Value Black Black Open-Circuit 0.3-0.5V Needle-type Tester Needle-Type Tester Normal Value Normal Value Black Black 0.3-0.5V Open-Circuit mrcool.com...
Page 88 1. Power on and use a digital tester to measure the voltage. When the unit operates in cooling it is 0V, when the unit operates in heating it is about 230VAC. If the value of the voltage is not in range the PCB has problems and needs to be replaced. mrcool.com...
Page 89 TROUBLESHOOTING 2. Turn the power off and use a digital tester to measure the resistance. The value should be 1.8~2.5 K±5%Ω. mrcool.com...
Page 90 1. Disconnect the connector from the outdoor PCB. 2. Measure the resistance value of each winding using a multi-meter. 3. Check the resistance value of each winding in the following table. Color of Lead Winding Normal Value Red-Blue Red-Yellow About 50Ω Brown-Orange Brown-White mrcool.com...
Page 91 5.488 1.762 21.26 5.32 1.171 115.2 20.46 5.157 1.674 109.8 19.69 1.632 104.6 18.96 4.849 99.69 18.26 4.703 95.05 17.58 4.562 90.66 16.94 4.426 86.49 16.32 4.294 82.54 15.73 4.167 78.79 15.16 4.045 75.24 14.62 3.927 71.86 14.09 3.812 mrcool.com...
Page 92 3.45097 0.8795 0.2777 19.6891 3.31847 0.85248 0.27078 18.7177 3.19183 0.82643 0.26408 17.8005 3.07075 0.80132 0.25757 16.9341 2.95896 0.77709 0.25125 16.1156 2.84421 0.7537 0.24512 15.3418 2.73823 0.73119 0.23916 14.6181 2.63682 0.68844 0.23338 13.918 2.53973 0.66818 0.22776 13.2631 2.4467 0.64862 0.22231 mrcool.com...
Page 93 372.84 114.8 350.54 3.51 50.84 -5.8 2632.1 26.32 381.74 116.6 364.08 3.64 52.80 2694.7 26.95 390.82 118.4 378.02 3.78 54.83 -2.2 2758.33 27.58 400.04 120.2 392.37 3.92 56.91 -0.4 2823.2 28.23 409.46 407.13 4.07 59.05 2889.3 28.89 419.04 123.8 mrcool.com...
Page 94 638.56 802.08 8.02 116.33 37.4 4498.7 44.99 652.46 159.8 827.47 8.27 120.01 39.2 4596.5 45.97 666.64 161.6 853.49 8.53 123.78 4696.5 46.97 681.15 163.4 880.11 8.80 127.64 42.8 4798.9 47.99 696.00 165.5 907.35 9.07 131.60 44.6 4904.1 49.04 711.25 mrcool.com...
Page 95 Series Outtasight ® ® Ceiling Cassette The design and specifications of this product and/or manual are subject to change without prior notice. Consult with the sales agency or manufacturer for details.

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