Heat Pump Water Heater Installation and Service Manual Model HP200M2 HP250M2 HP250CM2 Please read this manual carefully prior to your use of this water heater. The appearance of the water heater given in this manual is for reference only.
Contents 1. Product safety statement... 3 2. Functionings & principles... 4 3. Technical parameters... 5 4. Description of parts and components... 6 5. Installation introduction...11 6. Operating and settings... 22 7. Faults and protection... 25 8. Faults and protection...26 9. The method of dismantling products...33 10. Repairs common tools...38 2
1. Product safety statement 1. This appliance can be used by children aged from 8 years and above and persons with reduced physical, sensory or mental capabilities or lack of experience and knowledge if they have been given supervision or instruction concerning use of the appliance in a safe way and understand the hazards involved. Children shall not play with the appliance. Cleaning and user maintenance shall not be made by children without supervision. 2. Children shall be closely supervised to make sure they stay away from this product. 3. The method of installing safety valve please refer to Page 16. 4. The water may drip from the discharge pipe of the pressure relief device and this pipe must be left open to the atmosphere. 5. The water heater is to be drained according to the instructions specified on page 27. Safety instructions (to be followed at any time) Refrigerant: R134a; When handling product, you should - No smoking - Prevent the accumulation of electrostatic charges - Work in a well ventilated place. - Avoid contact with the skin and eyes - Do not inhale the vapours - Evacuate the hazardous area - Stop the leakage 3
2. Functionings & principles A low-pressure liquid refrigerant is vaporized in the heat pump's evaporator and passed into the compressor. As the pressure of the refrigerant increases, so does its temperature. The heated refrigerant runs through a condenser coil within the storage tank, transferring heat to the water stored there. As the refrigerant delivers its heat to the water, it cools and condenses, and then passes through an expansion valve where the pressure is reduced and the cycle starts over. 4
3. Technical parameters Model HP200M2 HP250M2 HP250CM2 Tank Tank volume 200L 250L 245L Rated voltage/ frequency 230V/50Hz 230V/50Hz 230V/50Hz Tank rated pressure 0.85MPa 0.85MPa 0.85MPa Corrosion protection Magnesium rod Magnesium rod Magnesium rod Water proof grade IPX4 IPX4 IPX4 Performances Type of extraction Ambient / Exterior Ambient / Exterior Ambient / Exterior COP@7 / EN16147 2.5 2.5 2.5 COP@15 / EN16147 2.9 2.9 2.9 Tapping cycle L L L Electric heater power 2150W 2150W 2150W Average input - heat pump only 665W 665W 665W Maximum input- heat pump only 850W 850W 850W Maximum total power input of the appliance 3000W 3000W 3000W Standby power input/ Pes 33W 33W 33W Max volume of usable hot water at 40 setting at 55 230L 300L 275L Heating up time (7 ) 6.5h 8.5h 8.2h Heating up time (15 ) 5.0h 6.8h 6.7h Default temperature setting 55 55 55 Temperature setting range- with heater 35-75 35-75 35-75 Pressure drop in air circuit 25Pa 25Pa 25Pa Max working pressure of refrigerant 0.8/2.8MPa 0.8/2.8MPa 0.8/2.8MPa Refrigerant type / weight R134a/0.9kg R134a/0.9kg R134a/0.9kg Noise pressure level (2m) 40dB 40dB 40dB Ambient temperature for use of product -5~35-5~35-5~35 Operating temperature of heat pump -5~35-5~35-5~35 Dimension and connections Water inlet and outlet connection G3/4"F G3/4"F G3/4"F Safety valve connection G3/4"F G3/4"F G3/4"F Drain & Water intlet connection G3/4"F G3/4"F G3/4"F Product Dimensions 600*629*1692mm 600*629*1987 mm 600*629*1987 mm Packing dimension without pallet 736*695*1810 mm 736*695*2120 mm 736*695*2120 mm Packing dimension with pallet 736*695*1940 mm 736*695*2250 mm 736*695*2250 mm Net/Gross weight 104/118kg 117/131kg 136/150kg * The COP and noise level data was tested in Haier lab 5
4. Description of parts and components Heat pump structurehp200m2/hp250m2 Outlet of condensation water Hot water outlet Safety valve Inlet for cold water/drain outlet Air outlet Air inlet 6
Heat pump structurehp250cm2 Outlet of condensation water Hot water outlet Safety valve Circulating entrance Circulating exit Sensor pocket Inlet for cold water/drain outlet Air outlet Air inlet HP250CM2 7
Exploded view S/N Description 1 Electric heater 2 Electric cover 3 Front cover - down 5 6 7 8 9 10 11 4 Display panel 5 Front cover - up 6 Control box 7 Top cover 8 Air grille 9 Air channel - up 10 Fan 12 11 Four-way valve 12 Compressor 4 13 13 14 Air channel - down Tank case 15 Handle Solar or boiler sensor (HP250CM2 only) (From heat pump) 14 Boiler signal wire (HP250CM2 only) (2*0.75mm2,White wire) 15 Off-peak power signal wire (2*0.75mm2,Black wire) 3 2 1 Heat pump system components 1. Compressor The compressor is to effect a low-temperature low-pressure evaporator refrigerant vapor sucked and compressed into high temperature and pressure of the superheated vapor, and then discharged to the condenser heat exchanger. Power cable (3*1.5mm2) Wiring box Inspiratory pipe Exhaust pipe 8
2. Evaporator Evaporator effects: it makes the liquid refrigerant absorbs heat and is evaporated into steam. 3. Condenser A condenser: high-temperature high-pressure refrigerant vapor is condensed into liquid, during condensation, the refrigerant vapor discharge heat, the heat is absorbed by the heating medium. 4. Thermal expansion valve: The refrigerant passes through the thermal expansionn valve, the pressure from the condensing pressure is reduced to the evaporation pressure, part of the refrigerant will evaporate into gas in the throttling process. 5. Filter It s interior has a filter and desiccant, the desiccant absorbs moisture from the refrigerant, the filter can filter out impurities in the refrigerant. 9
6. High Voltage Switchgear High-voltage switch is to prevent excessive pressure in the system, thus affecting the life of the system components, high-pressure of the high-voltage switch is 2.8MPa. 7. Service valve Service valve is mainly used for filling refrigerant, after removing the nuts, it contains a valve needle, sales stafff can vacuum infusion refrigerant from here. nuts Service valve 8. Fan It forced air through the duct, and then flows through a heat exchanger to improve heat transfer efficiency of the heat exchanger. 10
9. Refrigerant Heat pump refrigerant is R134a, ODP value is 0, no damage to the ozone layer. R134a refrigerant cans appearance is as follows: 5. Installation introduction a. Installationn precaution - Do not install the water heater in the position where exposed to gas, vapours or dust. - Install the appliance on a flat, solid surface. The surface can support the machine weight and the condensate water can be drained freely. - Noise due to operating and air flow do not bother neighbors. - Make sure theree is sufficient space left for installation and maintenance. - There is no strong electromagnetic interference around that may affect control functions. - There is no sulfur gas or mineral oil existing at the installation place, which may cause corrosion of the machine and the fittings. - The water pipe for the water heater used at temperatures below 0 C shall not freeze. - It shall not be set in rooms where a heating system is used so that heating supply to the room will not be affected. - It shall not be set inside a totally-enclosed space. - The air taken in must in no event be dusty. - Install the appliance in a dry, frost-free room. - Temperature of the ambient air or of the air taken in by the heat pump for optimum running: 11
from 10 to 35 C. Keep an adequate distance between the working heat-pump and the resting places. b. Installation dimensions (mm) HP200M2/HP250M2 HP250CM2 12
>500mm >200mm Air outlet Air inlet Display Pipe 160mm Pipe connection 13
- Remove vent grid first. - Install diameter 160mm duct. - Pressure drops from duct must be lower than or equal to the static pressure of the fan. - If the pressure drops out of range, the performance of the appliance will be impaired. Maximum length of the air connection 5m (Diameter of air connection 160 mm). c. Advised positions Garage or laundry room (without ducts): -Unheated room. -Enables recovery of the free energy released by your vehicle s engine when switched off after use or by household appliances in operation. Laundry room (with one duct): -Unheated room. -Enables recovery of the free energy released by your vehicle s engine when switched off after use or by household appliances in operation. -Referring installer menu, adjust the fan speed. 14
Habitable room or outside air (with two ducts): -Can obtain free heat from the garage. -If the outside air temperature is low, connection to the outside air may lead to overconsumption of electricity. -Referring installer menu, adjust the fan speed d. Installation caution When making the connections, you should respect the standards and local directives. - Before making the connection, rinse the drinking water inlet pipes and water tank exchanger (HP250CM2),in order not to introduce metal or other particles into the tank. - Select copper pipes for pipeline connection. - The inlet water pressure is between 0.1~0.6MPa. If lower than 0.1 MPa, a booster pump shall be added at the water inlet; if higher than 0.6 MPa, a pressure relief valve shall be added at the water inlet. - The inlet water temperature is suggested between 10-30 C. - Outdoor water pipeline and valves should be proper insulated. - In accordance with safety rules, a 8.5bar safety valve must be installed on the tank. For France, we recommend hydraulic safety units fitted with a membrane with the NF marking. Integrate the safety valve in the cold water circuit. Install the safety valve close to the tank in a place which is easy to access. The safety unit and its connection to the tank must be of at least the same diameter as the cold water supply pipe in the tank's domestic circuit. No isolating devices should be located between the safety valve or unit and the tank. - The outlet pipe in the valve or safety assembly must not be blocked. - The diameter of the safety unit and its connection to the calorifer must be at least equal to the diameter of the domestic cold water inlet on the calorifer. 15
- If the mains pressure exceeds 80% of safety valve, a pressure reducer must be installed upstream of the appliance.. Do not connect the domestic hot water connection directly to copper pipes in order to prevent galvanic couples in iron/copper (risk of corrosion). It is compulsory to fit the domestic hot water connection with a dielectricconnection (not supplied). - Pressure relief valve, thermostatic valve, stop valve, check valve, T&P valve and French combination valve are not included in the accessories, please select proper fittings in local market; - Valves with NF/CE certification are recommended 16
e. Connection to solar collectors (Version HP250CM2) Installation of sensor(heat pump): 1/2"nipple(not supplied) sensor sensor pocket (not supplied) 3/4" to 1/2" reducing bush T-piece (not supplied) (not supplied) Installation of sensor(solar controller): sensor pocket(6mm) sensor pocket plug clamp screw heat pump sensor(not supplied) Thermostatic valve 230V 50Hz Check valve 230V 50Hz Hot water outlet safety valve solar sensor (heat pump) Pressure relief valve Stop valve Check valve condensate water solar sensor (solar controller) Cold water inlet WARING:Plumber -Be Aware Using solar energy,please make sure that the heat pump water tank temperature does not exceed 85. 18 17
f. Connection to gas boiler (Version HP250CM2) Installation of sensor(heat pump): 1/2"nipple(not supplied) sensor sensor pocket (not supplied) 3/4" to 1/2" reducing bush T-piece (not supplied) (not supplied) Installation of sensor(boiler controller): sensor pocket(6mm) sensor pocket plug clamp screw heat pump sensor(not supplied) Thermostatic valve Boiler Check valve 230V 50Hz Hot water outlet safety valve boiler sensor (heat pump) Pressure relief valve Stop valve Check valve condensate water boiler sensor (boiler controller) Cold water inlet WARING:Plumber -Be Aware Using boiler auxiliary heating, please make sure that the heat pump water tank temperature does not exceed 85. 18
Installation of Solar or boiler sensor (From Solar controller or Boiler controller): Installation of Solar or boiler sensor(from heat pump): sensor pocket plug clamp screw sensor pocket(6mm) sensor pocket (not supplied) 1/2"nipple (not supplied) Circulating entrance solar or boiler sensorfrom solar or boiler controller (not supplied) T-piece (not supplied) Solar or boiler sensor (From heat pump) 3/4" to 1/2" reducing bush (not supplied) g. Electrical connections precautions WARNING - Only qualified professionals may carry out electrical connections, always with the power off. - The earthing shall comply with local standards. - Water heaters shall be equipped with a dedicated power line and residual current circuit breakers. The action current shall not exceed 30 ma; - The ground line and the zero line of the power supply shall be separated entirely. Connecting the zero line to the ground line is not allowed. - Parameter of the power line: 3 1.5mm² or more. 19
- If a power cable is damaged, it shall be replaced by qualified professionals to avoid risks. - In the case of places and walls where water may be splashed to, installation height of a power socket shall not be less than 1.8 m, and it shall be ensured that water would not be splashed on these places. The socket shall be installed out of children s reach. - The phase line, zero line and ground line inside a power socket used in your home shall be wired correctly without any wrong positioning or false connection, and internal short circuit shall be avoided. Wrong wiring may cause fire accidents. h. Off-peak power signal wire connection(hp200m2/hp250m2) Off-peak power signal wire (2*0.75mm 2,Black wire) 1 Auto 0 123kwh 1 0 16A Power cable (3*1.5mm 2 ) Connection with boiler back up(only for HP250CM2) Boiler sensor Boiler Boiler signal wire (2*0.75mm 2 White wire) 1 Auto 0 123kwh 1 0 Off-peak power signal wire (2*0.75mm 2,Black wire) 16A Power cable (3*1.5mm 2 ) 20
- Connect the boiler back-up connector (boiler back-up).refer to the boiler instruction manual. - Referring installer menu, adjust the parameters and. NOTE: 1, Off-peak power switching signal cable: to receive the low price electric signal, if you measure the tension Between the brown and the blue line voltage of 5 volts. (Machine OFF) 2, Boiler signal cable: to give authorization signal to boiler, if you measure the tension Between the brown and the blue line voltage of 0 volts. (Machine OFF) i. Wiring diagram Blue CN20 K1 Blue Reserved CN17 CN11 Evaporator sensor 2 CN18 CN9 Black Black CN15 Lower electrical heater K3 CN6 White CT1 Current transformer CN19 CN16 CN5 K9 White ECO1 Blue ECO2 Blue CN4 CN13 CN1 CN12 CN14 CN3 CN7 Black Blue Blue Brown Black Transformer Brown Fan capacitor Terminal block Boiler switching signal (for HP250CM2) High pressure switch Electrical heater Display panel Ambient temperature sensor Exhaust temperature sensor Compressor Solar or boiler sensor (for HP250CM2) White R Off-peak power switching signal Evaporator sensor 1 White Tank temperature sensor Four-way valve Connector M Fan M C S Blue Black Heating strip Compressor capacitor White Black Leakage protection coil Brown Brown Blue Blue Power cord 21
6. Operation and functions Display Functions: Electrical leakage protection The control system of this machine features an electricity leakage protection function. 10-minutes protection When starting the machine immediately after electricity input, the fan and the compressor will start at the same time. When starting the machine immediately after shutdown, the system goes into the protection mode and starts after 10 minutes, which is considered to be normal. Automatic defrosting function The defrosting mode is automatically activated if the ambient temperature is too low and after the compressor already runs continuously for a certain period. Overload protection The working load of the compressor will be heavy if temperature is high in summer. In order to meet hot water requirements of users and to lengthen service life of the compressor, this product automatically adjusts the fan speed to ensure reliable operation of the compressor. Anti-freezing function The heat-pump starts heating to avoid freezing of the water tank if the temperature in the water tank is too low. The default temperature setting is 55 C. 22
Description of the pictograms Symbol Description Power ON/OFF switch Working mode selection Confirm button ECO (off-peak) mode - In this mode,priority using heat pump. - In two ways using heat pump,should set in the installer settings 1- timer refer to LP parameter; 2-switch signals by power companies. Holiday mode Timer adjust Boost mode. Heat pump and electric heater are activated at the same time. Auto mode - Prior using heat pump; - If heat pump works more than the default 8 hours, start the electric heater - The default working time can be adjust in the installer settings. - According to the vacation dates in advance to prepare hot water; - For example, you leave home for vacation on January 1st and return home on January 5th. The date shall be set as (5-1) =4 days, and corresponding temperature shall also be set. The heat-pump will start heating on 00:00 o clock of January 5th automatically. - Anti-legionella - Anti-legionella function will be activated every 7 days to heat the tank to 65 C automatically. Hot water volume display 23
Installer settings - To open the installer settings, press switch off the system, then press and at the same time for 10 seconds. - When menu is open, press or to change the value of the settings. - Press to confirm the settings. - Press to close the menu. Parameters Description Factory setting Adjustment range Off-peak signal type, When you use off-peak time clock control, first determine the type of signals,only allow professional installers to operate. - NO corresponds to Normally Open Signal. - NC corresponds to Normally Close Signal. NO NO, NC Off-peak logic type, - In two ways using heat pump,should set in the installer settings -01 manually set off-peak time; -02 switch signals by power companies. 01 01, 02 Avoid Legionella, - This parameter is used to activate the legionella protection mode. - Once every 7 days, all domestic hot water is heated to 65. ON ON, OF Auxiliary Heating,, - 1 corresponds to electrical back-up. - 2 corresponds to electrical and boiler back-up. - 3 corresponds to electrical and solar back-up. 1 1,2,3 Boiler output signal type, - NO corresponds to boiler Normally Open Signal. - NC corresponds to boiler Normally Close Signal. NO NO, NC,, Fan speed - 1 corresponds to water heaters without ducts. - 2 corresponds to semi-ducting, with a single duct installed. - 3 corresponds to ducts on both the inlet and the outlet. 1 1,2,3 - Heat pump working time - If heat pump work more than Set Time, start electric heating. 8h 5-10h 24
7. Checking and maintenance - Installation and maintenance of the appliance must be done by a qualified professional. - Before working on the appliance, Shut down the machine and cut off the power supply. - Do not touch with wet hands. - Maintenance operations are important to guarantee optimum performance and extend the life of the equipment. Checking the Safety valve - Operate the safety valve at least one time per month to check if it is running correctly. Otherwise check for blocking and replace the safety valve if necessary. Checking the hydraulic circuit - Check the watertightness of the water connections. Cleaning the fan - Check the cleanliness of the fan one time per year. Checking the evaporator - Clean the evaporator at regular intervals using a soft-haired brush. - If they are bent. Carefully realign the evaporator using a suitable comb. - Because the evaporator fins is very sharp. Risk of injury on your finger. - Do not damage the fins. Avoid affecting the performance. Checking the condensates discharge pipe - Check the pipe cleanliness - An obstruction by dust may cause poor condensates flow or even a risk accumulation of water in the heat pump plastic base. Checking the Magnesium rod - The magnesium anode should be replaced in time, avoid tank corrosion. - Checking magnesium anode once every 2 years.in poor water areas need to shorten the time. Drain the water tank to empty Cut off power supply and shut down water inlet valve, then drain the water tank to empty via the sewage outlet. Please stay away from the sewage outlet if there is hot water inside the water tank to avoid injury. 25
8. Faults and protection Fault type Compressor protection Compressor over-current protection Electricity leakage alarming Operating temperature protection Air exhaust temperature protection Evaporation high temperature protection Evaporation low temperature protection Over-current protection The system will automatically cut off power supply if any line fault occurs Over temperature alarming The actual water temperature 85 Fault of the inner temperature sensor Fault of the ambient temperature sensor Fault of the evaporation 1 temperature sensor Fault of the air exhaust temperature sensor Fault of the evaporation 2 temperature sensor If short circuit or circuit break occurs to the sensor If short circuit or circuit break occurs to the sensor If short circuit or circuit break occurs to the sensor If short circuit or circuit break occurs to the sensor If short circuit or circuit break occurs to the sensor Communication of main control panel Communication fault and display panel is abnormal Pressure switch protection Action of the pressure switch at the exhaust outlet Ambient temperature protection Fault of the Solar or boiler temperature sensor Fault of the Off-peak power switching signal Action Ambient or outdoor temperature <-7 or>37 If short circuit or circuit break occurs to the sensor for HP250CM2 If not received the Off-peak signal when selecting switch signals by power companies Digital indication F2 F3 F5 F7 F6 E1 E2 E3 E4 E5 E6 ED E7 E8 E9 EE EF Whether to start electric heater Automatically start electric heater Three times or more, you need to manually start BOOST Can't start electric heater Need to manually start BOOST Can't start electric heater Automatically start electric heater Need to manually start BOOST 26
Fault code identification method Operating conditionswhen leakage current 15mA, the system cut off the power supply, display "E1". Leakage current 7.5mA, not action. Operating conditionsthe actual water temperature 85 ; 27
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Temperature sensor resistance measurement method Temperature sensor resistancee measurement method (method of measuring the resistance value of the compressor of the same, but is switched to the smalll resistance of the interface unit). Multimeter set to Ohms, according to the picture of the method of measuring the resistance of the temperature sensor. According to the resistance table, the lower the temperature the smaller the resistance. Check the thermal expansion valve head is swelling Using calipers to measure is greater than 7.12mm, (example picture for 8.08mm) 31
Check the compressor line is through the current transformer Check the signal cable is short-circuited Press the yellow button to switch to the picture, when a short circuit, there is a beep, 32
the resistance is zero. Check the tank heater for leaks Press the yellow button to switch to the picture shown, turn the heating power measurements, if leakage resistance is zero, if not leak, show resistance. Check that the power cord L, N lines are in the same order into the leakage protection coil 9. The method of dismantling products Make sure the power cord is disconnected. 1 Remove the Display 33
Use a screwdriver to remove the two screws 2 Remove the Cover Use a screwdriverr to remove the screws 3 Remove the Air channel and fan 2. remove the fan 1. remove the Air channel -up 3. remove the Air channel down 4 Remove the Magnesium rod Off the power and close the inlet valve, open any outlett valve, exhaust pressure, when no water flows out of timeturn off alll the valves. Remove the magnesium rod cover 34
After removee the magnesium rod, according to the consumptionn of magnesium rod, determine whether you need to replace. magnesium rod cover magnesium rod 5 Remove the temperaturee sensor Removee the fixing screws, remove the water tank flange cover Removee the temperature sensors and thermostat temperature sensor. water tank flange cover Temperature tubeup Temperature tubedown First insert the temperature sensor, and then insert the thermostatt temperature sensor. Temperature sensor must be inserted into the bottom of the tube. 6 Open the control box Use a screwdriver to remove the 4 screws 35
Controller panel Ambient temperature sensoryellow Exhaust temperature sensorwhite Evaporator sensor 1red Evaporator sensor 2grey Tank temperature sensorred Solar or boiler sensor Leakage protection coil Municipal low switching signal power Display panel 36
7 Remove Electric heater Remove Front cover - down After the Cover is removed, use a screwdriver to remove the bottom two screwss of the Front cover down. Remove Electrical cover Use a screwdriver to remove the 2 screws Remove the internal wiring and electric heater Use a screwdriver to removee the 6 screws. After the tank has been emptied, with a socket wrench to remove the electric heater. 37
10. Repairs common tools Tools Name Quantity Illustration Spanner 2pc Hexagon Spanner 1pc Flathead screwdriver 1pc Phillips screwdriver 1pc Needle-nose pliers 1pc Measuring tape 1pc Pressure gauge 1pc Vacuum pump 1pc Electronic scale 1pc Bending device 1pc 38
Appendix 1Temperature and resistance table of the Sensor Temperature Tand resistancertableambient temperature T R(KΩ) T R(KΩ) T R(KΩ) T R(KΩ) -20 6235.7109 0 1887.0018 20 654.1596 40 253.7288-19 5851.9864 1 1784.3336 21 622.3161 41 242.6161-18 5494.2064 2 1687.8144 22 592.1831 42 232.0436-17 5160.4621 3 1597.0431 23 563.6604 43 221.9825-16 4848.9963 4 1511.6468 24 536.6540 44 212.4060-15 4558.1906 5 1431.2787 25 511.0760 45 203.2887-14 4286.5535 6 1355.6163 26 486.9352 46 194.6066-13 4032.7098 7 1284.3593 27 464.0500 47 186.3369-12 3795.3910 8 1217.2282 28 442.3499 48 178.4584-11 3573.4260 9 1153.9626 29 421.7683 49 170.9508-10 3365.7336 10 1094.3200 30 402.2430 50 163.7951-9 3171.3148 11 1038.0743 31 383.7151 51 156.9733-8 2989.2460 12 985.0146 32 366.1295 52 150.4683-7 2818.6731 13 934.9440 33 349.4341 53 144.2641-6 2658.8058 14 887.6792 34 333.5801 54 138.3454-5 2508.9126 15 843.0486 35 318.5216 55 132.6980-4 2368.3158 16 800.8922 36 304.2151 56 127.3081-3 2236.3876 17 761.0603 37 290.6199 57 122.1630-2 2112.5459 18 723.4134 38 277.6976 58 117.2504-1 1996.2509 19 687.8205 39 265.4119 59 112.5589 Temperature Tand resistancertable Exhaust temperatureevaporator temperature T R(KΩ) T R(KΩ) T R(KΩ) T R(KΩ) -30 155.4 0 30.88 30 8.141 60 2.666-29 146.4 1 29.42 31 7.819 61 2.577-28 138.1 2 28.03 32 7.511 62 2.491-27 130.2 3 26.72 33 7.217 63 2.408-26 122.9 4 25.48 34 6.936 64 2.329-25 116 5 24.3 35 6.668 65 2.253-24 109.5 6 23.18 36 6.411 66 2.179-23 103.5 7 22.12 37 6.166 67 2.108-22 97.77 8 21.12 38 5.931 68 2.04-21 92.44 9 20.17 39 5.707 69 1.975-20 87.42 10 19.26 40 5.492 70 1.912-19 82.71 11 18.4 41 5.287 71 1.851-18 78.29 12 17.59 42 5.09 72 1.793-17 74.12 13 16.81 43 4.902 73 1.737-16 70.21 14 16.08 44 4.722 74 1.682-15 66.52 15 15.38 45 4.549 75 1.63-14 63.06 16 14.71 46 4.383 76 1.58-13 59.79 17 14.08 47 4.225 77 1.531-12 56.71 18 13.48 48 4.073-11 53.81 19 12.91 49 3.927-10 51.08 20 12.36 50 3.788-9 48.5 21 11.84 51 3.654
-8 46.07 22 11.35 52 3.525-7 43.77 23 10.88 53 3.402-6 41.6 24 10.43 54 3.283-5 39.55 25 10 55 3.17-4 37.62 26 9.592 56 3.061-3 35.79 27 9.204 57 2.956-2 34.06 28 8.833 58 2.855-1 32.43 29 8.479 59 2.759 Temperature Tand resistancertablewater temperature T R(KΩ) T R(KΩ) T R(KΩ) T R(KΩ) -10 266.516 20 61.077 50 17.561 80 5.944-9 252.441 21 58.44 51 16.856 81 5.724-8 239.202 22 55.932 52 16.209 82 5.544-7 226.745 23 53.548 53 15.59 83 5.369-6 215.019 24 51.279 54 14.999 84 5.202-5 203.977 25 49.12 55 14.434 85 5.04-4 193.574 26 46.982 56 13.893 86 4.885-3 183.77 27 44.95 57 13.376 87 4.735-2 174.527 28 43.018 58 12.881 88 4.59-1 165.808 29 41.182 59 12.408 89 4.451 0 157.582 30 39.435 60 11.954 90 4.316 1 149.817 31 37.773 61 11.52 91 4.187 2 142.484 32 36.191 62 11.104 92 4.061 3 135.558 33 34.685 63 10.706 93 3.941 4 129.013 34 33.252 64 10.324 94 3.824 5 122.825 35 31.886 65 9.958 95 3.712 6 116.974 36 30.584 66 9.607 96 3.604 7 111.439 37 29.344 67 9.271 97 3.499 8 106.2 38 28.161 68 8.948 98 3.398 9 101.241 39 27.033 69 8.638 99 3.3 10 96.545 40 25.957 70 8.341 100 3.206 11 92.096 41 24.931 71 8.056 101 3.105 12 87.88 42 23.951 72 7.782 102 3.018 13 83.884 43 23.015 73 7.519 103 2.933 14 80.094 44 22.122 74 7.266 104 2.852 15 76.498 45 21.268 75 7.024 105 2.773 16 73.087 46 20.453 76 6.79 106 2.696 17 69.848 47 19.673 77 6.566 107 2.623 18 66.773 48 18.928 78 6.351 108 2.551 19 63.853 49 18.215 79 6.144 109 2.482