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VersaPro
Central Ducted
CONDENSER SERVICE MANUAL
MODELS:
MVP-**-HP-C-230A00-O
CENTRAL-**-HP-C-230B00-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: March 10, 2025
Please visit www.mrcool.com/documentation
to ensure you have the latest version of this manual.
This product utilizes R-454B refrigerant
& Hyper Heat
®
mrcool.com
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Table of Contents
Troubleshooting
Related Manuals for MrCool VersaPro MVP-HP-C-230A00-O Series
Summary of Contents for MrCool VersaPro MVP-HP-C-230A00-O 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: March 10, 2025 Please visit www.mrcool.com/documentation to ensure you have the latest version of this manual. mrcool.com...
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Page 2: Table Of Contents
4.4 Quick Maintenance by Error Code ..............50 4.5 Troubleshooting by Error Code ............... 52 TEMPERATURE SENSOR RESISTANCE TABLE ............... 81 5.1 Temperature Sensor Resistance Value Table for TP (°C-K) ......81 SYSTEM PRESSURE TABLE....................83 6.1 System Pressure Table-R545B................83 mrcool.com... -
Page 3: System Overview
30K Regular Heat MVP-36-HP-C-230A00-O 36K Regular Heat MVP-48-HP-C-230A00-O 48K Regular Heat MVP-60-HP-C-230A00-O 60K Regular Heat 1 Phase, 208/230V~, 60Hz CENTRAL-24-HP-C-230B00-O 24K Hyper Heat CENTRAL-30-HP-C-230B00-O 30K Hyper Heat CENTRAL-36-HP-C-230B00-O 36K Hyper Heat CENTRAL-48-HP-C-230B00-O 48K Hyper Heat CENTRAL-60-HP-C-230B00-O 60K Hyper Heat mrcool.com... -
Page 4: External Appearance
SYSTEM OVERVIEW 1.2 External Appearance Outdoor Unit MVP-18-HP-C-230A00-O CENTRAL-24-HP-C-230B00-O/MVP-18-HP-C-230A00-O mrcool.com... - Page 5 SYSTEM OVERVIEW CENTRAL-36-HP-C-230B00-O/MVP-36-HP-C-230A00-O MVP-48-HP-C-230A00-O/ MVP-60-HP-C-230A00-O mrcool.com...
- Page 6 SYSTEM OVERVIEW CENTRAL-60-HP-C-230B00-O mrcool.com...
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Page 7: Dimensional Drawings
SYSTEM OVERVIEW 1.3 Dimensional Drawings Note: Please check the corresponding dimensional drawing according to the panel plate. Outdoor Unit Model Platform MVP-18-HP-C-230A00-O X330 MVP-24-HP-C-230A00-O X430 MVP-30-HP-C-230A00-O MVP-36-HP-C-230A00-O MVP-48-HP-C-230A00-O X630 MVP-60-HP-C-230A00-O X630 CENTRAL-24-HP-C-230B00-O X430 CENTRAL-30-HP-C-230B00-O*1 CENTRAL-36-HP-C-230B00-O X630 CENTRAL-48-HP-C-230B00-O*2 X630 CENTRAL-60-HP-C-230B00-O mrcool.com... - Page 8 SYSTEM OVERVIEW X330 Platform MVP-18-HP-C-230A00-O mrcool.com...
- Page 9 SYSTEM OVERVIEW X430 Platform MVP-24-HP-C-23000-O CENTRAL-24-HP-C-230B00-O mrcool.com...
- Page 10 SYSTEM OVERVIEW D30 Platform MVP-30-HP-C-230A00-O MVP-36-HP-C-230A00-O CENTRAL-30-HP-C-230B00-O mrcool.com...
- Page 11 SYSTEM OVERVIEW X630 Platform MVP-48-HP-C-230A00-O MVP-60-HP-C-230A00-O CENTRAL-36-HP-C-230B00-O CENTRAL-48-HP-C-230B00-O mrcool.com...
- Page 12 SYSTEM OVERVIEW E30 Platform CENTRAL-60-HP-C-230B00-O mrcool.com...
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Page 13: Install Location
SYSTEM OVERVIEW 1.4 Install Location mrcool.com... -
Page 14: Capacity Correction Factor For Height Difference
0.984 0.978 0.972 Height difference H 1.000 0.997 0.991 0.984 0.978 0.972 (ft/m) -16.4/-5 0.992 0.989 0.983 0.977 0.970 0.964 Outdoor -32.8/-10 0.981 0.975 0.969 0.963 0.957 Higher than -65.6/-20 0.967 0.961 0.955 0.949 Indoor -82/-25 0.953 0.947 0.941 mrcool.com... - Page 15 0.964 0.945 0.915 Height difference 1.000 0.988 0.976 0.964 0.945 0.915 H (ft/m) -16.4/-5 0.992 0.980 0.968 0.956 0.938 0.908 Outdoor -35.8/-10 0.972 0.960 0.948 0.930 0.900 Higher than -65.6/-20 0.952 0.941 0.923 0.893 Indoor -30/-98.4 0.933 0.915 0.886 mrcool.com...
- Page 16 0.955 0.932 0.894 Height difference 1.000 0.985 0.970 0.955 0.932 0.894 H (ft/m) -16.4/-5 0.992 0.977 0.962 0.947 0.924 0.887 Outdoor -35.8/-10 0.969 0.954 0.939 0.917 0.880 Higher than -65.6/-20 0.947 0.932 0.910 0.873 Indoor -30/-98.4 0.924 0.902 0.886 mrcool.com...
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Page 17: Noise Curves
Reference acoustic pressure OdB=20µPa. • Sound level will vary depending on arrange off factors such as the construction (acoustic absorption coefficient) of particular rooms in which the equipment is installed. • The operating conditions are assumed to be standard. MVP-18-HP-C-230A00-0 MVP-30-HP-C-230A00-0 mrcool.com... - Page 18 SYSTEM OVERVIEW CENTRAL-30-HP-C-230B00-O CENTRAL-36-HP-C-230B00-O MVP-36-HP-C-230A00-O MVP-48-HP-C-230A00-O mrcool.com...
- Page 19 SYSTEM OVERVIEW CENTRAL-48-HP-C-230B00-O CENTRAL-60-HP-C-230B00-O MVP-60-HP-C-230A00-O mrcool.com...
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Page 20: Refrigerant Cycle Diagrams
98.4 (30) 65.6 (20) 0.7 oz/ft (65g/m) Pipe Size (Diameter: Piping Length (ft/m) Elevation (ft/m) Ø) inch(mm) Additional Model No. Refrigerant Liquid Rated Max. Rated Max. MVP-30-HP-C-230A00-O 3/4 (19) 3/8 (9.52) 24.6 (7.5) 164 (50) 82 (25) 0.7 oz/ft (65g/m) mrcool.com... - Page 21 24.6 (7.5) 164 (50) 82 (25) 0.7 oz/ft (65g/m) MVP-48-HP-C-230A00-O 3/4 (19) 3/8 (9.52) 24.6 (7.5) 246 (75) 98.4 (30) CENTRAL-48-HP-C-230B00-O 3/4 (19) 3/8 (9.52) 24.6 (7.5) 246 (75) 98.4 (30) MVP-60-HP-C-230A00-O 3/4 (19) 3/8 (9.52) 24.6 (7.5) 246 (75) 98.4 (30) mrcool.com...
- Page 22 (Diameter: Ø) Elevation (ft/m) (ft/m) Additional inch(mm) Model No. Refrigerant Liquid Rated Max. Rated Max. CENTRAL-36-HP-C-230B00-O 3/4 (19) 3/8 (9.52) 24.6 (7.5) 246 (75) 98.4 (30) 0.7 oz/ft (65g/m) CENTRAL-60-HP-C-230B00-O 3/4 (19) 3/8 (9.52) 24.6 (7.5) 246 (75) 98.4 (30) mrcool.com...
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Page 23: Electrical Wiring Diagrams
ODU Main Printed ODU Model ODU Wiring Diagram 24V Printed Board Circuit Board MVP-18-HP-C-230A00-O 16022000040910 171220000457661 MVP-24-HP-C-230A00-O 16022000040710 17122000048064 CENTRAL-24-HP-C-23000-O 16022000040710 MVP-30-HP-C-230A00-O 16022000040690 MVP-36-HP-C-230A00-O 16022000041438 CENTRAL-30-HP-C-23000-O 16022000041438 17122000062325 CENTRAL-36-HP-C-23000-O 16022000041477 17122300007152 MVP-48-HP-C-230A00-O 16022000041477 CENTRAL-48-HP-C-23000-O 16022000041477 MVP-60-HP-C-230A00-O 16022000041438 CENTRAL-60-HP-C-23000-O 16022000041440 mrcool.com... - Page 24 SYSTEM OVERVIEW Outdoor unit wiring diagram: 16022000040910 mrcool.com...
- Page 25 SYSTEM OVERVIEW Outdoor unit wiring diagram: 16022000040710 mrcool.com...
- Page 26 SYSTEM OVERVIEW Outdoor unit wiring diagram: 16022000040690 mrcool.com...
- Page 27 SYSTEM OVERVIEW Outdoor unit wiring diagram: 16022000041438 mrcool.com...
- Page 28 SYSTEM OVERVIEW Outdoor unit wiring diagram: 16022000041477 mrcool.com...
- Page 29 SYSTEM OVERVIEW Outdoor unit wiring diagram: 16022000041440 mrcool.com...
- Page 30 SYSTEM OVERVIEW Outdoor unit printed circuit board diagram: 17122000057661 mrcool.com...
- Page 31 Connect to chassis heater(Output: 230VAC) S: connect to indoor unit communication L_in: connect to L-line (230VAC input) CN1A N_in: connect to N-line (230VAC input) Earth CN50 Connect to compressor (Output: 0~310VAC) Note: This section is for reference only. Please take practicality as standard. mrcool.com...
- Page 32 SYSTEM OVERVIEW Outdoor unit printed circuit board diagram: 17122000048064 & 17122000048066 mrcool.com...
- Page 33 Used for testing FAN_IPM IPM501 IPM for DC fan COMP_IPM IPM1 IPM for compressor CN27 CN28 Connect to compressor (Output: 0~310VAC) CN29 EE_PORT CN505 EEPROM programmer port Note: This section is for reference only. Please take practicality as standard. mrcool.com...
- Page 34 SYSTEM OVERVIEW Outdoor unit printed circuit board diagram: 17122300007152 mrcool.com...
- Page 35 Connect to key board CN1 Connect to condenser coil temp. sensor T3, ambient T3 T4 TP CN26 temp. sensor T4, exhaust temp. sensor TP (Output: 0~5VDC) Connect to high and low pressure switch (pin1-pin2 & H-PRO, L-PRO CN29 pin3-pin4: 5VDC pulse wave) mrcool.com...
- Page 36 Connect to electric expansion valve (Output: 0~12VDC) EEVF EEV1 EEV2 CN44 EEV3 H_YL CN49 Connect to high pressure sensor DC-FAN2 CN10 Connect to DC fan (Output: 0~310VAC) Note: This section is for reference only. Please take practicality as standard. mrcool.com...
- Page 37 Connect to CELLULAR (Output: 0~5VDC) S1+S2 Connect to indoor unit communication (Output: 0~5VDC) CN14 Connect to main board S (Input: 230VAC) CN17 Connect to main board L1-IN (Input: 230VAC) Power Supply CN15 Connect to main board L2/N-IN (Input: 230VAC) mrcool.com...
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Page 38: Installation
If the unit is frequently exposed to salty air (seaside): 9.8in (25cm) or L ≤ 1/2H • Use an outdoor unit that is specially designed more L ≤ H to resist corrosion. 11.8in (30cm) 1/2H < L ≤ H or more L>H Cannot be installed mrcool.com... -
Page 39: Outdoor Unit Installation
The outdoor unit can be anchored to the ground or to a wall-mounted bracket with bolt (M10). Prepare the installation base of the unit according to the dimensions below. The following is a list of different outdoor unit sizes and the distance between their mounting feet. mrcool.com... -
Page 40: Refrigerant Pipe Installation
2. Confirm the cross way of the pipes. proper torque to fasten the nut, too much torque will damage the bell mouthing, and too little of torque may cause leakage. Refer to the following table for different pipe connections. mrcool.com... -
Page 41: Vacuum Drying And Leakage Testing
-755mmHg stop vacuum drying and keep the pressure for 1 hour. If the indicator of the vacuum gauge does not go up it is good. If it does go up it indicates that there is moisture or a leak. mrcool.com... -
Page 42: Additional Refrigerant Charge
2. Purpose of Refrigerant Pipe Insulation: • During operation the temperature of the gas pipe and liquid pipe will be very hot/cold. Therefore insulation is necessary as without it will decrease performance and can cause the compressor to burnout. mrcool.com... -
Page 43: Electrical Wiring
4. Clamp down the cable with the cable clamp. 5. Insulate unused wires with electrical tape. (Keep wires away from any electrical metal or parts). 6. Re-install the cover of the electrical panel. mrcool.com... -
Page 44: Test Operation
Check to see if the refrigeration system is leaking., • Make sure there is no vibration or abnormal noise during operation. • Ensure the wind, noise, and water generated by the unit do not disturb your neighbors or pose a safety hazard. mrcool.com... -
Page 45: Basic Functions
When fan mode is activated: • The outdoor fan and compressor are stopped. Cooling Mode: Compressor Control: Reach the configured temperature 1. When the compressor runs continuously for within 120 minutes. • If the following conditions are satisfied, the compressor ceases operation. mrcool.com... -
Page 46: Defrosting Mode
• Unit runs for 15 minutes consecutively in defrosting mode. • If Outdoor ambient temperature (T4) is lower than or equal to -7.6°F (-22°C) and compressor running time is more than TIMING_DEFROST_ TIME. If any one of the following conditions mrcool.com... -
Page 47: Troubleshooting
Electricity will remain in capacitors even when the power supply is off. Ensure the capacitors are fully discharged before troubleshooting Note: If using the inverter test tool for maintenance, remove the big handle from the unit and connect the inverter test tool to TESTPORT(CN7). Note: This picture is for reference only. Actual appearance may vary. mrcool.com... -
Page 48: Error Display (Outdoor Unit With Auxiliary Board)
PC 46 Compressor Speed has Been Out of Control TS15 PC 49 Compressor Overcurrent Failure TS15 LC 06 High Temperature Protection of Evaporator TS34 PH 90 High Temperature Protection of Evaporator TS34 PH 91 Low Temperature Protection of Evaporator TS35 mrcool.com... -
Page 49: Outdoor Unit Point Check Function
If the value is higher than 99, light the decimal point of the high EXV open angle digit tube. For example, the digital display tube show "2.0", so 2.0 multiplied by 10 to become 20, then added to 100 to become 120, it means the EXV open angle is 120x4=480p. mrcool.com... - Page 50 AD value detected by the high For example, the digital display tube shows "Cd", so and low pressure sensor C*16¹+d*16⁰=12*16+13=205, it meads AD value is 205. When there is no pressure sensor, it is displayed as --. The currently running communication protocol 00-99 version mrcool.com...
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Page 51: Quick Maintenance By Error Code
√ √ ODU Coil temp. sensor √ ODU ambient temp. √ sensor COMP. discharge temp. √ sensor IPM module temperature √ sensor Pressure sensor √ Refrigerant pipe √ temperature sensor Condenser temperature sensor Reactor √ IPM module board √ mrcool.com... - Page 52 √ √ √ ODU coil temp. sensor √ COMP. discharge temp. √ sensor Compressor √ IPM module board √ Additional refrigerant √ √ √ Electric control box √ High pressure switch √ Low pressure switch √ Adapter board √ mrcool.com...
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Page 53: Troubleshooting By Error Code
EEPROM: A read-only memory whose contents can be erased and reprogrammed using a puled voltage. The location of the EEPROM chip on the indoor PCB is shown in the following image: Note: These pictures are for reference, actual appearance may vary. mrcool.com... - Page 54 TROUBLESHOOTING EL 01: IDU & ODU communication error diagnosis and solution Recommended parts to prepare: • Indoor PCB • Outdoor PCB • Signal wires • Magnet ring Troubleshooting and repair: mrcool.com...
- Page 55 Description: When indoor/outdoor fan speed keeps too low or too high for a certain time, the LED displays the failure code and the AC turns off. Recommended parts to prepare: • Connection wires • Fan assembly • Fan motor • PCB Troubleshooting and repair: mrcool.com...
- Page 56 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 57 Description: If the sampling voltage is lower than 0.06V or higher than 4.94V, the LED displays the failure code. Recommended parts to prepare: • Connection wires • Outdoor PCB • Sensors Troubleshooting and repair: Note: The picture and the value are for reference only, actual appearance and values may vary. mrcool.com...
- Page 58 Description: An abnormal current rise is detected by checking the specified current detection circuit. Recommended parts to prepare: • Outdoor PCB • Connection wires • Bridge rectifier • PFC circuit or reactor • Refrigeration piping system • Pressure switch • Outdoor fan • IPM module board Troubleshooting and repair: mrcool.com...
- Page 59 TROUBLESHOOTING mrcool.com...
- Page 60 Troubleshooting and repair: At first test the resistance between every two ports of U, V, W, of IPM and P,N. If any result of them is 0 or close to 0, the IPM is defective. Otherwise please follow the procedure below: mrcool.com...
- Page 61 TROUBLESHOOTING mrcool.com...
- Page 62 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 • Outdoor PCB • Bridge rectifier • PFC circuit or reactor Troubleshooting and repair: mrcool.com...
- Page 63 PC 40: Communication error between ODU main chip and compressor driven chip diagnosis and solution Description: The main PCB cannot detect the IPM board. Recommended parts to prepare: • Connection wires • Outdoor PCB • IPM module board • Electric control box Troubleshooting and repair: mrcool.com...
- Page 64 Description: Outdoor PCB detects PFC signal is low voltage or DC voltage is lower than 340V for 6s when quick check. Recommended parts to prepare: • Connection wires • Outdoor PCB • Inductance • PFC circuit or IPM module board Troubleshooting and repair: mrcool.com...
- Page 65 Description: When the compressor discharge temperature (TP) is more than 115°C for 10 seconds, the compressor ceases operation and does not restart until TP is less than 90°C.. Recommended parts to prepare: • Connection wires • Outdoor PCB • Discharge temperature sensor • Refrigerant Troubleshooting and repair: mrcool.com...
- Page 66 Description: The unit will stop when condenser temperature is higher than 65°C, and runs again when it is less than 50°C. Recommended parts to prepare: • Connection wires • Condenser temperature sensor • Outdoor fan • Outdoor main PCB • Refrigerant Troubleshooting and repair: mrcool.com...
- Page 67 Models without overload protector should be diagnosed according to the second flowchart. Recommended parts to prepare: • Connection wires • Outdoor PCB • IPM module board • High pressure protector • System blockages Troubleshooting and repair: mrcool.com...
- Page 68 TROUBLESHOOTING mrcool.com...
- Page 69 PC 30: System high pressure protection diagnosis and solution Description: Outdoor pressure switch cuts off the system because pressure is higher than 638PSI (4.4MPa). Recommended parts to prepare: • Connection wires • Pressure switch • Outdoor fan • Outdoor main PCB Troubleshooting and repair: mrcool.com...
- Page 70 Description: Outdoor pressure switch cut off the system because low pressure is lower than 18.85PSI (0.13MPa), the LED displays the failure code. Recommended parts to prepare: • Connection wires • Outdoor PCB • Low pressure protector • Refrigerant Troubleshooting and repair: mrcool.com...
- Page 71 Description: When the three-phase sampling current of the compressor is abnormal, especially when the current of one or more phases is always small and almost 0, the LED displays the failure code. Recommended parts to prepare: • Connection wires • Compressor • Outdoor PCB Troubleshooting and repair: mrcool.com...
- Page 72 • Inverter module PCB Troubleshooting and repair: PC 41: Outdoor compressor current sampling circuit failure diagnosis and solution Description: Three-phase sampling offset voltage error, the static bias voltage is normally 2.5V. Recommended parts to prepare: • Outdoor main PCB Troubleshooting and repair: mrcool.com...
- Page 73 • IPM module PCB • Connection wires • Sensors • Outdoor main PCB Troubleshooting and repair: If the radiator has no sensor, follow the steps below to resolve. If the radiator has a sensor (TH), follow the steps below. mrcool.com...
- Page 74 Description: When evaporator coil temperature is more than 60°C in heating mode, the unit stops. It starts again only when the evaporator coil temperature is less than 52°C. Recommended parts to prepare: • Connection wires • Evaporator coil temperature sensor (T2) • Indoor fan • Indoor main PCB Troubleshooting and repair: mrcool.com...
- Page 75 EC 5C: High pressure sensor is in open circuit or has short circuited diagnosis and solution Description: If the sampling voltage is lower than 2V or higher than 254V, the LED displays the failure code. Recommended parts to prepare: • Connection wires • Sensor • Outdoor PCB Troubleshooting and repair: mrcool.com...
- Page 76 EL 16: Communication malfunction between adapter board and outdoor main board diagnosis and solution Description: The adapter PCB cannot detect the main control board. Recommended parts to prepare: • Connection wires • Adapter board • Outdoor main PCB Troubleshooting and repair: mrcool.com...
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Page 77: Compressor Check
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 78 Resistance Value KTN150D30UFZA KTM240D46UKT2 KTF310D43UMT MTH356UKRC8FQL KTQ420D1UMU EKPQ440D1UMUB Blue-Red Blue-Black 1.02Ω 1.04Ω 0.65Ω 0.37Ω 0.487Ω Red-Black Resistance Value MTH550UKPC8FU Blue-Red Blue-Black 0.295Ω Red-Black Note: The picture and the value are for reference only, actual condition and specific values may vary. mrcool.com...
- Page 79 ∞ ∞ (Several Ω) (Several 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 80 With partial active PFC module With fully active PFC module >200VDC >310VDC >370VDC Reactor Check: Measure the resistance and voltage (to ground) of the reactor. The normal resistance should be around 0.1 ohm. Otherwise the reactor has an issue. mrcool.com...
- Page 81 1. Turn off outdoor unit and disconnect the power supply 2. Disconnect the connectors of EXV. 3. Measure the resistance value between Red and Blue(Yellow); Brown and Orange(White). Resistance to EXV coil: Color of Lead Winding Normal Value Red-Blue Red-Yellow About 50Ω Brown-Orange Brown-White mrcool.com...
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Page 82: Temperature Sensor Resistance Table
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 83 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...
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Page 84: System Pressure Table
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 85 638.56 802.08 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 86 VersaPro & Hyper Heat ® Central Ducted 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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